mhurhangee/patent-ind-claim-en huggingface dataset:
A method of distributing a media content service across a distribution network comprising: receiving or generating a plurality of media content service representations for the media content service, each of the media content representations having a different bit rate; dividing each of the media content service representations into segments , wherein the segments of the plurality of media content service representations are aligned in time; and transmitting the segments of each of the plurality of media content service representations as a sequence of bursts , wherein the bursts of the plurality of media content service representations are aligned in time so that bursts carrying corresponding segments corresponding to the same frames of media content start at the same time, and wherein there is a window period between successive bursts during which no media content is transmitted, wherein each of the media content service representations is transmitted as a multicast, and wherein the transmitting comprises transmitting each of the segments at a higher bit rate to create the window periods between successive bursts . receiving or generating a plurality of media content service representations for the media content service, each of the media content representations having a different bit rate; dividing each of the media content service representations into segments , wherein the segments of the plurality of media content service representations are aligned in time; and transmitting the segments of each of the plurality of media content service representations as a sequence of bursts , wherein the bursts of the plurality of media content service representations are aligned in time so that bursts carrying corresponding segments corresponding to the same frames of media content start at the same time, and wherein there is a window period between successive bursts during which no media content is transmitted,
A method carried out by means of a computer programmed to perform the following steps: meshing a 3D model representation of a component defining a reaction chamber of an abatement apparatus based on specified component characteristics to define an optimised finite element representation of said component comprising finite elements; wherein said meshing comprises adjusting filling of said finite elements based on said specified component characteristics and fabricating said optimised finite element representation by means of additive manufacturing. meshing a 3D model representation of a component defining a reaction chamber of an abatement apparatus based on specified component characteristics to define an optimised finite element representation of said component comprising finite elements; wherein said meshing comprises adjusting filling of said finite elements based on said specified component characteristics and fabricating said optimised finite element representation by means of additive manufacturing.
A gear assembly for an agricultural working machine, in particular a tractor, combine harvester or forage harvester, with a driving toothed wheel and at least one first driven toothed wheel , which are respectively rotatably mounted about an axis of rotation and are configured for connection, in a manner which is fixed against rotation, to a drive shaft or driven shaft as a power take-off for the agricultural working machine, wherein the gear assembly has an intermediate toothed wheel which is in meshing engagement with the driving toothed wheel and the at least one driven toothed wheel , wherein the gear assembly has a gear housing , wherein the toothed wheels are disposed in an interior space formed by the gear housing which has an interior structure in the interior for increasing the surface area of the gear housing and for improving the dissipation of heat from the gear housing and which is at least partially filled with a fluid during operation, characterized in that the interior of the gear housing has a recess on the bottom, i.e. underneath the intermediate toothed wheel , which is separated from the interior space by a separating means in at least a lower region of the interior space , whereupon a bottom fluid reservoir is formed at least underneath the intermediate toothed wheel , wherein the separating means of the bottom fluid reservoir has a fluid-permeable opening via which, during operation, the fluid gains access to the lower region of the interior space , wherein the disposition of the bottom of the tip circle of the intermediate toothed wheel is deeper than the tip circles of the other toothed wheels such that in operation, the intermediate toothed wheel dips into the fluid in the lower region of the interior space .
A device for speed-dependent braking torque control for permanent-magnet-excited electrical machines having: a switching element that is arranged and configured to short-circuit an electrical machine when in the conductive state, the switching element being controlled as a function of an induced voltage that is generated by the electrical machine , the device further having a rectifier that is configured to rectify the induced voltage generated by the electrical machine in order to generate a rectified voltage, characterised in that a delay element is arranged and configured to transmit the rectified voltage in a delayed and/or smoothed manner, the switching element being configured in such a way that when a smoothed and/or delayed output voltage U a of the delay element exceeds a first threshold value U SC it short-circuits the electrical machine , and that when ta smoothed and/or delayed output voltage U a that is lower than the first threshold voltage Use falls below a second threshold value U SO it overrides the shortcircuited state of the electrical machine. a switching element that is arranged and configured to short-circuit an electrical machine when in the conductive state, the switching element being controlled as a function of an induced voltage that is generated by the electrical machine , the device further having a rectifier that is configured to rectify the induced voltage generated by the electrical machine in order to generate a rectified voltage, characterised in that a delay element is arranged and configured to transmit the rectified voltage in a delayed and/or smoothed manner, the switching element being configured in such a way that when a smoothed and/or delayed output voltage U a of the delay element exceeds a first threshold value U SC it short-circuits the electrical machine , and that when ta smoothed and/or delayed output voltage U a that is lower than the first threshold voltage Use falls below a second threshold value U SO it overrides the shortcircuited state of the electrical machine.
A rotatable flush mounted fishing rod holder including a rod holding tube with an annular flange extending radially from an upper end thereof, an annular member abutting an underside of the annular flange, and an annular cover member configured to attach to a surface of a watercraft over the annular flange to hold the rod holding tube to the surface but allow rotation of the rod holding tube relative thereto; wherein the annular flange is provided at an angle to a longitudinal axis of the rod holding tube defining a rest angle of a fishing rod when placed into the rotatable flush mounted fishing rod holder . a rod holding tube with an annular flange extending radially from an upper end thereof, an annular member abutting an underside of the annular flange, and an annular cover member configured to attach to a surface of a watercraft over the annular flange to hold the rod holding tube to the surface but allow rotation of the rod holding tube relative thereto; wherein the annular flange is provided at an angle to a longitudinal axis of the rod holding tube defining a rest angle of a fishing rod when placed into the rotatable flush mounted fishing rod holder .
Curable composition providing, upon curing, an abrasion resistant, transparent, antistatic coating comprising: - a) at least one conductive polymer, - b) colloidal particles of at least one non-conductive oxide, - c) at least one binder comprising at least one epoxysilane having at least two hydrolysable groups directly linked to the Si atom of the epoxysilane, and/or its hydrolysis product, said at least one conductive polymer and said colloidal particles of at least one non-conductive oxide being substantially not agglomerated, the content of said conductive polymer in the dry extract of said curable composition ranging from 0.1 to 10% by weight, preferably from 0.2 to 10% by weight and the content of the dry extract of said at least one epoxysilane in the dry extract of said curable composition ranging from 20 to 80 %, preferably 25 to 60 % by weight based on the total weight of the dry extract. - a) at least one conductive polymer, - b) colloidal particles of at least one non-conductive oxide, - c) at least one binder comprising at least one epoxysilane having at least two hydrolysable groups directly linked to the Si atom of the epoxysilane, and/or its hydrolysis product,
Method for producing coffee, wherein coffee beans are ground and the coffee is produced from the coffee powder and water and conveyed to an outlet, whereby the coffee beans are very finely ground, with or without the addition of water, and a mixture of the coffee powder and water is formed, and from this mixture the coffee is extracted and conveyed to the outlet, characterized in that the extraction of the coffee from the mixture formed from coffee powder and water by means of a unit with a movable cylinder with at least one filling opening and two pistons formed in this closable chamber , which can be moved relative to one another, of which at least one is formed from a screen sieve and is connected to an outlet line , wherein the mixture of water and coffee powder is filled into this chamber , and at least one piston is pressed against the other inside the cylinder , and thereby the coffee is extracted from the mixture and conveyed through the screen sieve into the outlet line .
A process for arranging a digital object that is part of an On Screen Display, OSD, visualization, in a three-dimensional visual space which is to be presented to a viewer by a display unit of an electronic entertainment device , the process comprising the following steps: - providing the digital object and an associated object class specification, wherein the digital object relates to OSD parameters of the display unit and is classified into one of several object classes which is specified by said associated object class specification; - providing a representation specification defining how the provided digital object is to be arranged in the three-dimensional visual space depending on the associated object class specification, by defining a position and /or orientation of the digital object in the three-dimensional visual space; wherein the provided digital object is a bi- or three-dimensional object associated to a working condition of said electronic entertainment device and/or the regulation describing the designated representation of the provided digital objects. - providing the digital object and an associated object class specification, wherein the digital object relates to OSD parameters of the display unit and is classified into one of several object classes which is specified by said associated object class specification; - providing a representation specification defining how the provided digital object is to be arranged in the three-dimensional visual space depending on the associated object class specification, by defining a position and /or orientation of the digital object in the three-dimensional visual space;
A method for preparing a Liraglutide peptide or a salt thereof, comprising: (i) providing a solution S comprising a peptide of formula I: His-Ala-Glu-Gly-Thr-Phe-Thr-Ser-Asp-Val-Ser-Ser-Tyr-Leu-Glu-Gly-Gln-Ala-Ala-B 1 -Glu-Phe-Ile-Ala-Trp-Leu-Val-Arg-Gly-Arg-Gly, wherein B 1 is Lys(palmitoyl-Glu-OH) or Lys(H-Glu-OH); (ii) precipitation of the peptide of step (i) by means of mixing solution S with an anti-solvent comprising diisopropyl ether and acetonitrile, wherein the volume ratio (diisopropyl ether : acetonitrile) is in the range of from (3:1) to (10:1); and (iii) isolating the precipitate obtained from step (ii), preferably by means of filtration and/or centrifugation. (i) providing a solution S comprising a peptide of formula I: His-Ala-Glu-Gly-Thr-Phe-Thr-Ser-Asp-Val-Ser-Ser-Tyr-Leu-Glu-Gly-Gln-Ala-Ala-B 1 -Glu-Phe-Ile-Ala-Trp-Leu-Val-Arg-Gly-Arg-Gly, wherein B 1 is Lys(palmitoyl-Glu-OH) or Lys(H-Glu-OH); His-Ala-Glu-Gly-Thr-Phe-Thr-Ser-Asp-Val-Ser-Ser-Tyr-Leu-Glu-Gly-Gln-Ala-Ala-B 1 -Glu-Phe-Ile-Ala-Trp-Leu-Val-Arg-Gly-Arg-Gly, wherein B 1 is Lys(palmitoyl-Glu-OH) or Lys(H-Glu-OH); (ii) precipitation of the peptide of step (i) by means of mixing solution S with an anti-solvent comprising diisopropyl ether and acetonitrile, wherein the volume ratio (diisopropyl ether : acetonitrile) is in the range of from (3:1) to (10:1); and (iii) isolating the precipitate obtained from step (ii), preferably by means of filtration and/or centrifugation.
A container management method, wherein the method is applied to an offloading card , the offloading card is inserted into a computing node , a communication channel is established between the offloading card and the computing node , the offloading card is further connected to a container cluster management node through a network, and the method comprises: receiving a container creation request sent by the container cluster management node ; obtaining a container image based on the container creation request; and indicating, through the communication channel, the computing node to create a container on the computing node based on the container image; characterised in that the indicating the computing node to create a container on the computing node based on the container image comprises: creating a first virtual function device; associating the container image with the first virtual function device; and indicating the computing node to create a container operating environment for the container, and mounting the first virtual function device under a root directory of the container. receiving a container creation request sent by the container cluster management node ; obtaining a container image based on the container creation request; and indicating, through the communication channel, the computing node to create a container on the computing node based on the container image; characterised in that the indicating the computing node to create a container on the computing node based on the container image comprises: creating a first virtual function device; associating the container image with the first virtual function device; and indicating the computing node to create a container operating environment for the container, and mounting the first virtual function device under a root directory of the container. creating a first virtual function device; associating the container image with the first virtual function device; and indicating the computing node to create a container operating environment for the container, and mounting the first virtual function device under a root directory of the container.
A method for joining together different components or different sections of a single component , comprising the steps of: a) providing one or more components , wherein at least one of the components is a thermoplastic fiber composite component, to be joined together at one or more positions, and at least one component of a fastener, b) positioning said one or more components , or sections of the single component , on top of each other, c) heating at least a portion of the at least one thermoplastic fiber composite component, and optionally also portions of the other components to be joined, at one or more positions where the components are to be joined and/or heating said at least one component of the fastener, and d) drilling said at least one component of the fastener into at least the bottom component at the one or more positions, wherein a further component of the fastener is fixed to said at least one component of a fastener , to join the component(s) together, wherein step (c) can be performed prior to and/or during step (d), characterized in that said at least one component of the fastener comprises a thread and is an insert screwed into the bottom component , and the further component is a bolt. a) providing one or more components , wherein at least one of the components is a thermoplastic fiber composite component, to be joined together at one or more positions, and at least one component of a fastener, b) positioning said one or more components , or sections of the single component , on top of each other, c) heating at least a portion of the at least one thermoplastic fiber composite component, and optionally also portions of the other components to be joined, at one or more positions where the components are to be joined and/or heating said at least one component of the fastener, and d) drilling said at least one component of the fastener into at least the bottom component at the one or more positions,
Monitoring system for automatically estimating and monitoring the correct alignment of tracks of a track-type vehicle, said track-type vehicle comprising an undercarriage and two tracks , each one of said track comprising a chain comprising a plurality of chain links and articulated joints ; the monitoring system comprising: - at least one undercarriage sensor fixable on said undercarriage ; - at least one chain sensor fixable on said chain of each one of said two tracks ; - a processor configured for combining the detections of said sensors in order to determine the alignment direction of the tracks and for comparing said determined alignment direction (D) with a reference alignment direction (P), whereby the monitoring system comprises at least two undercarriage sensors allowing monitoring of the tracks and configured for detecting the position of the chain sensor by triangulation. - at least one undercarriage sensor fixable on said undercarriage ; - at least one chain sensor fixable on said chain of each one of said two tracks ; - a processor configured for combining the detections of said sensors in order to determine the alignment direction of the tracks and for comparing said determined alignment direction (D) with a reference alignment direction (P),
A circular hollow post for a wire rope road safety barrier comprising a cut-out for supporting a wire rope , wherein the cut-out is recessed within an outer periphery of the hollow post and has a substantially flat portion that extends transversely to the longitudinal axis of the hollow post and an indented curved portion extending from a part of the flat portion that is innermost relative to the outer periphery of the hollow post to the outer periphery, wherein the substantially flat portion resists downward movement of the rope during vehicle impact whereas the curved portion permits upward movement thereof.
Sensor apparatus, capable of being used to detect at least two processing parameters of an electrical appliance used for washing, the sensor apparatus comprising: at least two sensor units, used to detect different processing parameters; a signal processor unit , which is electrically connected to the at least two sensor units, acquires and processes signals from the at least two sensor units, and outputs digital signals; a housing , which accommodates the at least two sensor units and the signal processor unit , wherein the at least two sensor units include a water level sensor unit , characterized in that the water level sensor unit comprises a water pressure detector and a deformation amount detector , the water pressure detector comprising a deformable device which deforms due to water pressure applied thereto, the deformation amount detector being able to detect a deformation amount of the deformable device, and send a deformation amount signal to the signal processor unit . at least two sensor units, used to detect different processing parameters; a signal processor unit , which is electrically connected to the at least two sensor units, acquires and processes signals from the at least two sensor units, and outputs digital signals; a housing , which accommodates the at least two sensor units and the signal processor unit , wherein the at least two sensor units include a water level sensor unit , characterized in that the water level sensor unit comprises a water pressure detector and a deformation amount detector , the water pressure detector comprising a deformable device which deforms due to water pressure applied thereto, the deformation amount detector being able to detect a deformation amount of the deformable device, and send a deformation amount signal to the signal processor unit .
A system for transforming a.n organic material into syngas, comprising: - an inlet that can be supplied, in use, with said organic material and/or with a combustion agent; - an outlet. that can be passed through, in use, by said syngas produced by said system and can be fluidly connected with a user; - an open reactor , interposed between said inlet and said outlet . that can be supplied, in use, at a first height with said organic material and adapted, in use, to supply at a second height, lower than said first height, said syngas; and - cooling means positioned upstream of said outlet and downstream of said reactor according to a direction of feed, in use, of said syngas inside said system and adapted to cool, in use, said syngas inside said system ; said cooling means comprising a tube heat exchanger formed by a plurality of tubes through which said syngas can pass, in use, and housed inside a bath filled, in use, with a heat transfer liquid; characterised in that it comprises a barrier made of ceramic balls and a grid , which is interposed between said barrier and said tube heat exchanger ; said tube heat exchanger being arranged between said barrier and said outlet . - an inlet that can be supplied, in use, with said organic material and/or with a combustion agent; - an outlet. that can be passed through, in use, by said syngas produced by said system and can be fluidly connected with a user; - an open reactor , interposed between said inlet and said outlet . that can be supplied, in use, at a first height with said organic material and adapted, in use, to supply at a second height, lower than said first height, said syngas; and - cooling means positioned upstream of said outlet and downstream of said reactor according to a direction of feed, in use, of said syngas inside said system and adapted to cool, in use, said syngas inside said system ;