mhurhangee/patent-ind-claim-en huggingface dataset:
Gas circuit for a solid oxide fuel cell system which comprises an anode gas segment in which an anode gas exiting from a gas space of an anode of a solid oxide fuel cell flows, and a recirculation segment for recirculating at least a part of the anode gas back to a combustion gas processing appliance arranged in the gas circuit and in which fuel is processed to combustion gas for the solid oxide fuel cell , wherein a conveying appliance for recirculating the anode gas, and a division appliance that divides the anode gas into a recirculation stream and a residual gas stream to be discharged from the gas circuit , are arranged in the gas circuit , wherein the conveying appliance is arranged upstream of the division appliance in the anode gas segment characterized in that a further medium, such as water or steam, is fed to the recirculation stream in the recirculation segment via a line opening out into the recirculation segment by means of an ejector, a nozzle or a jet scrubber.
Compound defined by general formula: ABZ 1 -Leu 2 -Glu 3 -Pro 4 -Val 5 -X 6 , where: ABZ denotes 2-aminobenzoic acid, X denotes ANB-NH 2 or pNA, wherein ANB-NH 2 denotes 5-amino-2-benzoic acid, pNA denotes 4-nitroaniline.
A separation method of a continuous fiber bundle, comprising separating the continuous fiber bundle so as to form therein separated portions and unseparated portions by intermittently piercing the continuous fiber bundle with a plurality of blades aligned at predetermined intervals in a width direction of the continuous fiber bundle, such that the resultant plurality of separated fiber bundles remain partially unseparated, wherein either or both of the condition (A) and (B) below are satisfied: (A) the plurality of blades pierces the continuous fiber bundle from the side opposite where paired guide members are positioned, the paired guide members being positioned on both sides of the blade in a transport direction of the continuous fiber bundle, and the condition specified in formula below is satisfied: 0.9 ≦ a / a + b < 1 wherein in formula , "a" is a length of the separated portion, and "b" is a length of the unseparated portion; or (B) a spacer member is positioned between every adjacent two of the plurality of blades and the plurality of blades pierce the continuous fiber bundle up to the point where the spacer member makes contact with the continuous fiber bundle. comprising separating the continuous fiber bundle so as to form therein separated portions and unseparated portions by intermittently piercing the continuous fiber bundle with a plurality of blades aligned at predetermined intervals in a width direction of the continuous fiber bundle, such that the resultant plurality of separated fiber bundles remain partially unseparated, wherein either or both of the condition (A) and (B) below are satisfied: (A) the plurality of blades pierces the continuous fiber bundle from the side opposite where paired guide members are positioned, the paired guide members being positioned on both sides of the blade in a transport direction of the continuous fiber bundle, and the condition specified in formula below is satisfied: 0.9 ≦ a / a + b < 1 wherein in formula , "a" is a length of the separated portion, and "b" is a length of the unseparated portion; or (B) a spacer member is positioned between every adjacent two of the plurality of blades and the plurality of blades pierce the continuous fiber bundle up to the point where the spacer member makes contact with the continuous fiber bundle. (A) the plurality of blades pierces the continuous fiber bundle from the side opposite where paired guide members are positioned, the paired guide members being positioned on both sides of the blade in a transport direction of the continuous fiber bundle, and the condition specified in formula below is satisfied: 0.9 ≦ a / a + b < 1 wherein in formula , "a" is a length of the separated portion, and "b" is a length of the unseparated portion; or (B) a spacer member is positioned between every adjacent two of the plurality of blades and the plurality of blades pierce the continuous fiber bundle up to the point where the spacer member makes contact with the continuous fiber bundle.
A tantalum carbide-coated carbon material comprising: a carbon substrate; and a tantalum carbide coating film on which the carbon substrate is provided, the tantalum carbide coating film having a maximum peak value of at least 80 degrees in an orientation angle of a plane corresponding to a diffraction peak of tantalum carbide as determined by X-ray diffraction in accordance with the description, wherein, the sum of diffraction intensities of the plane and the plane of tantalum carbon crystals in the X-ray diffraction is not lower than 0.5 and not higher than 0.9 as compared to the total sum of diffraction intensities of all crystal planes of the tantalum carbon crystals in the X-ray diffraction, wherein the total sum of the X-ray diffraction intensities of the respective crystal planes, is the total sum of the X-ray diffraction intensity corresponding to the plane, the X-ray diffraction intensity corresponding to the plane, the X-ray diffraction intensity corresponding to the plane, the X-ray diffraction intensity corresponding to the plane, the X-ray diffraction intensity corresponding to the plane, and the X-ray diffraction intensity corresponding to the plane. a carbon substrate; and a tantalum carbide coating film on which the carbon substrate is provided, the tantalum carbide coating film having a maximum peak value of at least 80 degrees in an orientation angle of a plane corresponding to a diffraction peak of tantalum carbide as determined by X-ray diffraction in accordance with the description, wherein, the sum of diffraction intensities of the plane and the plane of tantalum carbon crystals in the X-ray diffraction is not lower than 0.5 and not higher than 0.9 as compared to the total sum of diffraction intensities of all crystal planes of the tantalum carbon crystals in the X-ray diffraction, wherein the total sum of the X-ray diffraction intensities of the respective crystal planes, is the total sum of the X-ray diffraction intensity corresponding to the plane, the X-ray diffraction intensity corresponding to the plane, the X-ray diffraction intensity corresponding to the plane, the X-ray diffraction intensity corresponding to the plane, the X-ray diffraction intensity corresponding to the plane, and the X-ray diffraction intensity corresponding to the plane.
Magnetic Z-actuator comprising a stationary assembly and a mobile assembly configured to move relatively to the stationary assembly from a first to a second stable axial position and vice versa, said stationary assembly comprising a first and second magnetic yokes and a first and second coils at least partially embedded in respective first and second magnetic yokes , said mobile assembly comprising permanent magnets , wherein the magnetic Z-actuator is configured such that the first and second coils are energized only to move the mobile assembly from the first to the second stable axial position and vice versa, the mobile assembly remaining in either said first and second stable axial positions without providing current to said first and second coils , and the mobile assembly also comprises a mobile magnetic yoke , and a first and a second permanent magnets mounted on the mobile magnetic yoke to face a bottom surface of respective first and second magnetic yokes .
Aluminium foil for battery electrodes having an electrode coating at least in sections, - wherein the aluminium foil is made of an alloy of the type AAlxxx, A3xxx and/or AA 8xxx and - wherein the aluminium foil has a work-hardened state, - wherein the surface of the aluminium foil is at least partially degreased with a corona treatment and prepared for an electrode coating, - wherein the aluminium foil has a surface tension of at least 34 mN/m to 44 mN/m, characterised in that - the surface of the aluminium foil has a surface roughness Sa of 0.07 μm to 0.12 μm. - wherein the aluminium foil is made of an alloy of the type AAlxxx, A3xxx and/or AA 8xxx and - wherein the aluminium foil has a work-hardened state, - wherein the surface of the aluminium foil is at least partially degreased with a corona treatment and prepared for an electrode coating, - wherein the aluminium foil has a surface tension of at least 34 mN/m to 44 mN/m, characterised in that - the surface of the aluminium foil has a surface roughness Sa of 0.07 μm to 0.12 μm. - the surface of the aluminium foil has a surface roughness Sa of 0.07 μm to 0.12 μm.
A method at a mobile device comprising: determining a set of predetermined mobile services, such mobile services requiring a radio connection over at least one radio access technology; selecting , for use during idle mode operations of the mobile device, a subset of radio access technologies available to the mobile device over which the set of predetermined mobile services on the mobile device is available; and in response to the mobile device being in an idle mode, deactivating monitoring , or reducing a monitoring frequency, of at least one radio access technology not within the selected subset of radio access technologies. determining a set of predetermined mobile services, such mobile services requiring a radio connection over at least one radio access technology; selecting , for use during idle mode operations of the mobile device, a subset of radio access technologies available to the mobile device over which the set of predetermined mobile services on the mobile device is available; and in response to the mobile device being in an idle mode, deactivating monitoring , or reducing a monitoring frequency, of at least one radio access technology not within the selected subset of radio access technologies.
An electronic device, comprising: a display panel comprising a display region and a frame , wherein the frame comprises a through hole ; a laser sensor arranged to be aligned with the through hole in a preset state, wherein the preset state being one where the laser sensor is aligned with the through hole ; a bottom layer glass arranged at a side that is above the laser sensor and close to the display panel ; a second baffle in the through hole ; and a third baffle between the bottom layer glass and the laser sensor ; wherein in the preset state, the laser sensor emits a first signal to a light-out side of the display panel and receives a second signal through the through hole ; wherein the laser sensor is provided with an intersection region between an emitting region in which the laser sensor emits the first signal and a receiving region in which the second signal is received by the laser sensor ; wherein an edge of the intersection region is located between the bottom layer glass and the laser sensor ; wherein the second baffle and the third baffle are located on an angle bisector of an included angle formed by intersecting a boundary of the emitting region and a boundary of the receiving region, and wherein a surface of the second baffle and a surface of the third baffle are coated with an absorbing material. a display panel comprising a display region and a frame , wherein the frame comprises a through hole ; a laser sensor arranged to be aligned with the through hole in a preset state, wherein the preset state being one where the laser sensor is aligned with the through hole ; a bottom layer glass arranged at a side that is above the laser sensor and close to the display panel ; a second baffle in the through hole ; and a third baffle between the bottom layer glass and the laser sensor ; wherein in the preset state, the laser sensor emits a first signal to a light-out side of the display panel and receives a second signal through the through hole ; wherein the laser sensor is provided with an intersection region between an emitting region in which the laser sensor emits the first signal and a receiving region in which the second signal is received by the laser sensor ; wherein an edge of the intersection region is located between the bottom layer glass and the laser sensor ; wherein the second baffle and the third baffle are located on an angle bisector of an included angle formed by intersecting a boundary of the emitting region and a boundary of the receiving region, and wherein a surface of the second baffle and a surface of the third baffle are coated with an absorbing material.
An analyte meter for medical tests having a meter housing , a strip port mounted in an opening of the meter housing and configured to receive a measuring part of a test strip , and a sealing insert which is arranged within the strip port and provides an insertion path for the test strip , the sealing insert comprising a plurality of sealing elements which are arranged consecutively along the insertion path, wherein each of the sealing elements has a slit for the test strip to pass through, characterized in that the sealing elements each have a pair of bendable sealing lips which confine the slit on its long sides, each of the slits thereby forming a sealed aperture, such that when the test strip is inserted into the meter successive slits effectuate a multiple wipe-off of potential contaminant substances from the test strip surface.
A method of determining resource usage information for a facility, the method comprising: receiving, by a battery-powered data collection device , resource usage data associated with a dispenser in the facility via a first communications channel from one sensor at predetermined intervals; applying, by said data collection device , criteria associated with at least two predetermined usage events to the resource usage sensor data to identify usage data associated with a predetermined usage event, wherein the predetermined resource usage event is associated with a change in a resource state of the dispenser and is selected from a depletion event and a refill event, and applying the criterion comprises determining the previously existing resource state of the dispenser, wherein a first criterion is set such that a predetermined number of sequentially received resource usage data points are below a first threshold (Y L ) before said depletion event is identified, and a second criterion is set such that a predetermined number of sequentially received resource usage data points are above a second threshold (Y H ) before said refill event is identified; and on the basis of the identification of the usage data associated to said event, transmitting, by said data collection device , data indicating the occurrence of the predetermined usage event via a second communications channel to a server . receiving, by a battery-powered data collection device , resource usage data associated with a dispenser in the facility via a first communications channel from one sensor at predetermined intervals; applying, by said data collection device , criteria associated with at least two predetermined usage events to the resource usage sensor data to identify usage data associated with a predetermined usage event, wherein the predetermined resource usage event is associated with a change in a resource state of the dispenser and is selected from a depletion event and a refill event, and applying the criterion comprises determining the previously existing resource state of the dispenser, wherein a first criterion is set such that a predetermined number of sequentially received resource usage data points are below a first threshold (Y L ) before said depletion event is identified, and a second criterion is set such that a predetermined number of sequentially received resource usage data points are above a second threshold (Y H ) before said refill event is identified; and on the basis of the identification of the usage data associated to said event, transmitting, by said data collection device , data indicating the occurrence of the predetermined usage event via a second communications channel to a server .
A syringe comprising: a body having a hollow interior, the body comprising: a barrel, wherein the barrel has a length between a proximal end and a distal end ; a body tip portion , wherein the body tip portion tapers from the distal end to a substantially circular, fill and dispense opening ; a body slot in the barrel ; and a plunger comprising: a plunger body having a proximal end and a distal end, wherein the plunger body has an exterior shape and dimensions that correspond to the hollow interior of the barrel ; a plunger tip portion that is at the distal end of the plunger body and tapers to correspond to the cross-section of body tip portion , wherein the plunger tip portion ends approximately at the dispense opening ; and a plunger grip portion having a proximal end and a distal end, wherein the plunger grip portion is connected to the plunger body , and wherein the plunger grip portion is disposed in association with the body slot , characterized in that the barrel is substantially oval having a longitudinal axis and a perpendicular minor axis, the plunger body is substantially oval, and the body slot extends along a longitudinal axis of the barrel and has a length that begins at the proximal end and ends towards the distal end about one-half the length of the barrel , and wherein the body slot has a width that is smaller than the longitudinal axis and is approximately centrally disposed perpendicular to the minor axis. a body having a hollow interior, the body comprising: a barrel, wherein the barrel has a length between a proximal end and a distal end ; a body tip portion , wherein the body tip portion tapers from the distal end to a substantially circular, fill and dispense opening ; a body slot in the barrel ; and a barrel, wherein the barrel has a length between a proximal end and a distal end ; a body tip portion , wherein the body tip portion tapers from the distal end to a substantially circular, fill and dispense opening ; a body slot in the barrel ; and a plunger comprising: a plunger body having a proximal end and a distal end, wherein the plunger body has an exterior shape and dimensions that correspond to the hollow interior of the barrel ; a plunger tip portion that is at the distal end of the plunger body and tapers to correspond to the cross-section of body tip portion , wherein the plunger tip portion ends approximately at the dispense opening ; and a plunger grip portion having a proximal end and a distal end, a plunger body having a proximal end and a distal end, wherein the plunger body has an exterior shape and dimensions that correspond to the hollow interior of the barrel ; a plunger tip portion that is at the distal end of the plunger body and tapers to correspond to the cross-section of body tip portion , wherein the plunger tip portion ends approximately at the dispense opening ; and a plunger grip portion having a proximal end and a distal end,
A method for managing gust loading in an aircraft , characterized in that it comprises: monitoring a spoiler deflection angle (Θ) of at least one spoiler of the aircraft ; and when the spoiler deflection angle (Θ) is above a first threshold (Θ t1 ), sending at least one aileron control signal for causing at least one aileron to deflect based on the spoiler deflection angle (Θ). monitoring a spoiler deflection angle (Θ) of at least one spoiler of the aircraft ; and when the spoiler deflection angle (Θ) is above a first threshold (Θ t1 ), sending at least one aileron control signal for causing at least one aileron to deflect based on the spoiler deflection angle (Θ).
An apparatus, comprising: an oscillator circuit having one or more capacitors and configured and arranged to generate an oscillating signal (Clk) via repeated charging and discharging of the one or more capacitors; and a control circuit connected to the oscillator circuit, characterized in that : the control circuit is configured and arranged to set an oscillation frequency of the oscillator circuit to a frequency (Freq_base) scaled by a value raised by an exponent value specified by an input control signal (Freq_Ctrl). an oscillator circuit having one or more capacitors and configured and arranged to generate an oscillating signal (Clk) via repeated charging and discharging of the one or more capacitors; and a control circuit connected to the oscillator circuit, characterized in that : the control circuit is configured and arranged to set an oscillation frequency of the oscillator circuit to a frequency (Freq_base) scaled by a value raised by an exponent value specified by an input control signal (Freq_Ctrl).
An electronic device module comprising a glass cover sheet 1, a polymeric front material 2, an electronic device 3, a polymeric back material 4 and a backsheet 5, wherein the polymeric front and/or back materials have a trilayer structure comprising a back layer which is adhered to a surface of the electronic device 3, a front layer which is adhered to the glass cover sheet 1 or the backsheet 5 and an intermediate layer between the back layer and the front layer, wherein each of the back layer and the front layer comprises an ethylene interpolymer grafted with silane, wherein the ethylene interpolymer grafted with silane has a density of at most 0.905 g/cm 3 , and the intermediate layer consists of a non-grafted ethylene interpolymer having a density of at most 0.905 g/cm 3 , which is crosslinked with the aid of a crosslinking initiator and optionally a crosslinking coagent, a UV stabilizer and optionally one or more additives, and wherein the back layer and front layer comprise less than 0.1 wt% of a UV stabilizer, and wherein the density is determined according to ISO1183.