mhurhangee/patent-ind-claim-en huggingface dataset:
An energy storage system (1250; 1450), comprising: a turbo train drive in mechanical communication with a compressor and an expander ; a hot heat sink in thermal communication between an output of the compressor and an input of the expander ; and a reservoir in thermal communication between an output of the expander and an input of the compressor , wherein the compressor and the expander , via the turbo train drive , are operable between a charging function for charging the hot heat sink and a discharging function for discharging the hot heat sink , characterized by the energy storage system (1250; 1450) further comprising: a first bottoming cycle positioned between an output of the hot heat sink and the input of the expander ; and a second bottoming cycle (1204; 1404) positioned between an output of the reservoir and the input of the compressor . a turbo train drive in mechanical communication with a compressor and an expander ; a hot heat sink in thermal communication between an output of the compressor and an input of the expander ; and a reservoir in thermal communication between an output of the expander and an input of the compressor , wherein the compressor and the expander , via the turbo train drive , are operable between a charging function for charging the hot heat sink and a discharging function for discharging the hot heat sink , characterized by the energy storage system (1250; 1450) further comprising: a first bottoming cycle positioned between an output of the hot heat sink and the input of the expander ; and a second bottoming cycle (1204; 1404) positioned between an output of the reservoir and the input of the compressor . a first bottoming cycle positioned between an output of the hot heat sink and the input of the expander ; and a second bottoming cycle (1204; 1404) positioned between an output of the reservoir and the input of the compressor .
A computer implemented motion estimation method for estimating motion in video data containing a plurality of frames, the motion estimation method comprising: determining whether a current frame unit for which motion estimation is to be performed corresponds to a double block (S601), the double block corresponding to one pair of neighboring single blocks to be processed together; when the current frame unit corresponds to the double block, acquiring a candidate vector set corresponding to a first single block included in the double block, as a candidate vector set of the double block (S602); characterised in that : the candidate vector set comprises spatial candidate vectors, temporal candidate vectors, and random candidate vectors; and the method further comprising: individually calculating a confidence function value of each candidate vector included in the candidate vector set of the double block, for the first single block and a second single block included in the double block (S603); acquiring an estimated motion vector of the first single block by selecting a candidate vector having a minimum confidence function value for the first single block among the candidate vectors of the first single block and acquiring an estimated motion vector of the second single block (S604) by selecting a candidate vector having a minimum confidence function value for the second single block among the candidate vectors of the second single block; and changing the frame unit to be processed to a subsequent frame unit. determining whether a current frame unit for which motion estimation is to be performed corresponds to a double block (S601), the double block corresponding to one pair of neighboring single blocks to be processed together; when the current frame unit corresponds to the double block, acquiring a candidate vector set corresponding to a first single block included in the double block, as a candidate vector set of the double block (S602); the candidate vector set comprises spatial candidate vectors, temporal candidate vectors, and random candidate vectors; and the method further comprising: individually calculating a confidence function value of each candidate vector included in the candidate vector set of the double block, for the first single block and a second single block included in the double block (S603); acquiring an estimated motion vector of the first single block by selecting a candidate vector having a minimum confidence function value for the first single block among the candidate vectors of the first single block and acquiring an estimated motion vector of the second single block (S604) by selecting a candidate vector having a minimum confidence function value for the second single block among the candidate vectors of the second single block; and changing the frame unit to be processed to a subsequent frame unit.
Process for the production of sealing strips for sealing threaded connections by rolling PTFE into a film , whereby the film formed by rolling is cut along cutting lines , which, in the plane of the film , are at least approximately normal to the direction of rolling, into elongated strips, the longitudinal direction of which is at least approximately normal to the direction of rolling on the film .
A nasal respiratory assembly comprising: a pair of sheets , each sheet defining an opening sized and shaped to fit over a nostril of a patient, with a ferromagnetic dome-shaped ring positioned at an underside of the sheet and circumferentially aligned with the opening , with an upper side of the sheet configured for sealable engagement with the nostril; a pair of posts , each post including a magnetic ring positioned at a first end and a receptacle positioned at a second end with a passageway extending from the first to the second ends, the magnetic ring removably attachable to the dome-shaped ring ; a connector with a pair of channel openings at a post end, each channel opening sized and shaped to cooperate with one of the receptacles of the posts to form a substantially airtight connection therewith, and an inlet at a vent end that is fluid communication with a flexible tubing connected to a fluid source. a pair of sheets , each sheet defining an opening sized and shaped to fit over a nostril of a patient, with a ferromagnetic dome-shaped ring positioned at an underside of the sheet and circumferentially aligned with the opening , with an upper side of the sheet configured for sealable engagement with the nostril; a pair of posts , each post including a magnetic ring positioned at a first end and a receptacle positioned at a second end with a passageway extending from the first to the second ends, the magnetic ring removably attachable to the dome-shaped ring ; a connector with a pair of channel openings at a post end, each channel opening sized and shaped to cooperate with one of the receptacles of the posts to form a substantially airtight connection therewith, and an inlet at a vent end that is fluid communication with a flexible tubing connected to a fluid source.
A device for use in a sputter system , the device comprising - at least a first and a second end block , wherein the first and second end blocks are positioned at opposite sides of the sputter system , the first and second end blocks being non-collinear and being configured such that they can each mount a first extremity of a different target tube or sputter magnetron, - wherein each of the first and second end blocks is adapted to be connected to an RF power source for actively powering a target assembly comprising at least two target tubes or sputter magnetrons, when each mounted on another one of the at least first and second end blocks , with an RF power component at the target tubes' or sputter magnetrons' first extremities, and - wherein the device is adapted, by not providing electrical connections to the RF power source to connect to a second extremity of each of the target tubes or sputter magnetrons, such that the target assembly, when mounted, is not actively powered with RF power simultaneously at both extremities of a single target tube or sputter magnetron. - at least a first and a second end block , wherein the first and second end blocks are positioned at opposite sides of the sputter system , the first and second end blocks being non-collinear and being configured such that they can each mount a first extremity of a different target tube or sputter magnetron, - wherein each of the first and second end blocks is adapted to be connected to an RF power source for actively powering a target assembly comprising at least two target tubes or sputter magnetrons, when each mounted on another one of the at least first and second end blocks , with an RF power component at the target tubes' or sputter magnetrons' first extremities, and - wherein the device is adapted, by not providing electrical connections to the RF power source to connect to a second extremity of each of the target tubes or sputter magnetrons, such that the target assembly, when mounted, is not actively powered with RF power simultaneously at both extremities of a single target tube or sputter magnetron.
Set with a bone anchor for an upper or lower jaw and a corresponding drilling template for making drill holes in the jaw for mounting the bone anchor to the bone of the jaw by means of screws, wherein this bone anchor contains an anchor plate provided with openings for said screws, has a mounting device for mounting aids and a longitudinal connecting element that extends between the mounting device and the anchor plate and is rigidly connected to the latter, whereas the connecting element should extend through gingiva or mucosa into the oral cavity so that the mounting device is situated in the oral cavity, wherein the anchor plate has a bone side which must connect to said bone of the jaw and an opposite free side , whereas said drilling template has recesses whose mutual position corresponds to the mutual position of said openings in the bone anchor , characterised in that said drilling template contains an anchor plate with a bone side , wherein at least the shape and dimensions of this bone side are virtually the same as those of the bone side of the bone anchor's anchor plate , wherein the drilling template has a connecting element which is rigidly connected to the anchor plate thereof and whose shape and dimensions are virtually the same as those of the connecting element of the bone anchor , wherein a drill guide is provided adjacent to each of said recesses on the drilling template that allows a drill to be appropriately guided in order to make drill holes in the jaw .
An electrical adapter for electrically connecting a control unit of a heating device to an electric energy source and to an electrical signal source , characterized in that the electrical adapter - has a support of an electrically insulating plastic material (K), - has at least one electrical signal line for the electrical signal transmission, wherein this signal line is embedded in the plastic material (K) of the support and at one end merges into an electrical signal input connection for the electrical connection to an electrical signal source and at the other end into a signal output connection for the electrical connection to an electronic control system of the control unit , - has a first and a second electrical supply line for the electric energy transmission, wherein these supply lines are embedded in the plastic material (K) of the support and at one end merge into a first and second electrical supply input connection for the electrical connection to the electric energy source and at the other end into a first and second electrical supply output connection for the electrical connection to an electronic control system of the control unit , - has a filter device arranged on the support for filtering an electric supply current conducted via the electrical supply lines , wherein the electrical filter device with a first electrical filter connection is electrically connected to the first electrical supply line and with a second electrical filter connection , is electrically connected to the second electrical supply line . - has a support of an electrically insulating plastic material (K), - has at least one electrical signal line for the electrical signal transmission, wherein this signal line is embedded in the plastic material (K) of the support and at one end merges into an electrical signal input connection for the electrical connection to an electrical signal source and at the other end into a signal output connection for the electrical connection to an electronic control system of the control unit , - has a first and a second electrical supply line for the electric energy transmission, wherein these supply lines are embedded in the plastic material (K) of the support and at one end merge into a first and second electrical supply input connection for the electrical connection to the electric energy source and at the other end into a first and second electrical supply output connection for the electrical connection to an electronic control system of the control unit , - has a filter device arranged on the support for filtering an electric supply current conducted via the electrical supply lines , wherein the electrical filter device with a first electrical filter connection is electrically connected to the first electrical supply line and with a second electrical filter connection , is electrically connected to the second electrical supply line .
An adapter device for fixing a cover to a prosthetic limb of a prosthesis system , comprising: - a first adapter part configured for being attached to the cover ; - a second adapter part configured for being mounted onto the prosthetic limb ; and - a locking means for locking the first adapter part onto the second adapter part when the first and second adapter parts are connected; characterised in that the first adapter part is provided with at least one protrusion and the second adapter parts is provided with at least one groove for creating a dovetail connection when the first and second adapter parts are connected. - a first adapter part configured for being attached to the cover ; - a second adapter part configured for being mounted onto the prosthetic limb ; and - a locking means for locking the first adapter part onto the second adapter part when the first and second adapter parts are connected;
A printed output inspection unit for a web printing system , comprising: a first L-inverter disposed in a first plane; a second L-inverter disposed in a second plane offset from the first plane in a direction orthogonal to the first plane; and a first inspection area between the first and second L-inverters to view a first side of a web substrate, the first inspection area extending in the direction orthogonal to the first plane. a first L-inverter disposed in a first plane; a second L-inverter disposed in a second plane offset from the first plane in a direction orthogonal to the first plane; and a first inspection area between the first and second L-inverters to view a first side of a web substrate, the first inspection area extending in the direction orthogonal to the first plane.
An assembly comprising an electromechanical interface and a removable scanning module for coupling to a mobile communication terminal via the electromechanical interface , said removable scanning module comprising a housing at least partially containing at least one of: an encoded information reading, EIR, device , a laser-based scanning device, and an illumination module ; characterized in that said electromechanical interface comprises a first plurality of wires electrically coupling a first electromechanical connector to a second electromechanical connector ; wherein said first electromechanical connector is configured to be electromechanically coupled to said mobile communication terminal ; and wherein said electromechanical interface comprises a second plurality of wires electrically coupling said removable scanning module to said first plurality of wires, the second plurality of wires electrically coupling said first electromechanical connector to a third electromechanical connector via the first plurality of wires , wherein said scanning module couples to said third electromechanical connector. characterized in that said electromechanical interface comprises a first plurality of wires electrically coupling a first electromechanical connector to a second electromechanical connector ; wherein said first electromechanical connector is configured to be electromechanically coupled to said mobile communication terminal ; and wherein said electromechanical interface comprises a second plurality of wires electrically coupling said removable scanning module to said first plurality of wires, the second plurality of wires electrically coupling said first electromechanical connector to a third electromechanical connector via the first plurality of wires , wherein said scanning module couples to said third electromechanical connector.
A method for controlling a chiller , the method comprising: receiving, by a controller , a target value of a control factor of the chiller ; comparing, by the controller , an input target value with a current value of the control factor of the chiller ; and iteratively performing the following steps: transmitting, by the controller , a control factor value change command to the chiller if the input target value is not equal to the current value of the control factor of the chiller ; receiving, by the controller , a changed current value of the control factor from the chiller ; updating, by the controller , the current value of the control factor on a management screen with a received current value of the control factor; and comparing, by the controller , the input target value with the current value of the control factor again until the target value of the control factor becomes equal to the current value. receiving, by a controller , a target value of a control factor of the chiller ; comparing, by the controller , an input target value with a current value of the control factor of the chiller ; and iteratively performing the following steps: transmitting, by the controller , a control factor value change command to the chiller if the input target value is not equal to the current value of the control factor of the chiller ; receiving, by the controller , a changed current value of the control factor from the chiller ; updating, by the controller , the current value of the control factor on a management screen with a received current value of the control factor; and comparing, by the controller , the input target value with the current value of the control factor again until the target value of the control factor becomes equal to the current value.
Vehicle, in particular aircraft , having a system for automatically adapting operating parameters of a galley device of the vehicle on the basis of provided supply items for on-board catering for the vehicle, containing: a galley device that has an identification device that is designed to identify a supply item ; and a control device for controlling the galley device , wherein the control device is designed to provide operating parameters for the identified supply item and to operate the galley device in accordance with the operating parameters; wherein the galley device comprises at least one of an oven, a microwave and a cooling device, wherein preparation and/or storage is adapted to the identified supply item ; characterized in that the identification device has a camera and is designed to identify the supply item using object recognition. a galley device that has an identification device that is designed to identify a supply item ; and a control device for controlling the galley device , wherein the control device is designed to provide operating parameters for the identified supply item and to operate the galley device in accordance with the operating parameters; wherein the galley device comprises at least one of an oven, a microwave and a cooling device, wherein preparation and/or storage is adapted to the identified supply item ; characterized in that the identification device has a camera and is designed to identify the supply item using object recognition.
A mounting arrangement for a gas turbine engine fan blade , the mounting arrangement comprising: a gas turbine engine fan blade ; a fan blade hub having a slot , said blade having a radially directed axis and a radially inner root arranged within said slot in said blade hub ; and an elongate resilient leaf spring spacer arranged within said slot between a radially innermost end of said blade root and a radially innermost surface of said slot by interference fit therebetween such that said spacer exerts a radially outward force on said blade root to reduce radial movement of said blade root within said slot, wherein said radially innermost end of said blade root and said radially innermost surface of said slot comprise a pair of opposed longitudinally extending surfaces generally normal to said blade radial axis , and said leaf spring spacer includes a longitudinal axis generally parallel to an axis of said gas turbine engine, a pair of opposed, radially inner and outer longitudinally extending major surfaces and a pair of opposed lateral side edges , each of said side edges including at least one tab extending outwardly therefrom, characterised in that : said lateral side edges are thickened for filling a clearance between a beveled edge of said fan blade root portion and an adjacent portion of said slot in said hub . a gas turbine engine fan blade ; a fan blade hub having a slot , said blade having a radially directed axis and a radially inner root arranged within said slot in said blade hub ; and an elongate resilient leaf spring spacer arranged within said slot between a radially innermost end of said blade root and a radially innermost surface of said slot by interference fit therebetween such that said spacer exerts a radially outward force on said blade root to reduce radial movement of said blade root within said slot, wherein said radially innermost end of said blade root and said radially innermost surface of said slot comprise a pair of opposed longitudinally extending surfaces generally normal to said blade radial axis , and said leaf spring spacer includes a longitudinal axis generally parallel to an axis of said gas turbine engine, a pair of opposed, radially inner and outer longitudinally extending major surfaces and a pair of opposed lateral side edges , each of said side edges including at least one tab extending outwardly therefrom, characterised in that : said lateral side edges are thickened for filling a clearance between a beveled edge of said fan blade root portion and an adjacent portion of said slot in said hub .