mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for moving bobbins and tubes in a textile plant comprising at least one group of at least two spinning machines (100; 200) and at least one winding machine ; said apparatus comprising: - an outward conveyor (102; 202), and a return conveyor (104; 204) for each spinning machine (100; 200); said outward conveyor (102; 202) being adapted for transporting bobbins in output from the respective spinning machine ; said return conveyor being adapted for transporting tubes entering the respective spinning machine ; - a sorting device comprising a conveyor station at which the outward conveyors (102; 202) converge, and a redistribution station at which the return conveyors (104; 204) converge; said conveyor station and said redistribution station being connected by means of a conveyor and a redistribution conveyor respectively to a bobbin input line to said at least one winding machine and to a bobbin output line from said at least one winding machine ; said conveyor station and said redistribution station being adapted for redistributing the bobbins or tubes respectively to the bobbin input line or to the return conveyors (104; 204) based on predetermined operating parameters of the bobbins and tubes to be redistributed; wherein said spinning machines (100; 200) are aligned with each other in a direction longitudinal to them. said apparatus comprising: - an outward conveyor (102; 202), and a return conveyor (104; 204) for each spinning machine (100; 200); said outward conveyor (102; 202) being adapted for transporting bobbins in output from the respective spinning machine ; said return conveyor being adapted for transporting tubes entering the respective spinning machine ; - a sorting device comprising a conveyor station at which the outward conveyors (102; 202) converge, and a redistribution station at which the return conveyors (104; 204) converge; - an outward conveyor (102; 202), and a return conveyor (104; 204) for each spinning machine (100; 200); said outward conveyor (102; 202) being adapted for transporting bobbins in output from the respective spinning machine ; said return conveyor being adapted for transporting tubes entering the respective spinning machine ; - a sorting device comprising a conveyor station at which the outward conveyors (102; 202) converge, and a redistribution station at which the return conveyors (104; 204) converge; said conveyor station and said redistribution station being connected by means of a conveyor and a redistribution conveyor respectively to a bobbin input line to said at least one winding machine and to a bobbin output line from said at least one winding machine ; said conveyor station and said redistribution station being adapted for redistributing the bobbins or tubes respectively to the bobbin input line or to the return conveyors (104; 204) based on predetermined operating parameters of the bobbins and tubes to be redistributed; wherein said spinning machines (100; 200) are aligned with each other in a direction longitudinal to them.
A window for a display device, comprising: a polymer substrate, a first buffer layer under the polymer substrate and comprising polyurethane, a silicone resin, or a combination thereof, a first transparent adhesion layer between the polymer substrate and the first buffer layer, and a protective layer on the polymer substrate. a polymer substrate, a first buffer layer under the polymer substrate and comprising polyurethane, a silicone resin, or a combination thereof, a first transparent adhesion layer between the polymer substrate and the first buffer layer, and a protective layer on the polymer substrate.
A reconstructed filament wherein the reconstructed filament comprises natural protein fibrils and an additive and wherein the natural protein fibrils comprise fibrils of tanned hides.
A method of wireless communication performed by a user equipment, UE , comprising: determining , for communications via a component carrier, to avoid one or more slot format indices, SFIs, associated with a set of configurations for a set of symbols, wherein determining to avoid the one or more SFIs comprises: determining that use of the one or more SFIs has a likeliness, that satisfies a threshold likeliness, to be associated with a cross-link interference that satisfies a threshold amount of cross-link interference; and transmitting a request to avoid the one or more SFIs. determining , for communications via a component carrier, to avoid one or more slot format indices, SFIs, associated with a set of configurations for a set of symbols, wherein determining to avoid the one or more SFIs comprises: determining that use of the one or more SFIs has a likeliness, that satisfies a threshold likeliness, to be associated with a cross-link interference that satisfies a threshold amount of cross-link interference; and transmitting a request to avoid the one or more SFIs.
Cultivation system comprising an outer wall (PE) delimiting a capture zone (A) for capturing outside air, a condensation zone (B) for cooling the captured air and condensing its moisture, a collection zone (C) for collecting condensation water, and a cultivation zone (D), characterized in that the cultivation zone (D) is in direct contact with the condensation zone (B) and separated from the capture zone (A) delimited by a wall (P1) internal to the cultivation system and the outer wall (PE) and from the collection zone (C) delimited by a wall (P2) internal to the cultivation system and the outer wall (PE), the cultivation zone (D) being arranged between the inner wall (P1) and the inner wall (P2).
A primer coating composition comprising: (a) a (meth)acrylic polymer comprising hydroxyl groups, and having a Tg of at least 30°C, determined in accordance with the Fox Equation; (b) a polyester comprising hydroxyl groups, and having a weight average molecular weight of less than 3000, as determined by gel permeation chromatography using polystyrene standards, and a hydroxyl value of at least 100; and (c) a crosslinking agent having at least two isocyanate groups, wherein said polyester comprises residues of at least one polyol having at least two hydroxyl groups and residues of at least one cyclic carboxylic acid ester. (a) a (meth)acrylic polymer comprising hydroxyl groups, and having a Tg of at least 30°C, determined in accordance with the Fox Equation; (b) a polyester comprising hydroxyl groups, and having a weight average molecular weight of less than 3000, as determined by gel permeation chromatography using polystyrene standards, and a hydroxyl value of at least 100; and (c) a crosslinking agent having at least two isocyanate groups,
A method, comprising: receiving a first audio signal during a first application execution in an apparatus, receiving a second audio signal during a second application execution in the apparatus simultaneously with the first audio signal, determining volume levels of the first and second audio signals by determining a volume level of a volume control interface for controlling the volume levels of the first and second audio signals, wherein the volume control interface is configured to operate in at least two different sub-sections forming a volume control range for the first and second audio signals, selecting one of the at least two different sub-sections of the volume control range for the first and second audio signals based on the determined volume level of the volume control interface; determining based on the selected sub-section a first digital signal processing algorithm for the first audio signal and a second digital signal processing algorithm for the second audio signal for improving user hearing experience, wherein the first digital signal processing algorithm is different than the second digital signal processing algorithm; processing the first audio signal by the determined first digital signal processing algorithm and the second audio signal by the determined second digital signal processing algorithm; and outputting the processed first and second audio signals at the determined volume levels of the first and second audio signals. receiving a first audio signal during a first application execution in an apparatus, receiving a second audio signal during a second application execution in the apparatus simultaneously with the first audio signal, determining volume levels of the first and second audio signals by determining a volume level of a volume control interface for controlling the volume levels of the first and second audio signals, wherein the volume control interface is configured to operate in at least two different sub-sections forming a volume control range for the first and second audio signals, selecting one of the at least two different sub-sections of the volume control range for the first and second audio signals based on the determined volume level of the volume control interface; determining based on the selected sub-section a first digital signal processing algorithm for the first audio signal and a second digital signal processing algorithm for the second audio signal for improving user hearing experience, wherein the first digital signal processing algorithm is different than the second digital signal processing algorithm; processing the first audio signal by the determined first digital signal processing algorithm and the second audio signal by the determined second digital signal processing algorithm; and outputting the processed first and second audio signals at the determined volume levels of the first and second audio signals.
An IAP inhibitor for use in combination with an oncolytic virus for treating a tumor, wherein the oncolytic virus is at least one selected from the group consisting of an M1 virus and a Getah virus.
An optical system comprising: a plurality of solid state lighting elements (30, 30', 30") belonging to L different groups, wherein L is a positive integer of at least 2, and wherein solid state lighting elements of different groups produce luminous outputs having different spectral compositions; a collimator array comprising a plurality of domains (23, 23', 23"), wherein the domains mutually have the same shape and each domain comprises a same number of a plurality of collimators , wherein within each domain each collimator is arranged to collimate the luminous output of at least one solid state lighting element such that each domain contains a same number of solid state lighting elements arranged in a spatial pattern, said same number consisting of a fixed ratio of solid state lighting elements from each group, and wherein said spatial pattern is varied between domains; and a lenslet plate having a first lenslet array on a first surface facing the collimator array and a second lenslet array identical to the first lenslet array on a second surface opposing the first surface, wherein each lenslet of the first lenslet array is aligned with a corresponding lenslet of the second lenslet array and each lenslet array is composed of a plurality of identical unit cells comprising a plurality of lenslets arranged in an identical portion of a Fermat spiral pattern, wherein the number of domains is the same as the number of unit cells and each of said domains is aligned with a respective associated one of said unit cells. a plurality of solid state lighting elements (30, 30', 30") belonging to L different groups, wherein L is a positive integer of at least 2, and wherein solid state lighting elements of different groups produce luminous outputs having different spectral compositions; a collimator array comprising a plurality of domains (23, 23', 23"), wherein the domains mutually have the same shape and each domain comprises a same number of a plurality of collimators , wherein within each domain each collimator is arranged to collimate the luminous output of at least one solid state lighting element such that each domain contains a same number of solid state lighting elements arranged in a spatial pattern, said same number consisting of a fixed ratio of solid state lighting elements from each group, and wherein said spatial pattern is varied between domains; and a lenslet plate having a first lenslet array on a first surface facing the collimator array and a second lenslet array identical to the first lenslet array on a second surface opposing the first surface, wherein each lenslet of the first lenslet array is aligned with a corresponding lenslet of the second lenslet array and each lenslet array is composed of a plurality of identical unit cells comprising a plurality of lenslets arranged in an identical portion of a Fermat spiral pattern, wherein the number of domains is the same as the number of unit cells and each of said domains is aligned with a respective associated one of said unit cells.
Grasping head for grasping insert sheets for insertion between rows of folding boxes in a container , the grasping head comprising: - at least two first suction elements configured to grasp an insert sheet , - at least two second suction elements configured to grasp the insert sheet , the grasping head being characterised in that it comprises: - a first and second linear element on which are movably mounted to slide the first and second suction elements (17a, 17b; 18a, 18b) respectively, - a controllable actuating mechanism , configured to slide the suction elements (17a, 17b; 18a, 18b) on the linear elements into a grasping position in which the first suction elements and the second suction elements are positioned in a manner spaced apart from one another in order to grasp the insert sheet , and in which the actuating mechanism comprises a controllable actuator and a rod system comprising a vertically movable transverse axis , connected to the controllable actuator , and two rods of which a first end is pivotably connected to the transverse axis , and a second end is pivotably connected to the first and second suction elements (17a, 17b; 18a, 18b), and in which the two first suction elements are connected to one another by a first support bar and the two second suction elements are connected to one another by a second support bar , the actuating mechanism being configured to allow a simultaneous movement and of the same amplitude of the support bars towards one another. - at least two first suction elements configured to grasp an insert sheet , - at least two second suction elements configured to grasp the insert sheet , - a first and second linear element on which are movably mounted to slide the first and second suction elements (17a, 17b; 18a, 18b) respectively, - a controllable actuating mechanism , configured to slide the suction elements (17a, 17b; 18a, 18b) on the linear elements into a grasping position in which the first suction elements and the second suction elements are positioned in a manner spaced apart from one another in order to grasp the insert sheet ,
A method for assembling a secondary battery cell module , comprising: using an assembling jig including a plurality of guide rods disposed on a jig plate ; mounting a lower frame on the jig plate while the guide rods are inserted into a plurality of arranging through-holes of the lower frame ; disposing a plurality of battery cells on the lower frame ; mounting an upper frame on the battery cells while the guide rods are inserted into a plurality of arranging through-holes of the upper frame ; fastening the upper frame and the lower frame ; and separating the assembling jig from the upper frame and the lower frame . using an assembling jig including a plurality of guide rods disposed on a jig plate ; mounting a lower frame on the jig plate while the guide rods are inserted into a plurality of arranging through-holes of the lower frame ; disposing a plurality of battery cells on the lower frame ; mounting an upper frame on the battery cells while the guide rods are inserted into a plurality of arranging through-holes of the upper frame ; fastening the upper frame and the lower frame ; and separating the assembling jig from the upper frame and the lower frame .
A Stirling cycle cooling device comprising a compressor with a reciprocating piston driven by an electric motor (10; 50) rotating about an axis via a crankshaft , characterized in that the electric motor (10; 50) comprises an internal stator (12; 52) and an external rotor and in that the internal stator (12; 52) is connected to the crankshaft via a link with at least one degree of freedom (22; 24; 26, 28; 30, 32; 34, 36; 38, 40; 42, 44; 46) in rotation about the axis of the electric motor (10; 50).
A reader apparatus comprising: an antenna configured to: transmit electromagnetic radiation to a device , the reader apparatus being characterized by the antenna being configured to receive backscatter electromagnetic radiation from the device; and a control unit configured to: analyze the backscatter electromagnetic radiation to determine an alignment between the device that caused the backscatter electromagnetic radiation and the reader; and generate a signal based on the determined alignment; and an output unit configured to generate a visual output that indicates the determined alignment between the device and the reader based on the generated signal. transmit electromagnetic radiation to a device , the reader apparatus being characterized by the antenna being configured to receive backscatter electromagnetic radiation from the device; and a control unit configured to: analyze the backscatter electromagnetic radiation to determine an alignment between the device that caused the backscatter electromagnetic radiation and the reader; and generate a signal based on the determined alignment; and analyze the backscatter electromagnetic radiation to determine an alignment between the device that caused the backscatter electromagnetic radiation and the reader; and generate a signal based on the determined alignment; and an output unit configured to generate a visual output that indicates the determined alignment between the device and the reader based on the generated signal.
A method for manufacturing a semiconductor light source comprising a substrate , a layer sequence arranged above the substrate comprising a light-emitting layer and an upper boundary layer arranged above the light-emitting layer, a horizontal alignment mark and vertical contact areas , comprising: patterning (S102) the layer sequence in order to simultaneously form a light-emitting stripe for defining the semiconductor light source, and an alignment stripe extending in parallel thereto; applying (S104) a cover layer onto the patterned layer sequence ; characterized by : simultaneously removing (S106) a first part of the cover layer in order to expose the alignment stripe as horizontal alignment mark , and second parts of the cover layer to expose, on both sides of the light-emitting stripe , regions of the layer sequence that are spaced apart from a light-entrance edge or a light-exit edge of the semiconductor light source, as vertical contact areas . patterning (S102) the layer sequence in order to simultaneously form a light-emitting stripe for defining the semiconductor light source, and an alignment stripe extending in parallel thereto; applying (S104) a cover layer onto the patterned layer sequence ; characterized by : simultaneously removing (S106) a first part of the cover layer in order to expose the alignment stripe as horizontal alignment mark , and second parts of the cover layer to expose, on both sides of the light-emitting stripe , regions of the layer sequence that are spaced apart from a light-entrance edge or a light-exit edge of the semiconductor light source, as vertical contact areas .
A method, comprising: operating a telematics device coupled to an asset communications bus of an asset in a first mode in which the telematics device obtains asset data by sending request frames to the asset ; enabling, by the telematics device , a non-interfering mode in which the telematics device does not send request frames to the asset ; determining, by a telematics server , that the telematics device must disable the non-interfering mode; sending, by the telematics server (3009, to the telematics device , a command to cause the telematics device to disable the non-interfering mode; and disabling the non-interfering mode, by the telematics device in response to receiving the command from the telematics server ; wherein determining, by the telematics server , that the telematics device must disable the non-interfering mode comprises: receiving, at the telematics server , a user input from an operator terminal , the user input comprising an indication that the telematics device must disable the non-interfering mode; or determining, at the telematics server , that a location of the telematics device is not in a zone defining a service center. operating a telematics device coupled to an asset communications bus of an asset in a first mode in which the telematics device obtains asset data by sending request frames to the asset ; enabling, by the telematics device , a non-interfering mode in which the telematics device does not send request frames to the asset ; determining, by a telematics server , that the telematics device must disable the non-interfering mode; sending, by the telematics server (3009, to the telematics device , a command to cause the telematics device to disable the non-interfering mode; and disabling the non-interfering mode, by the telematics device in response to receiving the command from the telematics server ; wherein determining, by the telematics server , that the telematics device must disable the non-interfering mode comprises: receiving, at the telematics server , a user input from an operator terminal , the user input comprising an indication that the telematics device must disable the non-interfering mode; or determining, at the telematics server , that a location of the telematics device is not in a zone defining a service center. receiving, at the telematics server , a user input from an operator terminal , the user input comprising an indication that the telematics device must disable the non-interfering mode; or determining, at the telematics server , that a location of the telematics device is not in a zone defining a service center.
Battery having a battery housing designed to receive at least one battery unit , wherein the battery housing is produced from a plate element made of metal and/or plastic, wherein the plate element is provided as a planar component, and the plate element has at least one bending-supporting line which is formed by a plurality of openings extending continuously through the plate element or by material weakenings, and the plate element has a first plate segment which forms a first fastening element , wherein the first fastening element takes the form of an opening which extends continuously through the first plate segment , and the plate element has a second plate segment which forms a second fastening element , wherein the second fastening element takes the form of a lamella element , wherein, for reversible connection of the first fastening element to the second fastening element , the plate element is bent along the at least one bending-supporting line , and the lamella element is bent and/or deformed for arrangement of the lamella element in the opening , with the result that the first plate segment forms a first housing wall , and the second plate segment forms a second housing wall, wherein, for fixing the first housing wall relative to the second housing wall , the first fastening element and the second fastening element are reversibly connected to one another.
Blend comprising: a) granules, and b) vitamin B6 wherein said granules comprise naproxen or a pharmaceutically acceptable salt thereof and at least one binder. a) granules, and b) vitamin B6