mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing corneal tissue, comprising the following steps: • decellularizing the tissue in the presence of a polyalcohol by way of a detergent that is so gentle on the tissue that the structure in the intracellular matrix remains substantially unaffected. • decellularizing the tissue in the presence of a polyalcohol by way of a detergent that is so gentle on the tissue that the structure in the intracellular matrix remains substantially unaffected.
A control device for an internal combustion engine, the internal combustion engine comprising: a combustion chamber defined between a piston and a cylinder head; a pre-chamber communicating with an upper center part of the combustion chamber via an injection hole; a fuel injection valve that injects fuel into an intake passage leading to the combustion chamber; first ignition means that faces an inside of the pre-chamber; and second ignition means that faces the combustion chamber, characterized in that the control device is configured to perform: a first combustion mode that performs ignition in the pre-chamber by only the first ignition means in a steady state in which a deviation between a target value for controlling the engine and an actual value is equal to or less than a predetermined value; transition to a second combustion mode that performs ignition in the combustion chamber by the second ignition means and stops the first ignition means when a change in an operating point is determined as the deviation exceeds the predetermined value during the first combustion mode; transition to a third combustion mode that performs ignition by both of the first ignition means and the second ignition means when transition of the operating point is completed during the second combustion mode, and it is determined that combustion of the second combustion mode is stable; and transition to the first combustion mode when it is determined that combustion of the third combustion mode is stable. a combustion chamber defined between a piston and a cylinder head; a pre-chamber communicating with an upper center part of the combustion chamber via an injection hole; a fuel injection valve that injects fuel into an intake passage leading to the combustion chamber; first ignition means that faces an inside of the pre-chamber; and second ignition means that faces the combustion chamber, a first combustion mode that performs ignition in the pre-chamber by only the first ignition means in a steady state in which a deviation between a target value for controlling the engine and an actual value is equal to or less than a predetermined value; transition to a second combustion mode that performs ignition in the combustion chamber by the second ignition means and stops the first ignition means when a change in an operating point is determined as the deviation exceeds the predetermined value during the first combustion mode; transition to a third combustion mode that performs ignition by both of the first ignition means and the second ignition means when transition of the operating point is completed during the second combustion mode, and it is determined that combustion of the second combustion mode is stable; and transition to the first combustion mode when it is determined that combustion of the third combustion mode is stable.
A process for the tetramerisation of ethylene, the process including: (a) providing an activated catalyst comprising: i) a source of chromium; ii) a ligating compound of the formula R 1 R 2 P 1 XP 2 R 3 R 4 wherein P 1 and P 2 are phosphorus atoms; X is a linking group between P 1 and P 2; and R 1 to R 4 are independently a hydrocarbyl group, an organoheteryl group or a heterohydrocarbyl group, wherein at least one of R1, R 2, R 3, and R 4 contains a fluorine substituent; and iii) optionally a catalyst activator or combination of catalyst activators; and (b) contacting ethylene to be tetramerised with the activated catalyst at a reaction temperature of from above 85°C to 130°C. (a) providing an activated catalyst comprising: i) a source of chromium; ii) a ligating compound of the formula R 1 R 2 P 1 XP 2 R 3 R 4 wherein P 1 and P 2 are phosphorus atoms; X is a linking group between P 1 and P 2; and R 1 to R 4 are independently a hydrocarbyl group, an organoheteryl group or a heterohydrocarbyl group, wherein at least one of R1, R 2, R 3, and R 4 contains a fluorine substituent; and iii) optionally a catalyst activator or combination of catalyst activators; and i) a source of chromium; ii) a ligating compound of the formula R 1 R 2 P 1 XP 2 R 3 R 4 wherein P 1 and P 2 are phosphorus atoms; X is a linking group between P 1 and P 2; and R 1 to R 4 are independently a hydrocarbyl group, an organoheteryl group or a heterohydrocarbyl group, wherein at least one of R1, R 2, R 3, and R 4 contains a fluorine substituent; and wherein P 1 and P 2 are phosphorus atoms; X is a linking group between P 1 and P 2; and R 1 to R 4 are independently a hydrocarbyl group, an organoheteryl group or a heterohydrocarbyl group, wherein at least one of R1, R 2, R 3, and R 4 contains a fluorine substituent; and iii) optionally a catalyst activator or combination of catalyst activators; and (b) contacting ethylene to be tetramerised with the activated catalyst at a reaction temperature of from above 85°C to 130°C.
A weld communications adapter (806,808), comprising: - a receiver circuit (121a, 121b) to receive a communication via a weld circuit while current is flowing through the weld circuit or after the current has stopped flowing through the weld circuit, the communication including weld voltage feedback information measured at a device remote from a power supply and remote from the weld circuit communications device while the current is flowing through the weld circuit; - a processor (120a, 120b) to generate power supply control information based on the weld voltage feedback information; - a local communications adapter (814a, 814b) to transmit the power supply control information to the power supply to control welding-type power output by a power converter of the power supply to regulate a weld voltage to a weld voltage setpoint, wherein the weld communications adapter (806,808) is external to the power supply and the receiver circuit (121a, 121b) and the local communications adapter (814a, 814b) are configured to enable a power supply that is not capable of communicating via the weld circuit, to compensate an output of the power supply for a voltage drop in the weld circuit. - a receiver circuit (121a, 121b) to receive a communication via a weld circuit while current is flowing through the weld circuit or after the current has stopped flowing through the weld circuit, the communication including weld voltage feedback information measured at a device remote from a power supply and remote from the weld circuit communications device while the current is flowing through the weld circuit; - a processor (120a, 120b) to generate power supply control information based on the weld voltage feedback information; - a local communications adapter (814a, 814b) to transmit the power supply control information to the power supply to control welding-type power output by a power converter of the power supply to regulate a weld voltage to a weld voltage setpoint,
A method performed by a user equipment, UE, the method comprising: receiving a grant-free, GF, cell radio network temporary ID, C RNTI; when a resource configuration for type 1 GF transmission is received, retransmitting a first data packet according to a received first downlink control information, DCI, whose cyclic redundancy check, CRC, is scrambled with the GF C RNTI, wherein the first data packet has been initially transmitted based on the resource configuration for type 1 GF transmission, wherein the resource configuration for type 1 GF transmission is received by radio resource control, RRC, signaling without DCI signaling; and when a resource configuration for type 2 GF transmission is received, deactivating the resource configuration for type 2 GF transmission, based on a received second DCI whose CRC is scrambled with the GF C RNTI wherein the resource configuration for type 2 GF transmission is received by both RRC signaling and DCI signaling. receiving a grant-free, GF, cell radio network temporary ID, C RNTI; when a resource configuration for type 1 GF transmission is received, retransmitting a first data packet according to a received first downlink control information, DCI, whose cyclic redundancy check, CRC, is scrambled with the GF C RNTI, wherein the first data packet has been initially transmitted based on the resource configuration for type 1 GF transmission, wherein the resource configuration for type 1 GF transmission is received by radio resource control, RRC, signaling without DCI signaling; and when a resource configuration for type 2 GF transmission is received, deactivating the resource configuration for type 2 GF transmission, based on a received second DCI whose CRC is scrambled with the GF C RNTI wherein the resource configuration for type 2 GF transmission is received by both RRC signaling and DCI signaling.
A container for receiving liquid filling material, comprising a container wall, which surrounds a container interior, comprising an opening, wherein the container wall has an opening region at the opening, a base region arranged opposite the opening region, as well as a lateral region, which extends between opening region and base region, wherein the container wall has a dimensionally stabilised central region in the base region, as well as a flexible flat region, which annularly surrounds the central region, wherein the container wall transitions from the central region into the flat region at an angle in such a way that an edge, which annularly surrounds the central region, is formed in the container wall between the central region and the flat region, wherein a standing bead, which annularly surrounds the flat region, is formed in the base region of the container wall, characterised in that the flat region is formed in such a way that in the flat region, the container wall can bulge out of the container interior in the longitudinal direction of the container beyond the standing bead and can form a standing ring, and that the diameter of the standing ring can decrease when the internal pressure in the container increases.
A cassette comprising: a printing tape roll into which a printing tape as a medium to be printed is wound; a feed spool being rotatable and around which an ink ribbon to be used for printing on the printing tape is wound; and a take-up spool being rotatable to take up the ink ribbon fed from the feed spool, wherein: the feed spool and the take-up spool are located on one side in a first direction with respect to the printing tape roll, the first direction being a width direction of the ink ribbon wound around the feed spool; and at least a portion of the feed spool and at least a portion of the take-up spool overlap the printing tape roll in the first direction. a printing tape roll into which a printing tape as a medium to be printed is wound; a feed spool being rotatable and around which an ink ribbon to be used for printing on the printing tape is wound; and a take-up spool being rotatable to take up the ink ribbon fed from the feed spool, wherein: the feed spool and the take-up spool are located on one side in a first direction with respect to the printing tape roll, the first direction being a width direction of the ink ribbon wound around the feed spool; and at least a portion of the feed spool and at least a portion of the take-up spool overlap the printing tape roll in the first direction.
A primary package (10; 110; 310; 410; 510; 610; 810) for being lockably received in an outer sleeve, the primary package comprising a main body panel (12; 112; 312; 412; 512; 612; 812) and a retention tab (14; 114; 314; 514; 614; 814), the retention tab being hingedly connected to the main body panel along a fold line (17; 117; 317; 417; 517; 617; 817), the fold line being an integral formation of the primary package, and at least one first embossment (18; 118; 318; 418; 518; 618; 818) formed in the retention tab, wherein the fold line is an embossment or debossment within the material forming the primary package, and wherein the at least one first embossment terminates at a point at a first distance from the fold line, the first distance being no greater than 2.5 mm, wherein the primary package comprises a first side and a second side, opposed to the first side, and wherein a cover sheet is mounted upon the first side and the at least one first embossment projects from the second side, the primary package being folded such that the first side of the retention tab is folded towards the first side of the main body panel, the package further comprising at least one second embossment (16; 116; 316; 416; 516; 816) formed in the main body panel and projecting from the second side and wherein the at least one second embossment terminates at a point at a second distance from the fold line, the second distance being no greater than 2.5 mm.
A powder metallurgical combination comprising: - an iron-based powder A, consisting of core particles of iron pre-alloyed with molybdenum, whereby 6-15% by weight of powder A is copper being diffusion alloyed to the core particles, - an iron-based powder B, consisting of core particles of iron pre-alloyed with molybdenum, whereby 4.5-8% by weight of powder B is nickel being diffusion alloyed to the core particles, and - an iron-based powder C, consisting of particles of iron pre-alloyed with molybdenum - the relation between powder A, B and C is chosen so that the copper content of the powder metallurgical combination is 0.2 - 2 % by weight, the nickel content of the powder metallurgical combination is 0.1 - 4 % by weight, the molybdenum content of the powder metallurgical combination is 0.3 - 2 % by weight, and the graphite content of the powder metallurgical combination is 0.3-0.7% by weight, - wherein the amount of molybdenum in each of powder A, B or C is 0.3-2%, preferably 0.5-1.5%, by weight, and the amount of molybdenum is essentially the same in each of powder A, B or C. - an iron-based powder A, consisting of core particles of iron pre-alloyed with molybdenum, whereby 6-15% by weight of powder A is copper being diffusion alloyed to the core particles, - an iron-based powder B, consisting of core particles of iron pre-alloyed with molybdenum, whereby 4.5-8% by weight of powder B is nickel being diffusion alloyed to the core particles, and - an iron-based powder C, consisting of particles of iron pre-alloyed with molybdenum - the relation between powder A, B and C is chosen so that the copper content of the powder metallurgical combination is 0.2 - 2 % by weight, the nickel content of the powder metallurgical combination is 0.1 - 4 % by weight, the molybdenum content of the powder metallurgical combination is 0.3 - 2 % by weight, and the graphite content of the powder metallurgical combination is 0.3-0.7% by weight, - wherein the amount of molybdenum in each of powder A, B or C is 0.3-2%, preferably 0.5-1.5%, by weight, and the amount of molybdenum is essentially the same in each of powder A, B or C.
Self-adhesive label (10, 20, 30, 40, 50) produced in relief in order to visually simulate a decorative etching of a material of a container or a decorative seal applied to the container, comprising: - a layer of adhesive (105, 405); - a flexible plastic sheet (110, 210, 410), one face of which is entirely covered by the layer of adhesive: and - an extra thickness (120, 220, 420) formed on the surface of the flexible plastic sheet opposite the layer of adhesive, the extra thickness comprising a flexible plastic material and covering the edge (115, 415) of the sheet to form a decorative design simulating etching of a material of a container or an engraved relief, the peripheries of the extra thickness and of the sheet of plastic being cut jointly, the cut edge of the extra thickness thus coming as a continuation of the cut edge of the sheet up to the lower surface of the flexible plastic sheet; label characterized in that the layer of adhesive (105, 405), the flexible plastic sheet (110, 210, 410) and the extra thickness (120, 220, 420) of flexible plastic are, at least in part, transparent. - a layer of adhesive (105, 405); - a flexible plastic sheet (110, 210, 410), one face of which is entirely covered by the layer of adhesive: and - an extra thickness (120, 220, 420) formed on the surface of the flexible plastic sheet opposite the layer of adhesive, the extra thickness comprising a flexible plastic material and covering the edge (115, 415) of the sheet to form a decorative design simulating etching of a material of a container or an engraved relief, the peripheries of the extra thickness and of the sheet of plastic being cut jointly, the cut edge of the extra thickness thus coming as a continuation of the cut edge of the sheet up to the lower surface of the flexible plastic sheet; label characterized in that the layer of adhesive (105, 405), the flexible plastic sheet (110, 210, 410) and the extra thickness (120, 220, 420) of flexible plastic are, at least in part, transparent.
Check valve having a valve diaphragm which comprises an umbrella-like closing body which, in a closed position, bears against a housing body in such a way that the closing body prevents a passage of medium through through holes which are provided in the valve body (16; 36), the closing body lifting up from the housing body in an open position, in order to make the passage of a medium through the through holes possible, the closing body being clamped in between the valve body (16; 36) and the housing body at at least one location in the open and/or closed position, at least one clamping projection (31, 32) additionally being provided on the valve body (16; 36), on which clamping projection (31, 32) an additional clamping face for the closing body is configured, against which additional clamping face the closing body bears both in its open position and in its closed position, characterized in that, in the open position and/or closed position, the closing body is clamped in between the valve body (16; 36) and the housing body by the clamping projection (31; 32) in such a way that the closing body assumes a design which is non-flat in the circumferential direction in the open position.
A fitting for a sliding door, comprising a track roller carrier on which one or more track rollers are rotatably mounted and which roll on a rail, wherein a lift-out protection mechanism is guided on the track roller carrier, said lift-out protection mechanism allowing the track roller carrier to be lifted in a first position and preventing the track roller carrier from being lifted from the rail in a locked second position, whereby the lift-out protection mechanism comprises a tab which reaches under the rail in the locked position and is provided with a lowerable configuration for unlocking from the rail, and whereby the track roller carrier comprises a vertical wall section which can be fixed to a sliding door and on which the lift-out protection mechanism is guided in a displaceable manner, whereby the lift-out protection mechanism is guided via at least one curve guide (12, 13) on the vertical wall section, whereby the lift-out protection mechanism is substantially plate-shaped and comprises an upper curve guide and a bottom curve guide, said two curve guides (12, 13) being penetrated by a bolt, characterized in that upper curve guide comprises a bent-off end section for securing the lift-out protection mechanism in the locked position, said bent-off end section extending in a substantially horizontal direction.
A system for autonomously providing a functionality to a computerized control system in manufacturing comprising: a logic controller configured to run a first computer application relating to an operations system; an application manager configured to receive requests for the functionality from the first computer application; a remote marketplace client configured to communicate with the application manager and a remote marketplace, the remote marketplace offering computer applications for providing a plurality of functionalities relating to the operations system; a computer application repository configured to store the computer applications providing a functionality of the operations system, wherein responsive to receiving the request for the functionality, the application manager is configured to forward the request to the remote marketplace client, the remote marketplace client is configured to query the remote marketplace for the requested functionality and to provide results of the query to the application manager, wherein the application manager is configured to determine if a functionality associated with a computer application stored in the computer application repository has not been used for a time interval that exceeds a predetermined threshold, and to delete the computer application if its functionality has not been used in the time interval. a logic controller configured to run a first computer application relating to an operations system; an application manager configured to receive requests for the functionality from the first computer application; a remote marketplace client configured to communicate with the application manager and a remote marketplace, the remote marketplace offering computer applications for providing a plurality of functionalities relating to the operations system; a computer application repository configured to store the computer applications providing a functionality of the operations system, wherein responsive to receiving the request for the functionality, the application manager is configured to forward the request to the remote marketplace client, the remote marketplace client is configured to query the remote marketplace for the requested functionality and to provide results of the query to the application manager, wherein the application manager is configured to determine if a functionality associated with a computer application stored in the computer application repository has not been used for a time interval that exceeds a predetermined threshold, and to delete the computer application if its functionality has not been used in the time interval.
A grinder device for making a hole, slot and/or depression in a needle tube proximal to its tip, said grinder device comprising: a strip securing in parallel alignment a plurality of needle tubes exposing the tips of the needle tubes; a holding means assembly for the said strip comprising at least two holding plates (16,18) for clamping therebetween the said strip wherein said holding means assembly comprises angle support block means for changing the position and thereby the angle at which the needle tubes supported by said strip extend toward a grinding surface of a grinding wheel; a grinding wheel assembly, having the said grinding wheel with grinding surface, positioned adjacent said holding means assembly; a movable table operably mounted on the grinder device configured to move the said holding means assembly therealong for changing the position of the needle tubes supported in the said strip by said holding means assembly. a strip securing in parallel alignment a plurality of needle tubes exposing the tips of the needle tubes; a holding means assembly for the said strip comprising at least two holding plates (16,18) for clamping therebetween the said strip wherein said holding means assembly comprises angle support block means for changing the position and thereby the angle at which the needle tubes supported by said strip extend toward a grinding surface of a grinding wheel; a grinding wheel assembly, having the said grinding wheel with grinding surface, positioned adjacent said holding means assembly; a movable table operably mounted on the grinder device configured to move the said holding means assembly therealong for changing the position of the needle tubes supported in the said strip by said holding means assembly.