mhurhangee/ep-ind-claims huggingface dataset:
An operating method of a first terminal in a wireless communication system, the operating method comprising: transmitting sidelink data to a second terminal through a first radio bearer; reporting a count value to a base station when a certain condition is satisfied; receiving, from the base station, a sidelink radio resource control, RRC, reconfiguration message, based on the count value; generating a second radio bearer based on the RRC reconfiguration message; and transmitting the sidelink data to the second terminal through the second radio bearer, characterized in that the certain condition is that a count value, TX_NEXT, reaches a threshold value, and wherein the count value is a status variable value of a Packet Data Convergence Protocol, PDCP, layer. transmitting sidelink data to a second terminal through a first radio bearer; reporting a count value to a base station when a certain condition is satisfied; receiving, from the base station, a sidelink radio resource control, RRC, reconfiguration message, based on the count value; generating a second radio bearer based on the RRC reconfiguration message; and transmitting the sidelink data to the second terminal through the second radio bearer, characterized in that the certain condition is that a count value, TX_NEXT, reaches a threshold value, and wherein the count value is a status variable value of a Packet Data Convergence Protocol, PDCP, layer.
A two-part oil scraper ring comprising axial stabilization, comprising a base body comprising an essentially L-shaped cross section, which has a bearing surface leg and a ring flank leg, which together form two legs of the L-shaped cross section, and an axial stabilization element, which is arranged so as to bear at least partially on the ring flank leg, wherein a scraping web is arranged so as to be located externally on the bearing surface leg, wherein the stabilization element is elastic in the axial direction, and wherein an axial length of the bearing surface leg is smaller than an overall axial height of the two-part oil scraper ring, characterized in that the axial length of the bearing leg surface varies in circumferential direction. a base body comprising an essentially L-shaped cross section, which has a bearing surface leg and a ring flank leg, which together form two legs of the L-shaped cross section, and an axial stabilization element, which is arranged so as to bear at least partially on the ring flank leg, wherein a scraping web is arranged so as to be located externally on the bearing surface leg, wherein the stabilization element is elastic in the axial direction, and wherein an axial length of the bearing surface leg is smaller than an overall axial height of the two-part oil scraper ring, characterized in that the axial length of the bearing leg surface varies in circumferential direction.
Device for simulating a controlled machine or installation, comprising: - a process simulation apparatus that is designed to perform simulation steps (S 1) depending on a virtual time so as to simulate a physical process of the machine or installation, and - a controller simulation apparatus that is designed to perform simulation steps (S 2) depending on a virtual time so as to simulate a controller of the machine or installation, - wherein the controller simulation apparatus comprises a virtual clock and an event generator, - wherein the process simulation apparatus comprises a virtual clock and an event receiver, - wherein the process simulation apparatus and the controller simulation apparatus are designed to exchange particular output values so as to simulate the controlled machine or installation in the respective simulation steps (S 1, S 2), wherein - the controller simulation apparatus is designed to transmit an item of information to the process simulation apparatus, which item of information describes a virtual result time (t i) for an end of a simulation step (S 2) performed using the controller simulation apparatus, and - the process simulation apparatus is designed to adjust a duration of at least one simulation step (S 1) depending on the result time (t i), - wherein the event generator is designed to generate an event signal when a simulation step using the controller simulation apparatus has ended, wherein the event signal describes the result time (t i), and the process simulation apparatus has an event receiver for receiving the event signal. - a process simulation apparatus that is designed to perform simulation steps (S 1) depending on a virtual time so as to simulate a physical process of the machine or installation, and - a controller simulation apparatus that is designed to perform simulation steps (S 2) depending on a virtual time so as to simulate a controller of the machine or installation, - wherein the controller simulation apparatus comprises a virtual clock and an event generator, - wherein the process simulation apparatus comprises a virtual clock and an event receiver, - wherein the process simulation apparatus and the controller simulation apparatus are designed to exchange particular output values so as to simulate the controlled machine or installation in the respective simulation steps (S 1, S 2), wherein - the controller simulation apparatus is designed to transmit an item of information to the process simulation apparatus, which item of information describes a virtual result time (t i) for an end of a simulation step (S 2) performed using the controller simulation apparatus, and - the process simulation apparatus is designed to adjust a duration of at least one simulation step (S 1) depending on the result time (t i), - wherein the event generator is designed to generate an event signal when a simulation step using the controller simulation apparatus has ended, wherein the event signal describes the result time (t i), and the process simulation apparatus has an event receiver for receiving the event signal.
A method of removing protein soils from a surface and preventing redeposition of protein soils onto the surface, the method comprising: (a) introducing a protein-removing/anti-redeposition agent during a washing step of a wash cycle, wherein the protein-removing/anti-redeposition agent comprises a sugar; (b) introducing a cleaning composition during the washing step of the wash cycle, wherein the cleaning composition comprises an alkalinity source and a surfactant component, and wherein the surfactant constitutes up to about 15% by weight of the cleaning composition; and (c) contacting the surface with the protein-removing/anti-redeposition agent and the cleaning composition, wherein the sugar is a non-saccharide based sugar selected from the group consisting of: arabitol, erythrithol, glycerol, isomalt, lactitol, maltitol, mannitol, sorbitol, xylitol, hydrogenated starch hydrosylate, sucralose, glycyrrhizin, monatin and tagatose, wherein the surface is one of glass, ceramic, metal and plastic. (a) introducing a protein-removing/anti-redeposition agent during a washing step of a wash cycle, wherein the protein-removing/anti-redeposition agent comprises a sugar; (b) introducing a cleaning composition during the washing step of the wash cycle, wherein the cleaning composition comprises an alkalinity source and a surfactant component, and wherein the surfactant constitutes up to about 15% by weight of the cleaning composition; and (c) contacting the surface with the protein-removing/anti-redeposition agent and the cleaning composition,
A method for galvanic coating of workpieces (68, 68') of ferritic or austenitic steel, or in the form of cast parts, pressure cast parts, forged parts or sintered metal parts, wherein the workpieces (68, 68') are initially gathered on a transport device, are pre-treated thereafter and are moved through an alkaline zinc-containing electrolyte bath having a zinc content of 10 to 100 g/l and an alkali content of 150 to 300 g/l by means of a transport device, preferably on racks, wherein the bath volume is circulated via nozzles, preferably via Venturi nozzles, at least 20 fold per hour, preferably at least 30 fold, preferably at least 40 fold, further preferred at least 50 fold, even farther preferred at least 80 fold, more preferred at least 100 fold, particularly preferred at least 200 fold per hour, wherein the treatment within the zinc bath is performed at 25 to 40°C, wherein the workpieces (68, 68') of ferritic or austenitic steel are treated with a current density of 10 to 20 A/dm 2, preferably with 12 to 18 A/dm 2, and wherein workpieces in the form of cast parts, pressure cast parts, forged parts, or sintered metal parts are treated with a current density of 10 to 25 A/dm 2.
An articulating jaw instrument comprising: a mating pair of jaws (618, 618), both jaws comprising a plurality of distal segments aligned and movable relative to each other; a pivot coupled to proximal ends of each jaw of the pair of jaws; an actuator including a handle extending from each of the two jaws (618, 618), the two handles pivotably attached together by the pivot such that moving the two handles towards each other causes the two jaws to move towards each other; said articulating jaw instrument being characterized in that it further comprises: a plurality of proximal segments aligned and bendable relative to each other and extending from the pivot, each proximal segment being connected to a pair of corresponding distal segments from the plurality of distal segments; and a plurality of sets of bifurcated cables, wherein each set of the plurality of sets of bifurcated cables is adapted to connect one of the proximal segments to a corresponding distal segment on each of the two jaws such that movement of the proximal segment causes corresponding relative movement of both of the corresponding distal segments, whereby both of the jaws can be articulated into a common desired shape by manipulation of one or more proximal segments. a mating pair of jaws (618, 618), both jaws comprising a plurality of distal segments aligned and movable relative to each other; a pivot coupled to proximal ends of each jaw of the pair of jaws; an actuator including a handle extending from each of the two jaws (618, 618), the two handles pivotably attached together by the pivot such that moving the two handles towards each other causes the two jaws to move towards each other; said articulating jaw instrument being characterized in that it further comprises: a plurality of proximal segments aligned and bendable relative to each other and extending from the pivot, each proximal segment being connected to a pair of corresponding distal segments from the plurality of distal segments; and a plurality of sets of bifurcated cables, wherein each set of the plurality of sets of bifurcated cables is adapted to connect one of the proximal segments to a corresponding distal segment on each of the two jaws such that movement of the proximal segment causes corresponding relative movement of both of the corresponding distal segments, whereby both of the jaws can be articulated into a common desired shape by manipulation of one or more proximal segments. a plurality of proximal segments aligned and bendable relative to each other and extending from the pivot, each proximal segment being connected to a pair of corresponding distal segments from the plurality of distal segments; and a plurality of sets of bifurcated cables, wherein each set of the plurality of sets of bifurcated cables is adapted to connect one of the proximal segments to a corresponding distal segment on each of the two jaws such that movement of the proximal segment causes corresponding relative movement of both of the corresponding distal segments, whereby both of the jaws can be articulated into a common desired shape by manipulation of one or more proximal segments.
A rounding and trimming group for working the edges of a panel comprising a machine frame, two rounding and/trimming assemblies, a lower one and an upper one, arranged in an inverted manner and associated to respective milling devices (101 and 102), displaced by means of respective actuators (11, 12, 13 and 14) along respective straight axes (X1, Y1, X2, Y2), wherein said rounding and trimming group comprises a couple of fixing supports (3, 4) fixed to said machine frame; said lower assembly comprises two linear guides (5, 6) referring to the axes (X1, Y1) which are respectively arranged in V and are fixed to one respective of said fixing supports; said upper assembly comprises two linear guides (7, 8) referring to the axes (X2, Y2) which are respectively arranged in V, in an inverted manner with respect to said linear guides (5, 6) of said lower assembly, and are fixed to one respective of said fixing supports; said lower and upper assemblies are at least partially overlapped; said actuators (11, 12, 13 and 14) are oriented along one respective of said linear guides (5, 6, 7 and 8); the displacement of said milling devices (101 and 102) is carried out by means of said actuators (11, 12, 13 and 14) along said linear guides (5, 6, 7 and 8) referring to said axes (X1, Y1, X2 and Y2), so that said milling device can work the upper part of said panel and said milling device can work the lower part of said panel, simultaneously with the panel in continuous motion, characterized in that said two linear guides (5, 6) and said actuators (11, 12) are V-arranged under an angle of approximately 45 degrees with respect to the longitudinal passage of the panels to be rounded, and in that said two linear guides (7, 8) and said actuators (13, 14) are also V-arranged at approximately 45 degrees with respect to the longitudinal passage of the panels to be rounded.
Use of a therapeutically effective amount of a recombinant replication competent Moloney murine leukemia (MoMLV) oncoretrovirus in the preparation of a medicament for the treatment of prostate cancer, the recombinant replication competent oncoretrovirus comprising: a retroviral GAG protein; a retroviral POL protein; a retroviral ENV protein; an oncoretroviral polynucleotide comprising: (a) Long-Terminal Repeat sequence at the 5' and 3' end; (b) a GAG polynucleotide, a POL polynucleotide and an ENV polynucleotide encoding an amphotropic ENV; (c) a tissue-specific promoter comprising duplicate copies of the androgen-responsive region of the wild-type probasin promoter contained within the LTR sequences at the 3' or 5' and 3' end; (d) an internal ribosome entry site (IRES) operably linked to a heterologous nucleic acid sequence, wherein the cassette is positioned 5' to the 3' LTR and 3' to the ENV polynucleotide; and (e) cis-acting nucleic acid sequences involved in reverse transcription, packaging and integration in a target cell, wherein the recombinant replication competent oncoretrovirus is in a pharmaceutically acceptable carrier. a retroviral GAG protein; a retroviral POL protein; a retroviral ENV protein; an oncoretroviral polynucleotide comprising: (a) Long-Terminal Repeat sequence at the 5' and 3' end; (b) a GAG polynucleotide, a POL polynucleotide and an ENV polynucleotide encoding an amphotropic ENV; (c) a tissue-specific promoter comprising duplicate copies of the androgen-responsive region of the wild-type probasin promoter contained within the LTR sequences at the 3' or 5' and 3' end; (d) an internal ribosome entry site (IRES) operably linked to a heterologous nucleic acid sequence, wherein the cassette is positioned 5' to the 3' LTR and 3' to the ENV polynucleotide; and (e) cis-acting nucleic acid sequences involved in reverse transcription, packaging and integration in a target cell, (a) Long-Terminal Repeat sequence at the 5' and 3' end; (b) a GAG polynucleotide, a POL polynucleotide and an ENV polynucleotide encoding an amphotropic ENV; (c) a tissue-specific promoter comprising duplicate copies of the androgen-responsive region of the wild-type probasin promoter contained within the LTR sequences at the 3' or 5' and 3' end; (d) an internal ribosome entry site (IRES) operably linked to a heterologous nucleic acid sequence, wherein the cassette is positioned 5' to the 3' LTR and 3' to the ENV polynucleotide; and (e) cis-acting nucleic acid sequences involved in reverse transcription, packaging and integration in a target cell, wherein the recombinant replication competent oncoretrovirus is in a pharmaceutically acceptable carrier.
A cardboard box dividing device for cutting and dividing, along a width direction (Db) intersecting with a transport direction (Da), a connected cardboard box laminate in which a plurality of connected cardboard box bodies continuous along the transport direction (Da) are stacked in a thickness direction (Dc), the cardboard box dividing device comprising: a lower conveyor (121, 122) on which the plurality of connected cardboard box bodies are stacked and transported; a pressing device configured to press, from above, the plurality of connected cardboard box bodies stacked on the lower conveyor (121, 122); a cutting knife disposed along a width direction (Db) of the connected cardboard box body and configured to divide the plurality of connected cardboard box bodies stacked on the lower conveyor (121, 122) into a front part and a rear part; and a lifting/lowering device configured to lift and lower the lower conveyor (121, 122) and the pressing device; characterized in that the lifting/lowering device has a lifting/lowering base supporting the lower conveyor (121, 122) and the pressing device and a lifting/lowering drive device configured to lift and lower the lifting/lowering base, and the pressing device has a pressing member (149 to 152) supported by the lifting/lowering base so as to be movable along an up-down direction and a pressing drive device configured to move the pressing member (149 to 152). a lower conveyor (121, 122) on which the plurality of connected cardboard box bodies are stacked and transported; a pressing device configured to press, from above, the plurality of connected cardboard box bodies stacked on the lower conveyor (121, 122); a cutting knife disposed along a width direction (Db) of the connected cardboard box body and configured to divide the plurality of connected cardboard box bodies stacked on the lower conveyor (121, 122) into a front part and a rear part; and a lifting/lowering device configured to lift and lower the lower conveyor (121, 122) and the pressing device; characterized in that the lifting/lowering device has a lifting/lowering base supporting the lower conveyor (121, 122) and the pressing device and a lifting/lowering drive device configured to lift and lower the lifting/lowering base, and the pressing device has a pressing member (149 to 152) supported by the lifting/lowering base so as to be movable along an up-down direction and a pressing drive device configured to move the pressing member (149 to 152).
A turbine vane assembly comprising an endwall (26,32) arranged around a central axis of the turbine vane assembly, a flow path component spaced apart from the endwall, and a load-distribution system (30,34) positioned between the endwall and the flow path component, the load-distribution system engaged with the endwall and the flow path component and configured to distribute loads transmitted between the flow path component and the endwall, the load-distribution system including a plurality of load pads (40,44) and a compliant member (38,42), wherein the compliant member and the plurality of load pads are located in a gap between a mating surface of the endwall and a mating surface of the flow path component, and wherein the load pads have a thickness that is less than the uncompressed thickness of the compliant member, wherein the compliant member (38, 42) is configured to compress between the uncompressed thickness to a fully compressed thickness in response to loads transmitted between the endwall (26, 32) and the flow path component and the load pads (40, 44) are configured to block relative movement between the endwall and the flow path component when the compliant member is compressed to the fully compressed thickness.
Method for operating an operator control device of a motor vehicle, wherein an operator control gesture of a user and at least one spatial position at which the operator control gesture is made are sensed in a contactless fashion by a sensing device of the operator control device, and a function of the motor vehicle is then controlled based on the operator control gesture if it has been detected that the at least one spatial position lies within a predetermined interaction space, wherein, to determine the interaction space, a predetermined determining gesture made by the user is detected, at least one position (P1, P2) at which the determining gesture is made is detected, and the at least one sensed position (P1, P2) of the determining gesture is defined as a coordinate of the interaction space, characterised in that the determination of the interaction space is activated as soon as a predetermined activation position of two hands (22, 24) of the user is detected, a predetermined relative movement of the hands (22, 24) from the activation position into an end position of the hands (22, 24) is sensed as the determining gesture, and positions (P1, P2) of the hands (22, 24) when the relative movement is made are sensed as the at least one position, wherein the positions (P1, P2) of the hands (22, 24) in the end position are defined as coordinates of outer boundaries of the interaction space, wherein a movement apart of the hands (22, 24) in a first spatial direction from the activation position, in which the hands (22, 24) have a first distance between each other, into the end position, in which the hands (22, 24) have a second distance (a) between each other larger than the first distance, is sensed as the predetermined relative movement, wherein a first spatial extent of the interaction space, bounded by the positions (P1, P2) of the hands (20, 22) in the end position, has the second distance (a).
A hair clipper, comprising: a housing including an upper housing coupled to a lower housing, the upper housing including an inner surface; a drive assembly; a blade set coupled to the drive assembly and including an outer blade and an inner blade that oscillates over the outer blade; and a drive cap coupled to the upper housing with a snap fastener located on the inner surface of the upper housing that removably couples with a snap detent on an inner surface of the drive cap, the drive cap partially surrounding the drive assembly to provide a barrier that prevents debris from entering the drive assembly, characterized in that the drive cap further comprises protrusions that couple with voids on the upper housing, and extensions on one of the drive cap and the upper housing that interface with slots on the other of the drive cap and the upper housing to seal the drive cap onto the upper housing. a housing including an upper housing coupled to a lower housing, the upper housing including an inner surface; a drive assembly; a blade set coupled to the drive assembly and including an outer blade and an inner blade that oscillates over the outer blade; and a drive cap coupled to the upper housing with a snap fastener located on the inner surface of the upper housing that removably couples with a snap detent on an inner surface of the drive cap, the drive cap partially surrounding the drive assembly to provide a barrier that prevents debris from entering the drive assembly, characterized in that the drive cap further comprises protrusions that couple with voids on the upper housing, and extensions on one of the drive cap and the upper housing that interface with slots on the other of the drive cap and the upper housing to seal the drive cap onto the upper housing.