mhurhangee/patent-ind-claim-en huggingface dataset:
A thermoplastic resin composition comprising: (A) a polycarbonate resin; (B) a rubber-modified aromatic vinyl copolymer; and (C) metal particles, wherein the rubber-modified aromatic vinyl copolymer (B) comprises a rubbery polymer having an average particle size of 0.5 μm to 20 μm, the average particle size is a number average diameter that is a measurement of D50, characterized in, that the rubber-modified aromatic vinyl copolymer (B) includes 30 to 100 weight% of a first rubber-modified aromatic vinyl copolymer (B-1), which comprises a rubbery polymer having an average particle size of 0.5 μm to 20 μm and ≥ 0 to 70 weight% of a second rubber-modified aromatic vinyl copolymer (B-2), which comprises a rubbery polymer having an average particle size of 0.1 μm to less than 0.5 μm; wherein the first rubber-modified aromatic vinyl copolymer (B-1) comprises 5 to 30 weight% of the rubbery polymer based on 100 weight% of the first rubber-modified aromatic vinyl copolymer (B-1); wherein the second rubber-modified aromatic vinyl copolymer (B-2) comprises 30 to 80 weight% of the rubbery polymer based on 100 weight% of the second rubber-modified aromatic vinyl copolymer (B-2); wherein a molded article of the thermoplastic resin composition has a degree of gloss of 20 to 80 GU measured at an angle of 60° by an evaluation method according to ASTM D523.
A method for wireless communication by a user-equipment, UE, the method comprising: generating a message comprising a random access channel, RACH, preamble; determining an order of a plurality of beams for transmitting the message based on an indication of the order stored at the UE or received from a network node, the plurality of beams being transmitted before an end of the same random access response, RAR, monitoring window; and transmitting the message, to the network node, via the plurality of beams in accordance with the determined order of the beams. generating a message comprising a random access channel, RACH, preamble; determining an order of a plurality of beams for transmitting the message based on an indication of the order stored at the UE or received from a network node, the plurality of beams being transmitted before an end of the same random access response, RAR, monitoring window; and transmitting the message, to the network node, via the plurality of beams in accordance with the determined order of the beams.
A dressing for transplanting a skin graft, comprising: a substrate having a lower surface and an upper surface; a soft-tack silicone composition coating said lower surface and said upper surface of the substrate, said lower surface adapted to contact an excised skin graft and engage said graft for removal from a donor site; and wherein at least a portion of the skin-contacting surface of the substrate and said soft-tack silicone composition is porous. a substrate having a lower surface and an upper surface; a soft-tack silicone composition coating said lower surface and said upper surface of the substrate, said lower surface adapted to contact an excised skin graft and engage said graft for removal from a donor site; and wherein at least a portion of the skin-contacting surface of the substrate and said soft-tack silicone composition is porous.
A bobbin assembly for an automatic inflator, comprising in combination: a generally cylindrical wall ; a plurality of arms positioned in a ring centered about and parallel to a longitudinal axis of the bobbin, each arm being pivotably connected to a rim of said cylindrical wall by a living hinge ; at least one of said arms including a radial seat extending toward said longitudinal axis of the bobbin to form an annular seat having a diameter to retain a head of a spring-loaded actuator pin of the automatic inflator to hold the spring-loaded actuator pin in a "cocked" position; a toroidal pill positioned between a lumen of said cylindrical wall and said arms positioned in a ring to retain said arms in position centered about and parallel to said longitudinal axis of the bobbin such that said annular seat maintains said diameter to retain the head of the spring-loaded actuator pin, thereby holding the spring-loaded actuator pin in the "cocked" position; and wherein said pill is dissolvable once exposed to water to allow said arms to flex radially outwardly and release the spring-loaded actuator pin; and a web interconnecting at least one adjacent pair of said arms, said web allowing said paired arms to pivot outwardly via their respective said living hinges in unison. a generally cylindrical wall ; a plurality of arms positioned in a ring centered about and parallel to a longitudinal axis of the bobbin, each arm being pivotably connected to a rim of said cylindrical wall by a living hinge ; at least one of said arms including a radial seat extending toward said longitudinal axis of the bobbin to form an annular seat having a diameter to retain a head of a spring-loaded actuator pin of the automatic inflator to hold the spring-loaded actuator pin in a "cocked" position; a toroidal pill positioned between a lumen of said cylindrical wall and said arms positioned in a ring to retain said arms in position centered about and parallel to said longitudinal axis of the bobbin such that said annular seat maintains said diameter to retain the head of the spring-loaded actuator pin, thereby holding the spring-loaded actuator pin in the "cocked" position; and wherein said pill is dissolvable once exposed to water to allow said arms to flex radially outwardly and release the spring-loaded actuator pin; and a web interconnecting at least one adjacent pair of said arms, said web allowing said paired arms to pivot outwardly via their respective said living hinges in unison.
A method to detect hidden behavior of a browser extension comprising: launching a browser in a protected environment; installing the browser extension in the browser; analyzing metadata of the browser extension to determine one or more user actions that activate operation of the browser extension and functions declared to be performed by the browser extension; simulating the determined (340; 420) one or more user actions on the browser in the protected environment; intercepting (350; 430) events initiated by the browser extension and any resulted changes to the protected environment caused by the events; analyzing (370; 450) the events and the resulted changes to identify a hidden behavior of the browser extension that was not previously declared in the analyzed metadata by the browser extension. launching a browser in a protected environment; installing the browser extension in the browser; analyzing metadata of the browser extension to determine one or more user actions that activate operation of the browser extension and functions declared to be performed by the browser extension; simulating the determined (340; 420) one or more user actions on the browser in the protected environment; intercepting (350; 430) events initiated by the browser extension and any resulted changes to the protected environment caused by the events; analyzing (370; 450) the events and the resulted changes to identify a hidden behavior of the browser extension that was not previously declared in the analyzed metadata by the browser extension.
A kit comprising: (a) one or more beads that have a smallest dimension of 2 mm - 6 mm; and (b) a bead retaining tube having an opening for receiving a DNA preparation and one or more exit openings, wherein each exit opening has a smallest dimension that is at least 0.5 mm but smaller than the smallest dimension of the one or more beads, and wherein the bead retaining tube comprises: (i) at least one ridge, flange, collar, or other bead retaining structure for supporting the one or more beads above the one or more exit openings so that the one or more exit openings remain unblocked by the one or more beads; or (ii) a series of exit openings arranged in a grid. (a) one or more beads that have a smallest dimension of 2 mm - 6 mm; and (b) a bead retaining tube having an opening for receiving a DNA preparation and one or more exit openings, wherein each exit opening has a smallest dimension that is at least 0.5 mm but smaller than the smallest dimension of the one or more beads, and wherein the bead retaining tube comprises: (i) at least one ridge, flange, collar, or other bead retaining structure for supporting the one or more beads above the one or more exit openings so that the one or more exit openings remain unblocked by the one or more beads; or (ii) a series of exit openings arranged in a grid. (i) at least one ridge, flange, collar, or other bead retaining structure for supporting the one or more beads above the one or more exit openings so that the one or more exit openings remain unblocked by the one or more beads; or (ii) a series of exit openings arranged in a grid.
Method for setting of prescribable viscosity values in the recycling of polyester wastes having intrinsically different viscosities, where the polyester wastes are melted in a first region of an extruder and undergo hydrolytic cleavage caused by the moisture introduced with at the polyester wastes, and where the water content in the first region must amount to at least 0.1%, and where the melt is transferred from the extruder into a polycondensation reactor , and the final, desired viscosity of the melt is set in the polycondensation reactor . characterized in that - in a second region of the extruder a polycondensation takes place, countering the effect of the hydrolytic cleavage, and an equalization of the viscosity differences is initiated, and the partial pressure of the solvent used is set in a region of 0.1 mbar and 50 mbar by way of a prevailing vacuum ; - in a third region of the extruder , solvent selected from water or alcohol is introduced, whereupon hydrolytic and/or glycolytic cleavage of the melt takes place to give a consistent viscosity of the melt, - in a fourth region of the extruder an active mixing of the melt takes place. - in a second region of the extruder a polycondensation takes place, countering the effect of the hydrolytic cleavage, and an equalization of the viscosity differences is initiated, and the partial pressure of the solvent used is set in a region of 0.1 mbar and 50 mbar by way of a prevailing vacuum ; - in a third region of the extruder , solvent selected from water or alcohol is introduced, whereupon hydrolytic and/or glycolytic cleavage of the melt takes place to give a consistent viscosity of the melt, - in a fourth region of the extruder an active mixing of the melt takes place.
Method for treating a mixture in a single-shaft or multi-shaft mixer (M), in particular a mixing kneader, in particular for preparing a spinning solution, wherein a solvent or solvent mixture is added to a product over a length of a product chamber in order to reduce a viscosity of the solution or mixture and increase an evaporation rate. characterised in that the viscosity of the solution or mixture is determined at predetermined locations of the product space along a shaft.
A preparation comprising a viral vector encoding an ELOVL2 protein or polypeptide for use in a method for selecting a patient in need of treatment of age-related macular degeneration and treating age-related macular degeneration (AMD) in the patient, wherein the viral vector is suitable for administration to a human subject and in an excipient suitable for administration to a human subject.
A self-moving device , configured for moving in a working area and performing a working task, wherein the self-moving device comprises: a body ; a movement module , mounted on the body , and configured for driving the self-moving device to move, wherein the self-moving device comprises: an insect suppression device (10,10',10",10a,10b), mounted to the body ; and a control module, controlling the movement module to move, and controlling the insect suppression device (10,10',10",10a,10b) to work; wherein the working area includes an insect suppression working area; characterised in that the self-moving device is configured to select one or more working positions in the insect suppression working area or on a path of performing an insect suppression task, to perform an insect suppression task at a fixed point. a body ; a movement module , mounted on the body , and configured for driving the self-moving device to move, wherein the self-moving device comprises: an insect suppression device (10,10',10",10a,10b), mounted to the body ; and a control module, controlling the movement module to move, and controlling the insect suppression device (10,10',10",10a,10b) to work; wherein the working area includes an insect suppression working area; characterised in that the self-moving device is configured to select one or more working positions in the insect suppression working area or on a path of performing an insect suppression task, to perform an insect suppression task at a fixed point. an insect suppression device (10,10',10",10a,10b), mounted to the body ; and a control module, controlling the movement module to move, and controlling the insect suppression device (10,10',10",10a,10b) to work; wherein the working area includes an insect suppression working area; characterised in that the self-moving device is configured to select one or more working positions in the insect suppression working area or on a path of performing an insect suppression task, to perform an insect suppression task at a fixed point.
A driving device comprising: a plurality of hollow shafts disposed concentrically; and a plurality of driving units (281, 282; 281', 282') disposed along a circumferential direction of the hollow shafts , wherein output shafts (O1, 02) of the driving units (281, 282; 281', 282') are connected to the hollow shafts via gears, wherein the plurality of hollow shafts include(s) a first hollow shaft having external teeth at its outer circumference, and a second hollow shaft disposed outside the first hollow shaft and having internal teeth at its inner circumference, wherein the plurality of driving units (281, 282; 281', 282') include(s) a first driving unit (281; 281') of which the output shaft (O1) has a gear engaged with the external teeth and a second driving unit of which the output shaft has a gear engaged with the Internal teeth , wherein at least one of the driving units includes: a plurality of motors (M1, M2); and a power coupling unit (Pc) coupling powers from the plurality of motors (M1, M2) to enable the output shaft (O1, 02) to output the coupled powers, and wherein the plurality of motors (M1, M2) are arranged along the circumferential direction of the hollow shafts . a plurality of hollow shafts disposed concentrically; and a plurality of driving units (281, 282; 281', 282') disposed along a circumferential direction of the hollow shafts , wherein output shafts (O1, 02) of the driving units (281, 282; 281', 282') are connected to the hollow shafts via gears, wherein the plurality of hollow shafts include(s) a first hollow shaft having external teeth at its outer circumference, and a second hollow shaft disposed outside the first hollow shaft and having internal teeth at its inner circumference, wherein the plurality of driving units (281, 282; 281', 282') include(s) a first driving unit (281; 281') of which the output shaft (O1) has a gear engaged with the external teeth and a second driving unit of which the output shaft has a gear engaged with the Internal teeth , wherein at least one of the driving units includes: a plurality of motors (M1, M2); and a power coupling unit (Pc) coupling powers from the plurality of motors (M1, M2) to enable the output shaft (O1, 02) to output the coupled powers, and wherein the plurality of motors (M1, M2) are arranged along the circumferential direction of the hollow shafts . a plurality of motors (M1, M2); and a power coupling unit (Pc) coupling powers from the plurality of motors (M1, M2) to enable the output shaft (O1, 02) to output the coupled powers, and wherein the plurality of motors (M1, M2) are arranged along the circumferential direction of the hollow shafts .
A delivery system for delivering a heart prosthesis comprising: a medical delivery device having a distal sheath , an inner shaft and a distal tip connected to the distal sheath (124; a connector for coupling the distal sheath and the inner shaft , the connector including: a wedge defining a lumen for accepting the inner shaft of the medical delivery device , at least a portion of the wedge having an outer diameter sized to be received in the distal sheath and at least a portion of the distal tip ; and a cylindrical ring sized to be disposed over the distal sheath and at least the portion of the wedge ; wherein when the inner shaft is coupled to the wedge , engagement of the cylindrical ring with the wedge sandwiches the distal sheath between at least the portion of the wedge and the cylindrical ring to couple the distal sheath and the inner shaft . a medical delivery device having a distal sheath , an inner shaft and a distal tip connected to the distal sheath (124; a connector for coupling the distal sheath and the inner shaft , the connector including: a wedge defining a lumen for accepting the inner shaft of the medical delivery device , at least a portion of the wedge having an outer diameter sized to be received in the distal sheath and at least a portion of the distal tip ; and a cylindrical ring sized to be disposed over the distal sheath and at least the portion of the wedge ; wherein when the inner shaft is coupled to the wedge , engagement of the cylindrical ring with the wedge sandwiches the distal sheath between at least the portion of the wedge and the cylindrical ring to couple the distal sheath and the inner shaft . a wedge defining a lumen for accepting the inner shaft of the medical delivery device , at least a portion of the wedge having an outer diameter sized to be received in the distal sheath and at least a portion of the distal tip ; and a cylindrical ring sized to be disposed over the distal sheath and at least the portion of the wedge ; wherein when the inner shaft is coupled to the wedge , engagement of the cylindrical ring with the wedge sandwiches the distal sheath between at least the portion of the wedge and the cylindrical ring to couple the distal sheath and the inner shaft .
A user equipment, UE, of a wireless communication system, the UE comprising: a communication module ; and a processor configured to control the communication module , wherein the processor is further configured to: receive downlink control information, DCI, for scheduling grant-based physical uplink data channel, wherein the DCI includes information indicating an interval between a corresponding physical downlink control channel and the grant-based physical uplink data channel, and when a transmission of the grant-based physical uplink data channel overlaps with a transmission of grant-free physical uplink data channel, drop one of the grant-based physical uplink data channel and the grant-free physical uplink data channel based on whether or not the interval indicated by the DCI is larger than a transmission period of the grant-free physical uplink data channel. a communication module ; and a processor configured to control the communication module , wherein the processor is further configured to: receive downlink control information, DCI, for scheduling grant-based physical uplink data channel, wherein the DCI includes information indicating an interval between a corresponding physical downlink control channel and the grant-based physical uplink data channel, and when a transmission of the grant-based physical uplink data channel overlaps with a transmission of grant-free physical uplink data channel, drop one of the grant-based physical uplink data channel and the grant-free physical uplink data channel based on whether or not the interval indicated by the DCI is larger than a transmission period of the grant-free physical uplink data channel. receive downlink control information, DCI, for scheduling grant-based physical uplink data channel, wherein the DCI includes information indicating an interval between a corresponding physical downlink control channel and the grant-based physical uplink data channel, and when a transmission of the grant-based physical uplink data channel overlaps with a transmission of grant-free physical uplink data channel, drop one of the grant-based physical uplink data channel and the grant-free physical uplink data channel based on whether or not the interval indicated by the DCI is larger than a transmission period of the grant-free physical uplink data channel.
A connection system for connecting an attachment element to a building or a substructure , wherein a base profile is connected to the building or the substructure by fastening means , and the base profile comprises at least one insertion plate (14, 14', 14") which is connectable to the attachment element by way of an element for absorbing tensile force (20, 20', 20"), and that a pressure-resistant insulating body (18, 18', 18") is arranged between the base profile and the attachment element , so that a force couple is produced in which the tensile force is absorbed by the element for absorbing tensile force (20, 20', 20") and pressure forces are absorbed by the pressure-resistant insulating body (18, 18', 18"), and in that the base profile is designed such that the insertion plate or insertion plates (14, 14', 14") is or are mounted in the base profile so as to be displaceable, wherein the element for absorbing tensile force (20, 20', 20") is connected to the attachment element (16, 16', 16") which is to be arranged on the pressure-resistant insulating body (18, 18', 18") directly or by way of a connection sleeve (38, 38', 38"), wherein the pressure-resistant insulating body (18, 18', 18") is a pressure-resistant spacer element which takes on a thermal separating function, wherein the insertion plate (14, 14', 14") is arrangeable within the base profile , characterised in that at least one thermal separating element (21, 21', 21", 21'", 42, 42') is arranged between the base profile and the insertion plate (14, 14', 14"), and in that the at least one thermal separating element (21, 21', 21", 21''', 42, 42') is designed in a U-shape, in an L-shape, flat, angled, in one part or multiple parts.
An operating head for an industrial truck, comprising a horn that extends along a longitudinal axis (L) and that comprises support portions extending from the longitudinal axis (L) on opposite sides of the horn , and comprising handles that are connected to the horn and that comprise gripping portions arranged in each case opposite the support portions , wherein the opposing support portions and gripping portions are in each case spaced apart from one another by means of a handle opening , wherein at least one operating element is arranged on at least one of the support portions , characterized in that the at least one operating element is cylindrical with a protrusion that extends radially from the cylinder longitudinal axis (Z 1 , Z 2 ) and that points toward the opposing gripping portion of the handle at least in a rest position of the operating element , wherein the operating element can be pivoted about its cylinder longitudinal axis by means of action on the protrusion .