mhurhangee/patent-ind-claim-en huggingface dataset:
A module for interfacing with industrial control equipment, comprising: a terminal configured to receive an electrical conductor in a channel interfacing with industrial control equipment ; a variable resistance device being a Field Effect Transistor, FET, connected to the terminal and adapted to provide a resistance in the channel; and a control circuit connected to the variable resistance device , wherein the control circuit comprises a processor connected to an amplifier and wherein the amplifier is adapted to drive a gate of the variable resistance device ; and a resistor for current sensing connected to the variable resistance device , wherein the control circuit is configured to control the variable resistance device to adjust the resistance in the channel for a given mode selected from a plurality of modes, wherein each mode of the plurality of modes configures a different resistance in the channel, and wherein the resistor is further connected to a first input of the amplifier and the processor is connected to a second input of the amplifier . a terminal configured to receive an electrical conductor in a channel interfacing with industrial control equipment ; a variable resistance device being a Field Effect Transistor, FET, connected to the terminal and adapted to provide a resistance in the channel; and a control circuit connected to the variable resistance device , wherein the control circuit comprises a processor connected to an amplifier and wherein the amplifier is adapted to drive a gate of the variable resistance device ; and a resistor for current sensing connected to the variable resistance device , wherein the control circuit is configured to control the variable resistance device to adjust the resistance in the channel for a given mode selected from a plurality of modes, wherein each mode of the plurality of modes configures a different resistance in the channel, and wherein the resistor is further connected to a first input of the amplifier and the processor is connected to a second input of the amplifier .
An implant comprising: a tubular body comprising an upper diameter and a lower diameter , the tubular body having a first structural configuration in which the upper diameter is smaller than the lower diameter and a second structural configuration in which the upper diameter is larger than the lower diameter , the tubular body configured to transition from the first structural configuration to the second structural configuration by application of an expansive force to the tubular body proximate the upper diameter ; a plurality of piercing members connected to the tubular body and proximate the lower diameter to engage tissue proximate a mitral valve ; characterized by a location ring separate from the tubular body and the plurality of piercing members , wherein the location ring is configured to be positioned within the left ventricle, under the mitral valve and comprising a metallic ring or coiled section that may be viewed via fluoroscopy or echo guidance to confirm the location of location ring , thereby facilitating positioning of the implant at the annulus of the mitral valve , wherein application of an expansive force to the tubular body proximate the upper diameter causes the upper diameter to expand, in turn causing the lower diameter to contract. a tubular body comprising an upper diameter and a lower diameter , the tubular body having a first structural configuration in which the upper diameter is smaller than the lower diameter and a second structural configuration in which the upper diameter is larger than the lower diameter , the tubular body configured to transition from the first structural configuration to the second structural configuration by application of an expansive force to the tubular body proximate the upper diameter ; a plurality of piercing members connected to the tubular body and proximate the lower diameter to engage tissue proximate a mitral valve ; characterized by a location ring separate from the tubular body and the plurality of piercing members , wherein the location ring is configured to be positioned within the left ventricle, under the mitral valve and comprising a metallic ring or coiled section that may be viewed via fluoroscopy or echo guidance to confirm the location of location ring , thereby facilitating positioning of the implant at the annulus of the mitral valve , wherein application of an expansive force to the tubular body proximate the upper diameter causes the upper diameter to expand, in turn causing the lower diameter to contract.
Method performed by a vehicle exit assist system for optimizing the exit of at least one object from the vehicle during parking, the vehicle comprising a trunk door, the method comprising: - sensing the presence of the at least one object in the vehicle , - determining object location data in the vehicle based on sensed presence, - transmitting object location data to a park assist system for determining optimal parking route and parking position data, - receiving the optimal parking position data from the park assist system, - requesting available vehicle door space for the trunk door having an associated object based on the parking position data, - receiving available vehicle door space for the trunk door having an associated object based on the parking position data, - determining a minimum required vehicle door space for the trunk door having an associated object, characterized in that the method further comprises: - sensing the position of the trunk door during a previous stand still, - transmitting trunk door position data during the previous stand still to the park assist system for determining optimal parking route and parking position data. - sensing the presence of the at least one object in the vehicle , - determining object location data in the vehicle based on sensed presence, - transmitting object location data to a park assist system for determining optimal parking route and parking position data, - receiving the optimal parking position data from the park assist system, - requesting available vehicle door space for the trunk door having an associated object based on the parking position data, - receiving available vehicle door space for the trunk door having an associated object based on the parking position data, - determining a minimum required vehicle door space for the trunk door having an associated object, - sensing the position of the trunk door during a previous stand still, - transmitting trunk door position data during the previous stand still to the park assist system for determining optimal parking route and parking position data.
A gas turbine , comprising: a liner configured to receive compressed gas and fuel at an upstream end in a flow direction, a mixture of the compressed gas and the fuel being burned in a combustion core area of the liner , and to output exhaust gasses at an aft end opposite to the upstream end in the flow direction; a casing configured to surround the liner; a seal configured to be flexibly connected to the aft end of the liner and to receive the exhaust gasses; and a liner aft end support mechanism located downstream from an area where a highest temperature on an outer surface of the liner is attained, and upstream from a portion of the liner where the seal is connected to the liner , and configured to movably support the liner inside the casing, characterized in that the seal is a hula seal ; and the liner aft end support mechanism includes at least three individual support elements configured to allow a part of the individual support elements to move relative to at least one of the liner or the casing in the flow direction; and wherein each of the individual support elements includes a spring welded to at least one of a casing surface or a liner surface. a liner configured to receive compressed gas and fuel at an upstream end in a flow direction, a mixture of the compressed gas and the fuel being burned in a combustion core area of the liner , and to output exhaust gasses at an aft end opposite to the upstream end in the flow direction; a casing configured to surround the liner; a seal configured to be flexibly connected to the aft end of the liner and to receive the exhaust gasses; and a liner aft end support mechanism located downstream from an area where a highest temperature on an outer surface of the liner is attained, and upstream from a portion of the liner where the seal is connected to the liner , and configured to movably support the liner inside the casing, characterized in that the seal is a hula seal ; and the liner aft end support mechanism includes at least three individual support elements configured to allow a part of the individual support elements to move relative to at least one of the liner or the casing in the flow direction; and wherein each of the individual support elements includes a spring welded to at least one of a casing surface or a liner surface.
Method for adjusting a proportional pressure control curve in the control electronics of a pressure boosting system to supply a hydraulic network in a building with a number of discharge points, characterised by the control electronics, from three system values comprising - a volume flow value (Q 100% ) of a desired maximum volume flow on the pressure control curve , - an elevation value (H geo ) of a geodetic elevation and - a flow pressure value (p FL ) of a desired flow pressure at the least favourable discharge point, already determining a minimum pressure (po=o) at a volume flow of zero and a maximum pressure (p Q100% ) at the maximum volume flow, in which the pressure control curve is formed by a connecting line between the minimum pressure (p Q=0 ) and the maximum pressure (p Q100% ) and is adjusted by the control electronics. - a volume flow value (Q 100% ) of a desired maximum volume flow on the pressure control curve , - an elevation value (H geo ) of a geodetic elevation and - a flow pressure value (p FL ) of a desired flow pressure at the least favourable discharge point, already determining a minimum pressure (po=o) at a volume flow of zero and a maximum pressure (p Q100% ) at the maximum volume flow, in which the pressure control curve is formed by a connecting line between the minimum pressure (p Q=0 ) and the maximum pressure (p Q100% ) and is adjusted by the control electronics.
Motor vehicle lock having a lock latch , which is pivotable about a lock latch axis , and a pawl , which is assigned to the lock latch and is pivotable about a pawl axis , wherein the lock latch can be brought into a main closing position and optionally into a pre-closing position, wherein the motor vehicle lock has an actuating arrangement , by means of the actuation of which a pulling-shut movement and a raising movement of the lock latch and also an opening movement of the pawl can be produced, characterized in that the actuating arrangement has a first actuating element with a fixedly assigned actuating direction and a second actuating element , which is actuable separately from the first actuating element and has a fixedly assigned actuating direction , and in that, depending on the actuation of the two actuating elements in the respectively assigned actuating direction , the pulling-shut movement , the raising movement and the opening movement can be produced.
A heating cooker including a heating chamber configured so that a microwave is radiated thereinto and a steam generator , the heating cooker comprising: a side wall defining one surface of an inner surface of the heating chamber ; a first hole formed in the side wall ; a cover portion that has a second hole and a flat portion , the second hole being disposed outside the first hole and facing the first hole , the flat portion being along a periphery of the second hole ; a light transmitting member that faces the first hole and the second hole , and is disposed on the cover portion and abuts on the flat portion ; and an optical device disposed outside the cover portion , wherein the side wall has a bent portion cut and raised outward around the first hole , and having an outward bending height. a side wall defining one surface of an inner surface of the heating chamber ; a first hole formed in the side wall ; a cover portion that has a second hole and a flat portion , the second hole being disposed outside the first hole and facing the first hole , the flat portion being along a periphery of the second hole ; a light transmitting member that faces the first hole and the second hole , and is disposed on the cover portion and abuts on the flat portion ; and an optical device disposed outside the cover portion , wherein the side wall has a bent portion cut and raised outward around the first hole , and having an outward bending height.
A computer-implemented method for reading an optical code encoding a message comprising a character string having a plurality of characters, comprising the steps of capturing image data with the optical code ; evaluating the image data and reading the message; comparing the read characters of the message with a scheme which contains a fixed portion, i.e. for at least one position of the message, a fixed character which is expected at this position in optical codes to be read, so that it is known what the message should read like at this position; and recognizing an incorrectly read message if the fixed portion of the scheme was not read in the message as expected, and/or correcting the read message by correcting or replacing parts of the message from the prior knowledge of the fixed portion of the scheme, characterized in that the scheme contains, for at least one position of the message, a variable character which is expected at this position in codes to be read, a variable character that is fixed to a partial range of the possible characters, but is not a fixed character, thus varies only in a partial range of the total possible characters, and in that a check is made as to whether the variable characters of the read message are located at the associated positions in the partial ranges of the scheme. capturing image data with the optical code ; evaluating the image data and reading the message; comparing the read characters of the message with a scheme which contains a fixed portion, i.e. for at least one position of the message, a fixed character which is expected at this position in optical codes to be read, so that it is known what the message should read like at this position; and recognizing an incorrectly read message if the fixed portion of the scheme was not read in the message as expected, and/or correcting the read message by correcting or replacing parts of the message from the prior knowledge of the fixed portion of the scheme, characterized in that the scheme contains, for at least one position of the message, a variable character which is expected at this position in codes to be read, a variable character that is fixed to a partial range of the possible characters, but is not a fixed character, thus varies only in a partial range of the total possible characters, and in that a check is made as to whether the variable characters of the read message are located at the associated positions in the partial ranges of the scheme.
A method implemented in a wireless transmit/receive unit, WTRU, for wireless communications, the method comprising: receiving configuration information of one or more reference signal, RS, resource sets wherein said RS is an aperiodic sounding reference signal, SRS, and wherein at least one RS resource set of the one or more RS resource sets is associated with a slot offset and a set of slot offset deltas, wherein a slot offset delta of the slot offset deltas is an offset value used to correct the slot offset; receiving downlink control information, DCI, indicating an RS request, wherein the RS request indicates the at least one RS resource set of the one or more RS resource sets; determining a slot for transmitting an RS as requested, the RS being an aperiodic SRS, based on the indicated at least one RS resource set; and transmitting the RS in the determined slot. receiving configuration information of one or more reference signal, RS, resource sets wherein said RS is an aperiodic sounding reference signal, SRS, and wherein at least one RS resource set of the one or more RS resource sets is associated with a slot offset and a set of slot offset deltas, wherein a slot offset delta of the slot offset deltas is an offset value used to correct the slot offset; receiving downlink control information, DCI, indicating an RS request, wherein the RS request indicates the at least one RS resource set of the one or more RS resource sets; determining a slot for transmitting an RS as requested, the RS being an aperiodic SRS, based on the indicated at least one RS resource set; and transmitting the RS in the determined slot.
Carriage of a linear movement guide for arrangement on a rail of the linear movement guide, the carriage having an at least substantially U-shaped cross section and being provided at least with a substantially U-shaped main body supplemented with plastics components, wherein the carriage in the two legs of the U shape is provided with at least one respective intrinsically closed rolling-body recirculating means , each of which is held open towards the rail , characterized in that a one-piece plastics component in the two legs of the carriage is used in each case to form at least parts of inner and outer boundary surfaces of a return channel and the two deflection channels of one of the rolling-body recirculating means in the respective leg , and in that a respective insert for forming upper boundary surfaces is provided for two rolling-body recirculating means arranged in different legs of the carriage , wherein the two inserts are connected to one another in one piece by means of at least one bridge portion or bridge part .
Device for reconstructing an X-ray tomography image, the device comprising: - a reconstruction module , which is configured to utilize an ordered subset maximum likelihood optimization with a diagonal paraboloid approximation of a cost function for the reconstructing of the X-ray tomography image; and - a calculation module , which is configured to calculate a pre-computable denominator term for the cost function for a plurality of subsets of projection data based on a distribution of diagonal denominator terms over the plurality of the subsets of the projection data. - a reconstruction module , which is configured to utilize an ordered subset maximum likelihood optimization with a diagonal paraboloid approximation of a cost function for the reconstructing of the X-ray tomography image; and - a calculation module , which is configured to calculate a pre-computable denominator term for the cost function for a plurality of subsets of projection data based on a distribution of diagonal denominator terms over the plurality of the subsets of the projection data.
A tool for making retroreflective articles, the tool being manufactured by a method comprising welding the ends of two substantially planar tooling elements together with a laser to form a welding seam wherein each tooling element comprises a patterned side comprising an array of microstructured retroreflective elements and a flat back side opposite the patterned side, characterized in that : the laser is a single spatial mode laser in continuous wave mode operation; wherein tensile strength of the welding seam at breaking point is at least about 441 N/mm 2 (64 kpsi) as measured for test samples 1.27 cm wide (0.5 in), 12.7 cm long (5 in) and 400 μm thick and welded along their width, and using a tensile strength tester set up with a crosshead speed of 0.25 cm/min (0.1 in/min). the laser is a single spatial mode laser in continuous wave mode operation; wherein tensile strength of the welding seam at breaking point is at least about 441 N/mm 2 (64 kpsi) as measured for test samples 1.27 cm wide (0.5 in), 12.7 cm long (5 in) and 400 μm thick and welded along their width, and using a tensile strength tester set up with a crosshead speed of 0.25 cm/min (0.1 in/min).
A shoe sole member partially or entirely formed of a resin composite, the resin composite comprising: a non-foamed elastic body matrix composed of an elastomer; and a plurality of resin foam particles dispersed in the elastic body matrix , wherein the elastic body matrix has an initial elastic modulus at 23 °C being smaller than an initial elastic modulus at 23 °C of the plurality of resin foam particles . a non-foamed elastic body matrix composed of an elastomer; and a plurality of resin foam particles dispersed in the elastic body matrix , wherein the elastic body matrix has an initial elastic modulus at 23 °C being smaller than an initial elastic modulus at 23 °C of the plurality of resin foam particles .
An isolated nucleic acid having a sequence associated with low fiber content in Brassica napus, wherein the isolated nucleic acid is selected from the group consisting of SEQ ID NOs: 1-111.
A light-sealed apparatus for use in detecting gaseous by-products in electrical equipment, said apparatus comprising: a housing ; a light source arranged to emit light of a plurality of different predetermined wavelengths; a photocell configured to detect light emitted by the light source ; and a membrane interposed between said light source and said photocell , the membrane being reactive to a plurality of gaseous by-products , wherein interaction of said membrane with each of the plurality of gaseous by-products causes the membrane to become substantially opaque to or translucent for different wavelength of light within said plurality of different predetermined wavelengths, wherein the photocell is configured to transmit an electrical signal on failure to detect the presence or absence of light of one or more of the plurality of different predetermined wavelengths; wherein said light source , membrane and photocell are included within said housing . a housing ; a light source arranged to emit light of a plurality of different predetermined wavelengths; a photocell configured to detect light emitted by the light source ; and a membrane interposed between said light source and said photocell , the membrane being reactive to a plurality of gaseous by-products , wherein interaction of said membrane with each of the plurality of gaseous by-products causes the membrane to become substantially opaque to or translucent for different wavelength of light within said plurality of different predetermined wavelengths, wherein the photocell is configured to transmit an electrical signal on failure to detect the presence or absence of light of one or more of the plurality of different predetermined wavelengths; wherein said light source , membrane and photocell are included within said housing .