mhurhangee/ep-ind-claims huggingface dataset:
A compound cycle engine (10; 110) comprising: at least one rotary unit with the or each unit defining an internal combustion engine including a rotor sealingly and rotationally received within a respective housing, each housing defining an inlet port and an exhaust port; and a velocity turbine in proximity of the or each unit and including a rotor supporting a circumferential array of blades extending across a flowpath, the exhaust port of each housing being in fluid communication with the flowpath upstream of the rotor of the velocity turbine, the rotor of the velocity turbine and the rotor of the or each unit being in driving engagement with a common load; characterised in that the engine further comprises a turbocharger (18; 118) including a compressor (20; 120) and a pressure turbine (22; 122) in driving engagement through a same shaft, an outlet of the compressor (20; 120) being in fluid communication with the inlet port of each housing, and an inlet of the pressure turbine (22; 122) being in fluid communication with the flowpath downstream of the rotor of the velocity turbine. at least one rotary unit with the or each unit defining an internal combustion engine including a rotor sealingly and rotationally received within a respective housing, each housing defining an inlet port and an exhaust port; and a velocity turbine in proximity of the or each unit and including a rotor supporting a circumferential array of blades extending across a flowpath, the exhaust port of each housing being in fluid communication with the flowpath upstream of the rotor of the velocity turbine, the rotor of the velocity turbine and the rotor of the or each unit being in driving engagement with a common load; characterised in that the engine further comprises a turbocharger (18; 118) including a compressor (20; 120) and a pressure turbine (22; 122) in driving engagement through a same shaft, an outlet of the compressor (20; 120) being in fluid communication with the inlet port of each housing, and an inlet of the pressure turbine (22; 122) being in fluid communication with the flowpath downstream of the rotor of the velocity turbine.
Conductor line (6; 35) for supplying at least one electrical load which is movable on the conductor line (6; 35) in the longitudinal direction thereof with electrical energy, having at least one conductor strand running in longitudinal direction with an electrically conductive conductor profile (10, 16) for making contact with a sliding contact (21, 22) of the load, wherein a first optical transmission unit running in longitudinal direction is arranged on the conductor line (6; 35) for contactless data transmission with a second optical transmission unit which is movable with respect to the conductor line (6; 35), characterised in that the conductor line (6; 35) is designed as an elongated hollow profile with a hollow space running in longitudinal direction and a longitudinal slot running in longitudinal direction, wherein the first optical transmission unit is arranged in the hollow space.
An apparatus for changing a record comprising a record changing fork comprising first and second spaced apart tines (2, 3) arranged in a record plane and extending from a fork base to a fork mouth, each tine (2, 3) comprising a groove extending from the fork mouth at least part way to the fork base, the grooves being arranged to hold a record therebetween in the record plane; at least one tine (2, 3) comprising a resiliently deformable record gate, the record gate being adapted to prevent sliding of a record in the grooves past the record gate unless the record is slid with a force exceeding a threshold force; at least one shelf adapted to support a record, the width of the shelf being less than the separation between the tines (2, 3); and, a control mechanism connected to the record changing fork, the control mechanism being adapted to reciprocally displace the record changing fork along a length axis extending from the fork mouth to the fork base and a height axis normal to the record plane; the shelf comprising at least one end stop adapted to prevent sliding of a record off the shelf in a direction parallel to the length axis towards the record changing fork and at least one back stop adapted to prevent sliding of a record off the shelf in a direction parallel to the length axis away from the record changing fork.
An arrangement comprising: - at least one stationary internal combustion engine in form of a gas engine, - at least one catalytic converter device for exhaust gas after-treatment of non pre-treated exhaust gases of an exhaust gas flow from the at least one internal combustion engine, comprising at least one brachet for mounting the catalytic converter device on a carrier and at least one catalyst substrate, which can be releasably arranged in a housing of the catalytic converter device, wherein the catalyst substrate has a cell density of at least 50 cpsi, preferably greater than 100 cpsi, and less than 350 cpsi, preferably less than 300 cpsi, - at least one exhaust gas turbine (2, 2') arranged downstream of the internal combustion engine in the exhaust gas flow from the internal combustion engine, - at least one injection device for the injection of reducing agent for the at least one catalytic converter device, and - an exhaust gas conduit, in which the exhaust gas conduit has at least one conical portion, which enlarges downstream, wherein the at least one injection device is arranged downstream of the at least one exhaust gas turbine (2, 2'), upstream of the at least one catalytic converter device and upstream of the at least one muffler in the conical portion, wherein the muffler is arranged upstream of the catalytic converter device and wherein the conical portion is arranged immediately downstream of the at least one exhaust gas turbine (2, 2'). - at least one stationary internal combustion engine in form of a gas engine, - at least one catalytic converter device for exhaust gas after-treatment of non pre-treated exhaust gases of an exhaust gas flow from the at least one internal combustion engine, comprising at least one brachet for mounting the catalytic converter device on a carrier and at least one catalyst substrate, which can be releasably arranged in a housing of the catalytic converter device, wherein the catalyst substrate has a cell density of at least 50 cpsi, preferably greater than 100 cpsi, and less than 350 cpsi, preferably less than 300 cpsi, - at least one exhaust gas turbine (2, 2') arranged downstream of the internal combustion engine in the exhaust gas flow from the internal combustion engine, - at least one injection device for the injection of reducing agent for the at least one catalytic converter device, and - an exhaust gas conduit, in which the exhaust gas conduit has at least one conical portion, which enlarges downstream,
A suction disk structure, comprising: a soft rubber suction disk with a draw bar, a base mounted on a back face of the soft rubber suction disk and a return spring located between the soft rubber suction disk and the base, an end of the draw bar is provided with a pin shaft radially extended towards two sides of the draw bar, and the suction disk further comprises a driving device for driving the draw bar to rise and fall by pushing the pin shaft, characterized in that a center of the base has a central guiding hole for guiding the draw bar to move axially; a guiding column having symmetrical guiding planes at two sides of the guiding column and a pair of symmetrical position-limiting guiding flanges are upwardly protruded around the central guiding hole, forming guiding grooves between the guiding planes and the position-limiting guiding flanges; the guiding column further has a pin shaft rise-fall guiding groove that is perpendicular to the symmetrical guiding planes at two sides of the guiding column and extended along the axial direction, and two ends of the pin shaft are hidden in the pin shaft rise-fall guiding groove; the driving device comprises a pushing switch mounted on the base and a driving slide cover connected with the pushing switch and having a supporting member; the center of the pushing switch has an elongate guiding hole, and each of two symmetrical sides of the elongate guiding hole is provided with an inclined step with an upper end supporting surface and a lower end supporting surface; and the pushing switch is sleeved on the guiding column through the elongate guiding hole in a slidable cooperation manner such that the pushing switch is guided in the guiding groove; and the draw bar is extended through the central guiding hole of the base and a center of the pushing switch such that two ends of the pin shaft are simultaneously hidden in the inclined steps; as the pushing switch is driven by the driving slide cover to slide back and forth in a radial direction, the pin shaft is moved up and down along the inclined step and can be stopped on the upper and lower end supporting surfaces of the inclined step, respectively, thereby driving the draw bar to rise and fall to drive the soft rubber suction disk, to thereby achieving an adsorption state and a release state.
Control system of a technical installation, in particular a manufacturing or process installation, which comprises at least one operator station server, at least one operator station client and at least one engineering station server, wherein the operator station server is embodied to transfer visualization information to the operator station client, and wherein the operator station client is embodied to generate a graphical presentation for an operator of the technical installation by means of the visualization information, and wherein the operator station client is embodied to adjust the graphical presentation in response to an instruction of the operator to the operator station client, and wherein the operator station client is embodied to transmit an item of information regarding the adjustment of the graphical presentation to the operator station server, and wherein the operator station server is embodied to record the information received from the operator station client regarding the adjustment of the graphical presentation in a memory of the operator station server, characterised in that the operator station server is embodied to transmit the information regarding the adjustment of the graphical presentation to the engineering station server, in order to make the information regarding the adjustment of the graphical presentation available to a project engineer of the technical installation. and wherein the operator station client is embodied to generate a graphical presentation for an operator of the technical installation by means of the visualization information, and wherein the operator station client is embodied to adjust the graphical presentation in response to an instruction of the operator to the operator station client, and wherein the operator station client is embodied to transmit an item of information regarding the adjustment of the graphical presentation to the operator station server, and wherein the operator station server is embodied to record the information received from the operator station client regarding the adjustment of the graphical presentation in a memory of the operator station server, characterised in that the operator station server is embodied to transmit the information regarding the adjustment of the graphical presentation to the engineering station server, in order to make the information regarding the adjustment of the graphical presentation available to a project engineer of the technical installation.
Spacer for multipane insulating glazing units, comprising at least: a polymeric main body comprising two pane contact surfaces (3.1, 3.2) running parallel to one another, a glazing interior surface, an adhesive bonding surface, wherein the pane contact surfaces (3.1, 3.2) and the adhesive bonding surface are connected to one another directly or via connection surfaces (6.1, 6.2), and an insulation film, which is applied at least on the adhesive bonding surface, wherein the insulation film has a metal-containing barrier layer with a thickness of 1 μm to 20 μm facing the adhesive bonding surface, and the insulation film comprises a polymeric layer with a thickness of 5 μm to 80 μm and a metal-containing thin layer with a thickness of less than 100 nm adjacent the polymeric layer.
A method, comprising: receiving user data, wherein the user data indicates first content (303, 412, 509) scheduled to be recorded on a user device (120, 121, 214, 306, 408, 502); receiving, from the user device (120, 121, 214, 306, 408, 502), a request for second content (303, 412, 509); determining, based on the user data indicating that the first content (303, 412, 509) is scheduled to be recorded, a replacement content segment relevant to a user; inserting the replacement content segment into the second content (303, 412, 509); and providing the second content (303, 412, 509) having the replacement content segment to the user device (120, 121, 214, 306, 408, 502). receiving user data, wherein the user data indicates first content (303, 412, 509) scheduled to be recorded on a user device (120, 121, 214, 306, 408, 502); receiving, from the user device (120, 121, 214, 306, 408, 502), a request for second content (303, 412, 509); determining, based on the user data indicating that the first content (303, 412, 509) is scheduled to be recorded, a replacement content segment relevant to a user; inserting the replacement content segment into the second content (303, 412, 509); and providing the second content (303, 412, 509) having the replacement content segment to the user device (120, 121, 214, 306, 408, 502).
Coupler device for fluidly connecting a beverage chamber of a beverage container to a beverage dispensing line, the coupler device comprising: a housing with a coupling organ for detachably coupling the housing to the beverage container; a beverage conduit extending through the housing between an inlet which is configured for being connected to a first dispensing line part attached to the beverage container and an outlet which is configured for being connected to a second dispensing line part attached to a dispenser; and a broach element movably arranged relative to the housing for broaching the beverage container in order to fluidly connect the beverage chamber to the first dispensing line part; wherein, in use of the coupler device when coupled to the beverage container, the beverage conduit includes a horizontally extending beverage conduit section that defines a horizontal flow path for the beverage; and wherein, at the beverage conduit section, the coupler device comprises a reflux valve arranged for limiting a reflux flow of beverage through the beverage conduit (80 from the outlet to the inlet of the coupler device, characterised in that: the reflux valve comprises a movable valve element which is movable relative to the beverage conduit section in a reflux flow direction along the horizontal flow path for enabling a beverage pressure surge in the dispensing line to travel across the valve. a housing with a coupling organ for detachably coupling the housing to the beverage container; a beverage conduit extending through the housing between an inlet which is configured for being connected to a first dispensing line part attached to the beverage container and an outlet which is configured for being connected to a second dispensing line part attached to a dispenser; and a broach element movably arranged relative to the housing for broaching the beverage container in order to fluidly connect the beverage chamber to the first dispensing line part; wherein, in use of the coupler device when coupled to the beverage container, the beverage conduit includes a horizontally extending beverage conduit section that defines a horizontal flow path for the beverage; and wherein, at the beverage conduit section, the coupler device comprises a reflux valve arranged for limiting a reflux flow of beverage through the beverage conduit (80 from the outlet to the inlet of the coupler device, characterised in that: the reflux valve comprises a movable valve element which is movable relative to the beverage conduit section in a reflux flow direction along the horizontal flow path for enabling a beverage pressure surge in the dispensing line to travel across the valve.
An immunostimulatory non-methylated oligodeoxynucleotide having the general formula 5' x { p T T C G T C q} n z 3' wherein p = 1-15, q = 1-15, n = 3-100, x = 3-10 and z = 0-10 or a pharmaceutically acceptable salt thereof.
A computer-implemented method comprising: receiving captured images of an interactive environment in which a head-mounted display is disposed; receiving inertial data processed from at least one inertial sensor of the HMD; tracking the gaze of a user in images of the user's eyes captured by at least one gaze tracking camera included in the HMD and analyzing the images to determine the gaze direction of the user of the HMD; analyzing the captured images of the interactive environment, the gaze direction, and the inertial data to determine a predicted future location of the HMD; using the predicted future location of the HMD to adjust a beamforming direction of an RF transceiver in a direction that is towards the predicted future location of the HMD; and transmitting data via the RF transceiver to the HMD using the adjusted beamforming direction. receiving captured images of an interactive environment in which a head-mounted display is disposed; receiving inertial data processed from at least one inertial sensor of the HMD; tracking the gaze of a user in images of the user's eyes captured by at least one gaze tracking camera included in the HMD and analyzing the images to determine the gaze direction of the user of the HMD; analyzing the captured images of the interactive environment, the gaze direction, and the inertial data to determine a predicted future location of the HMD; using the predicted future location of the HMD to adjust a beamforming direction of an RF transceiver in a direction that is towards the predicted future location of the HMD; and transmitting data via the RF transceiver to the HMD using the adjusted beamforming direction.
A system having an aqueous liquid electrolyte environment having an ionic strength of at least 5 mM, said environment containing cations consisting essentially of monovalent cations, and said environment being contained by a barrier comprising a nanocrystalline cellulose film in which at least part of the H + protons of an acid form of said NCC are replaced by a monovalent cation other than H +, said barrier being dispersible in water but non-dispersible in said liquid environment.
A method of operating a mobile terminal in a telecommunications network comprising a plurality of cells, said method comprising: storing a cell preference list comprising a preferred cell from the plurality of cells in the telecommunication network; estimating a route taken by the mobile terminal; determining the probability of the mobile terminal being within range of the preferred cell using the estimated route; repeatedly performing actions to find the preferred cell, wherein the interval between actions is dependent on the determined probability, a predicted location of the mobile terminal and the speed of the mobile terminal; and connecting to the preferred cell. storing a cell preference list comprising a preferred cell from the plurality of cells in the telecommunication network; estimating a route taken by the mobile terminal; determining the probability of the mobile terminal being within range of the preferred cell using the estimated route; repeatedly performing actions to find the preferred cell, wherein the interval between actions is dependent on the determined probability, a predicted location of the mobile terminal and the speed of the mobile terminal; and connecting to the preferred cell.
A mobile communications system comprising: an arrangement of at least one base station (52, 54) configured to communicate data to and/or from different types of terminal device (56, 58) via respective ones of a plurality of logically separate carriers (60, 62, 64, 66) of a wireless access interface; a first terminal device operable to camp-on to a first carrier of the plurality of carriers and to subsequently communicate data with the arrangement of at least one base station via the first carrier, and a second terminal device operable to camp-on to a second carrier of the plurality of carriers and to subsequently communicate data with the arrangement of at least one base station via the second carrier, wherein the first and second carriers support compatible synchronisation signalling such that the first and second terminal devices both have the ability to synchronise with the first and second carriers to begin a camp-on procedure, and wherein following synchronisation with one of the first or second carriers to begin a camp-on procedure, the second terminal device is configured to determine whether or not to continue with the camp-on procedure in dependence on an aspect of physical layer signalling associated with a control channel of the carrier with which it has synchronised. an arrangement of at least one base station (52, 54) configured to communicate data to and/or from different types of terminal device (56, 58) via respective ones of a plurality of logically separate carriers (60, 62, 64, 66) of a wireless access interface; a first terminal device operable to camp-on to a first carrier of the plurality of carriers and to subsequently communicate data with the arrangement of at least one base station via the first carrier, and a second terminal device operable to camp-on to a second carrier of the plurality of carriers and to subsequently communicate data with the arrangement of at least one base station via the second carrier, wherein the first and second carriers support compatible synchronisation signalling such that the first and second terminal devices both have the ability to synchronise with the first and second carriers to begin a camp-on procedure, and wherein following synchronisation with one of the first or second carriers to begin a camp-on procedure, the second terminal device is configured to determine whether or not to continue with the camp-on procedure in dependence on an aspect of physical layer signalling associated with a control channel of the carrier with which it has synchronised.