mhurhangee/ep-ind-claims huggingface dataset:
A system for manufacturing a composite construction material comprising a printed matrix and a continuous fiber embedded in said matrix, the system comprising a print head configured to deposit the matrix by successive layer-by-layer material deposition on a deposition plane, and an injection device configured to introduce the continuous fiber into the matrix deposited by the print head, the injection device comprising: - a distribution head configured to deliver the fiber, said distribution head being movable along a vertical direction (z) perpendicular to the deposition plane, between a high position and a low position; - a drive device configured to oscillate the distribution head between the high position and the low position; and - an elastic return element configured to passively return the distribution head from the low position to the high position. - a distribution head configured to deliver the fiber, said distribution head being movable along a vertical direction (z) perpendicular to the deposition plane, between a high position and a low position; - a drive device configured to oscillate the distribution head between the high position and the low position; and - an elastic return element configured to passively return the distribution head from the low position to the high position.
A method of displaying information on a display device of an aircraft, comprising: retrieving, by a data retrieval module from an information data store, approach data associated with landing the aircraft on a particular runway of a particular airport including a touchdown point, and a decision height for a precision approach or a minimum descent altitude for a non-precision approach; determining, by a distance determination module, using the approach data based on real-time flight data or prescribed flight data at least one of a time and a distance from the touchdown point where the decision height or the minimum descent altitude would be achieved; retrieving, by a data display module, graphics data from a graphics datastore for visual aids; incorporating the graphics data for the visual aids into a user interface that includes a perspective view of a flight plan, wherein the graphics data is incorporated at a location in the flight plan that is relative to a current location of the aircraft and based on the determined time or distance; and generating the user interface for display on the display device of the aircraft. retrieving, by a data retrieval module from an information data store, approach data associated with landing the aircraft on a particular runway of a particular airport including a touchdown point, and a decision height for a precision approach or a minimum descent altitude for a non-precision approach; determining, by a distance determination module, using the approach data based on real-time flight data or prescribed flight data at least one of a time and a distance from the touchdown point where the decision height or the minimum descent altitude would be achieved; retrieving, by a data display module, graphics data from a graphics datastore for visual aids; incorporating the graphics data for the visual aids into a user interface that includes a perspective view of a flight plan, wherein the graphics data is incorporated at a location in the flight plan that is relative to a current location of the aircraft and based on the determined time or distance; and generating the user interface for display on the display device of the aircraft.
A computer implemented method of restoring a form near a finish line of an abutment tooth or abutment tooth model which is changed by scanning, the method comprising: determining a temporary finish line having multiple points on scan data (20, 21) as an imaginary boundary line between a formed portion and an unformed portion of the abutment tooth or abutment tooth model by creating the scan data including three-dimensional data from raw scan data which is acquired by scanning the abutment tooth or abutment tooth model by a scanner; characterized by deleting the scan data (20, 21) including the temporary finish line in an edge portion of the abutment tooth or abutment tooth model; extending, in a portion in which the scanned data (20, 21) is deleted, a crown-side temporary finish line and a root-side temporary finish line in directions supplementing the deleted portion of the scan data (20, 21), respectively; and restoring the finish line of the edge portion which is formed on the outer side than the edge portion of the deleted scan data (20, 21) based on the extended crown-side temporary finish line and the extended root-side temporary finish line. determining a temporary finish line having multiple points on scan data (20, 21) as an imaginary boundary line between a formed portion and an unformed portion of the abutment tooth or abutment tooth model by creating the scan data including three-dimensional data from raw scan data which is acquired by scanning the abutment tooth or abutment tooth model by a scanner; characterized by deleting the scan data (20, 21) including the temporary finish line in an edge portion of the abutment tooth or abutment tooth model; extending, in a portion in which the scanned data (20, 21) is deleted, a crown-side temporary finish line and a root-side temporary finish line in directions supplementing the deleted portion of the scan data (20, 21), respectively; and restoring the finish line of the edge portion which is formed on the outer side than the edge portion of the deleted scan data (20, 21) based on the extended crown-side temporary finish line and the extended root-side temporary finish line.
A condom, comprising: a non-porous sheath member, having an open end and a rounded end, and shaped to cover the glans and body portion of a penis; characterised by at least one rib having at least one outer portion and at least one inner portion, wherein the at least one outer portion is attachedly fixed to said non-porous sheath member, and wherein an inner cylinder formed by the at least one inner portion is exclusive from said non-porous sheath member, and comprising at least one lubricant within the inner cylinder and at least one hole extending from the inner cylinder through the outer portion to provide for flow of the lubricant outwardly from the inner cylinder through the at least one hole pursuant to application of a pressure; wherein the at least one rib extends at least one of: substantially from the open end to the closed end; and substantially about a circumference of the non-porous sheath member. a non-porous sheath member, having an open end and a rounded end, and shaped to cover the glans and body portion of a penis; characterised by at least one rib having at least one outer portion and at least one inner portion, wherein the at least one outer portion is attachedly fixed to said non-porous sheath member, and wherein an inner cylinder formed by the at least one inner portion is exclusive from said non-porous sheath member, and comprising at least one lubricant within the inner cylinder and at least one hole extending from the inner cylinder through the outer portion to provide for flow of the lubricant outwardly from the inner cylinder through the at least one hole pursuant to application of a pressure; wherein the at least one rib extends at least one of: substantially from the open end to the closed end; and substantially about a circumference of the non-porous sheath member. substantially from the open end to the closed end; and substantially about a circumference of the non-porous sheath member.
An aqueous formulation comprising at least one herbicide selected from phenoxy acetic acids, phenoxy propionic acids, and phenoxy butyric acids, and an effective amount of from 0.01 to 5% by weight of at least one adjuvant composition comprising a blend of at least one alkoxylated nonionic surfactant, and at least one ethoxylated sorbitan, or sorbitol ester, wherein said alkoxylated nonionic surfactant is an alcohol alkoxylated surfactant of the general formula: R 1 -O-(C m H 2m O) x -(C n H 2n O) y -H wherein R 1 is a straight or branched chain, saturated or unsaturated, substituted or unsubstituted hydrocarbon group having from 4 to 30 carbon atoms, m is an integer of from 2 to 3, n is an integer of from 2 to 3, x is an integer of from 1-30 and y is an integer of from 0-30. at least one alkoxylated nonionic surfactant, and at least one ethoxylated sorbitan, or sorbitol ester, wherein said alkoxylated nonionic surfactant is an alcohol alkoxylated surfactant of the general formula: R 1 -O-(C m H 2m O) x -(C n H 2n O) y -H wherein R 1 is a straight or branched chain, saturated or unsaturated, substituted or unsubstituted hydrocarbon group having from 4 to 30 carbon atoms, m is an integer of from 2 to 3, n is an integer of from 2 to 3, x is an integer of from 1-30 and y is an integer of from 0-30.
A transmitter, comprising: circuitry (402, 406) configured to separate a digital modulation signal into a digital sign signal and a digital magnitude signal; a multiplexer (410, 412) configured to receive said digital magnitude signal and an inverted form of the digital sign signal and a logic reference signal ("0") and derive a multi-state switching signal (SS1, SS2) therefrom; a digital-to-analog converter (DAC1; DAC2) configured to convert the multi-stage switching signal (SS1; SS2)into analog magnitude signals by generating a resulting current signal based on the multi-state switching signal selectively switching between a plurality of current sources and switching the resulting current signal with a differential analog carrier signal by a differential transistor pair; and a mixer (422, 424, 436, 438) configured to mix at least the analog magnitude signal and the digital sign signal to provide a mixed signal. circuitry (402, 406) configured to separate a digital modulation signal into a digital sign signal and a digital magnitude signal; a multiplexer (410, 412) configured to receive said digital magnitude signal and an inverted form of the digital sign signal and a logic reference signal ("0") and derive a multi-state switching signal (SS1, SS2) therefrom; a digital-to-analog converter (DAC1; DAC2) configured to convert the multi-stage switching signal (SS1; SS2)into analog magnitude signals by generating a resulting current signal based on the multi-state switching signal selectively switching between a plurality of current sources and switching the resulting current signal with a differential analog carrier signal by a differential transistor pair; and a mixer (422, 424, 436, 438) configured to mix at least the analog magnitude signal and the digital sign signal to provide a mixed signal.
An artificial nail for attachment to a natural nail, the artificial nail comprising: a nail body having a bottom surface sized and shaped to be attachable to the top surface of the natural nail; a pressure sensitive adhesive disposed on the bottom surface of the nail body; a releasable backing film covering the pressure sensitive adhesive; characterized in that the releasable backing film has indicia indicating a size of the nail body. a nail body having a bottom surface sized and shaped to be attachable to the top surface of the natural nail; a pressure sensitive adhesive disposed on the bottom surface of the nail body; a releasable backing film covering the pressure sensitive adhesive; characterized in that the releasable backing film has indicia indicating a size of the nail body.
Household appliance, which is embodied as a dishwasher or an automatic coffee machine or as a cooking appliance, with a household appliance actuation means, which is provided, and is specifically equipped and/or designed, to be pressed into the household appliance by an operator, and which has a grip element (10; 10a to 10f), which has a grip region (12; 12a to 12f), characterised in that the grip region (12; 12a to 12f) is at least partially formed by a slip-resistant layer (14; 14a to 14f).
A method for barring a network access, the method performed by a user equipment, UE, and comprising: receiving an application specific congestion control for data communication, ACDC, barring information and an access class barring, ACB, barring information; and performing a ACDC barring check based on an ACDC category for a network access request of an application and the received ACDC barring information; wherein although a previous network access has been barred according to a previous ACB barring check, the network access request of the application is not barred according to the ACDC barring check. receiving an application specific congestion control for data communication, ACDC, barring information and an access class barring, ACB, barring information; and performing a ACDC barring check based on an ACDC category for a network access request of an application and the received ACDC barring information; wherein although a previous network access has been barred according to a previous ACB barring check, the network access request of the application is not barred according to the ACDC barring check.
A surface excavating machine comprising: a tractor including a main chassis supported on a ground drive system, the main chassis defining a central longitudinal axis that extends from a front end to a rear end of the main chassis, the ground drive system including propulsion structures defining a ground contact plane (P L); an excavation tool mounted at the rear end of the main chassis, the excavation tool including a drum rotatable about a drum axis, the drum carrying cutting teeth that define a cutting diameter when the drum is rotated about the drum axis, the drum being mounted adjacent a free end of a boom, and the drum having a drum length (Ld) that extends from a first end to a second end of the drum; a boom pivot defining a boom pivot axis about which the boom can be pivoted to raise and lower the drum between a transport position and an excavation position, the boom pivot axis being fixed relative to the main chassis, the boom pivot axis being spaced a pivot height (Hp) above the ground contact plane (P L), the pivot height (Hp) being less than or equal to.5 times the cutting diameter of the drum; the machine being characterized by further comprising a tilt pivot defining a tilt pivot axis for tilting the drum relative to the tractor between a first orientation where the first end of the drum is higher than the second end of the drum and a second orientation where the second end of the drum is higher than the first end of the drum. a tractor including a main chassis supported on a ground drive system, the main chassis defining a central longitudinal axis that extends from a front end to a rear end of the main chassis, the ground drive system including propulsion structures defining a ground contact plane (P L); an excavation tool mounted at the rear end of the main chassis, the excavation tool including a drum rotatable about a drum axis, the drum carrying cutting teeth that define a cutting diameter when the drum is rotated about the drum axis, the drum being mounted adjacent a free end of a boom, and the drum having a drum length (Ld) that extends from a first end to a second end of the drum; a boom pivot defining a boom pivot axis about which the boom can be pivoted to raise and lower the drum between a transport position and an excavation position, the boom pivot axis being fixed relative to the main chassis, the boom pivot axis being spaced a pivot height (Hp) above the ground contact plane (P L), the pivot height (Hp) being less than or equal to.5 times the cutting diameter of the drum; the machine being characterized by further comprising a tilt pivot defining a tilt pivot axis for tilting the drum relative to the tractor between a first orientation where the first end of the drum is higher than the second end of the drum and a second orientation where the second end of the drum is higher than the first end of the drum.
A method of testing a first set of gallium nitride (GaN) wafers cut from an ingot formed via ammonothermal growth using a seed material, said method comprising: a) selecting GaN wafers from the first set of wafers to form a second set of wafers, the second set of wafers being a subset of the first set and therefore being a selection of wafers from the first set of wafers that does not include all members from the first set of wafers, the second set of wafers having at least one wafer selected from the wafers cut from a side of the ingot on one polar side of the seed material used to form the ingot, and the second set of wafers having at least one wafer selected from the wafers cut from a side of the ingot on the opposite polar side of the seed material; b) analyzing samples taken from the wafers of the second set to assess values of a property of each of the wafers of the second set; c) determining a correlation for the values of the property, said correlation being a function of distance of each of said wafers of the second set from the seed material used to form the ingot and a function of the value of the property for the seed material, wherein a first correlation is determined for the wafers from one polar side of the seed material and a second correlation is determined for the wafers from the opposite polar side of the seed material, the first correlation being different from the second correlation; and d) applying said correlations to wafers not in said second set of wafers to provide estimated values of said property for said wafers, wherein the testing is carried out on at least one of the crystallographic planes selected from gallium-polar side c plane, nitride-polar side c plane, and m plane. a) selecting GaN wafers from the first set of wafers to form a second set of wafers, the second set of wafers being a subset of the first set and therefore being a selection of wafers from the first set of wafers that does not include all members from the first set of wafers, the second set of wafers having at least one wafer selected from the wafers cut from a side of the ingot on one polar side of the seed material used to form the ingot, and the second set of wafers having at least one wafer selected from the wafers cut from a side of the ingot on the opposite polar side of the seed material; b) analyzing samples taken from the wafers of the second set to assess values of a property of each of the wafers of the second set; c) determining a correlation for the values of the property, said correlation being a function of distance of each of said wafers of the second set from the seed material used to form the ingot and a function of the value of the property for the seed material, wherein a first correlation is determined for the wafers from one polar side of the seed material and a second correlation is determined for the wafers from the opposite polar side of the seed material, the first correlation being different from the second correlation; and d) applying said correlations to wafers not in said second set of wafers to provide estimated values of said property for said wafers,
An access terminal apparatus for real-time information encoding in wireless communications, the apparatus comprising: a wireless access module; a rate-adaptation unit configured to receive feedback information associated with data transmission in a wireless network from the wireless access module, wherein the feedback information comprises local feedback information and end-to-end data delay; wherein the rate-adaption unit determines if the end-to-end data delay is below a lower threshold, and if so, increases each of a plurality of set thresholds by a first value; wherein the rate-adaption unit determines if the end-to-end data delay is above an upper threshold, and if so, decreases each of the plurality of set thresholds by a second value; said first value and second value being based on the end-to-end data delay; wherein the rate-adaption unit determines reverse link data delay from the local feedback information; and an encoder configured to encode real-time information, the encoder decreasing an encoding rate of the real-time information if the reverse link data delay is larger than a first threshold of the plurality of set thresholds and increasing the encoding rate of the real-time information if the reverse link data delay is below a second threshold of the plurality of set thresholds. a wireless access module; a rate-adaptation unit configured to receive feedback information associated with data transmission in a wireless network from the wireless access module, wherein the feedback information comprises local feedback information and end-to-end data delay; wherein the rate-adaption unit determines if the end-to-end data delay is below a lower threshold, and if so, increases each of a plurality of set thresholds by a first value; wherein the rate-adaption unit determines if the end-to-end data delay is above an upper threshold, and if so, decreases each of the plurality of set thresholds by a second value; said first value and second value being based on the end-to-end data delay; wherein the rate-adaption unit determines reverse link data delay from the local feedback information; and an encoder configured to encode real-time information, the encoder decreasing an encoding rate of the real-time information if the reverse link data delay is larger than a first threshold of the plurality of set thresholds and increasing the encoding rate of the real-time information if the reverse link data delay is below a second threshold of the plurality of set thresholds.
A scalar multiplier, adapted to compute a scalar multiplication [s]P of a rational point P of an additive group E(F p) including rational points on an elliptic curve where a characteristic p, an order r, and a trace t of a Frobenius endomorphism at an embedding degree k=12 using an integer variable χ are given by: p χ = 36 χ 4 − 36 χ 3 + 24 χ 2 − 6 χ + 1, r χ = 36 χ 4 − 36 χ 3 + 18 χ 2 − 6 χ + 1 = p χ + 1 − t χ, t χ = 6 χ 2 + 1, the scalar multiplier being adapted to compute the scalar multiplication [s]P as: s P = s 4 + s 5 φ ′ 2 + s 2 − s 5 P, using a Frobenius map φ' 2 given by: p 2 P = φ ′ 2 P assuming that a twist degree d is 6 and a positive integer e is 2 where k=dxe to give: 6 χ 2 + 4 χ + 1 P = − 2 χ + 1 p 2 P = − 2 χ + 1 φ ′ 2 P, adapted to compute v-adic expansion of the scalar s using 6χ 2 -4χ+1=v to give: s = s 1 ν + s 2, s 2 < ν, and s ≡ − 2 χ + 1 s 1 p 2 + s 2 mod r, adapted to compute v-adic expansion of the (-2χ+1)s 1 part to give: s ≡ s 3 ν + s 4 p 2 + s 2 ≡ s 5 p 4 + s 4 p 2 + s 2 mod r where p 4 ≡p 2 -1 mod r, and using s ≡ s 4 + s 5 p 2 + s 2 − s 5 mod r: storage means for storing the value of the scalar s; and first to fifth auxiliary storage means for storing the coefficients s 1, s 2, s 3, s 4, and s 5, respectively, wherein a value obtained by computing ν-adic expansion of the scalar s is stored in the first auxiliary storage means and the second auxiliary storage means, a value obtained by computing ν-adic expansion of (-2χ+1)s 1 is stored in the third auxiliary storage means and the fourth auxiliary storage means, and the value of (-2χ+1)s 3 is stored in the fifth auxiliary storage means.
Vehicle air conditioner for heating, ventilation and/or air-conditioning of a vehicle inner space, the vehicle air conditioner having a first waste air duct which discharges waste air into a vehicle environment, the vehicle air conditioner comprising an evaporator for cooling air wherein in the heating mode of the vehicle air conditioner at least a portion of the waste air which is discharged via the first waste air duct flows through the evaporator, characterized in that two evaporator flaps (82, 84) are provided for adjusting an air flow direction inside the evaporator.