mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft comprising: a fuselage having a cabin and a galley in a rear of the cabin; an aft pressure bulkhead at a rear of the aircraft fuselage, the aft pressure bulkhead including a wall extending laterally across the rear of the aircraft fuselage between first and second outboard sidewalls of the cabin, and at least two support members extending vertically and separated by a horizontal support member , the vertical and horizontal support members defining a volume sufficient to accept a portion of a galley cart ; and wherein the aircraft further comprises a plurality of vertically oriented members attached to the wall, the members having a plurality of horizontal support members interconnecting the vertical members wherein at least one pair of vertical members and one pair of horizontal support members define the volume; and the galley has a pair of galley walls on laterally opposite sides of the galley with rearward portions of the pair of galley walls extending rearwardly through the aft pressure bulkhead forward wall surface and forming laterally opposite sides of a recessed cavity in the aft pressure bulkhead forward wall surface. a fuselage having a cabin and a galley in a rear of the cabin; an aft pressure bulkhead at a rear of the aircraft fuselage, the aft pressure bulkhead including a wall extending laterally across the rear of the aircraft fuselage between first and second outboard sidewalls of the cabin, and at least two support members extending vertically and separated by a horizontal support member , the vertical and horizontal support members defining a volume sufficient to accept a portion of a galley cart ; and wherein the aircraft further comprises a plurality of vertically oriented members attached to the wall, the members having a plurality of horizontal support members interconnecting the vertical members wherein at least one pair of vertical members and one pair of horizontal support members define the volume; and the galley has a pair of galley walls on laterally opposite sides of the galley with rearward portions of the pair of galley walls extending rearwardly through the aft pressure bulkhead forward wall surface and forming laterally opposite sides of a recessed cavity in the aft pressure bulkhead forward wall surface.
An ultrasonic probe comprising: a piezoelectric layer ; a matching layer disposed at an upper portion of the piezoelectric layer; a first connector coupled to at least one side of the matching layer ; a conductive member disposed at a lower portion of the piezoelectric layer ; a second connector coupled to at least one side of the conductive member ; a backing layer disposed below the conductive member ; and a printed circuit board coupled to the first connector and the second connector , the ultrasonic probe being characterised in that the printed circuit board is disposed to be spaced apart from a laminated structure consisting of the piezoelectric layer , the matching layer , the conductive member and the backing layer , wherein each of the first connector and the second connector protrudes from a side surface of the laminated structure to the outside of the laminated structure, and passes through the printed circuit board or is attached to one side of the printed circuit board . a piezoelectric layer ; a matching layer disposed at an upper portion of the piezoelectric layer; a first connector coupled to at least one side of the matching layer ; a conductive member disposed at a lower portion of the piezoelectric layer ; a second connector coupled to at least one side of the conductive member ; a backing layer disposed below the conductive member ; and a printed circuit board coupled to the first connector and the second connector , the ultrasonic probe being characterised in that the printed circuit board is disposed to be spaced apart from a laminated structure consisting of the piezoelectric layer , the matching layer , the conductive member and the backing layer , wherein each of the first connector and the second connector protrudes from a side surface of the laminated structure to the outside of the laminated structure, and passes through the printed circuit board or is attached to one side of the printed circuit board .
A method for enzymatically synthesizing an oligosaccharide, comprising: (i) producing UDP-Gal from galactose in the presence of a set of UDP-Gal regeneration enzymes, galactose, UTP, PEP and ATP, wherein the set of UDP-Gal regeneration enzymes comprises a galactokinase, an UDP-sugar pyrophosphorylase, a pyruvate kinase, and optionally pyrophosphatase; (ii) converting Lactose-OR 1A (Lac-OR 1A ) into Globotriose-OR 1A (Gb3-OR 1A ) in the presence of the UDP-Gal and an alpha-1,4 galactosyltransferase, wherein R 1A is hydrogen, allyl, substituted or unsubstituted alkyl, substituted or unsubstituted alkenyl, substituted or unsubstituted alkynyl, substituted or unsubstituted carbocyclyl, substituted or unsubstituted heterocyclyl, substituted or unsubstituted aryl, substituted or unsubstituted heteroaryl, an oxygen protecting group, biotin or ceramide; (iii) converting the Gb3-OR 1A into Globotetraose-OR 1A (Gb4-OR 1A ) in the presence of UDP-GalNAc and a beta-1,3-N-acetylgalactosaminyltransferase; and (iv) converting the Gb4-OR 1A into Globopentaose-OR 1A (Gb5-OR 1A ) in the presence of UDP-Gal and a beta-1,3-galactosyltransferase. (i) producing UDP-Gal from galactose in the presence of a set of UDP-Gal regeneration enzymes, galactose, UTP, PEP and ATP, wherein the set of UDP-Gal regeneration enzymes comprises a galactokinase, an UDP-sugar pyrophosphorylase, a pyruvate kinase, and optionally pyrophosphatase; (ii) converting Lactose-OR 1A (Lac-OR 1A ) into Globotriose-OR 1A (Gb3-OR 1A ) in the presence of the UDP-Gal and an alpha-1,4 galactosyltransferase, wherein R 1A is hydrogen, allyl, substituted or unsubstituted alkyl, substituted or unsubstituted alkenyl, substituted or unsubstituted alkynyl, substituted or unsubstituted carbocyclyl, substituted or unsubstituted heterocyclyl, substituted or unsubstituted aryl, substituted or unsubstituted heteroaryl, an oxygen protecting group, biotin or ceramide; (iii) converting the Gb3-OR 1A into Globotetraose-OR 1A (Gb4-OR 1A ) in the presence of UDP-GalNAc and a beta-1,3-N-acetylgalactosaminyltransferase; and (iv) converting the Gb4-OR 1A into Globopentaose-OR 1A (Gb5-OR 1A ) in the presence of UDP-Gal and a beta-1,3-galactosyltransferase.
Method for assessing the quality of varnished wood surfaces, characterized by the following steps: a. creating a brightness map of the surface, b. creating a curvature map of the surface, c. ascertaining a cross-correlation of brightness map and curvature map, d. evaluating the result of the cross-correlation to ascertain the proportion of the irregularities of the surface to be attributed to varnish flaws. a. creating a brightness map of the surface, b. creating a curvature map of the surface, c. ascertaining a cross-correlation of brightness map and curvature map, d. evaluating the result of the cross-correlation to ascertain the proportion of the irregularities of the surface to be attributed to varnish flaws.
A method for estimating a scaling factor and a gravity vector in a mobile device , the method comprising: determining a first pose , from a first image captured at a first time , between a target and a first position of a camera of the mobile device , wherein the first image contains the target , and wherein the first image is processed to identify the target , wherein the target is a stationary planar target; determining a second pose , from a second image captured at a second time , between the target and a second position of the camera, wherein the second image contains the target , and wherein the second image is processed to identify the target ; computing a scaled image-based pose defined by a translation and rotation from the first pose to the second pose using a first estimation of the scaling factor defining a target size; receiving measurements from an accelerometer of the mobile device from the first time to the second time ; forming an inertia-based pose based on the measurements from the accelerometer and a first estimation for the gravity vector; computing a difference between the image-based pose and the inertia-based pose; and forming a second estimation of the gravity vector and a second estimation of the scaling factor based on the difference. determining a first pose , from a first image captured at a first time , between a target and a first position of a camera of the mobile device , wherein the first image contains the target , and wherein the first image is processed to identify the target , wherein the target is a stationary planar target; determining a second pose , from a second image captured at a second time , between the target and a second position of the camera, wherein the second image contains the target , and wherein the second image is processed to identify the target ; computing a scaled image-based pose defined by a translation and rotation from the first pose to the second pose using a first estimation of the scaling factor defining a target size; receiving measurements from an accelerometer of the mobile device from the first time to the second time ; forming an inertia-based pose based on the measurements from the accelerometer and a first estimation for the gravity vector; computing a difference between the image-based pose and the inertia-based pose; and forming a second estimation of the gravity vector and a second estimation of the scaling factor based on the difference.
A lawn mower comprising: a deck part on which a mowing mechanism for cutting grass is provided; a front wheel part provided in front of the deck part ; a first arm part connected to the front wheel part at its front end side, connected to the deck part at a first link pivot behind the front end, and provided so as to be swingable about the first link pivot ; and a second arm part that has a front end side located behind the first link pivot and pivotably connected to a rear end side of the first arm part , and is connected to the deck part at a second link pivot behind the front end side, and configured to swing in conjunction with the swing of the first arm part ; characterized by a lifting arm pivotably connected to the second arm part behind the second link pivot , connected to the deck part , and configured to raise and lower the deck part . a deck part on which a mowing mechanism for cutting grass is provided; a front wheel part provided in front of the deck part ; a first arm part connected to the front wheel part at its front end side, connected to the deck part at a first link pivot behind the front end, and provided so as to be swingable about the first link pivot ; and a second arm part that has a front end side located behind the first link pivot and pivotably connected to a rear end side of the first arm part , and is connected to the deck part at a second link pivot behind the front end side, and configured to swing in conjunction with the swing of the first arm part ; characterized by a lifting arm pivotably connected to the second arm part behind the second link pivot , connected to the deck part , and configured to raise and lower the deck part .
A method of decoding video data, the method comprising: determining a value for an advanced residual prediction, ARP, weighting factor of a current block; and when the value of the ARP weighting factor is not equal to zero: skipping decoding of an illumination compensation syntax element for the current block; and decoding the current block based at least in part on using ARP and the value of the ARP weighting factor; or when the value of the ARP weighting factor is equal to zero: decoding the illumination compensation syntax element for the current block; and decoding the current block based at least in part on the value of the illumination compensation syntax element. determining a value for an advanced residual prediction, ARP, weighting factor of a current block; and when the value of the ARP weighting factor is not equal to zero: skipping decoding of an illumination compensation syntax element for the current block; and decoding the current block based at least in part on using ARP and the value of the ARP weighting factor; or skipping decoding of an illumination compensation syntax element for the current block; and decoding the current block based at least in part on using ARP and the value of the ARP weighting factor; or when the value of the ARP weighting factor is equal to zero: decoding the illumination compensation syntax element for the current block; and decoding the current block based at least in part on the value of the illumination compensation syntax element. decoding the illumination compensation syntax element for the current block; and decoding the current block based at least in part on the value of the illumination compensation syntax element.
A system comprising: an instrument comprising a biopsy device including a biopsy tip having an optically transparent region , the biopsy device being connected to a surgical suction device for removal of tissue from a subject; and a stimulated Raman scattering (SRS) microscope configured to image said tissue and create an image of said tissue; characterized in that a passive or active tracking marker is included on the suction device or is configured as part of the biopsy tip that can track said biopsy tip ; a navigation system is provided for tracking a position of said biopsy tip and registering a location of said biopsy tip relative to structural data based on magnetic resonance imaging/computer tomograph imaging (MRI/CT) and relative to histologic data based on SRS-imaging; and a display is provided that is configured to show a merged dataset with MRI and SRS imaging information. an instrument comprising a biopsy device including a biopsy tip having an optically transparent region , the biopsy device being connected to a surgical suction device for removal of tissue from a subject; and a stimulated Raman scattering (SRS) microscope configured to image said tissue and create an image of said tissue; characterized in that a passive or active tracking marker is included on the suction device or is configured as part of the biopsy tip that can track said biopsy tip ; a navigation system is provided for tracking a position of said biopsy tip and registering a location of said biopsy tip relative to structural data based on magnetic resonance imaging/computer tomograph imaging (MRI/CT) and relative to histologic data based on SRS-imaging; and a display is provided that is configured to show a merged dataset with MRI and SRS imaging information.
Copper-zinc alloy for producing electrically conductive components, for example contacts, consisting of: - Cu: 62.5 - 67 % by weight, - Sn: 0.25 - 1.0 % by weight, - Si: 0.015 - 0.15 % by weight, - at least two silicide-forming elements from the group Mn, Fe, Ni and Al with, in each case, at most 0.15 % by weight, - Pb: at most 0.1 % by weight, - the rest being formed by Zn and also unavoidable impurities. - Cu: 62.5 - 67 % by weight, - Sn: 0.25 - 1.0 % by weight, - Si: 0.015 - 0.15 % by weight, - at least two silicide-forming elements from the group Mn, Fe, Ni and Al with, in each case, at most 0.15 % by weight, - Pb: at most 0.1 % by weight, - the rest being formed by Zn and also unavoidable impurities.
A method, with which one or more marking elements that can be provided with an inscription are formed on a terminal block, which can be mounted on a mounting base, in particular a support rail, and which has a housing made of plastic and at least one or more conductor connections formed in the housing , as well as one or more marking recesses formed in the housing , with each marking recess being designed for the application of a corresponding marking element , wherein the method comprises the following steps: a) providing the terminal block with the housing before or after the mounting of the conductor connections and providing an injection molding tool into which the housing is inserted, wherein one or more free spaces is/are formed in the region of the one or more marking recesses ; b) spraying the at least one or more free spaces with a plastic in the region of the one or more marking recesses , whereby one or more inscribable marking elements is/are formed on the housing . a) providing the terminal block with the housing before or after the mounting of the conductor connections and providing an injection molding tool into which the housing is inserted, wherein one or more free spaces is/are formed in the region of the one or more marking recesses ; b) spraying the at least one or more free spaces with a plastic in the region of the one or more marking recesses , whereby one or more inscribable marking elements is/are formed on the housing .
A method for preparing in water a composite comprising a polymer (P1) and at least one active compound, comprising: (a) the preparation, at a temperature below 40°C, of a mixture comprising water and at least one HASE-type copolymer (P2), completely or partially neutralised by means of a base; (b) the addition under stirring and at a temperature below 40°C: (b1) of at least one monomer comprising at least one polymerisable olefinic unsaturation; (b2) of at least one radical-generating compound; (b3) of at least one active compound and (c) the polymerisation under stirring of monomer (b1) by heating to a temperature above 50°C. (a) the preparation, at a temperature below 40°C, of a mixture comprising water and at least one HASE-type copolymer (P2), completely or partially neutralised by means of a base; (b) the addition under stirring and at a temperature below 40°C: (b1) of at least one monomer comprising at least one polymerisable olefinic unsaturation; (b2) of at least one radical-generating compound; (b3) of at least one active compound and (b1) of at least one monomer comprising at least one polymerisable olefinic unsaturation; (b2) of at least one radical-generating compound; (b3) of at least one active compound and (c) the polymerisation under stirring of monomer (b1) by heating to a temperature above 50°C.
An orthopedic joint with • a first component , • a second component that is arranged on the first component such that it can be swivelled about a swivel axis , and • an actuator for swivelling the first component relative to the second component in at least one direction, wherein the actuator is arranged on the first component on a medial or lateral side such that it can be detached and comprises a first coupling element which interacts with a second coupling element of the second component , characterized in that the first coupling element is a driver, which can be brought into a first state, in which it interacts with the second coupling element in such a way that the actuator swivels the first component relative to the second component in a first direction, and into a second state, in which it has no influence on a movement of the two components relative to one another, and into a third state, in which it interacts with the second coupling element in such a way that the actuator swivels the first component relative to the second component in a second direction. • a first component , • a second component that is arranged on the first component such that it can be swivelled about a swivel axis , and • an actuator for swivelling the first component relative to the second component in at least one direction,
A method for wireless communication by a user equipment, UE, in LTE enhanced interference management and traffic adaptation, eIMTA, wireless communication systems, the method comprising: receiving signaling indicating a dynamic uplink-downlink, UL-DL, subframe configuration; determining hybrid automatic repeat request, HARQ, acknowledgement/negative acknowledgement, ACK/NACK, timing based on the reference UL-DL subframe configuration; and determining HARQ resource allocation based on the dynamic UL-DL subframe configuration, wherein determining HARQ resource allocation based on the dynamic UL-DL subframe configuration further comprises determining a HARQ-ACK codebook size based on the dynamic UL-DL subframe configuration, wherein at least one of a codebook size or a number of ACK/NACK bits is determined based on a size of a DL association set of the dynamic UL-DL subframe configuration, and transmitting HARQ ACK/NACK feedback according to the determined HARQ ACK/NACK timing and the determined HARQ resource allocation. receiving signaling indicating a dynamic uplink-downlink, UL-DL, subframe configuration; determining hybrid automatic repeat request, HARQ, acknowledgement/negative acknowledgement, ACK/NACK, timing based on the reference UL-DL subframe configuration; and determining HARQ resource allocation based on the dynamic UL-DL subframe configuration, wherein determining HARQ resource allocation based on the dynamic UL-DL subframe configuration further comprises determining a HARQ-ACK codebook size based on the dynamic UL-DL subframe configuration, wherein at least one of a codebook size or a number of ACK/NACK bits is determined based on a size of a DL association set of the dynamic UL-DL subframe configuration, and transmitting HARQ ACK/NACK feedback according to the determined HARQ ACK/NACK timing and the determined HARQ resource allocation.
A supporting means for a front end of a passenger motor vehicle, with at least one vehicle body component extending in the vertical direction of the vehicle, by way of which component respective, laterally associated, side-member elements of corresponding side-member planes are connected together, with a cross member of a front end module held on the vehicle body of the passenger motor vehicle, with at least a first supporting element which is provided on the body component on a side facing outwards in the transverse direction of the vehicle and has a receptacle , and with at least a second supporting element which is arranged in the transverse direction of the vehicle outside the body component , is provided on the cross member and extends backwards from the cross member , which second element in an initial state of the supporting means is spaced apart from the first supporting element and as a result of a corresponding application of force caused by an accident is movable at least partially into the receptacle and thereby into support with the first supporting element , wherein the second supporting element has a first length region arranged in the initial state in the receptacle and a second length region adjoining the first length region and arranged in the initial state outside the receptacle , which region as a result of the application of force caused by an accident is movable into the receptacle .