mhurhangee/patent-ind-claim-en huggingface dataset:
A filter apparatus for filtering liquid from a gas, comprising: a housing having a gas inlet and a gas outlet ; a first filter media disposed in the housing ; a second filter media disposed in the housing ; and a first collection basin disposed in a flow path between the first filter media and the second filter media , wherein a path is defined for enabling the gas to flow from the gas inlet , through the first filter media , past the first collection basin , through the second filter media , and to the gas outlet , wherein the first filter media has a pore size that is larger than a pore size of the second filter media , and wherein the first filter media and the second filter media are arranged at a non-zero angle relative to each other. a housing having a gas inlet and a gas outlet ; a first filter media disposed in the housing ; a second filter media disposed in the housing ; and a first collection basin disposed in a flow path between the first filter media and the second filter media , wherein a path is defined for enabling the gas to flow from the gas inlet , through the first filter media , past the first collection basin , through the second filter media , and to the gas outlet , wherein the first filter media has a pore size that is larger than a pore size of the second filter media , and wherein the first filter media and the second filter media are arranged at a non-zero angle relative to each other.
A microstrip circulator comprising: a carrier being conductive and including six ground members ; a ferrite slab having a first side and a second side; a first microwave epoxy positioned between the carrier and the first side of the ferrite slab; a conductor having a center portion with three legs extending therefrom, each of the three legs being positioned adjacent to and between two of the six ground members of the carrier, wherein the ground members are configured to protect the legs from damage in response to contact with an external object; a second microwave epoxy positioned between the second side of the ferrite slab and the conductor; an insulator ; a third microwave epoxy positioned between the conductor and the insulator; a magnet ; and a fourth epoxy positioned between the insulator and the magnet. a carrier being conductive and including six ground members ; a ferrite slab having a first side and a second side; a first microwave epoxy positioned between the carrier and the first side of the ferrite slab; a conductor having a center portion with three legs extending therefrom, each of the three legs being positioned adjacent to and between two of the six ground members of the carrier, wherein the ground members are configured to protect the legs from damage in response to contact with an external object; a second microwave epoxy positioned between the second side of the ferrite slab and the conductor; an insulator ; a third microwave epoxy positioned between the conductor and the insulator; a magnet ; and a fourth epoxy positioned between the insulator and the magnet.
A method for monitoring downhole, comprising: routing a hydraulic control line to a downhole tool to enable hydraulic actuation of the downhole tool ; connecting a downhole pressure gauge to the hydraulic control line at a downhole location such that the downhole pressure gauge is less than 30.5 meters (100 feet) from the downhole tool ; determining a baseline pressure profile with respect to operation of the downhole tool by measuring pressure in the hydraulic control line during testing or initial operation of the downhole tool, wherein the baseline pressure profile is provided by normal operation of the downhole tool at a given position; and using data from the downhole pressure gauge in comparison with the baseline pressure profile to identify deviations from the baseline pressure profile and determine operational characteristics of the downhole tool and an indication of the health of the tool. routing a hydraulic control line to a downhole tool to enable hydraulic actuation of the downhole tool ; connecting a downhole pressure gauge to the hydraulic control line at a downhole location such that the downhole pressure gauge is less than 30.5 meters (100 feet) from the downhole tool ; determining a baseline pressure profile with respect to operation of the downhole tool by measuring pressure in the hydraulic control line during testing or initial operation of the downhole tool, wherein the baseline pressure profile is provided by normal operation of the downhole tool at a given position; and using data from the downhole pressure gauge in comparison with the baseline pressure profile to identify deviations from the baseline pressure profile and determine operational characteristics of the downhole tool and an indication of the health of the tool.
Gearing comprising a housing, the housing has a housing upper part and a housing lower part on which the housing upper part is placed, the housing upper part being arranged on a first side of a plane and the housing lower part being arranged on the other side of the plane, the housing upper part in particular being integrally moulded in a shell shape, in particular in a half-nutshell shape, the housing upper part having, on its inside, at least one first channel that is integrally moulded on the housing upper part and extends in a longitudinal direction, in particular a first channel integrally moulded in one piece, i.e. as a single part, the housing upper part having, on its inside, at least one additional channel that is integrally moulded on the housing upper part and extends in a transverse direction, in particular an additional channel integrally moulded in one piece, i.e. as a single part, the transverse direction being oriented perpendicularly to the longitudinal direction, the transverse direction in particular being oriented in parallel with the shaft axis of the output shaft of the gearing and/or the longitudinal direction and the transverse direction being oriented in parallel with the plane, characterised in that a trough for guiding oil and reducing splash losses surrounds a circumferential portion of a toothed part, in particular a gearwheel , in particular in the radial and axial directions, the trough being composed of at least three parts, thus at least of a base plate and two side walls, the base plate being screwed to the two side walls, the trough being fastened to the housing, the trough having a recess, in particular a conduit, in particular at its lowest surface region, in particular therefore at the surface region having the greatest radial distance, oil in particular being conveyed between the trough and gearwheel from the oil sump of the gearing, through the recess, when the gearwheel is rotating, in particular conveyed to a higher position than the level of the oil sump, in particular into the channel, the base plate and the side walls being punched bent parts.
A combustor for a gas turbine engine, the combustor comprising a liner panel , the liner panel comprising: a cooling circuit which includes a cooling channel between an inlet which directs cooling air into the cooling channel and first and second exit slots , the circuit further including a multiple of internal features including a first divergent island and a second divergent island , the respective divergent islands having opposed downstream surfaces which diverge from each other, characterized in that the cooling circuit further comprises: first and second feedback features for facilitating the formation of feedback flows (S1, S2) which form loops around the respective divergent islands ; and a flow separator island (98;98') between said first divergent island and said second divergent island ; and in that : the inlet is a semi-circular inlet defined along an axis (P) which intersects said flow separator island (98;98'); and the first and second feedback features are transverse and extend towards the axis (P). first and second feedback features for facilitating the formation of feedback flows (S1, S2) which form loops around the respective divergent islands ; and a flow separator island (98;98') between said first divergent island and said second divergent island ; and in that : the inlet is a semi-circular inlet defined along an axis (P) which intersects said flow separator island (98;98'); and the first and second feedback features are transverse and extend towards the axis (P). the inlet is a semi-circular inlet defined along an axis (P) which intersects said flow separator island (98;98'); and the first and second feedback features are transverse and extend towards the axis (P).
A self-moving device , comprising: a housing ; a moving mechanism , configured to support the housing and drive the self-moving device to move; a working module, configured to be mounted on the housing , and to perform a predetermined work; an information collection apparatus , configured to collect current position information of the self-moving device ; and a first control module and a second control module, characterized in that the first control module and the second control module are configured to communicate with each other and work collaboratively to control the moving mechanism and the working module; the first control module is configured to create and save a map of a working area according to position information of the boundary collected by the information collection apparatus , and send the map to the second control module; to perform a safety assurance operation, the second control module is configured to control, according to the map and current position information received from the information collection apparatus , the self-moving device to travel and/or work only within the working area defined by the boundary ; the second control module is configured to perform self-checking on hardware and a control program related to control of performing of the safety assurance operation; and of the first control module and the second control module, only the second control module is configured to perform the self-checking according to a predetermined plan during working of the self-moving device . a housing ; a moving mechanism , configured to support the housing and drive the self-moving device to move; a working module, configured to be mounted on the housing , and to perform a predetermined work; an information collection apparatus , configured to collect current position information of the self-moving device ; and a first control module and a second control module, characterized in that the first control module and the second control module are configured to communicate with each other and work collaboratively to control the moving mechanism and the working module; the first control module is configured to create and save a map of a working area according to position information of the boundary collected by the information collection apparatus , and send the map to the second control module; to perform a safety assurance operation, the second control module is configured to control, according to the map and current position information received from the information collection apparatus , the self-moving device to travel and/or work only within the working area defined by the boundary ; the second control module is configured to perform self-checking on hardware and a control program related to control of performing of the safety assurance operation; and of the first control module and the second control module, only the second control module is configured to perform the self-checking according to a predetermined plan during working of the self-moving device .
An injection sensing device or ISD for use with a medication delivery device , comprising: a thermal sensor configured to be applied to the skin of a patient and proximal to an injection site and to sense a change in temperature of the patient at the injection site and output corresponding sensor data; a processing device configured to receive the sensor data from the sensor and perform a designated operation when the processing device determines from the sensor data that the patient's temperature sensed at the injection site has changed by a designated amount relative to administration of an injection; and an indicator; characterized in that the processing device is configured to perform the designated operation by operating the indicator to indicate to the patient that medication delivery via the administration of the injection is complete in response to the processing device determining that the sensor data indicates that the patient's temperature sensed at the injection site began decreasing upon initiation of the injection and thereafter increasing to at least a designated amount in relation to the administration of the injection. a thermal sensor configured to be applied to the skin of a patient and proximal to an injection site and to sense a change in temperature of the patient at the injection site and output corresponding sensor data; a processing device configured to receive the sensor data from the sensor and perform a designated operation when the processing device determines from the sensor data that the patient's temperature sensed at the injection site has changed by a designated amount relative to administration of an injection; and an indicator; characterized in that the processing device is configured to perform the designated operation by operating the indicator to indicate to the patient that medication delivery via the administration of the injection is complete in response to the processing device determining that the sensor data indicates that the patient's temperature sensed at the injection site began decreasing upon initiation of the injection and thereafter increasing to at least a designated amount in relation to the administration of the injection.
A material transfer vehicle comprising a truck-receiving hopper that is adapted to receive asphalt material from a truck , said truck-receiving hopper including: (a) a centreline ; (b) an expandable front portion comprising: (i) a right expandable sidewall assembly having a right outer fixed sidewall panel and means for moving the right outer fixed sidewall panel between an inner right position and an outer right position; (ii) a left expandable sidewall assembly having a left outer fixed sidewall panel and means for moving the left outer fixed sidewall panel between an inner left position and an outer left position; (c) a rear portion having a right sidewall panel and a left sidewall panel , which right and left sidewall panels are fixed against movement with respect to each other; characterized in that : (d) said means for moving the right outer fixed sidewall panel and said means for moving the left outer fixed sidewall panel are adapted to move said outer fixed sidewall panels laterally in a direction perpendicular to the centerline . (a) a centreline ; (b) an expandable front portion comprising: (i) a right expandable sidewall assembly having a right outer fixed sidewall panel and means for moving the right outer fixed sidewall panel between an inner right position and an outer right position; (ii) a left expandable sidewall assembly having a left outer fixed sidewall panel and means for moving the left outer fixed sidewall panel between an inner left position and an outer left position; (i) a right expandable sidewall assembly having a right outer fixed sidewall panel and means for moving the right outer fixed sidewall panel between an inner right position and an outer right position; (ii) a left expandable sidewall assembly having a left outer fixed sidewall panel and means for moving the left outer fixed sidewall panel between an inner left position and an outer left position; (c) a rear portion having a right sidewall panel and a left sidewall panel , which right and left sidewall panels are fixed against movement with respect to each other;
A nucleobase polymer having SEQ ID NO: 10 (GGCTTATTCA GGCT AGCTACAACGA AGATGGGG), SEQ ID NO: 20 (ATTCCTTAAA GGCTAGCTACAAC GA TTCTTGGC), or SEQ ID NO: 30 (TCTTTTCTTA GGCTAGCTACAACGA TTTGGTGC).
An apparatus for orienting magnetic flakes in a fluid carrier printed on a substrate in a printing process, the apparatus comprising: a rotatable roller that includes: one or more grooves , and one or more magnets inserted into the one or more grooves; characterised in that the apparatus is configured for the substrate to approach the rotatable roller with ribbons of wet magnetic ink . a rotatable roller that includes: one or more grooves , and one or more magnets inserted into the one or more grooves; one or more grooves , and one or more magnets inserted into the one or more grooves; characterised in that the apparatus is configured for the substrate to approach the rotatable roller with ribbons of wet magnetic ink .
A belt conveyor comprising; an endless loop of belt which is rotatable about at least two pulleys in the belt conveyor, whereby different parts of the belt will constitute an upper surface for transporting goods during a run; a frame holding said at least two pulleys ; a belt supporting device configured for supporting the belt between the at least two pulleys while allowing the belt to slide over the belt supporting device, wherein said belt comprises a substantially planar middle part along the length of the belt and two edge areas , one provided on each side of the middle part , wherein at least one of said edge areas is sloped towards an opposite part of the belt in the endless loop at least when said at least one edge area constitutes a part of the upper surface of the belt; and at least one holding device provided partly along at least one long side of the belt conveyor , said at least one holding device being connected to the frame and configured for holding the belt supporting device , said holding device being further configured for supporting said at least one edge area outside said belt supporting device at a different level than the belt supporting device , thereby providing at least one sloped edge of the belt . an endless loop of belt which is rotatable about at least two pulleys in the belt conveyor, whereby different parts of the belt will constitute an upper surface for transporting goods during a run; a frame holding said at least two pulleys ; a belt supporting device configured for supporting the belt between the at least two pulleys while allowing the belt to slide over the belt supporting device, wherein said belt comprises a substantially planar middle part along the length of the belt and two edge areas , one provided on each side of the middle part , wherein at least one of said edge areas is sloped towards an opposite part of the belt in the endless loop at least when said at least one edge area constitutes a part of the upper surface of the belt; and at least one holding device provided partly along at least one long side of the belt conveyor , said at least one holding device being connected to the frame and configured for holding the belt supporting device , said holding device being further configured for supporting said at least one edge area outside said belt supporting device at a different level than the belt supporting device , thereby providing at least one sloped edge of the belt .
An X-ray CT method and especially a registration-based dark-field tensor tomography method for examining a sample using X-rays, in which method - a sample is successively scanned using X-rays at least two mutually different fixed orientations while being rotated about a respective fixed rotational axis, - at each orientation of the sample , a plurality of scattering data sets are acquired based on dark field signals, - the scattering data sets for different orientations are brought into coincidence to each other by registration and are combined into a common scattering data set reflecting any angular dependence of the scattering by the sample , and - a respective rotational axis , in relation to an orientation of the sample, is aligned perpendicularly or substantially perpendicularly to equally oriented first, second and third grating elements of a grating arrangement between a radiation source and a detector arrangement in the beam path of an employed grating-based interferometer arrangement of an underlying X-ray CT device . - a sample is successively scanned using X-rays at least two mutually different fixed orientations while being rotated about a respective fixed rotational axis, - at each orientation of the sample , a plurality of scattering data sets are acquired based on dark field signals, - the scattering data sets for different orientations are brought into coincidence to each other by registration and are combined into a common scattering data set reflecting any angular dependence of the scattering by the sample , and - a respective rotational axis , in relation to an orientation of the sample, is aligned perpendicularly or substantially perpendicularly to equally oriented first, second and third grating elements of a grating arrangement between a radiation source and a detector arrangement in the beam path of an employed grating-based interferometer arrangement of an underlying X-ray CT device .
A method of purification of a glycoprotein, the method comprising a step of treating the glycoprotein with a combination of caprylic acid and ethanol.
A method for performing, by a first apparatus , wireless communication, the method comprising: generating (S2610) a Phase Tracking - Reference Signal, PT-RS; transmitting (S2620), to a second apparatus , a sidelink control information, SCI, on a Physical Sidelink Control Channel, PSCCH; obtaining a Resource Block, RB, offset related to the PT-RS based on a Cyclic Redundancy Check, CRC, on the PSCCH; mapping (S2630), based on the RB offset related to the PT-RS, the PT-RS to a subcarrier on a Physical Sidelink Shared Channel, PSSCH, resource related to the PSCCH;and transmitting (S2640), to the second apparatus , the PT-RS on the PSSCH resource. generating (S2610) a Phase Tracking - Reference Signal, PT-RS; transmitting (S2620), to a second apparatus , a sidelink control information, SCI, on a Physical Sidelink Control Channel, PSCCH; obtaining a Resource Block, RB, offset related to the PT-RS based on a Cyclic Redundancy Check, CRC, on the PSCCH; mapping (S2630), based on the RB offset related to the PT-RS, the PT-RS to a subcarrier on a Physical Sidelink Shared Channel, PSSCH, resource related to the PSCCH;and transmitting (S2640), to the second apparatus , the PT-RS on the PSSCH resource.