mhurhangee/ep-ind-claims huggingface dataset:
A modulating gas burner (1; 1') which is designed for operation with premixing of a combustible air and gas mixture, the burner (1; 1') comprising a burner head (3; 3') to which the combustible air and gas mixture can be supplied, a device (6; 20) for guiding the flow of the mixture, which device imparts rotational components to the velocity of the flow to the burner head (3; 3'), and a flash-back prevention device (12; 24) positioned in the burner head (3; 3'), in such a way that the power at the burner can be modulated within a predetermined modulation range between a minimum power condition in which the burner (1; 1') operates predominantly in the manner of a premix burner without flame detachment or flash-back, and a maximum power condition in which the burner operates predominantly in the manner of a burner with recirculation of the flows of the reagents of the combustible mixture, said burner head comprising a plurality of compartments for distributing the combustible mixture, the compartments being provided on a surface of the head and spaced apart from each other, each compartment being delimited by at least a first wall and a second wall (9a, 9b) which are connected to each other and to the surface of the head, the walls (9a, 9b) being inclined to the surface of the head, the first wall having a plurality of through apertures for the passage of the mixture through the head, the second wall being solid and inclined to the first wall so as to impart a rotational component to the mixture distributed through the apertures with respect to the axial direction of the flow through the head, the surface of the head having a circular profile and the plurality of compartments extending over the surface at regular angular intervals, said burner comprising a burner body extending axially from a fastening flange towards the surface of the head, the lateral wall of the burner body having a profile which is tapered in the region of the head and is coaxial with the circular profile of the burner head, and the tapered profile of the lateral wall being provided downstream of the front surface of the head, with respect to the axial direction of the flow supplied to the head.
Ship with at least one sail rotor, whereby the ship has a forecastle, which has relative to the horizontal a height adjustable and/or pivotable panel, wherein the panel can take an upper position and a lower position, the lower position being taken when there is high swell and breakwater function is desired and the higher position being taken, if this is not the case and instead sufficient wind is directed to the upper deck of the ship, preferably without turbulences, wherein the panel rises to the bridge and its windows and wherein the front of the ship seamlessly merges into the bridge of the ship and the width of the front of the ship increases from the bow, where the front of the ship is narrowest, to the bridge.
A method for manufacturing capped running wheels, wherein an open running wheel is filled with a support structure, so that at least an edge region of blades of the open running wheel is flush with the support structure, wherein the surface created by that serves as a substrate for a generative manufacturing process, and wherein the support structure is applied by means of cold gas spraying.
Method for operating an electrical control device on the basis of licence information stored on an exchangeable storage medium, wherein the method comprises the following steps carried out by means of the control device: - reading out an exchangeable storage medium identification of the exchangeable storage medium, - reading a licence file stored on the exchangeable storage medium, - extracting a licence file identification from the licence file read, - comparing the licence file identification with the exchangeable storage medium identification, - if the licence file identification corresponds to the exchangeable storage medium identification, - extracting licence information from the licence file and operating the control device in a manner dependent on the licence information, and - storing the licence file identification and the licence information in the control device, and - if no licence file is stored on the exchangeable storage medium, - comparing the exchangeable storage medium identification with a licence file identification stored in the control device, and - if the licence file identification stored in the control device corresponds to the exchangeable storage medium identification, generating a licence file on the exchangeable storage medium, wherein the generated licence file contains the licence file identification stored in the control device and the licence information stored in the control device. - reading out an exchangeable storage medium identification of the exchangeable storage medium, - reading a licence file stored on the exchangeable storage medium, - extracting a licence file identification from the licence file read, - comparing the licence file identification with the exchangeable storage medium identification, - if the licence file identification corresponds to the exchangeable storage medium identification, - extracting licence information from the licence file and operating the control device in a manner dependent on the licence information, and - storing the licence file identification and the licence information in the control device, and - if no licence file is stored on the exchangeable storage medium, - comparing the exchangeable storage medium identification with a licence file identification stored in the control device, and - if the licence file identification stored in the control device corresponds to the exchangeable storage medium identification, generating a licence file on the exchangeable storage medium, wherein the generated licence file contains the licence file identification stored in the control device and the licence information stored in the control device.
Chain link for an energy guide chain for guiding lines between two connection points that are movable relative to one another, having a line-protecting internal subdivision, the chain link comprising two mutually spaced-apart side plates which are connected to one another by two crossbars and which delimit an interior space open in a longitudinal direction for guiding lines, and which in each case have inner surfaces facing toward the interior space, characterized in that a frame module (20; 30; 40; 50; 60) is mounted between the two crossbars, wherein the frame module (20; 30; 40; 50; 60) substantially frames a sub-region of the interior space and, for the purposes of internal subdivision, delimits at least one guide space (21; 31; 41; 51; 61) in cross section perpendicular to the longitudinal direction, and in that the frame module (20; 30; 40; 50; 60) comprises two side walls (22; 32; 42a, 42b; 52a, 52b; 62) and two transverse regions (24; 34; 44a, 44b; 54a, 54b; 64) running transverse thereto, wherein each transverse region (24;... 64) in each case covers a part of the inner surface of a crossbar and forms a line-protecting bearing surface (240; 340) for the purposes of line-protecting internal subdivision, wherein the transverse regions (24; 34; 44a, 44b, 54a, 54b; 64) are in each case formed in one piece with at least one of the side walls (22; 32; 42a; 52a; 62). in that a frame module (20; 30; 40; 50; 60) is mounted between the two crossbars, wherein the frame module (20; 30; 40; 50; 60) substantially frames a sub-region of the interior space and, for the purposes of internal subdivision, delimits at least one guide space (21; 31; 41; 51; 61) in cross section perpendicular to the longitudinal direction, and in that the frame module (20; 30; 40; 50; 60) comprises two side walls (22; 32; 42a, 42b; 52a, 52b; 62) and two transverse regions (24; 34; 44a, 44b; 54a, 54b; 64) running transverse thereto, wherein each transverse region (24;... 64) in each case covers a part of the inner surface of a crossbar and forms a line-protecting bearing surface (240; 340) for the purposes of line-protecting internal subdivision, wherein the transverse regions (24; 34; 44a, 44b, 54a, 54b; 64) are in each case formed in one piece with at least one of the side walls (22; 32; 42a; 52a; 62).
An assembly for a turbine engine, comprising: a combustor wall (70,72) including a first layer vertically connected with a second layer; a first portion (90,92) of the first layer overlapping and vertically spaced from the second layer by a cavity; and a second portion of the first layer substantially vertically inline with an adjacent portion of the second layer, and at least partially forming a quench aperture vertically through the combustor wall (70,72), wherein the second portion is vertically depressed relative to the first portion (90,92), characterised in that the second portion extends at least partially vertically into an aperture in the second layer. a combustor wall (70,72) including a first layer vertically connected with a second layer; a first portion (90,92) of the first layer overlapping and vertically spaced from the second layer by a cavity; and a second portion of the first layer substantially vertically inline with an adjacent portion of the second layer, and at least partially forming a quench aperture vertically through the combustor wall (70,72), wherein the second portion is vertically depressed relative to the first portion (90,92), characterised in that the second portion extends at least partially vertically into an aperture in the second layer.
A method for testing of a graphics processing unit, GPU, subsystem of a computing device, the method comprising: processing, by a GPU, graphics data to produce a first image; processing, by the GPU, the graphics data to produce a second image; and determining whether a fault has occurred in the GPU subsystem based at least in part on comparing the first image with the second image; characterized in that: processing, by a GPU, graphics data to produce a first image comprises processing the graphics data using a tile-based rendering mode; and processing, by the GPU, the graphics data to produce a second image comprises processing the graphics data using a direct rending mode. processing, by a GPU, graphics data to produce a first image; processing, by the GPU, the graphics data to produce a second image; and determining whether a fault has occurred in the GPU subsystem based at least in part on comparing the first image with the second image; characterized in that: processing, by a GPU, graphics data to produce a first image comprises processing the graphics data using a tile-based rendering mode; and processing, by the GPU, the graphics data to produce a second image comprises processing the graphics data using a direct rending mode. processing, by a GPU, graphics data to produce a first image comprises processing the graphics data using a tile-based rendering mode; and processing, by the GPU, the graphics data to produce a second image comprises processing the graphics data using a direct rending mode.
A trocar device, comprising a main part that has a first and a second end (3, 4), a shaft tube that is connected to the second end of the main part, a through-opening, extending from the first end of the main part as far as the end of the end of the shaft tube that faces away from the main part, for receiving an instrument, and a sealing unit, which is disposed in the main part, and which has an elastic sealing element, which divides the through-opening into a first region that runs from the sealing unit as far as the first end of the main body, and into a second region that runs from the sealing unit as far as the end of the shaft tube that faces away from the main part, and which, when the instrument has been properly inserted in the through-opening, seals off the two regions (9, 10) from each other, characterized in that the sealing element comprises a hollow-cylindrical wall being formed as a hollow cylinder and the sealing unit comprises a holder, which is fastened in the main part, wherein the holder clamps-in a portion of the hollow-cylindrical wall of the sealing element, such that the sealing element is fixed in the holder.
A method for cleaning a soiled substrate, said method comprising the treatment of the moistened substrate with a formulation comprising a multiplicity of polymeric particles, wherein said polymeric particles comprise at least one antimicrobial agent, wherein said substrate comprises leather or a textile fibre or fabric, and comprising subsequently separating the polymeric particles from the substrate and recovering the polymeric particles in order to allow for re-use in subsequent washes, wherein said antimicrobial agent is introduced into said polymer particles during extrusion of said polymer.
A fluid supply assembly comprising: a fluid conduit defining a fluid passage; a valve body located within the fluid passage and moveable along the fluid passage; and a valve seat located and fixed within the fluid passage and configured to seat the valve body; and a thermal fuse which changes shape at a predetermined thermal condition to enable a change in state from an open to a closed state; the fluid supply assembly being characterised in that the valve body has at least one opening (44, 444, 544) and in that the valve body is configured to move from the open state, spaced from the valve seat, to the closed state abutting the valve seat, with the valve seat closing the at least one opening (44, 444, 544) in the valve body, in response to the predetermined thermal condition. a fluid conduit defining a fluid passage; a valve body located within the fluid passage and moveable along the fluid passage; and a valve seat located and fixed within the fluid passage and configured to seat the valve body; and a thermal fuse which changes shape at a predetermined thermal condition to enable a change in state from an open to a closed state; the fluid supply assembly being characterised in that the valve body has at least one opening (44, 444, 544) and in that the valve body is configured to move from the open state, spaced from the valve seat, to the closed state abutting the valve seat, with the valve seat closing the at least one opening (44, 444, 544) in the valve body, in response to the predetermined thermal condition.
A device for insulation monitoring including identification of a faulty outer conductor (L1, L2, L3) in a three-phase ungrounded power supply system, comprising a first coupling circuit for connecting one of the outer conductors (L1, L2, L3), comprising a pulse generator for generating a measuring current, comprising a first measuring device for measuring a measuring-voltage drop (Um) effected by the measuring current, and comprising an evaluation device for determining an insulation resistance (Rf), characterized in that the first measuring device is configured for measuring a mains voltage between the connected outer conductor (L1, L2, L3) and ground and characterized by a second coupling circuit for connecting a neutral point and by a second measuring device for measuring a neutral-point voltage (Us) between the neutral point and ground and characterized in that the evaluation device is configured for evaluating a phase between the mains voltage and the neutral-point voltage (Us) for detecting a faulty outer conductor (L1, L2, L3).
A gypsum composition, comprising gypsum and an anti-deformation additive, wherein the anti-deformation additive comprises at least one selected from a group consisting of dehydroascorbic acid, dehydroascorbate and semidehydroascorbic acid.
Device for clearing a helix gap of an auger, comprising - a retainer for holding the device on a mast of a drill, - a guide tube which surrounds the auger in portions and is mounted on the retainer, and - a clearing element which engages in the helix gap and is mounted on the retainer so as to be freely rotatable about a drilling axis, - wherein the guide tube is mounted on the retainer so as to be freely rotatable about the drilling axis, - wherein the clearing element is firmly attached to the rotatably mounted guide tube, - wherein for clearing, the guide tube is axially fixed in the direction of the drilling axis, and - wherein by means of a pulling procedure of the auger, the clearing element, together with the guide tube, can be caused to rotate about the drilling axis, for the purpose of clearing the auger, characterized in that the clearing element comprises a clearing plate having a receiving slit in which the drill helix engages. - a retainer for holding the device on a mast of a drill, - a guide tube which surrounds the auger in portions and is mounted on the retainer, and - a clearing element which engages in the helix gap and is mounted on the retainer so as to be freely rotatable about a drilling axis, - wherein the guide tube is mounted on the retainer so as to be freely rotatable about the drilling axis, - wherein the clearing element is firmly attached to the rotatably mounted guide tube, - wherein for clearing, the guide tube is axially fixed in the direction of the drilling axis, and - wherein by means of a pulling procedure of the auger, the clearing element, together with the guide tube, can be caused to rotate about the drilling axis, for the purpose of clearing the auger,
Server (100;200;300) for providing one or more data sets via a digital communication network, wherein the server (100;200;300) is configured for: associating an unique identifier (115;215;315) with an identified data set (110;210;310), the unique identifier (115;215;315) representing a network address for accessing the identified data set (110;210;310) via the digital communication network, wherein the unique identifier (115;215;315) is specific to the identified data set (110;210;310), validating an authentication information (172;272;372) provided by an authenticator (170;270;370) of a client (160;260;360) requesting access to the server (100;200;300) via the unique identifier (115;215;315), and selectively providing the client (160;260;360) with an access right for one or more data sets, if the authentication information (172;272;372) identifies the authenticator (170;270;370) as being associated with a registered user. associating an unique identifier (115;215;315) with an identified data set (110;210;310), the unique identifier (115;215;315) representing a network address for accessing the identified data set (110;210;310) via the digital communication network, wherein the unique identifier (115;215;315) is specific to the identified data set (110;210;310), validating an authentication information (172;272;372) provided by an authenticator (170;270;370) of a client (160;260;360) requesting access to the server (100;200;300) via the unique identifier (115;215;315), and selectively providing the client (160;260;360) with an access right for one or more data sets, if the authentication information (172;272;372) identifies the authenticator (170;270;370) as being associated with a registered user.
A method performed by a first telecommunication device comprising: establishing a video call with a second telecommunication device; determining uplink and downlink link qualities of the first telecommunication device; receiving a first request for an adaptation to a first frame rate at which the first telecommunication device transmits video and audio frames of the video call from the second telecommunication device, the request for the adaptation of the first frame rate specifying a downlink link quality of the second telecommunication device; sending a second request for an adaption to a second frame rate at which the second telecommunication device transmits video and audio frames of the video call, the request for adaption of the second frame rate specifying the determined downlink link quality of the first telecommunication device, wherein said second request is sent to the second telecommunication device in response to determining that the downlink link quality has changed; and adapting the first frame rate based on the lower of the determined uplink link quality of the first telecommunication device and the downlink link quality of the second telecommunication device specified in the first request. establishing a video call with a second telecommunication device; determining uplink and downlink link qualities of the first telecommunication device; receiving a first request for an adaptation to a first frame rate at which the first telecommunication device transmits video and audio frames of the video call from the second telecommunication device, the request for the adaptation of the first frame rate specifying a downlink link quality of the second telecommunication device; sending a second request for an adaption to a second frame rate at which the second telecommunication device transmits video and audio frames of the video call, the request for adaption of the second frame rate specifying the determined downlink link quality of the first telecommunication device, wherein said second request is sent to the second telecommunication device in response to determining that the downlink link quality has changed; and adapting the first frame rate based on the lower of the determined uplink link quality of the first telecommunication device and the downlink link quality of the second telecommunication device specified in the first request.
An adapter for releasably engaging with a connector jack, said adapter comprising: connector bearing surfaces, a first surface defining a top wall, a second surface defining a bottom wall and two opposing side walls, said walls (105,106,108) defining an opening for engaging said connector jack, wherein said top wall is provided with - a pair of guiding protrusions to receive the connector jack in a guided manner; characterized in that - the adapter further comprises stopper ribs extending from said top wall to locate the insertion of said connector jack; said bottom wall is provided with extended cantilever portion which upon insertion of said connector jack is configured to resiliently bend and receive said connector jack; wherein said connector bearing surfaces are disposed in both side of said extended cantilever portion to anchor said connector jack into said adapter. connector bearing surfaces, a first surface defining a top wall, a second surface defining a bottom wall and two opposing side walls, said walls (105,106,108) defining an opening for engaging said connector jack, wherein said top wall is provided with - a pair of guiding protrusions to receive the connector jack in a guided manner; characterized in that - the adapter further comprises stopper ribs extending from said top wall to locate the insertion of said connector jack; - a pair of guiding protrusions to receive the connector jack in a guided manner; characterized in that - the adapter further comprises stopper ribs extending from said top wall to locate the insertion of said connector jack; said bottom wall is provided with extended cantilever portion which upon insertion of said connector jack is configured to resiliently bend and receive said connector jack; wherein said connector bearing surfaces are disposed in both side of said extended cantilever portion to anchor said connector jack into said adapter.