mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling headlamp arrangement for a vehicle having at least two spaced apart headlamps (1, 2), by means of which an overall light distribution is producible, wherein each of the two headlamps (1, 2) comprises at least a first and a second module, which are arranged separately from one another, wherein the first module in each case comprises at least one light source and at least one movable element (10, 11) which can be brought into the beam path of the light emitted by the light source and the second module in each case comprises a multiplicity of light sources arranged in a matrix, wherein - a first partial light distribution (23, 36) of light function is produced by the first modules by modifying position of the at least one movable element (10, 11), - a second partial light distribution (24, 37) of the same light function is produced by the second modules by actuating individual light sources or groups of light sources of the multiplicity of light sources, and - the overall light distribution of the light function is produced by virtue of the first partial light distribution (23, 36) and the second partial light distribution (24, 37) being overlaid, characterized in that - at least one road user (34, 53) is captured in the direction of the light emission of the headlamp arrangement, - the first partial light distribution has a central region with a headlight range that is less than the distance to the captured road user (34, 53) and two side regions (S 1, S 2) that are produced on both sides next to the central region and that have headlight ranges that are greater than the headlight range in the central region, and - the second partial light distribution has headlight ranges only in the side regions (S 1, S 2) of the first partial light distribution that are greater than the distance to the captured road user (34, 53). - a first partial light distribution (23, 36) of light function is produced by the first modules by modifying position of the at least one movable element (10, 11), - a second partial light distribution (24, 37) of the same light function is produced by the second modules by actuating individual light sources or groups of light sources of the multiplicity of light sources, and - the overall light distribution of the light function is produced by virtue of the first partial light distribution (23, 36) and the second partial light distribution (24, 37) being overlaid, - at least one road user (34, 53) is captured in the direction of the light emission of the headlamp arrangement, - the first partial light distribution has a central region with a headlight range that is less than the distance to the captured road user (34, 53) and two side regions (S 1, S 2) that are produced on both sides next to the central region and that have headlight ranges that are greater than the headlight range in the central region, and - the second partial light distribution has headlight ranges only in the side regions (S 1, S 2) of the first partial light distribution that are greater than the distance to the captured road user (34, 53).
An auxiliary hydraulic power generation system for a gas turbine engine comprising: a first spool including a turbine; and a fan coupled to said first spool, said fan being operable to drive said first spool in a windmill condition in which said turbine fails to provide rotational drive to said fan; characterised in that the auxiliary hydraulic power generation system further comprises: an auxiliary variable displacement hydraulic pump for being selectively driven by said first spool in said windmill condition for providing a flow of pressurized fluid to an aircraft hydraulic system and augmenting a hydraulic power source; a speed up gearbox between said first spool and said auxiliary variable displacement hydraulic pump; and a coupling between said speed up gearbox and said auxiliary variable displacement hydraulic pump for selectively driving the auxiliary variable displacement hydraulic pump with said first spool in the windmill condition. a first spool including a turbine; and a fan coupled to said first spool, said fan being operable to drive said first spool in a windmill condition in which said turbine fails to provide rotational drive to said fan; characterised in that the auxiliary hydraulic power generation system further comprises: an auxiliary variable displacement hydraulic pump for being selectively driven by said first spool in said windmill condition for providing a flow of pressurized fluid to an aircraft hydraulic system and augmenting a hydraulic power source; a speed up gearbox between said first spool and said auxiliary variable displacement hydraulic pump; and a coupling between said speed up gearbox and said auxiliary variable displacement hydraulic pump for selectively driving the auxiliary variable displacement hydraulic pump with said first spool in the windmill condition. an auxiliary variable displacement hydraulic pump for being selectively driven by said first spool in said windmill condition for providing a flow of pressurized fluid to an aircraft hydraulic system and augmenting a hydraulic power source; a speed up gearbox between said first spool and said auxiliary variable displacement hydraulic pump; and a coupling between said speed up gearbox and said auxiliary variable displacement hydraulic pump for selectively driving the auxiliary variable displacement hydraulic pump with said first spool in the windmill condition.
Apparatus for optically monitoring moving components by means of at least one first camera, the image capture region of which is able to be influenced by a tracking device and which is configured to record at least one image of at least one part of the component to be monitored, characterized in that the apparatus furthermore comprises at least one second camera which is configured to capture images of the component to be monitored, and the apparatus furthermore comprises an open-loop or closed-loop control device which is able to be fed with image data from the second camera and which can be used to generate a control signal and feed the latter to the tracking device, and the tracking device is configured to follow the control signal so that the image capture region of the first camera is always aligned with the component to be monitored. the apparatus furthermore comprises at least one second camera which is configured to capture images of the component to be monitored, and the apparatus furthermore comprises an open-loop or closed-loop control device which is able to be fed with image data from the second camera and which can be used to generate a control signal and feed the latter to the tracking device, and the tracking device is configured to follow the control signal so that the image capture region of the first camera is always aligned with the component to be monitored.
A method for applying discrete lengths of a first substrate to a second substrate, the method comprising the steps of: rotating a drum about an axis of rotation, the drum having an outer circumferential surface, wherein the outer circumferential surface has a contour; advancing a first substrate in a first direction; stretching the first substrate along the first direction; advancing the stretched first substrate onto the outer circumferential surface of the drum; cutting the stretched first substrate into discrete lengths of substrate while advancing on the outer circumferential surface of the drum, wherein each discrete length includes a first end region, a second end region, and a central region separating the first and second end regions; advancing a second substrate in a second direction, wherein the second direction crosses the first direction; deforming a portion of the second substrate along the first direction to define a curve extending along the first direction; repeatedly displacing the deformed portion of the second substrate into contact with the discrete lengths of substrate on the outer circumferential surface of the drum; and bonding the stretched discrete lengths of substrate to the second substrate. rotating a drum about an axis of rotation, the drum having an outer circumferential surface, wherein the outer circumferential surface has a contour; advancing a first substrate in a first direction; stretching the first substrate along the first direction; advancing the stretched first substrate onto the outer circumferential surface of the drum; cutting the stretched first substrate into discrete lengths of substrate while advancing on the outer circumferential surface of the drum, wherein each discrete length includes a first end region, a second end region, and a central region separating the first and second end regions; advancing a second substrate in a second direction, wherein the second direction crosses the first direction; deforming a portion of the second substrate along the first direction to define a curve extending along the first direction; repeatedly displacing the deformed portion of the second substrate into contact with the discrete lengths of substrate on the outer circumferential surface of the drum; and bonding the stretched discrete lengths of substrate to the second substrate.
A flow control device having a first element a second element and a third element, wherein: the first element has a plurality of first orifices each of a predetermined cross-section; the second element has a second orifice; and the first and second elements are selectively and sealingly engagable in a plurality of positions, in each of said positions the second orifice being aligned with a different one of said first orifices so as to permit fluid communication through the device via said second orifice and the selected first orifice, wherein, the first element is mounted to the third element in a predetermined arrangement, and the second element and the third element cooperate to seal the first element between them, and wherein the third element has a plurality of third orifices, each of which aligns with a corresponding one of said first orifices. characterised in that the plurality of first orifices are each of a different cross-section to provide each first orifice with a fixed specific fluid flow rate for any predetermined pressure loss thereacross. the first element has a plurality of first orifices each of a predetermined cross-section; the second element has a second orifice; and the first and second elements are selectively and sealingly engagable in a plurality of positions, in each of said positions the second orifice being aligned with a different one of said first orifices so as to permit fluid communication through the device via said second orifice and the selected first orifice, wherein, the first element is mounted to the third element in a predetermined arrangement, and the second element and the third element cooperate to seal the first element between them, and wherein the third element has a plurality of third orifices, each of which aligns with a corresponding one of said first orifices. characterised in that the plurality of first orifices are each of a different cross-section to provide each first orifice with a fixed specific fluid flow rate for any predetermined pressure loss thereacross.
A dispenser for loading and dispensing a selected volume of granulated product comprising: a main body having a discharge opening, an open interior configured to receive a supply of the granulated product, a cylindrical internal cavity and a discharge spout for dispensing the supply of granulated product therefrom; a loading and dispensing member constructed with a plurality of spaced apart receiving cavities (118, 120, 122, 124) formed therein, and movably mounted within the internal cavity of the body between the discharge opening and the discharge spout, the loading and dispensing member being provided on an outer periphery of end structure thereof with a circular ring formed with a series of interconnected ramp surfaces (110, 112, 114, 116), each ramp surface terminating in a tooth (110a, 112a, 114a, 116a); a portion control container received and retained in each of the receiving cavities and configured to receive the granulated product; and a handle frictionally connected with the opposite end structure of the loading and dispensing member, the handle being movable from a first position to a second position in one direction to sequentially move the portion control containers in the loading and dispensing member to loading and dispensing positions upon engagement of the handle with one tooth on the loading and dispensing member, and the handle being movable in an opposite direction from the second position to the first position relative to the loading and dispensing member upon engagement of the handle with one of the ramp surfaces and another tooth on an adjacently connected other of the ramp surfaces. a main body having a discharge opening, an open interior configured to receive a supply of the granulated product, a cylindrical internal cavity and a discharge spout for dispensing the supply of granulated product therefrom; a loading and dispensing member constructed with a plurality of spaced apart receiving cavities (118, 120, 122, 124) formed therein, and movably mounted within the internal cavity of the body between the discharge opening and the discharge spout, the loading and dispensing member being provided on an outer periphery of end structure thereof with a circular ring formed with a series of interconnected ramp surfaces (110, 112, 114, 116), each ramp surface terminating in a tooth (110a, 112a, 114a, 116a); a portion control container received and retained in each of the receiving cavities and configured to receive the granulated product; and a handle frictionally connected with the opposite end structure of the loading and dispensing member, the handle being movable from a first position to a second position in one direction to sequentially move the portion control containers in the loading and dispensing member to loading and dispensing positions upon engagement of the handle with one tooth on the loading and dispensing member, and the handle being movable in an opposite direction from the second position to the first position relative to the loading and dispensing member upon engagement of the handle with one of the ramp surfaces and another tooth on an adjacently connected other of the ramp surfaces.
A method of manufacturing a crimped sheet of material for an aerosol-generating article, the method comprising the steps of: • feeding a substantially continuous sheet of material to a set of crimping rollers (11; 51; 21; 31; 61) in a transport direction, the set of crimping rollers comprising a first roller (11; 51) having a first surface (12; 62) and having a first plurality of ridges (17; 63) across at least a portion of its width and a second roller (21; 31; 61) having a second surface (22; 32; 62); • crimping the substantially continuous sheet of material to form the crimped sheet by feeding the substantially continuous sheet between the first and second rollers (11, 21; 11, 31, 61) in the transport direction of the sheet such that the first plurality of ridges (17; 63) of the first roller (11; 51) applies a plurality of crimp corrugations to the substantially continuous sheet; • characterized in that the second surface (22; 32; 62) is formed at least for a portion thereof in a material having an hardness lower than the hardness of a material forming the first surface • feeding a substantially continuous sheet of material to a set of crimping rollers (11; 51; 21; 31; 61) in a transport direction, the set of crimping rollers comprising a first roller (11; 51) having a first surface (12; 62) and having a first plurality of ridges (17; 63) across at least a portion of its width and a second roller (21; 31; 61) having a second surface (22; 32; 62); • crimping the substantially continuous sheet of material to form the crimped sheet by feeding the substantially continuous sheet between the first and second rollers (11, 21; 11, 31, 61) in the transport direction of the sheet such that the first plurality of ridges (17; 63) of the first roller (11; 51) applies a plurality of crimp corrugations to the substantially continuous sheet; • characterized in that the second surface (22; 32; 62) is formed at least for a portion thereof in a material having an hardness lower than the hardness of a material forming the first surface
A method of synchronizing a plurality of content directory service devices (20, 30) in a home network that includes N CDS devices (20, 30) that provide metadata of multimedia content existing in the home network, and a control point that receives the metadata from the N CDS devices (20, 30) and requests a replay to a media renderer, the method comprising: retrieving and discovering the N CDS devices (20, 30) in a home network, by a CP; transmitting a first message that requests synchronization, to a first CDS device of the N CDS devices (20, 30), by the CP; synchronizing each of the N CDS devices (20, 30) with each other; characterized in that the method further comprises: forwarding a second message that informs the other CDS devices of the N CDS devices (20, 30), wherein the second message indicates that the synchronization will be started by the first CDS device that has received the first message, and locking the other CDS devices and the control point from changing the object list of the CDS device while the synchronization process is performed. retrieving and discovering the N CDS devices (20, 30) in a home network, by a CP; transmitting a first message that requests synchronization, to a first CDS device of the N CDS devices (20, 30), by the CP; synchronizing each of the N CDS devices (20, 30) with each other; characterized in that the method further comprises: forwarding a second message that informs the other CDS devices of the N CDS devices (20, 30), wherein the second message indicates that the synchronization will be started by the first CDS device that has received the first message, and locking the other CDS devices and the control point from changing the object list of the CDS device while the synchronization process is performed. forwarding a second message that informs the other CDS devices of the N CDS devices (20, 30), wherein the second message indicates that the synchronization will be started by the first CDS device that has received the first message, and locking the other CDS devices and the control point from changing the object list of the CDS device while the synchronization process is performed.
Method for producing a composite consisting of a number of tiles which are bonded to a support net, characterised in that the method comprises the steps of: a) Aligning a number of tiles on a first flat base so that the side of the tiles to be connected to the support net makes contact with the first flat base; b) Gripping the tiles with the gripper of a handling device; c) Spraying the side of the tiles to be connected to the support net with a melted hot-melt adhesive; d) Providing the support net on a second flat base; e) Placing and/or pressing the tiles provided with hot-melt adhesive onto the support net by means of the gripper of the handling device; f) Lifting the tiles connected to the support net by means of the gripper of the handling device; g) Spraying the support net with melted hot-melt adhesive; h) Laying and/or pressing the composite of tiles and support net onto a flat base, in particular onto the second flat base. a) Aligning a number of tiles on a first flat base so that the side of the tiles to be connected to the support net makes contact with the first flat base; b) Gripping the tiles with the gripper of a handling device; c) Spraying the side of the tiles to be connected to the support net with a melted hot-melt adhesive; d) Providing the support net on a second flat base; e) Placing and/or pressing the tiles provided with hot-melt adhesive onto the support net by means of the gripper of the handling device; f) Lifting the tiles connected to the support net by means of the gripper of the handling device; g) Spraying the support net with melted hot-melt adhesive; h) Laying and/or pressing the composite of tiles and support net onto a flat base, in particular onto the second flat base.
A network slice deployment method, comprising: receiving (404, 504), by a network device, a first request message sent by a terminal device, wherein the first request message is used to instruct to deploy a target network slice for providing a target service to the terminal device, and a corresponding management function entity has allocated target network slice information for the target network slice corresponding to the target service, wherein the target network slice is recorded by the management function entity but not deployed to the network device, and wherein the target network slice information is provided to the terminal device; sending (405, 505), by the network device, a second request message to the management function entity, wherein the second request message carries the target network slice information, and the second request message is used to instruct the management function entity to deploy the target network slice corresponding to the target network slice information; and receiving (407, 507), by the network device, a second response message sent by the management function entity, wherein the second response message is used to indicate that the target network slice has been completely deployed. receiving (404, 504), by a network device, a first request message sent by a terminal device, wherein the first request message is used to instruct to deploy a target network slice for providing a target service to the terminal device, and a corresponding management function entity has allocated target network slice information for the target network slice corresponding to the target service, wherein the target network slice is recorded by the management function entity but not deployed to the network device, and wherein the target network slice information is provided to the terminal device; sending (405, 505), by the network device, a second request message to the management function entity, wherein the second request message carries the target network slice information, and the second request message is used to instruct the management function entity to deploy the target network slice corresponding to the target network slice information; and receiving (407, 507), by the network device, a second response message sent by the management function entity, wherein the second response message is used to indicate that the target network slice has been completely deployed.
A particle-trapping device for a turbomachine, configured to be disposed in the bypass area of the combustion chamber of the turbomachine these particles being in particular grains of sand or dust, contained in an air flow circulating inside a turbomachine, particularly the air flow circulating in the bypass area of the combustion chamber of said turbomachine, characterized in that it comprises: - at least two particle deflectors (3, 3a, 3b, 3c), - an element for collecting and storing particles deflected by said deflectors, - means for attaching said trapping device on a portion of the turbomachine, said deflectors (3, 3a, 3b, 3c) having an annular shape and being attached to at least one support frame so as to be coaxial, to be radially aligned and to be spaced radially from one another or from each other, said deflectors (3, 3a, 3b, 3c) being inclined in the same direction with respect to their axes of revolution (X-X') so as to be turned toward said particle collecting and storing element. - at least two particle deflectors (3, 3a, 3b, 3c), - an element for collecting and storing particles deflected by said deflectors, - means for attaching said trapping device on a portion of the turbomachine,