mhurhangee/ep-ind-claims huggingface dataset:
A method for processing a photolithographic substrate, comprising: placing said photolithographic substrate on a first support member in a first chamber, introducing a heat transfer fluid into said first chamber; cooling said photolithographic substrate in said first chamber through said heat transfer fluid to a first process set point; transferring said cooled photolithographic substrate out of said first chamber on to a second support member in a second chamber; subjecting said cooled photolithographic substrate to a plasma etch process in said second chamber, characterized in that the temperature of said photolithographic substrate remains below 25° C for the duration of the plasma etch process by cooling said photolithographic substrate prior to the plasma etch process to the first process set point to compensate for the temperature rise experienced by said photolithographic substrate during the plasma etch process, and in that the etch processing is conducted without active cooling. placing said photolithographic substrate on a first support member in a first chamber, introducing a heat transfer fluid into said first chamber; cooling said photolithographic substrate in said first chamber through said heat transfer fluid to a first process set point; transferring said cooled photolithographic substrate out of said first chamber on to a second support member in a second chamber; subjecting said cooled photolithographic substrate to a plasma etch process in said second chamber, characterized in that the temperature of said photolithographic substrate remains below 25° C for the duration of the plasma etch process by cooling said photolithographic substrate prior to the plasma etch process to the first process set point to compensate for the temperature rise experienced by said photolithographic substrate during the plasma etch process, and in that the etch processing is conducted without active cooling.
A positive electrode active material for a sodium ion secondary battery, characterized by containing a sulfate represented by: Na m M n (S0 4) 3 (wherein M represents a transition metal element; m is 2 ± 2x (where x satisfies 0 ≤ x< 0.5); and n is 2 ± y (where y satisfies 0 ≤ y < 0.5). Na m M n (S0 4) 3 (wherein M represents a transition metal element; m is 2 ± 2x (where x satisfies 0 ≤ x< 0.5); and n is 2 ± y (where y satisfies 0 ≤ y < 0.5).
A microorganism of the genus Corynebacterium producing 5'-xanthosine monophosphate, wherein activity of a protein comprising an amino acid sequence of SEQ ID NO: 2 is modified to be enhanced compared to the parent strain, wherein the modification comprises an increase in the number of copies of polynucleotides encoding the protein, replacement of a promoter of the polynucleotide with another promoter having enhanced activity, substitution of a start codon, or a combination thereof.
A heat-resistant Ni-base alloy comprising a Ni-Ir-Al-W alloy having essential additive elements of Ir, Al, and W added to Ni, wherein the heat-resistant Ni-base alloy contains Ir: 5.0 to 50.0 mass%, Al: 1.0 to 8.0 mass%, and W: 5.0 to 20.0 mass%, the balance being Ni, wherein the alloy optionally contains one or more additive elements selected from the following Group I: Group I: B: 0.001 to 0.1 mass%, Co: 5.0 to 20.0 mass%, Cr: 1.0 to 25.0 mass%, Ta: 1.0 to 10.0 mass%, Nb: 1.0 to 5.0 mass%, Ti: 1.0 to 5.0 mass%, V: 1.0 to 5.0 mass%, and Mo: 1.0 to 5.0 mass%, and further optionally contains 0.001 to 0.5 mass% of C and carbides are precipitated and dispersed and a γ' phase having an L1 2 structure precipitates and disperses in a matrix as an essential strengthening phase. Group I: B: 0.001 to 0.1 mass%, Co: 5.0 to 20.0 mass%, Cr: 1.0 to 25.0 mass%, Ta: 1.0 to 10.0 mass%, Nb: 1.0 to 5.0 mass%, Ti: 1.0 to 5.0 mass%, V: 1.0 to 5.0 mass%, and Mo: 1.0 to 5.0 mass%, and B: 0.001 to 0.1 mass%, Co: 5.0 to 20.0 mass%, Cr: 1.0 to 25.0 mass%, Ta: 1.0 to 10.0 mass%, Nb: 1.0 to 5.0 mass%, Ti: 1.0 to 5.0 mass%, V: 1.0 to 5.0 mass%, and Mo: 1.0 to 5.0 mass%, and
A communication method applied to user equipment (102, 200, 900) or a chip for a user equipment (102, 200, 900), wherein the method comprises: determining (S201, S303), a modulation and coding scheme, MCS, table, wherein the MCS table comprises a first plurality of correspondences, and wherein in each of the first plurality of correspondences, an index value is corresponding to a π/2 binary phase shift keying, π/2-BPSK, modulation and a quadrature phase shift keying, QPSK, modulation; determining, based on the MCS table, a modulation scheme corresponding to a received index number; wherein determining the modulation scheme corresponding to the received index number comprises: in case the received index number is corresponding to the π/2-BPSK modulation and the QPSK modulation in the MCS table, determining, based on a configuration from a network device (101, 200, 800), which one of the π/2-BPSK modulation and the QPSK modulation is the modulation scheme corresponding to the received index number; performing (S202, S304), communication based on the modulation scheme corresponding to the received index number. determining (S201, S303), a modulation and coding scheme, MCS, table, wherein the MCS table comprises a first plurality of correspondences, and wherein in each of the first plurality of correspondences, an index value is corresponding to a π/2 binary phase shift keying, π/2-BPSK, modulation and a quadrature phase shift keying, QPSK, modulation; determining, based on the MCS table, a modulation scheme corresponding to a received index number; wherein determining the modulation scheme corresponding to the received index number comprises: in case the received index number is corresponding to the π/2-BPSK modulation and the QPSK modulation in the MCS table, determining, based on a configuration from a network device (101, 200, 800), which one of the π/2-BPSK modulation and the QPSK modulation is the modulation scheme corresponding to the received index number; performing (S202, S304), communication based on the modulation scheme corresponding to the received index number. in case the received index number is corresponding to the π/2-BPSK modulation and the QPSK modulation in the MCS table, determining, based on a configuration from a network device (101, 200, 800), which one of the π/2-BPSK modulation and the QPSK modulation is the modulation scheme corresponding to the received index number; performing (S202, S304), communication based on the modulation scheme corresponding to the received index number.
A vehicle lamp comprising: a metalized part that is made in synthetic polymer and that is metalized at least on one side of it, characterized in that, the vehicle lamp further comprises a metalized retaining clip integral with the metalized part, and a grounding cable electrically connecting the metalized part to the ground via the metalized retaining clip wherein the metalized retaining clip comprises at least two jaws, wherein each jaw 310 is formed with a protrusion at a locking end, the jaws are arranged in such a way that the protrusion faces of the jaws face each other so as to form a central passage. a metalized part that is made in synthetic polymer and that is metalized at least on one side of it, characterized in that, the vehicle lamp further comprises a metalized retaining clip integral with the metalized part, and a grounding cable electrically connecting the metalized part to the ground via the metalized retaining clip wherein the metalized retaining clip comprises at least two jaws, wherein each jaw 310 is formed with a protrusion at a locking end, the jaws are arranged in such a way that the protrusion faces of the jaws face each other so as to form a central passage.
A system for detecting a position of an object relative to a machine, comprising: a transmitter system (14a-14d, 16) located on the machine; a locator (12a, 12b, 12c) for being carried by the object; means for determining the position of said locator (12a, 12b, 12c) relative to the transmitter system (14a-14d, 16); means for defining one or more safety zones (24, 26) around the machine, wherein the one or more safety zones (24, 26) are defined by data included in or accessible to a controller of the transmitter system (14a-14d, 16), and can be defined to have any geometric shape; and warning means for generating a signal when said locator (12a, 12b, 12c) enters into any of said one or more safety zones (24, 26). a transmitter system (14a-14d, 16) located on the machine; a locator (12a, 12b, 12c) for being carried by the object; means for determining the position of said locator (12a, 12b, 12c) relative to the transmitter system (14a-14d, 16); means for defining one or more safety zones (24, 26) around the machine, wherein the one or more safety zones (24, 26) are defined by data included in or accessible to a controller of the transmitter system (14a-14d, 16), and can be defined to have any geometric shape; and warning means for generating a signal when said locator (12a, 12b, 12c) enters into any of said one or more safety zones (24, 26).
A travelling track prediction method for a vehicle, comprising: calculating a plurality of potential positions to which is to be reached by a target vehicle within a preset time within a sensible range of a main vehicle; selecting at least two positions from the plurality of potential positions as target positions; predicting a plurality of travelling tracks to each target position for the target vehicle based on travelling state information of the target vehicle; and selecting at least one travelling track from the plurality of travelling tracks as a prediction result of the target vehicle based on environment information around the target vehicle. calculating a plurality of potential positions to which is to be reached by a target vehicle within a preset time within a sensible range of a main vehicle; selecting at least two positions from the plurality of potential positions as target positions; predicting a plurality of travelling tracks to each target position for the target vehicle based on travelling state information of the target vehicle; and selecting at least one travelling track from the plurality of travelling tracks as a prediction result of the target vehicle based on environment information around the target vehicle.
A method for manufacturing a pneumatic tire by using a former including a cylindrical drum, a first head, and a second head, the method comprising the steps of: winding a sheet around the drum to obtain a belt; feeding a first ribbon including a first cord from the first head, laminating an end of the first ribbon on the belt at an inner side, in an axial direction, of a first end of the belt, feeding a second ribbon including a second cord from the second head, and laminating an end of the second ribbon on the belt at an inner side, in the axial direction, of a second end of the belt; helically winding the first ribbon while moving the first head in the axial direction toward the first end of the belt, and helically winding the second ribbon while moving the second head in the axial direction toward the second end of the belt; characterized by winding the first ribbon in a circumferential direction at the first end of the belt and winding the second ribbon in the circumferential direction at the second end of the belt; further helically winding the first ribbon while moving the first head inward in the axial direction and further helically winding the second ribbon while moving the second head inward in the axial direction; and winding the first ribbon and the second ribbon such that the first ribbon and the second ribbon intersect each other at a position corresponding to an equator plane of a tire. winding a sheet around the drum to obtain a belt; feeding a first ribbon including a first cord from the first head, laminating an end of the first ribbon on the belt at an inner side, in an axial direction, of a first end of the belt, feeding a second ribbon including a second cord from the second head, and laminating an end of the second ribbon on the belt at an inner side, in the axial direction, of a second end of the belt; helically winding the first ribbon while moving the first head in the axial direction toward the first end of the belt, and helically winding the second ribbon while moving the second head in the axial direction toward the second end of the belt; winding the first ribbon in a circumferential direction at the first end of the belt and winding the second ribbon in the circumferential direction at the second end of the belt; further helically winding the first ribbon while moving the first head inward in the axial direction and further helically winding the second ribbon while moving the second head inward in the axial direction; and winding the first ribbon and the second ribbon such that the first ribbon and the second ribbon intersect each other at a position corresponding to an equator plane of a tire.
Needle body for a compound-needle assembly of a warp knitting machine, comprising a shank, which is bounded by two mutually parallel flat sides (3, 4) to which a thickness direction is perpendicular, and by an upper edge and a lower edge, and a hook for receiving yarn, wherein a drive portion of the shank is configured for attachment of the needle body to a driving device of a warp knitting machine, wherein a loop-sliding portion of the shank is configured for guiding a loop to be knocked over, a lower hook edge is disposed opposite to and facing away from a bent-back part of the hook, and the lower hook edge extends at least in a longitudinal direction of the needle body, and the longitudinal direction is perpendicular to the thickness direction and to an elevational direction of the needle body 1, which is perpendicular to the thickness direction, and an upper hook edge is disposed at the bent-back part of the hook and faces away from the lower hook edge, between the drive portion and the hook, the shank has a slotted portion in which a slot with a slot bottom is sunk in the upper edge and the slot bottom is curved lengthwise, characterised in that a hook height, which is to be measured at the point in the longitudinal direction where the distance in the elevational direction between the lower hook edge and the upper hook edge is greatest, is a maximum of 0.81mm and a cross-sectional height, which is to be measured perpendicular to the thickness direction in a cross section of the shank in a loop-sliding portion, is a maximum of 0.81mm. and a hook for receiving yarn, wherein a drive portion of the shank is configured for attachment of the needle body to a driving device of a warp knitting machine, wherein a loop-sliding portion of the shank is configured for guiding a loop to be knocked over, a lower hook edge is disposed opposite to and facing away from a bent-back part of the hook, and the lower hook edge extends at least in a longitudinal direction of the needle body, and the longitudinal direction is perpendicular to the thickness direction and to an elevational direction of the needle body 1, which is perpendicular to the thickness direction, and an upper hook edge is disposed at the bent-back part of the hook and faces away from the lower hook edge, between the drive portion and the hook, the shank has a slotted portion in which a slot with a slot bottom is sunk in the upper edge and the slot bottom is curved lengthwise, characterised in that a hook height, which is to be measured at the point in the longitudinal direction where the distance in the elevational direction between the lower hook edge and the upper hook edge is greatest, is a maximum of 0.81mm and a cross-sectional height, which is to be measured perpendicular to the thickness direction in a cross section of the shank in a loop-sliding portion, is a maximum of 0.81mm.
A transfer apparatus for transferring articles from a pick-up area to a delivery area, comprising: - a guide element having a guide surface which extends along a closed path which crosses said pickup area and said delivery area, wherein said guide element is mobile and is associated with first moving means configured to move said guide element so that the guide surface moves along said closed path at a base speed (Vb), - a plurality of transfer elements each provided with a gripping surface and with gripping means configured to hold said article on said gripping surface, wherein each of said transfer elements is movable with respect to said guide surface along said closed path and is associated with second moving means for moving each of said transfer elements along said closed path with a relative speed (Vr) with respect to the guide surface, so that each of said transfer elements with respect to a stationary reference system moves along said closed path with a compound speed (Va) given by the algebraic sum of said base speed (Vb) and the respective relative speed (Vr). - a guide element having a guide surface which extends along a closed path which crosses said pickup area and said delivery area, wherein said guide element is mobile and is associated with first moving means configured to move said guide element so that the guide surface moves along said closed path at a base speed (Vb), - a plurality of transfer elements each provided with a gripping surface and with gripping means configured to hold said article on said gripping surface, wherein each of said transfer elements is movable with respect to said guide surface along said closed path and is associated with second moving means for moving each of said transfer elements along said closed path with a relative speed (Vr) with respect to the guide surface, so that each of said transfer elements with respect to a stationary reference system moves along said closed path with a compound speed (Va) given by the algebraic sum of said base speed (Vb) and the respective relative speed (Vr).
Unit for washing pharmaceutical containers, comprising conveying means for supporting and advancing in an orderly manner said containers to a grasping, moving and washing device (51, 52, 54, 55, 56); said grasping, moving and washing device (51, 52, 54, 55, 56) comprising at least a conveyor (51, 52) provided with grippers for grasping in succession groups of said containers from said conveying means at a removing and grasping position and at least a bank of nozzles for dispensing and diffusing washing liquid substances inside the containers; the unit being characterised in that it further comprises moving actuating means for moving vertically with reciprocating motion said conveyor (51, 52) to and from said bank of nozzles for causing the insertion of the nozzles inside the corresponding groups of said containers at an inserting position, wherein said conveyor comprises a belt movable in step mode around corresponding pulleys and provided with grippers for grasping the containers; said conveyor being configured for grasping one of said groups of containers from said conveying means by said grippers in the removing and grasping position with a sole movement during and at the same time as said insertion of said nozzles inside containers of a successive group of containers in said inserting position.
Dispensing module for a beverage preparation machine arranged to brew a beverage by extracting matter from a substance by passing hot liquid under pressure through the substance held in a capsule having a tearable cover, the module comprising: - a fluid receiving plate comprising a plurality of extensions arranged to tear the tearable cover of the capsule, and a plurality of openings distributed over at least part of the plate, the openings being arranged for receiving the beverage; - a fluid collector being delimited by the fluid receiving plate at a first side of the collector and a collector wall at a second side of the collector, the fluid collector being arranged for receiving beverage from the openings, wherein the fluid collector is provided with a collector outlet opening; - an outlet conduit extending from the collector outlet opening, for receiving fluid via the collector outlet opening and for guiding, in use, fluid towards at least one dispensing nozzle of the beverage preparation machine; characterised by a deflector wall provided between the fluid receiving plate and the collector outlet opening for screening off direct impingement of fluid from the fluid receiving plate into the outlet conduit. - a fluid receiving plate comprising a plurality of extensions arranged to tear the tearable cover of the capsule, and a plurality of openings distributed over at least part of the plate, the openings being arranged for receiving the beverage; - a fluid collector being delimited by the fluid receiving plate at a first side of the collector and a collector wall at a second side of the collector, the fluid collector being arranged for receiving beverage from the openings, wherein the fluid collector is provided with a collector outlet opening; - an outlet conduit extending from the collector outlet opening, for receiving fluid via the collector outlet opening and for guiding, in use, fluid towards at least one dispensing nozzle of the beverage preparation machine; characterised by a deflector wall provided between the fluid receiving plate and the collector outlet opening for screening off direct impingement of fluid from the fluid receiving plate into the outlet conduit.
A sensor patch for attachment to a base plate for an ostomy appliance, the sensor patch comprises a sensor assembly, the sensor patch having a distal side and an adhesive proximal side, the distal side being adapted for attachment to an adhesive surface of the base plate, wherein the adhesive surface of the base plate is adapted for attachment of the base plate to the skin surface of a user, the adhesive proximal side of the sensor patch being provided with a release liner, the release liner comprising a central portion with an release liner outer edge portion and an release liner inner edge portion, and a peripheral portion; wherein the sensor patch comprises a central section and a peripheral section, the central section being provided with a stomal opening comprising a sensor patch inner edge portion encircling the stomal opening wherein the release liner inner edge portion is provided with guiding means in the form of visual or tactile means, characterized in that the guiding means being provided only on the proximal side of the sensor patch.
3D printer having a coating device and a coating device cleaning device, wherein the coating device comprises a container which defines an inner cavity for receiving particulate construction material, and an output region for outputting the particulate construction material, and is movable into a cleaning position in which it is arranged above the coating device cleaning device, wherein the coating device cleaning device comprises a wiping member for wiping the output region, characterized in that the wiping member is made from an absorbent material which is configured to absorb a liquid cleaning agent in itself.
Laser machining system with a control unit, a laser ablation apparatus and a gas supply, wherein the laser ablation apparatus comprises a laser for generating a laser beam, a laser head including a re-directing arrangement for directing the laser beam of the laser onto a surface of a workpiece to be machined, wherein the workpiece is disposed in an accommodation device, placed in a working chamber, wherein a positioning arrangement is provided for a relative movement between the laser head and the workpiece and wherein the working chamber comprises at least one inlet and at least one outlet for a gas, characterized in that the gas supply is configured to provide a flow of the gas in the working chamber and a temperature system is provided to adjust the temperature of the gas flow, wherein the temperature system comprising at least one device to adjust the temperature of the gas flow and at least one temperature sensor (84, 86) configured to determine thermal values of the workpiece and/or of the gas in the working chamber, wherein these thermal values are utilized by the control unit to adjust the temperature of the incoming gas flow.