mhurhangee/patent-ind-claim-en huggingface dataset:
A modified DNA polymerase, having a DNA polymerase activity comprising an amino acid sequence having at least 80% sequence identity to the amino acid sequence as set forth in SEQ ID NO: 1, wherein said modified polymerase comprises one substitution selected from a group consisting of D128H, Y242G/A/L/S, Y259G/K/Q, and wherein said modified polymerase retains a strand displacement capability.
A method of making a dental assembly (110; 210; 10) comprising: placing a compressible material (106; 206; 206) in contact with an outer base surface (102; 202) of a dental article (100; 200), the compressible material comprising a translucent material; applying a first quantity (104; 304) of an unhardened dental composition to at least one of the compressible material and the outer base surface in such a manner that at least some of the unhardened dental composition is located between the outer base surface and the compressible material; at least partially compressing of the compressible material to urge the compressible material toward a configuration complemental to the outer base surface; hardening at least a portion of the first quantity (104; 104') of the unhardened dental composition by transmitting actinic radiation through at least some of the compressible material in order to secure the compressible material to the outer base surface while the compressible material is at least partially compressed, wherein at least part of the outer base surface is not in contact with the hardened dental composition; and applying a second quantity of unhardened dental composition to the compressible material, wherein the second quantity at least partially surrounds the first quantity as viewed from a direction perpendicular to the outer base surface. placing a compressible material (106; 206; 206) in contact with an outer base surface (102; 202) of a dental article (100; 200), the compressible material comprising a translucent material; applying a first quantity (104; 304) of an unhardened dental composition to at least one of the compressible material and the outer base surface in such a manner that at least some of the unhardened dental composition is located between the outer base surface and the compressible material; at least partially compressing of the compressible material to urge the compressible material toward a configuration complemental to the outer base surface; hardening at least a portion of the first quantity (104; 104') of the unhardened dental composition by transmitting actinic radiation through at least some of the compressible material in order to secure the compressible material to the outer base surface while the compressible material is at least partially compressed, wherein at least part of the outer base surface is not in contact with the hardened dental composition; and applying a second quantity of unhardened dental composition to the compressible material, wherein the second quantity at least partially surrounds the first quantity as viewed from a direction perpendicular to the outer base surface.
A computer implemented method, comprising: detecting a motion of a remote control ; comparing the detected motion with one or more stored motions, wherein each stored motion is associated with a user ID; determining, based on the comparing, an uncertainty in identifying a user associated with the motion, wherein the motion is associated with both a first user ID and a second user ID ; determining a timestamp associated with the motion; determining time data that indicates a schedule of usage between the first user ID and the second user ID ; determining, in response to determining the uncertainty, that the motion corresponds to the first user ID based on comparing the timestamp to the schedule indicated by the time data; and providing access to a system based on the determined first user ID , wherein each of the steps above are performed by one or more computer processors . detecting a motion of a remote control ; comparing the detected motion with one or more stored motions, wherein each stored motion is associated with a user ID; determining, based on the comparing, an uncertainty in identifying a user associated with the motion, wherein the motion is associated with both a first user ID and a second user ID ; determining a timestamp associated with the motion; determining time data that indicates a schedule of usage between the first user ID and the second user ID ; determining, in response to determining the uncertainty, that the motion corresponds to the first user ID based on comparing the timestamp to the schedule indicated by the time data; and providing access to a system based on the determined first user ID , wherein each of the steps above are performed by one or more computer processors .
An assembly comprising a tractor , an agricultural tool and a coupling device for coupling the agricultural tool to the tractor , the coupling device comprising two coupling arms called lower coupling arms, respectively articulated by a first connection point on the tractor , and by a second connection point on the agricultural tool , each coupling arm connection point being defined by a so-called polyaxial articulation articulated along at least two axes, the second connection points of the coupling arms corresponding to the connection points of the coupling arms on the agricultural tool being more distant from one another than the first connection points of the coupling arms corresponding to the connection points of the coupling arms on the tractor , characterized in that it comprises a stabilizer , arranged between an attachment point situated on the tractor , laterally outside the first connection points of the coupling arms , and an attachment point situated on the agricultural tool , between the second connection points of the coupling arms.
A method of wireless communication for user equipment, UE, comprising: receiving a first downlink control information, DCI, from a base station, wherein the first DCI indicates a resource block, RB, sized frequency allocation for the UE, receiving a second DCI from the base station, wherein the second DCI indicates a sub RB sized frequency allocation for the UE; and transmitting a plurality of uplink, UL, data transmissions to the base station in a variable frequency allocation, wherein a first subset of the plurality of LTL data transmissions is transmitted with the variable frequency allocation set to the RB sized frequency allocation and a second subset of the plurality of LTL data transmissions is transmitted with the variable frequency allocation set to the sub RB sized frequency allocation, wherein the first DCI comprises a first DCI format and the second DCI comprises a second DCI format, wherein the first DCI format used to indicate the RB sized frequency allocation is extended for use by the second DCI format to indicate the sub RB sized frequency allocation, and wherein a channel state information, CSI, request field in the first DCI format is reserved for use by the second DCI format to indicate the sub RB sized frequency allocation. receiving a first downlink control information, DCI, from a base station, wherein the first DCI indicates a resource block, RB, sized frequency allocation for the UE, receiving a second DCI from the base station, wherein the second DCI indicates a sub RB sized frequency allocation for the UE; and
A pharmaceutical or veterinary composition for use for preventing milk fever in milk producing livestock , in the form of a single dose unit comprising a first formulation and a second formulation both comprising a Solanum glaucophyllum leaves extract, wherein said first formulation is a retard release formulation which completely releases 1,25-(OH) 2 vitamin D 3 -glycosides contained in said extract within a time period lasting at least 4 hours or longer, wherein said second formulation is an instant release formulation releasing 1,25-(OH) 2 vitamin D 3 -glycosides contained in said extract completely before 4 hours, wherein the period of release is determined using the dissolution test disclosed in the US Pharmacopeia, Chapter <711> wherein the period of release is determined in vitro by immersion of the formulation into water at 37° C and determining the time until all 1,25-(OH) 2 vitamin D 3 -glycosides are dissolved in water, wherein said composition further comprises dolomite as a calcium source and wherein said composition has a density of at least 1.2 kg/l (g/ml).
A processing machine with a plurality of processing stations (02; 03; 04; 06) for processing bodies , wherein the processing stations (02; 03; 04; 06) provided for processing the bodies are arranged in a working space in each case at positions different from one another in the transport direction of the bodies to be processed, wherein the respective position of the relevant processing station (02; 03; 04; 06) is adjusted for the execution of a specified processing procedure, wherein the respective positions of the processing stations (02; 03; 04; 06) adjusted in each case for the execution of their specified processing procedures are arranged in the working space on a same horizontal plane, wherein a transport of a body that has been or will be processed occurs from one processing station (02; 03; 04; 06) to the next below its horizontal plane, in which the respective positions of the individual processing stations (02; 03; 04; 06) adjusted in each case for the execution of their processing procedures are arranged, wherein in the working space a plurality of simultaneously handling devices that are operated or at least can be operated simultaneously are provided, wherein every handling device is provided in each case for transport of at least body that has been or will be processed, wherein at least two handling devices arranged in the same working space and which are simultaneously operated or at least can be simultaneously operated are arranged vertically one above the other on different horizontal planes and are each moved horizontally or at least can be moved horizontally on their respective plane, wherein a movement path of the relevant handling device provided for the transport of the bodies that have been or will be processed is arranged on a vertical transport plane, wherein the vertical transport plane having the movement path of the relevant handling device is arranged in each case lengthwise to the positions of the processing stations (02; 03; 04; 06) provided for processing the bodies , characterized in that the handling devices are each moved or at least can be moved horizontally on their respective plane along a rail system.
A heater comprising: a heat source ; and a heating unit configured to be heated by the heat source and forming a yarn running space (S) extending at least in a predetermined first direction, the heater being configured to heat a yarn (Y) running in the yarn running space (S), the heating unit including: a first heating member provided not to make contact with the yarn (Y) running in the yarn running space (S), the first heating member being made of a first material; and a second heating member provided at least between the heat source and the yarn running space (S) so as not to make contact with the yarn (Y) running in the yarn running space (S) in a cross section orthogonal to the first direction, characterised by the second heating member being made of a second material which is lower in volumetric specific heat than the first material. a heating unit configured to be heated by the heat source and forming a yarn running space (S) extending at least in a predetermined first direction, the heater being configured to heat a yarn (Y) running in the yarn running space (S), the heating unit including: a first heating member provided not to make contact with the yarn (Y) running in the yarn running space (S), the first heating member being made of a first material; and a second heating member provided at least between the heat source and the yarn running space (S) so as not to make contact with the yarn (Y) running in the yarn running space (S) in a cross section orthogonal to the first direction, characterised by the second heating member being made of a second material which is lower in volumetric specific heat than the first material. a first heating member provided not to make contact with the yarn (Y) running in the yarn running space (S), the first heating member being made of a first material; and a second heating member provided at least between the heat source and the yarn running space (S) so as not to make contact with the yarn (Y) running in the yarn running space (S) in a cross section orthogonal to the first direction, characterised by the second heating member being made of a second material which is lower in volumetric specific heat than the first material.
A system for dispensing a plurality of satellites, comprising: a plurality of rail assemblies , wherein each rail assembly comprises two spaced-apart rails and at least four couplings that are attached to the rails and disposed orthogonally thereto, and wherein the couplings are arranged in pairs, and further wherein each pair of couplings is dimensioned and arranged to couple to a satellite such that the four couplings of each rail assembly are capable of coupling to at least two satellites; and a payload dispenser , the payload dispenser including a shell , wherein the shell is physically adapted to securely engage the plurality of rail assemblies. a plurality of rail assemblies , wherein each rail assembly comprises two spaced-apart rails and at least four couplings that are attached to the rails and disposed orthogonally thereto, and wherein the couplings are arranged in pairs, and further wherein each pair of couplings is dimensioned and arranged to couple to a satellite such that the four couplings of each rail assembly are capable of coupling to at least two satellites; and a payload dispenser , the payload dispenser including a shell , wherein the shell is physically adapted to securely engage the plurality of rail assemblies.
The peptide D-Arg-2'6'-Dmt-Lys-Phe-NH 2 or a pharmaceutically acceptable salt thereof for use in treating or preventing Sengers syndrome in a subject.
A drive system for a surgical instrument, wherein the drive system comprises: a drive assembly comprising a slider gear slidably mounted to an input shaft ; a closure assembly comprising a closure gear ; a firing assembly comprising a firing gear ; and a shifter assembly, comprising: a threaded shaft ; and a shifter movably positioned on the threaded shaft and comprising a gear slot , wherein the slider gear is positioned in the gear slot, wherein the shifter is configured to move the slider gear between a first position and a second position, wherein the slider gear is operably engaged with the closure gear when in the first position, and wherein the slider gear is operably engaged with the firing gear when in the second position, wherein the drive assembly further comprises an input gear mounted to the input shaft, and wherein the shifter assembly further comprises an intermediate gear mounted to the threaded shaft and in meshing engagement with the input gear. a drive assembly comprising a slider gear slidably mounted to an input shaft ; a closure assembly comprising a closure gear ; a firing assembly comprising a firing gear ; and a shifter assembly, comprising: a threaded shaft ; and a shifter movably positioned on the threaded shaft and comprising a gear slot , wherein the slider gear is positioned in the gear slot, wherein the shifter is configured to move the slider gear between a first position and a second position, wherein the slider gear is operably engaged with the closure gear when in the first position, and wherein the slider gear is operably engaged with the firing gear when in the second position, a threaded shaft ; and a shifter movably positioned on the threaded shaft and comprising a gear slot , wherein the slider gear is positioned in the gear slot, wherein the shifter is configured to move the slider gear between a first position and a second position, wherein the slider gear is operably engaged with the closure gear when in the first position, and wherein the slider gear is operably engaged with the firing gear when in the second position, wherein the drive assembly further comprises an input gear mounted to the input shaft, and wherein the shifter assembly further comprises an intermediate gear mounted to the threaded shaft and in meshing engagement with the input gear.
The use of: (A) glycopyrrolate; and (B) a compound of formula I in free or salt or solvate form, wherein W is a group of formula R 8 , R 9 and R 10 are each H, R 1 is OH, R 2 and R 3 are each H and R x and R y are both -CH 2 -, and R 4 and R 7 are each H and R 5 and R 6 are each CH 3 CH 2 -; in the preparation of a medicament for combination therapy by simultaneous administration of (A) and (B) in the treatment of an inflammatory or obstructive airways disease, wherein the administration is by inhalation, and wherein (A) and (B) are present in admixture in inhalable form as a dry powder comprising finely divided (A) and (B) optionally together with the least one particulate pharmaceutically acceptable carrier. (A) glycopyrrolate; and (B) a compound of formula I in free or salt or solvate form, wherein W is a group of formula R 8 , R 9 and R 10 are each H, R 1 is OH, R 2 and R 3 are each H and R x and R y are both -CH 2 -, and R 4 and R 7 are each H and R 5 and R 6 are each CH 3 CH 2 -; in free or salt or solvate form, wherein W is a group of formula R 8 , R 9 and R 10 are each H, R 1 is OH, R 2 and R 3 are each H and R x and R y are both -CH 2 -, and R 4 and R 7 are each H and R 5 and R 6 are each CH 3 CH 2 -; in the preparation of a medicament for combination therapy by simultaneous administration of (A) and (B) in the treatment of an inflammatory or obstructive airways disease, wherein the administration is by inhalation, and wherein (A) and (B) are present in admixture in inhalable form as a dry powder comprising finely divided (A) and (B) optionally together with the least one particulate pharmaceutically acceptable carrier.
Welding unit, especially welding robot, comprising a welding rod supply system , the welding rod supply system comprising a welding rod supply unit to be coupled with a welding torch with a rod guide duct formed therein as well as with at least two welding rod-receiving cables , which adjoin the welding rod supply unit in a switch area and are to be coupled with a respective welding rod feed unit , each with a respective rod guide duct formed in it, characterized by an arm comprising at least one axis configured as a hollow shaft, wherein a welding torch is provided at an end area of the arm and the welding rod supply unit extending in the inner volume of the arm is coupled with the welding rod-receiving cables at the other end area of the arm .
A method comprising: receiving a bitstream including a prediction block and a residual block with coefficients transformed by a Spatial Varying Transform, SVT, wherein the SVT is a process that applies a transform block to only a portion of residual data in the residual block and leaves other data untransformed; determining a type of SVT block employed to transform the coefficients in the residual block; determining a position of the SVT block relative to the residual block by determining a candidate position step size and a position index for the SVT block; applying an inverse transform to the coefficients based on the SVT block type and position to create a reconstructed residual block; applying the reconstructed residual block to the prediction block to reconstruct a video block; and reconstructing a video sequence for display, the video sequence including a video frame that includes the reconstructed video block; characterized in that the type of the SVT block is determined based on the sum of the first sixteen coefficients of the SVT block in a scan order, and the position index is determined based on the sum of the rest coefficients of the SVT block, and the position index is determined according to: P = St % Nt , where P is the position index, St is the sum of the rest coefficients of the SVT block, Nt is the number of candidate positions for the SVT block, and % denotes a modulo operation which returns a remainder after division of St by Nt. receiving a bitstream including a prediction block and a residual block with coefficients transformed by a Spatial Varying Transform, SVT, wherein the SVT is a process that applies a transform block to only a portion of residual data in the residual block and leaves other data untransformed; determining a type of SVT block employed to transform the coefficients in the residual block; determining a position of the SVT block relative to the residual block by determining a candidate position step size and a position index for the SVT block; applying an inverse transform to the coefficients based on the SVT block type and position to create a reconstructed residual block; applying the reconstructed residual block to the prediction block to reconstruct a video block; and reconstructing a video sequence for display, the video sequence including a video frame that includes the reconstructed video block; characterized in that the type of the SVT block is determined based on the sum of the first sixteen coefficients of the SVT block in a scan order, and the position index is determined based on the sum of the rest coefficients of the SVT block, and the position index is determined according to: P = St % Nt , where P is the position index, St is the sum of the rest coefficients of the SVT block, Nt is the number of candidate positions for the SVT block, and % denotes a modulo operation which returns a remainder after division of St by Nt.
An electrically-powered towing tractor including: - a counterweight , - coupling means configured for connecting a trailer to the towing tractor, - a front frame portion , and - a battery assembly comprising a housing that forms a recess for receiving one or more battery cells, characterized in that the towing tractor further comprises two longitudinal members located on opposite lateral sides of the housing , wherein the two longitudinal members are connected to the counterweight by means of releasable fastening means , wherein the longitudinal members connect the counterweight and the front frame portion on opposite lateral sides of the electrically-powered towing tractor and are configured to transfer forces between the counterweight and the front frame portion during operation of the electrically-powered towing tractor. - a counterweight , - coupling means configured for connecting a trailer to the towing tractor, - a front frame portion , and - a battery assembly comprising a housing that forms a recess for receiving one or more battery cells,