mhurhangee/ep-ind-claims huggingface dataset:
A composite sheet comprising: a non-stretchable nonwoven fabric sheet; a stretchable nonwoven fabric having thermoplastic fibers that have been stretched at least partially and elastomer fibers separate from the thermoplastic fibers, and an adhesive portion for laminating the non-stretchable nonwoven fabric sheet and the stretchable nonwoven fabric, characterized in that the stretchable nonwoven fabric has a plurality of strip-shaped non-dense regions and a plurality of strip-shaped dense regions, which are formed along a first direction, formed on both surfaces thereof such that the strip-shaped non-dense regions are continuously alternated with the strip-shaped dense regions in a second direction perpendicular to the first direction, and the strip-shaped dense regions on one of the surfaces are alternated with the strip-shaped dense regions on the other surface in the second direction; and the stretchable nonwoven fabric in an extended state has been laminated on the non-stretchable nonwoven fabric sheet. a non-stretchable nonwoven fabric sheet; a stretchable nonwoven fabric having thermoplastic fibers that have been stretched at least partially and elastomer fibers separate from the thermoplastic fibers, and an adhesive portion for laminating the non-stretchable nonwoven fabric sheet and the stretchable nonwoven fabric, characterized in that the stretchable nonwoven fabric has a plurality of strip-shaped non-dense regions and a plurality of strip-shaped dense regions, which are formed along a first direction, formed on both surfaces thereof such that the strip-shaped non-dense regions are continuously alternated with the strip-shaped dense regions in a second direction perpendicular to the first direction, and the strip-shaped dense regions on one of the surfaces are alternated with the strip-shaped dense regions on the other surface in the second direction; and the stretchable nonwoven fabric in an extended state has been laminated on the non-stretchable nonwoven fabric sheet.
A reverse-flow gas turbine engine, comprising: a propeller having a propeller shaft mounted for rotation about a center axis of the engine; a first spool having a low pressure compressor in fluid communication with an air inlet and a low pressure turbine, the LPC disposed axially between the air inlet and the LPT; a second spool having a high pressure compressor in fluid communication with the LPC to receive pressurized air therefrom, and a high pressure turbine drivingly engaged to the HPC and in fluid communication with the LPT, the HPC disposed axially between the LPC and the HPT and the HPT disposed axially between the HPC and the LPT; and a reduction gearbox drivingly engaged to, and disposed axially between, the LPT and the propeller, the RGB having an RGB housing; characterised in that it further comprises: an electric motor drivingly engaged to the propeller and disposed axially between the RGB and the propeller, the electric motor coaxial with the first and second spools and with the center axis, the electric motor having an annular electric motor housing, the annular electric motor housing having an aft end attached to the RGB housing. a propeller having a propeller shaft mounted for rotation about a center axis of the engine; a first spool having a low pressure compressor in fluid communication with an air inlet and a low pressure turbine, the LPC disposed axially between the air inlet and the LPT; a second spool having a high pressure compressor in fluid communication with the LPC to receive pressurized air therefrom, and a high pressure turbine drivingly engaged to the HPC and in fluid communication with the LPT, the HPC disposed axially between the LPC and the HPT and the HPT disposed axially between the HPC and the LPT; and a reduction gearbox drivingly engaged to, and disposed axially between, the LPT and the propeller, the RGB having an RGB housing; characterised in that it further comprises: an electric motor drivingly engaged to the propeller and disposed axially between the RGB and the propeller, the electric motor coaxial with the first and second spools and with the center axis, the electric motor having an annular electric motor housing, the annular electric motor housing having an aft end attached to the RGB housing.
A method, comprising: transmitting a message via a control plane, on a MB2-C control interface (MB2-C), from a broadcast multicast service center BM-SC, to a group communication service, GCS, application server, the message indicating whether to establish a security association on a user plane in a MB2-U user interface (MB2-U) between the GCS application server and the BM-SC; and providing, by the BM-SC to the GCS application server, a target internet protocol, IP, address and possible user datagram protocol, UDP, port as a target for the security association. transmitting a message via a control plane, on a MB2-C control interface (MB2-C), from a broadcast multicast service center BM-SC, to a group communication service, GCS, application server, the message indicating whether to establish a security association on a user plane in a MB2-U user interface (MB2-U) between the GCS application server and the BM-SC; and providing, by the BM-SC to the GCS application server, a target internet protocol, IP, address and possible user datagram protocol, UDP, port as a target for the security association.
A metal nanoparticle ink dispersion made by mixing ingredients comprising: a first solvent being nonpolar and having a boiling point above 160°C at 1 atmosphere pressure; a second solvent having a boiling point above 230°C at 1 atmosphere pressure, the second organic solvent being an aromatic hydrocarbon and having a higher boiling point than the first hydrocarbon solvent; and a plurality of metal nanoparticles, characterized in that the second solvent is a C 10 to C 18 arylcycloalkane. a first solvent being nonpolar and having a boiling point above 160°C at 1 atmosphere pressure; a second solvent having a boiling point above 230°C at 1 atmosphere pressure, the second organic solvent being an aromatic hydrocarbon and having a higher boiling point than the first hydrocarbon solvent; and a plurality of metal nanoparticles, characterized in that the second solvent is a C 10 to C 18 arylcycloalkane.
A fat or oil composition, comprising the following components and: 95 to 99.95 mass% of a fat or oil in which a total content of eicosapentaenoic acid and docosahexaenoic acid in constituent fatty acids thereof is from 0.4 to 7 mass% with respect to total constituent fatty acids of the fat or oil; and 0.05 to 1.8 mass% of a free type triterpene alcohol. 95 to 99.95 mass% of a fat or oil in which a total content of eicosapentaenoic acid and docosahexaenoic acid in constituent fatty acids thereof is from 0.4 to 7 mass% with respect to total constituent fatty acids of the fat or oil; and 0.05 to 1.8 mass% of a free type triterpene alcohol.
A device for evaluating skin or hair condition comprising: (i) a housing; (ii) a hydration meter mechanism for measuring moisture; and (iii) a plurality of light emitting diodes (14,15,16,18, 20) arranged within the housing wherein at least one of the light emitting diodes at different times emits light and detects light reflected from the skin or hair area being evaluated; characterized in that, the meter is supported within the housing and having an external surface contactable against skin or hair to measure moisture content thereof, the meter comprising at least two adjacent metallic wires with their respective capacitance sensitive to differences in dielectric constant; wherein the light emitting diodes comprise one red, one blue, one green and two infrared wavelength light emitters (15, 20); wherein the external surface portion of the hydration meter surrounds a central window, the light emitting diodes being arranged to transmit light through the central window; wherein the light emitting diodes are angularly oriented to the central window in an angular range from 20° to 90° relative to the central window; wherein one of the plurality of light emitting diodes is an infrared wavelength receiver oriented perpendicular to the central window and the skin or hair being measured; and wherein four light emitting diodes (14,15,16,18) surround a central infrared light emitting diode arranged so that the axis of each intersects at a point where the axis of the central infrared light emitting diode impinges at a surface of the skin. (i) a housing; (ii) a hydration meter mechanism for measuring moisture; and (iii) a plurality of light emitting diodes (14,15,16,18, 20) arranged within the housing wherein at least one of the light emitting diodes at different times emits light and detects light reflected from the skin or hair area being evaluated;
A sewer cleaning machine comprising: a frame; a drum rotatably supported by the frame, the drum having an opening; a cable positioned at least partially within the drum, the cable configured to be extended from and retracted into the drum through the opening; and a cable feed device supported by the frame adjacent the opening of the drum, the cable feed device including a plurality of bearings selectively engagable with the cable to feed the cable in or out of the drum, a first lever configured to move at least one of the plurality of bearings into engagement with the cable, a second lever configured to adjust at least one of the plurality of bearings between a forward feed orientation and a reverse feed orientation, and a locking assembly having a ratchet gear and a pawl engagable with the ratchet gear to selectively hold the at least one of the plurality of bearings in the forward feed orientation or the reverse feed orientation. a frame; a drum rotatably supported by the frame, the drum having an opening; a cable positioned at least partially within the drum, the cable configured to be extended from and retracted into the drum through the opening; and a cable feed device supported by the frame adjacent the opening of the drum, the cable feed device including a plurality of bearings selectively engagable with the cable to feed the cable in or out of the drum, a first lever configured to move at least one of the plurality of bearings into engagement with the cable, a second lever configured to adjust at least one of the plurality of bearings between a forward feed orientation and a reverse feed orientation, and a locking assembly having a ratchet gear and a pawl engagable with the ratchet gear to selectively hold the at least one of the plurality of bearings in the forward feed orientation or the reverse feed orientation. a plurality of bearings selectively engagable with the cable to feed the cable in or out of the drum, a first lever configured to move at least one of the plurality of bearings into engagement with the cable, a second lever configured to adjust at least one of the plurality of bearings between a forward feed orientation and a reverse feed orientation, and a locking assembly having a ratchet gear and a pawl engagable with the ratchet gear to selectively hold the at least one of the plurality of bearings in the forward feed orientation or the reverse feed orientation.
A method of making snack foods, the method comprising the steps of: i. a cooking step comprising microwave cooking a plurality of snack food slices to provide cooked snack food slices having an average moisture content of from 10 to 20 wt% based on the total weight of the snack food slices, the plurality of snack food slices being disposed in a layer having a first thickness during the microwave cooking; ii. a stacking step of disposing the cooked snack food slices as a loosely packed bed having a second thickness of from 5 to 200 mm which is greater than the first thickness; iii. a drying step comprising applying multimode microwave energy to the bed for a period of from 30 to 180 seconds to reduce the moisture content of the dried snack food slices to an average of from 6 to 8 wt% based on the total weight of the snack food slices while maintaining the temperature of the bed to a value which is lower than a glass transition temperature of starch in the snack food slices; and iv. finish drying the snack food slices in a hot air dryer to reduce the moisture content of the snack food slices to an average of from 1 to 2 wt% based on the total weight of the snack food slices. i. a cooking step comprising microwave cooking a plurality of snack food slices to provide cooked snack food slices having an average moisture content of from 10 to 20 wt% based on the total weight of the snack food slices, the plurality of snack food slices being disposed in a layer having a first thickness during the microwave cooking; ii. a stacking step of disposing the cooked snack food slices as a loosely packed bed having a second thickness of from 5 to 200 mm which is greater than the first thickness; iii. a drying step comprising applying multimode microwave energy to the bed for a period of from 30 to 180 seconds to reduce the moisture content of the dried snack food slices to an average of from 6 to 8 wt% based on the total weight of the snack food slices while maintaining the temperature of the bed to a value which is lower than a glass transition temperature of starch in the snack food slices; and iv. finish drying the snack food slices in a hot air dryer to reduce the moisture content of the snack food slices to an average of from 1 to 2 wt% based on the total weight of the snack food slices.
An optical communication system including a first and a second unit (1, 2) linked by a light guide (5, 6), each of the units comprising: an optical amplifier (8, 15) for transmitting a traffic-carrying optical channel along said light guide (5, 6) and a supervisory insert unit (9, 16) for transmitting a supervisory optical channel along said light guide, wherein the supervisory optical channel is coupled into said light guide downstream of said optical amplifier (8, 15) which is operative to amplify the traffic-carrying optical channel(s); control means (21, 22) for ceasing transmission of the traffic-carrying optical channel in the unit (1 or 2) consequent upon detecting both a loss of signal condition in a traffic carrying optical signal and a loss of frame condition in a supervisory optical channel received by said unit (1 or 2); means utilising the supervisory optical channel to determine when the light guide is reusable for communication purposes, wherein, whilst the transmission of the traffic-carrying optical channel is ceased by the control means (21, 22), the supervisory insert unit (9, 16) is configured to transmit the supervisory optical channel in a pulsed manner, wherein each pulse has sufficient duration to permit frame alignment to be recovered when its signal is received by said unit (1 or 2). an optical amplifier (8, 15) for transmitting a traffic-carrying optical channel along said light guide (5, 6) and a supervisory insert unit (9, 16) for transmitting a supervisory optical channel along said light guide, wherein the supervisory optical channel is coupled into said light guide downstream of said optical amplifier (8, 15) which is operative to amplify the traffic-carrying optical channel(s); control means (21, 22) for ceasing transmission of the traffic-carrying optical channel in the unit (1 or 2) consequent upon detecting both a loss of signal condition in a traffic carrying optical signal and a loss of frame condition in a supervisory optical channel received by said unit (1 or 2); means utilising the supervisory optical channel to determine when the light guide is reusable for communication purposes, wherein, whilst the transmission of the traffic-carrying optical channel is ceased by the control means (21, 22), the supervisory insert unit (9, 16) is configured to transmit the supervisory optical channel in a pulsed manner, wherein each pulse has sufficient duration to permit frame alignment to be recovered when its signal is received by said unit (1 or 2).
A sensor for discriminating between wavelength regions in an electromagnetic spectrum, comprising: a substrate; a sensing element supported on a surface of the substrate; and at least one pair of terminal electrodes (30, 35) disposed on the substrate surface in mutually spaced apart and opposing relation, and in electrical contact with the sensing element, wherein the sensing element comprises at least one black phosphorous flake, wherein the sensing element is responsive to electromagnetic radiation to yield a change in photocurrent measured between the terminal electrodes (30, 35) as a function of an intensity of the electromagnetic radiation impinging thereon, characterized in that a positive dependency on the intensity corresponds to a first wavelength region and a negative dependency on the intensity corresponds to a second wavelength region. a substrate; a sensing element supported on a surface of the substrate; and at least one pair of terminal electrodes (30, 35) disposed on the substrate surface in mutually spaced apart and opposing relation, and in electrical contact with the sensing element, wherein the sensing element comprises at least one black phosphorous flake, wherein the sensing element is responsive to electromagnetic radiation to yield a change in photocurrent measured between the terminal electrodes (30, 35) as a function of an intensity of the electromagnetic radiation impinging thereon, characterized in that a positive dependency on the intensity corresponds to a first wavelength region and a negative dependency on the intensity corresponds to a second wavelength region.
An implantable medical device system, comprising: a sensing circuit configured to sense atrial P-waves from a cardiac electrical signal received via sensing electrodes coupleable to the sensing circuit and produced by a patient's heart; a therapy delivery circuit configured to generate and deliver His bundle pacing pulses via a His pacing electrode vector coupleable to the therapy delivery circuit; and a control circuit configured to: control the therapy delivery circuit to deliver a His bundle pacing pulse; determine a timing of an atrial P-wave sensed by the sensing circuit relative to the His bundle pacing pulse; and determine a type of capture of the His bundle pacing pulse in response to the determined timing of the atrial P-wave. a sensing circuit configured to sense atrial P-waves from a cardiac electrical signal received via sensing electrodes coupleable to the sensing circuit and produced by a patient's heart; a therapy delivery circuit configured to generate and deliver His bundle pacing pulses via a His pacing electrode vector coupleable to the therapy delivery circuit; and a control circuit configured to: control the therapy delivery circuit to deliver a His bundle pacing pulse; determine a timing of an atrial P-wave sensed by the sensing circuit relative to the His bundle pacing pulse; and determine a type of capture of the His bundle pacing pulse in response to the determined timing of the atrial P-wave. control the therapy delivery circuit to deliver a His bundle pacing pulse; determine a timing of an atrial P-wave sensed by the sensing circuit relative to the His bundle pacing pulse; and determine a type of capture of the His bundle pacing pulse in response to the determined timing of the atrial P-wave.
Combustion chamber delimitation with an insulating glass element having at least two viewing panes (11, 12) which consist of glass or glass-ceramic material transparent at least in certain regions and which are arranged spaced apart from one another to leave an air chamber, wherein a viewing region is formed in at least part of the region of the air chamber, wherein the two viewing panes (11, 12) are bonded to one another by means of a temperature-resistant adhesive, wherein the adhesive surrounds a viewing region of the viewing panes (11, 12) in a circumferential manner, or wherein a spacer which is circumferential at least in certain regions is integrally bonded, preferably adhesively bonded, to the two viewing panes (11, 12), characterized in that the viewing panes (11, 12) are adhesively bonded to one another by means of a waterglass-based adhesive which has been filled in, and in that the cured adhesive is gas-permeable at least in certain regions.
An electronic measuring device for measuring and displaying a linear displacement of a horizontal screw mechanism, the horizontal screw mechanism comprising a rotational shaft, the device comprising: a gravity acceleration sensor; a data processing unit; and a digital display unit; wherein: said gravity acceleration sensor, said data processing unit, and said digital display unit are electronically or electrically connected; characterized in that: said gravity acceleration sensor is adapted to be connected to the rotational shaft; said gravity acceleration sensor is adapted for directly and digitally measuring a first value of an angle of rotation of the rotational shaft; said angle of rotation of the rotational shaft is measured with respect to a gravity axis, wherein said gravity axis is vertical with respect to the ground; said data processing unit is adapted for converting said first value into a second value of a linear displacement of the rotational shaft according to characteristics of the horizontal screw mechanism; and said digital display unit is adapted for displaying said second value. a gravity acceleration sensor; a data processing unit; and a digital display unit; said gravity acceleration sensor, said data processing unit, and said digital display unit are electronically or electrically connected; said gravity acceleration sensor is adapted to be connected to the rotational shaft; said gravity acceleration sensor is adapted for directly and digitally measuring a first value of an angle of rotation of the rotational shaft; said angle of rotation of the rotational shaft is measured with respect to a gravity axis, wherein said gravity axis is vertical with respect to the ground; said data processing unit is adapted for converting said first value into a second value of a linear displacement of the rotational shaft according to characteristics of the horizontal screw mechanism; and said digital display unit is adapted for displaying said second value.