mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for active feed forward electromagnetic interference, EMI, filtering, comprising: a noise detection circuit for detecting EMI noise occurring at a noise source ; an active feed forward circuit operatively coupled to the noise detection circuit to generate a noise canceling signal based on the EMI noise detected by the noise detection circuit; and a filter operatively coupled to the active feed forward circuit, wherein the apparatus is adapted so that, when it is connected to the noise source, the filter is connected to the noise source and wherein the filter is adapted to receive the EMI noise occurring at the noise source and the noise canceling signal from the active feed forward circuit, wherein the filter is adapted to cancel is received EMI noise based on the received noise canceling signal to reduce EMI noise at a load , characterized in that the filter includes a capacitor configured and adapted to receive the EMI noise occurring at the noise source at a first terminal, and to receive the noise canceling signal from the active feed forward circuit at a second terminal opposed to the first terminal, wherein the capacitor is configured and adapted to maintain a steady voltage to attenuate the received EMI noise received at the first terminal based on the received noise canceling signal at the second terminal. a noise detection circuit for detecting EMI noise occurring at a noise source ; an active feed forward circuit operatively coupled to the noise detection circuit to generate a noise canceling signal based on the EMI noise detected by the noise detection circuit; and a filter operatively coupled to the active feed forward circuit, wherein the apparatus is adapted so that, when it is connected to the noise source, the filter is connected to the noise source and wherein the filter is adapted to receive the EMI noise occurring at the noise source and the noise canceling signal from the active feed forward circuit, wherein the filter is adapted to cancel is received EMI noise based on the received noise canceling signal to reduce EMI noise at a load , characterized in that the filter includes a capacitor configured and adapted to receive the EMI noise occurring at the noise source at a first terminal, and to receive the noise canceling signal from the active feed forward circuit at a second terminal opposed to the first terminal, wherein the capacitor is configured and adapted to maintain a steady voltage to attenuate the received EMI noise received at the first terminal based on the received noise canceling signal at the second terminal.
Combined cooling and extinguishing system for a motor vehicle , comprising: - a cooling system within which carbon dioxide (CO 2 ) circulates as coolant, wherein the cooling system has a compressor , an evaporator , an expansion valve and a condenser , - an extinguishing system having a pressure vessel within which compressed CO 2 is stored, - a control valve , wherein the control valve - is connected to the pressure vessel of the extinguishing system and to the cooling system , and - is designed to supply CO 2 from the pressure vessel to the cooling system , characterized in that the control valve is designed to supply CO 2 from the cooling system to the pressure vessel . - a cooling system within which carbon dioxide (CO 2 ) circulates as coolant, wherein the cooling system has a compressor , an evaporator , an expansion valve and a condenser , - an extinguishing system having a pressure vessel within which compressed CO 2 is stored, - a control valve , - is connected to the pressure vessel of the extinguishing system and to the cooling system , and - is designed to supply CO 2 from the pressure vessel to the cooling system , characterized in that the control valve is designed to supply CO 2 from the cooling system to the pressure vessel .
A method for illuminating a target object in light detection and ranging comprising: receiving source light at a splitter integrated in a substrate; splitting the source light with the splitter into an array of waveguides integrated in a substrate ; splitting the source light with the splitter into an array of waveguides (WG ,...,WG[N-1]) integrated in the substrate, to pass the source light through a waveguide path that includes an opening in an insulating layer integrated on the substrate and expose the array of waveguides to a liquid crystal layer integrated on the insulating layer; dynamically adjusting a phase of light in waveguides of the array by applying a voltage to the liquid crystal layer; and transmitting the phase adjusted light from the waveguides to the target object, wherein the opening comprises a triangular shaped opening across the array of waveguides, where the triangular shaped opening has its apex nearest one waveguide, and the triangular shape exposes more of each subsequently adjacent waveguide to provide an increasing phase shift across the waveguides of the array.
An arrangement comprising a function connection unit and a parameter memory , wherein the function connection unit is configured for connecting functional modules comprising a plurality of functional module terminals (120a - 120h) to which the functional modules are connectable for a communication according to a communication protocol; and wherein the parameter memory comprises parameter data for device-specific parameterization of at least one functional module , wherein the parameter memory is connectable to a functional module terminal (120a - 120h) of the plurality of functional module terminals (120a - 120h) and wherein the function connection unit is configured to read the parameter data from the parameter memory and parameterize at least one functional module in a device-specific manner on the basis of the read parameter data , wherein the parameter memory is configured to send out a characteristic signal which identifies the parameter memory , and wherein the function connection unit is configured to detect the parameter memory or to differentiate it from a functional module at the functional module terminal (120a - 120h) on the basis of the characteristic signal, wherein a functional module is connectable or is connected as part of the arrangement to the parameter memory , wherein the function connection unit is configured to parameterize, on the basis of the parameter data , the functional module in a device-specific manner via the functional module terminal (120a - 120h) to which the parameter memory is electrically connected, and characterized in that the parameter memory is switchable into a transparent mode in which data from the function connection unit can be passed on to the at least one functional module by the parameter memory and data from the at least one functional module can be passed on to the function connection unit by the parameter memory , in order to enable the functional module connected to the parameter memory to operate.
A method comprising: patterning a conductive layer to form a first conductive shape on a first portion of a dielectric layer and a second conductive shape on a second portion of the dielectric layer; forming a conductive trace over at least a portion of the second conductive shape, the conductive trace electrically connecting the first conductive shape to a substrate tie ; forming an interconnect layer coupled to the first conductive shape; and etching through the conductive trace over the portion of the second conductive shape to electrically isolate the first conductive shape from the substrate tie. patterning a conductive layer to form a first conductive shape on a first portion of a dielectric layer and a second conductive shape on a second portion of the dielectric layer; forming a conductive trace over at least a portion of the second conductive shape, the conductive trace electrically connecting the first conductive shape to a substrate tie ; forming an interconnect layer coupled to the first conductive shape; and etching through the conductive trace over the portion of the second conductive shape to electrically isolate the first conductive shape from the substrate tie.
A hearing assistance device , comprising: a microphone ; a speaker ; a wireless receiver configured to receive a signal from a cellular telephone representative of an environmental parameter sensed by the cellular telephone ; and a processor configured to: process acoustic signals received by the microphone for output to the speaker ; identify an acoustic environment about the cellular telephone using the received signal; and adjust an operational mode of the hearing assistance device based on the identified acoustic environment, characterized in that : the received signal is representative of movement of the cellular telephone and the processor is configured to set microphone directionality to an omni-directional microphone mode, to adjust the operational mode, if the identified acoustic environment is a car environment. a microphone ; a speaker ; a wireless receiver configured to receive a signal from a cellular telephone representative of an environmental parameter sensed by the cellular telephone ; and a processor configured to: process acoustic signals received by the microphone for output to the speaker ; identify an acoustic environment about the cellular telephone using the received signal; and adjust an operational mode of the hearing assistance device based on the identified acoustic environment, process acoustic signals received by the microphone for output to the speaker ; identify an acoustic environment about the cellular telephone using the received signal; and adjust an operational mode of the hearing assistance device based on the identified acoustic environment, characterized in that : the received signal is representative of movement of the cellular telephone and the processor is configured to set microphone directionality to an omni-directional microphone mode, to adjust the operational mode, if the identified acoustic environment is a car environment. the received signal is representative of movement of the cellular telephone and the processor is configured to set microphone directionality to an omni-directional microphone mode, to adjust the operational mode, if the identified acoustic environment is a car environment.
A computing system comprising: a cache comprising a plurality of blocks for storing data; and a cache controller coupled to the cache, wherein in response to detecting an access request for given data, the cache controller is configured to: determine whether the given data is indicated as being expected to be reused; and in response to determining the access request misses in the cache: allocate the given data in the cache and store a count that indicates a number of times the given data is expected to be used, responsive to determining the given data is indicated as expected to be reused; and prevent allocating the given data in the cache, responsive to determining the given data is indicated as not expected to be reused. a cache comprising a plurality of blocks for storing data; and a cache controller coupled to the cache, wherein in response to detecting an access request for given data, the cache controller is configured to: determine whether the given data is indicated as being expected to be reused; and in response to determining the access request misses in the cache: allocate the given data in the cache and store a count that indicates a number of times the given data is expected to be used, responsive to determining the given data is indicated as expected to be reused; and prevent allocating the given data in the cache, responsive to determining the given data is indicated as not expected to be reused. determine whether the given data is indicated as being expected to be reused; and in response to determining the access request misses in the cache: allocate the given data in the cache and store a count that indicates a number of times the given data is expected to be used, responsive to determining the given data is indicated as expected to be reused; and prevent allocating the given data in the cache, responsive to determining the given data is indicated as not expected to be reused. allocate the given data in the cache and store a count that indicates a number of times the given data is expected to be used, responsive to determining the given data is indicated as expected to be reused; and prevent allocating the given data in the cache, responsive to determining the given data is indicated as not expected to be reused.
A reciprocating compressor including a piston rod and a pressure packing , the pressure packing comprising: a case having a piston rod through bore ; a compartment within said case and coincident with said through bore , said compartment having an axial length longer than a stroke of said piston rod ; a plurality of packing bodies (64a-64f) each having at least one piston rod sealing ring around said through bore ; a packing ring between the first packing body and the second packing body , and a gas passageway extending from said case , through said first said packing body , and into said packing ring , said gas passageway having an exit defined by at least one radial orifice in said packing ring ; characterized in that the first packing body includes a flange having a plurality of bolt holes and said case includes a plurality of bolt holes coaxial with said bolt holes in said flange . a case having a piston rod through bore ; a compartment within said case and coincident with said through bore , said compartment having an axial length longer than a stroke of said piston rod ; a plurality of packing bodies (64a-64f) each having at least one piston rod sealing ring around said through bore ; a packing ring between the first packing body and the second packing body , and a gas passageway extending from said case , through said first said packing body , and into said packing ring , said gas passageway having an exit defined by at least one radial orifice in said packing ring ; characterized in that the first packing body includes a flange having a plurality of bolt holes and said case includes a plurality of bolt holes coaxial with said bolt holes in said flange .
Flame monitoring system for a burner of a gas appliance, the flame monitoring system comprising a thermocouple adapted for being arranged next to the burner and an electromagnetic gas valve adapted for opening or closing a gas passage to said burner, the electromagnetic gas valve being electrically connected with the thermocouple and said electromagnetic gas valve keeping the gas passage open when it receives a specific current from the thermocouple , the flame monitoring system also comprising a voltage meter for measuring the voltage of the thermocouple , characterised in that the flame monitoring system also comprises interruption means configured for interrupting current flow between the thermocouple and the electromagnetic gas valve during a predetermined time so that the voltage meter can measure the voltage of the thermocouple in vacuum, said predetermined time being such that the electromagnetic gas valve keeps the gas passage open during the interruption by means of the actual inertia of the electromagnetic gas valve.
A current measuring transducer for the measurement of the current flowing through an electrical conductor (L), comprising: a current sensor that captures the current intensity through the electrical conductor (L) and an evaluation device for the evaluation of the measured values captured by the current sensor , and for the determination of the energy flow direction, characterized in that the output of the current intensity in a positive or negative output range of an output unit occurs depending on the determined energy flow direction, and a voltage meter that captures the voltage on the electrical conductor (L), wherein the determination of the energy flow direction is performed by evaluating the measured values of current and voltage such that a determination of the phase shift angle between voltage and current occurs, and wherein an output of the current intensity occurs in the positive output range if the phase shift angle (φ) lies in the range from -90° to +90°, otherwise an output of the current intensity occurs in the negative output range. a current sensor that captures the current intensity through the electrical conductor (L) and an evaluation device for the evaluation of the measured values captured by the current sensor , and for the determination of the energy flow direction, characterized in that the output of the current intensity in a positive or negative output range of an output unit occurs depending on the determined energy flow direction, and a voltage meter that captures the voltage on the electrical conductor (L), wherein the determination of the energy flow direction is performed by evaluating the measured values of current and voltage such that a determination of the phase shift angle between voltage and current occurs, and wherein an output of the current intensity occurs in the positive output range if the phase shift angle (φ) lies in the range from -90° to +90°, otherwise an output of the current intensity occurs in the negative output range.
A compound of the formula (I), wherein A is a group of formula A.1 or A.2: wherein each R 1 , R 2 , R 3 , R 4 , R 5 and R 6 is independently selected from the group consisting of H, C 1-4 -alkyl, C 1-4 -alkyl substituted with a hydroxyl or halogen group, phenyl and a 5-6 membered heteroaryl, or R 1 and R 2 , R 3 and R 4 , or R 5 and R 6 together form a 3-4 membered carbocycle, and wherein B is selected from the group consisting of formulas B.1, B.2 and B.3: wherein R 7 is H, C 1-3 -alkyl, halogen, C 1-3 - alkoxy, 5-6 membered heteroaryl, or R 7 is selected from the group consisting of R 7.a , R 7.b and R 7.c wherein R 8 is selected from the group consisting of C 1-6 -alkyl, C 3-6 -cycloalkyl, and 3-14 membered heterocyclyl and X is CH 2 or O; or a pharmaceutically acceptable salt thereof. A is a group of formula A.1 or A.2: wherein each R 1 , R 2 , R 3 , R 4 , R 5 and R 6 is independently selected from the group consisting of H, C 1-4 -alkyl, C 1-4 -alkyl substituted with a hydroxyl or halogen group, phenyl and a 5-6 membered heteroaryl, or R 1 and R 2 , R 3 and R 4 , or R 5 and R 6 together form a 3-4 membered carbocycle, and wherein B is selected from the group consisting of formulas B.1, B.2 and B.3: B is selected from the group consisting of formulas B.1, B.2 and B.3: wherein R 7 is H, C 1-3 -alkyl, halogen, C 1-3 - alkoxy, 5-6 membered heteroaryl, or R 7 is selected from the group consisting of R 7.a , R 7.b and R 7.c R 7 is H, C 1-3 -alkyl, halogen, C 1-3 - alkoxy, 5-6 membered heteroaryl, or R 7 is selected from the group consisting of R 7.a , R 7.b and R 7.c wherein R 8 is selected from the group consisting of C 1-6 -alkyl, C 3-6 -cycloalkyl, and 3-14 membered heterocyclyl and X is CH 2 or O; R 8 is selected from the group consisting of C 1-6 -alkyl, C 3-6 -cycloalkyl, and 3-14 membered heterocyclyl and X is CH 2 or O; or a pharmaceutically acceptable salt thereof.
A weaving loom for producing a woven material with incorporated knitting threads , comprising - a shed forming device for forming a shed constituted by warp threads with at least an upper shed and a lower shed, - a weft-insertion device for inserting weft-threads , - a reed for stopping of inserted weft-threads , - a device for incorporating at least two knitting threads , wherein the device for incorporating the knitting threads comprises, for each knitting thread , the following: - a feeding device for the knitting thread , - for each knitting thread a dipping guide needle comprising a thread guiding eye for the knitting thread which can be dipped between warp threads into the shed all the way below the insertion path of the weft-insertion device - wherein each of the dipping guide needles is slidingly arranged transversely to the warp direction, whereby each of the dipping guide needles can be moved across the width of the woven material, characterized by comprising - a combing shaft comprising a plurality of teeth with intermediate spaces arranged therebetween for guiding the knitting threads , wherein the combing shaft comprising a plurality of teeth is arranged transversely to the direction of the warp thread behind the stop position of the reed , - a device for moving the combing shaft transversely to the direction of the warp thread, - further, a device for rotating the combing shaft around an axis in the longitudinal direction of the combing shaft , wherein the teeth of the warp thread comprise means, preferably protrusions , which are designed in such manner that the teeth can retain the knitting threads in at least one rotational position of the combing shaft . - a shed forming device for forming a shed constituted by warp threads with at least an upper shed and a lower shed, - a weft-insertion device for inserting weft-threads , - a reed for stopping of inserted weft-threads , - a device for incorporating at least two knitting threads , - a feeding device for the knitting thread , - for each knitting thread a dipping guide needle comprising a thread guiding eye for the knitting thread which can be dipped between warp threads into the shed all the way below the insertion path of the weft-insertion device - wherein each of the dipping guide needles is slidingly arranged transversely to the warp direction, whereby each of the dipping guide needles can be moved across the width of the woven material, - a combing shaft comprising a plurality of teeth with intermediate spaces arranged therebetween for guiding the knitting threads , wherein the combing shaft comprising a plurality of teeth is arranged transversely to the direction of the warp thread behind the stop position of the reed , - a device for moving the combing shaft transversely to the direction of the warp thread, - further, a device for rotating the combing shaft around an axis in the longitudinal direction of the combing shaft ,