mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing a tapping device, comprising a series of beverage containers and a line circuit connected thereto with a flow direction, wherein each beverage container is provided with a connecting device , wherein in a tapping phase, at least one of the connecting devices is set such that beverage from the respective container can be introduced into the line circuit , while viewed in flow direction, the successive connecting devices are brought into a position so that beverage can pass therethrough and the communication between the respective containers and the line circuit is terminated, whereupon, after that, a connecting device downstream in flow direction is brought into a position so that beverage can be introduced from the respective container into the line circuit , while in a rinsing phase, each of the connecting devices is brought into a position so that beverage can pass therethrough and the communication between the respective containers and the line circuit is terminated, after which rinsing liquid and/or cleaning liquid is fed through the line circuit, at least such that all connecting devices are flowed through.
An airfoil (60; 160) for a gas turbine engine , comprising: an airfoil body (61; 161) having an internal passage (64; 164) for conveying a fluid flow (F), the internal passage (64; 164) including first and second passage sections (66, 68; 168) coupled at a turn section (70; 170), wherein the first and second passage sections are separated by a rib, wherein the airfoil comprises a baffle (72; 172) including a body arranged in the second passage section (68; 168) to define two cooling flow paths (F1, F2) together with surfaces of the internal passage (64; 164), and a first wedge region (76; 176) extending from the body into the first passage section such that the fluid flow (F) is directed through the turn section (70; 170) between the first passage section and the two cooling flow paths (F1, F2), wherein the first wedge region (76; 176) includes first and second sloped sides that are joined at an apex , the first sloped side defining a first reference plane intersecting a surface of the turn section (70; 170) to define a first angle (ΘA), the first angle (ΘA) being equal to or less than 45 degrees, wherein the baffle (72; 172) includes a second wedge region (78; 178) sloping inwardly from the first wedge region (76; 176) towards the body such that the second wedge region (78; 178) is spaced from outer surfaces of the turn section (70; 170). an airfoil body (61; 161) having an internal passage (64; 164) for conveying a fluid flow (F), the internal passage (64; 164) including first and second passage sections (66, 68; 168) coupled at a turn section (70; 170), wherein the first and second passage sections are separated by a rib, wherein the airfoil comprises a baffle (72; 172) including a body arranged in the second passage section (68; 168) to define two cooling flow paths (F1, F2) together with surfaces of the internal passage (64; 164), and a first wedge region (76; 176) extending from the body into the first passage section such that the fluid flow (F) is directed through the turn section (70; 170) between the first passage section and the two cooling flow paths (F1, F2), wherein the first wedge region (76; 176) includes first and second sloped sides that are joined at an apex , the first sloped side defining a first reference plane intersecting a surface of the turn section (70; 170) to define a first angle (ΘA), the first angle (ΘA) being equal to or less than 45 degrees, wherein the baffle (72; 172) includes a second wedge region (78; 178) sloping inwardly from the first wedge region (76; 176) towards the body such that the second wedge region (78; 178) is spaced from outer surfaces of the turn section (70; 170).
A constant velocity universal joint, comprising: an outer joint member in which at least one end portion is open; an inner joint member for transmitting torque together with the outer joint member through torque transmission members under a state in which angular displacement is allowed; a boot for closing the open end portion of the outer joint member , the boot having a small diameter end portion fitted onto a shaft extending from the inner joint member ; a lip portion abutting on an outer peripheral surface of the shaft and having a function of preventing a leakage of lubricant; and a ventilation groove for establishing communication between an inside and an outside of the boot , at least one ventilation hole which is provided in a region of the lip portion abutting on the shaft , wherein the lip portion and the ventilation groove are formed in an inner peripheral surface of the small diameter end portion of the boot , the ventilation groove is provided in a fixed region of the small diameter end portion fixed by a boot band , and the lip portion is provided at a distance from the fixed region and axially inward of the ventilation groove characterized by further comprising a porous member , which is disposed to the outer opening portion of the ventilation groove , wherein the porous member is formed into an annular shape and is fitted in a recessed groove formed in the inner peripheral surface of the small diameter end portion of the boot . an outer joint member in which at least one end portion is open; an inner joint member for transmitting torque together with the outer joint member through torque transmission members under a state in which angular displacement is allowed; a boot for closing the open end portion of the outer joint member , the boot having a small diameter end portion fitted onto a shaft extending from the inner joint member ; a lip portion abutting on an outer peripheral surface of the shaft and having a function of preventing a leakage of lubricant; and a ventilation groove for establishing communication between an inside and an outside of the boot , at least one ventilation hole which is provided in a region of the lip portion abutting on the shaft , wherein the lip portion and the ventilation groove are formed in an inner peripheral surface of the small diameter end portion of the boot , the ventilation groove is provided in a fixed region of the small diameter end portion fixed by a boot band , and the lip portion is provided at a distance from the fixed region and axially inward of the ventilation groove characterized by further comprising a porous member , which is disposed to the outer opening portion of the ventilation groove , wherein the porous member is formed into an annular shape and is fitted in a recessed groove formed in the inner peripheral surface of the small diameter end portion of the boot .
A former head for forming a fibrous web, where fibres are supplied to the former head mixed with air via at least one injection inlet , the former head comprising: a) a roller being rotatable in a rotation direction (RD) around a rotation axis (A) and comprising: - a roller surface surrounding the rotation axis (A), and - a plurality of projections extending outwardly, such as radially outwardly, from the roller surface , b) a screen extending along at least part of the roller surface above the rotation axis (A), the roller surface and the screen defining therebetween a peripheral gap , and c) the injection inlet being positioned to conduct the mixture of the fibres and air into the peripheral gap in a delivery direction (DD), characterised in that said delivery direction (DD) is opposite to the rotation direction (RD) of the roller , and said screen comprising an air inlet being configured for communicating with the peripheral gap and arranged before the injection inlet when viewed in the rotation direction (RD) of the roller . a) a roller being rotatable in a rotation direction (RD) around a rotation axis (A) and comprising: - a roller surface surrounding the rotation axis (A), and - a plurality of projections extending outwardly, such as radially outwardly, from the roller surface , - a roller surface surrounding the rotation axis (A), and - a plurality of projections extending outwardly, such as radially outwardly, from the roller surface , b) a screen extending along at least part of the roller surface above the rotation axis (A), the roller surface and the screen defining therebetween a peripheral gap , and c) the injection inlet being positioned to conduct the mixture of the fibres and air into the peripheral gap in a delivery direction (DD), characterised in that said delivery direction (DD) is opposite to the rotation direction (RD) of the roller , and said screen comprising an air inlet being configured for communicating with the peripheral gap and arranged before the injection inlet when viewed in the rotation direction (RD) of the roller .
A cartridge for use as an irradiation target, wherein the cartridge comprises a housing and a sealed ampoule included in said housing , wherein the ampoule contains a parent material which on activation by neutron flux converts into a radioisotope, and wherein that ampoule is kept within said housing by means of a shock absorbing material , characterized in that the housing is made of a plastic material.
A seat back for a passenger seat, the seat back comprising a frame , the frame comprising: a forward side and an aft side , an upper portion comprising a top end of the seat back ; and a lower portion adjacent to the upper portion , wherein a thickness of the upper portion of the frame is less than a thickness of the lower portion of the frame , wherein the frame is tubular and defines a central cavity , characterized in that the frame supports a back sheet , the back sheet being supported at the forward side of the frame so that the back sheet defines a housing area in an aft side of the seat back , the housing area including a housing area surface that is recessed within the seat back relative to the aft side of the frame , the housing area being adapted for housing an In-Flight Entertainment (IFE) system, a literature or storage pocket, and in that said seat back further comprises a reinforcing member reinforcing at least a portion of the upper portion of the frame , wherein at least one opening is defined in the aft side of the frame such that the at least one opening provides access to the central cavity of the frame from the aft side , and the reinforcing member is joined to the frame in the opening to provide selective reinforcement and strengthening of the frame , said reinforcing member defining attachment or connection points for IFE equipment, a shroud mount, a video mount, or a tray table. a forward side and an aft side , an upper portion comprising a top end of the seat back ; and a lower portion adjacent to the upper portion , wherein a thickness of the upper portion of the frame is less than a thickness of the lower portion of the frame , wherein the frame is tubular and defines a central cavity , characterized in that the frame supports a back sheet , the back sheet being supported at the forward side of the frame so that the back sheet defines a housing area in an aft side of the seat back , the housing area including a housing area surface that is recessed within the seat back relative to the aft side of the frame , the housing area being adapted for housing an In-Flight Entertainment (IFE) system, a literature or storage pocket, and in that said seat back further comprises a reinforcing member reinforcing at least a portion of the upper portion of the frame , wherein at least one opening is defined in the aft side of the frame such that the at least one opening provides access to the central cavity of the frame from the aft side , and the reinforcing member is joined to the frame in the opening to provide selective reinforcement and strengthening of the frame , said reinforcing member defining attachment or connection points for IFE equipment, a shroud mount, a video mount, or a tray table.
A vehicle-mounted device comprising: a communication unit configured to be able to perform wireless communication with a plurality of roadside apparatuses to which first identification information for identifying each of the plurality of roadside apparatuses is given, receive the first identification information concerning the roadside apparatuses, which is transmitted from the roadside apparatuses, and receive, from a subsequent roadside apparatus, as second identification information, identification information of roadside apparatuses via which the vehicle (C) is expected to have travelled to reach the subsequent roadside apparatus, if the vehicle is traveling in a traffic lane where the roadside apparatuses are installed; a storage unit configured to store the first identification information transmitted from the roadside apparatuses; and a reproducing unit configured to reproduce content information provided from the roadside apparatuses together with the first and second identification information; characterized by a control unit configured to cause, if the first identification information stored in the storage unit is included in the second identification information subsequently transmitted from the subsequent roadside apparatus, the reproducing unit to reproduce content information subsequently transmitted together with the second identification information, and delete, from the storage unit, the first identification information previously transmitted from the previous roadside apparatus, after reproducing the content information. a communication unit configured to be able to perform wireless communication with a plurality of roadside apparatuses to which first identification information for identifying each of the plurality of roadside apparatuses is given, receive the first identification information concerning the roadside apparatuses, which is transmitted from the roadside apparatuses, and receive, from a subsequent roadside apparatus, as second identification information, identification information of roadside apparatuses via which the vehicle (C) is expected to have travelled to reach the subsequent roadside apparatus, if the vehicle is traveling in a traffic lane where the roadside apparatuses are installed; a storage unit configured to store the first identification information transmitted from the roadside apparatuses; and a reproducing unit configured to reproduce content information provided from the roadside apparatuses together with the first and second identification information; characterized by a control unit configured to cause, if the first identification information stored in the storage unit is included in the second identification information subsequently transmitted from the subsequent roadside apparatus, the reproducing unit to reproduce content information subsequently transmitted together with the second identification information, and delete, from the storage unit, the first identification information previously transmitted from the previous roadside apparatus, after reproducing the content information.
Vibronic measuring device designed to determine at least one process variable of a medium, with a unit capable of vibrating, with a transmission/reception unit (SE) designed to excite mechanical vibrations of the unit capable of vibrating by means of a transmission signal (S) and designed to receive the mechanical vibrations and convert the mechanical vibrations into an analog electrical reception signal (E), and with a control/evaluation unit (MC) designed to receive and digitize the analog reception signal (E) and designed to determine the process variable from the analog reception signal (E) and to generate the transmission signal (S), characterized in that a controllable amplifier (V1) is arranged between the transmission/reception unit (SE) and the control/evaluation unit (MC), said controllable amplifier (V1) being designed to receive the reception signal (E) and generate an adapted reception signal (E'), wherein the control/evaluation unit (MC) is designed to determine an amplitude of the reception signal (E) and, depending on the determined amplitude, to regulate the amplifier (V1) in such a way that the amplitude of the adapted reception signal (E') is adapted to a digitizable voltage range, which is specified by the control/evaluation unit (MC).
Lubricant injector having at least one lubricant inlet and at least one lubricant outlet (26; 50), and also having a control piston and a dosing piston , wherein the control piston is designed to direct lubricant from the lubricant inlet to the dosing piston and the dosing piston is designed to convey the lubricant provided by the control piston to the at least one lubricant outlet (26; 50), wherein the dosing piston has a first dosing chamber , which is configured as a first piston working chamber, and has a second dosing chamber , which is configured as a second piston working chamber, each of which is connected to the at least one lubricant outlet (26; 50) such that lubricant can be directed to the at least one lubricant outlet (26; 50) both from the first and from the second dosing chamber (18; 20), and wherein the lubricant injector furthermore has a first lubricant channel and a second lubricant channel , wherein the first lubricant channel connects the second dosing chamber to the lubricant inlet or to the lubricant outlet (26; 50) and the second lubricant channel connects the first dosing chamber to the lubricant inlet or to the lubricant outlet (26; 50), wherein the control piston has a first control chamber and a second control chamber , wherein, in a first switching state (I) of the control piston , the lubricant inlet is connected via the first control chamber of the control piston to the first lubricant channel and to the second dosing chamber of the dosing piston and, in a second switching state (II), the lubricant inlet is connected via the second control chamber of the control piston to the second lubricant channel and to the first dosing chamber of the dosing piston , wherein at least two lubricant outlets (26; 50) are provided, characterized in that provision is furthermore made of at least one lubricant-outlet-connecting channel , which connects at least the first lubricant outlet and second lubricant outlet .
Drum brake device for a motor vehicle, with a brake member for producing a frictional connection to a rotating component, and with an actuator which can be driven in two movement directions and moves the brake member towards the rotating component and away from the rotating component, and with an adjusting device for compensating for wear of the components which produce the frictional connection, characterized in that the adjusting device is arranged in the component of the actuator , and in that the actuator is configured to drive a spreading actuator in the one drive direction starting from a middle starting position, and to drive the adjusting device in the opposite drive direction starting from the starting position.
A method comprising: rendering a graphical user interface, GUI, to a display wherein the GUI comprises graphical controls that correspond to windows and objects of a computational framework and a windows builder panel , and a workflow panel for rendering therein a graphical representation of multiple quality control, QC, tasks of a geophysical workflow that pertains to quality control, QC, wherein the objects comprise objects that represent subsurface structures; responsive to receipt of instructions via the graphical controls, generating specifications for the windows and the objects , wherein the specifications for the windows and objects relate to the graphical representation of the workflow rendered in the workflow panel and comprise object parameters for each of a plurality of the objects wherein the object parameters control rendering of a representation of a corresponding one of the plurality of the objects; and storing the specifications for the windows and the objects as a template file . rendering a graphical user interface, GUI, to a display wherein the GUI comprises graphical controls that correspond to windows and objects of a computational framework and a windows builder panel , and a workflow panel for rendering therein a graphical representation of multiple quality control, QC, tasks of a geophysical workflow that pertains to quality control, QC, wherein the objects comprise objects that represent subsurface structures; responsive to receipt of instructions via the graphical controls, generating specifications for the windows and the objects , wherein the specifications for the windows and objects relate to the graphical representation of the workflow rendered in the workflow panel and comprise object parameters for each of a plurality of the objects wherein the object parameters control rendering of a representation of a corresponding one of the plurality of the objects; and storing the specifications for the windows and the objects as a template file .
Method for calibrating a capture system , wherein the capture system comprises at least one movable capture device , comprising the steps of - determining (S1) at least two possible different poses of the at least one movable capture device , - pre-calibrating (S2) the at least one movable capture device on the basis of each of the at least two possible poses , wherein the at least one movable capture device is pre-calibrated on the basis of at least one intermediate pose between the at least two possible poses , - providing (S3) pre-calibration information for the at least two possible poses, - determining (T1) a current pose of the at least one movable capture device , - determining (T1') calibration information for the current pose on the basis of the pre-calibration information, and - calibrating (T2) the at least one movable capture device in the current pose on the basis of the calibration information provided. - determining (S1) at least two possible different poses of the at least one movable capture device , - pre-calibrating (S2) the at least one movable capture device on the basis of each of the at least two possible poses , wherein the at least one movable capture device is pre-calibrated on the basis of at least one intermediate pose between the at least two possible poses , - providing (S3) pre-calibration information for the at least two possible poses, - determining (T1) a current pose of the at least one movable capture device , - determining (T1') calibration information for the current pose on the basis of the pre-calibration information, and - calibrating (T2) the at least one movable capture device in the current pose on the basis of the calibration information provided.
A building door with a door frame , an unrebated door wing and at least one door hinge , by means of which the door wing is connected to the door frame in a pivotably movable manner, wherein, in a closed position, the door wing extends in a vertical direction (z) and along a door leaf width in a first horizontal direction (x), wherein, on a hinge side, the door frame has a soffit with a soffit surface , a rebate step and a limiting surface laterally adjoining the door wing in the closed position, wherein a ledge section facing an inner side of the door wing connects the soffit surface and limiting surface to one another on the rebate step , wherein a frame body of the door hinge is inserted into a recess (A) of the soffit and wherein, in the closed position, a portion of a wing body of the door hinge is arranged within the recess (A), characterized in that the wing body is only arranged on and fastened to the inner side of the door wing and that the frame body and the wing body are connected via exactly one pivot axis (S), which is arranged within the recess (A) .