mhurhangee/patent-ind-claim-en huggingface dataset:
An item of aircraft furniture comprising a mounting structure for mounting the item of aircraft furniture in an aircraft, the mounting structure comprising: a base plate , a first connection assembly extending from the base plate and configured for engagement with a first mounting track, the first connection assembly being the only connection assembly configured for engagement with the first mounting track; a first support securely engaged to the base plate by fasteners and configured to abut, when the item is mounted, the top of the first mounting track at a location fore of the first connection assembly and a third support securely engaged to the base plate by fasteners and configured to abut, when the item is mounted, the top of the first mounting track at a location aft of the first connection assembly , wherein the first support is separate to and spaced from the first connection assembly , and the third support is separate to and spaced from the first connection assembly . a base plate , a first connection assembly extending from the base plate and configured for engagement with a first mounting track, the first connection assembly being the only connection assembly configured for engagement with the first mounting track; a first support securely engaged to the base plate by fasteners and configured to abut, when the item is mounted, the top of the first mounting track at a location fore of the first connection assembly and a third support securely engaged to the base plate by fasteners and configured to abut, when the item is mounted, the top of the first mounting track at a location aft of the first connection assembly , wherein the first support is separate to and spaced from the first connection assembly , and the third support is separate to and spaced from the first connection assembly .
Syringe having a syringe body and a syringe cone , which comprises a distal opening and a connection , in particular a thread , arranged in the region of the syringe cone, wherein the syringe body consists of a first material and the connection , in particular the thread, consists at least in sections, in particular completely, of a second material, wherein the first material is different from the second material and the second material is a softer material than the first material, wherein the first material is a cycloolefin copolymer (COC) or a cycloolefin polymer (COP), characterized in that the syringe body forms a first component of the syringe and the connection , in particular the thread , is a second component and the first and second components are joined to one another in a materially bonded manner. a connection , in particular a thread , arranged in the region of the syringe cone, wherein the syringe body consists of a first material and the connection , in particular the thread, consists at least in sections, in particular completely, of a second material, wherein the first material is different from the second material and the second material is a softer material than the first material, wherein the first material is a cycloolefin copolymer (COC) or a cycloolefin polymer (COP), characterized in that the syringe body forms a first component of the syringe and the connection , in particular the thread , is a second component and the first and second components are joined to one another in a materially bonded manner.
An air-conditioning air outlet structure, comprising: a shell , wherein the shell comprises a panel and a side plate , the panel serves as an interior trim part, and pinhole type air outlets , wherein a plurality of pinhole type air outlets are provided and are distributed on the panel of the shell , characterized in that the air-conditioning air outlet structure further comprises a plurality of wind speed accelerators , wherein a plurality of wind speed accelerators are installed at places where the wind speeds are relatively small in the shell for controlling the air volume, and are installed at corners in the shell for controlling the wind direction, the wind speed accelerators cooperate with an air duct partition plate which is fixed on the inner side of the panel for guiding and controlling the wind direction.
A computer-implemented method that separates multiple source seismic data acquired with substantially horizontally collocated multiple sources fired at different depths and at different times into upgoing and downgoing wavefield components, the method comprising: calculating a deghosting operator in a Laplace domain as a function of a time delay between firing a primary source and one or more secondary sources of the multiple sources; applying the deghosting operator to the multiple source seismic data to generate a first estimate of a primary source wavefield associated with the primary source; subtracting the primary source wavefield from the multiple source seismic data to generate an estimate of one or more secondary source wavefields; calculating a reghosting operator in the Laplace domain as a function of the time delay between firing the primary source and the one or more secondary sources of the multiple sources; applying the reghosting operator to the estimate of one or more secondary source wavefields to generate a second estimate of the primary source wavefield; and generating upgoing and downgoing wavefield components of the multiple source seismic data based on the first and second estimates of the primary wavefield and the estimate of the one or more secondary source wavefields, wherein the deghosting operator and the reghosting operator compensate for the different depths of the primary and secondary sources. calculating a deghosting operator in a Laplace domain as a function of a time delay between firing a primary source and one or more secondary sources of the multiple sources; applying the deghosting operator to the multiple source seismic data to generate a first estimate of a primary source wavefield associated with the primary source; subtracting the primary source wavefield from the multiple source seismic data to generate an estimate of one or more secondary source wavefields; calculating a reghosting operator in the Laplace domain as a function of the time delay between firing the primary source and the one or more secondary sources of the multiple sources; applying the reghosting operator to the estimate of one or more secondary source wavefields to generate a second estimate of the primary source wavefield; and generating upgoing and downgoing wavefield components of the multiple source seismic data based on the first and second estimates of the primary wavefield and the estimate of the one or more secondary source wavefields, wherein the deghosting operator and the reghosting operator compensate for the different depths of the primary and secondary sources.
High-speed tool holder for receiving a tool at its first end and clamping in a machine at its second end; the ends being arranged on the opposite sides of the longitudinal axis of the high-speed tool holder; the high-speed tool holder comprising: a) a tool shaft which is formed centrically along the longitudinal axis and defines the first end of the high-speed tool holder; a tool insertion opening with a first bore for receiving the tool being formed at the first end, and b) a machine clamping part which is also formed centrically along the longitudinal axis, which is integrally connected to the tool shaft at an end opposite to the first end and which forms an interface for clamping in the machine, c) the tool shaft having substantially and preferably the shape of a truncated circular cone; a first diameter (D1) at a first end with the tool insertion opening being smaller than a fifth diameter (D5) at the second end of the machine clamping part; and characterized in that d) a portion of the tool shaft having substantially and preferably the shape of a truncated circular cone has a spherical or oval shape bulging outwards between the tool insertion opening and the machine clamping part, resulting in an additional material volume between the tool shaft having the shape of a truncated circular cone and the shape bulging outwards. a) a tool shaft which is formed centrically along the longitudinal axis and defines the first end of the high-speed tool holder; a tool insertion opening with a first bore for receiving the tool being formed at the first end, and b) a machine clamping part which is also formed centrically along the longitudinal axis, which is integrally connected to the tool shaft at an end opposite to the first end and which forms an interface for clamping in the machine, c) the tool shaft having substantially and preferably the shape of a truncated circular cone; a first diameter (D1) at a first end with the tool insertion opening being smaller than a fifth diameter (D5) at the second end of the machine clamping part; and characterized in that d) a portion of the tool shaft having substantially and preferably the shape of a truncated circular cone has a spherical or oval shape bulging outwards between the tool insertion opening and the machine clamping part,
Method for fastening a tab made of a metal sheet to a bathtub , comprising the following steps: - applying the tab to a surface of the bathtub , and - laser welding through the tab to produce a weld seam spaced from an outer edge of the tab . - applying the tab to a surface of the bathtub , and - laser welding through the tab to produce a weld seam spaced from an outer edge of the tab .
A composition for forming a silicon-containing resist underlayer film, comprising one or both of a hydrolysis product and a hydrolysis condensate of one or more silicon compounds (A-1) shown by the following general formula : wherein in the general formula , R 1 represents a hydrogen atom or a monovalent organic group having 1 to 30 carbon atoms; R 2 represents an alkoxy group, an acyloxy group, or a halogen atom; n1 represents 0, 1, or 2; R 3 and R 4 each independently represent a hydrogen atom, or represent an organic group having 1 to 6 carbon atoms optionally containing a nitrogen atom, an oxygen atom, a sulfur atom, a halogen atom, or a silicon atom, R 3 and R 4 being optionally bonded with each other to form a ring; R 5 represents a monovalent organic group having 1 to 30 carbon atoms; n2 represents 0, 1, 2, or 3; Y represents a single bond or a divalent organic group having 1 to 6 carbon atoms optionally containing a silicon atom; and Z represents a carbon atom or a silicon atom.
An operation information management program that causes a computer to execute a process comprising: determining, based on contract information indicating, with respect to each of a plurality of devices (21 to 26) rented to a user and included in a system , an expiration time point at which a rental contract of the each of the plurality of devices expires and communication channel information indicating inter-device communication channels between the plurality of devices, a second device to experience effect of expiration of the rental contract of a first device at a first time point amongst the plurality of devices; detecting that the first device experiences effect of expiration of the rental contract of a third device at a second time point, the third device being among the plurality of devices (21 to 26); identifying, in response to selection of the first device , the second device out of devices subordinate to the first device amongst the plurality of devices (21 to 26) and the third device out of devices superordinate to the first device amongst the plurality of devices; and outputting information indicating the effect on the first device together with information indicating the effect on the second device . determining, based on contract information indicating, with respect to each of a plurality of devices (21 to 26) rented to a user and included in a system , an expiration time point at which a rental contract of the each of the plurality of devices expires and communication channel information indicating inter-device communication channels between the plurality of devices, a second device to experience effect of expiration of the rental contract of a first device at a first time point amongst the plurality of devices; detecting that the first device experiences effect of expiration of the rental contract of a third device at a second time point, the third device being among the plurality of devices (21 to 26); identifying, in response to selection of the first device , the second device out of devices subordinate to the first device amongst the plurality of devices (21 to 26) and the third device out of devices superordinate to the first device amongst the plurality of devices; and outputting information indicating the effect on the first device together with information indicating the effect on the second device .
An airbag module-equipped seat (S) comprising an airbag module for storing an airbag therein, comprising: a seat back frame comprising a side frame that extends along a side portion of the seat; a cushion pad mounted on the seat back frame ; the airbag module (S) attached to the side frame ; a guide member that guides a deployment direction of the airbag module (S); and an attachment member for attaching the guide member to the side frame , wherein at least a portion of the attachment member is exposed to a region surrounded by a back surface of a front pad portion of the cushion pad that covers a front surface of the seat back frame and a seat inner-side surface of the side frame , the airbag module includes an inflator , a folded airbag , a retainer that holds the inflator , and a wrapping material that wraps the airbag , a periphery of the inflator is fixed to the retainer and the side frame by a bolt provided to stand toward a seat inner side, and a trim cover covering the seat back frame , the cushion pad and the airbag module is provided with a slit that extends from a lower end of the trim cover in the up and down direction of the seat characterized in that the slit can be opened and closed by a fastener , wherein the trim cover contains a front wedge portion , a lateral wedge portion that is sewn with the front wedge portion and that extends from a peripheral side surface to reach a back surface, and a rear wedge portion sewn to an end of the lateral wedge portion on an opposite side of the front wedge portion , and wherein the slit (43 s') is formed along a sewn portion between the lateral wedge portion and the rear wedge portion on the side on which the airbag module is mounted. a seat back frame comprising a side frame that extends along a side portion of the seat; a cushion pad mounted on the seat back frame ; the airbag module (S) attached to the side frame ; a guide member that guides a deployment direction of the airbag module (S); and an attachment member for attaching the guide member to the side frame , wherein at least a portion of the attachment member is exposed to a region surrounded by a back surface of a front pad portion of the cushion pad that covers a front surface of the seat back frame and a seat inner-side surface of the side frame , the airbag module includes an inflator , a folded airbag , a retainer that holds the inflator , and a wrapping material that wraps the airbag , a periphery of the inflator is fixed to the retainer and the side frame by a bolt provided to stand toward a seat inner side, and a trim cover covering the seat back frame , the cushion pad and the airbag module is provided with a slit that extends from a lower end of the trim cover in the up and down direction of the seat
A device (1, 1', 1", 1''', 1"") for producing a solution of at least one liquid first medium and at least one additional second medium, comprising a first container (2, 2", 2''') for the liquid first medium and a second container (3, 3") for the second medium, wherein each container (2, 2", 2''', 3, 3") is connected to a supply line of a static mixer via a pump which can be regulated by a process controller , a sensor device , which is connected to the process controller and is arranged downstream of the static mixer in the flow direction, and a branching valve , which is arranged downstream of the static mixer in the flow direction, wherein a sterile filter for sterile filtration of the solution is arranged downstream of the static mixer in the flow direction, characterised in that the branching valve can also be controlled by the process controller , that the sterile filter has an RFID tag , and that the RFID tag has process-relevant data stored on it, which data are readable by at least the process controller , that the containers (2, 2", 2''', 3, 3", 19, 19") each have an RFID tag on which are stored additional process-relevant data, which tag is readable at least by the process controller , and that the static mixer , the sensor device and the sterile filter with RFID tag , form a prefabricated mixing system with sterile connectors as connections to connect to the containers (2, 2", 2''', 3, 3", 19, 19") or to the pumps associated with the containers (2, 2", 2''', 3, 3", 19, 19").
Method for determining characteristics of an energy store, wherein the output current (i) and the output voltage (u) of the energy store are detected, that is to say are detected variables, wherein a first of the two detected variables is fed to a plant model, the second of the two detected variables is fed to a controller structure, wherein the plant model generates a model value for the second variable and this model value is fed to the controller structure, wherein the controller structure determines estimated values of the characteristics, which are specified to the plant model, and wherein in the controller structure the deviation between the model value for the second variable and the detected value of the second variable is determined and the controller structure adjusts the characteristic values in each case to such a value that the deviation disappears, characterized in that in the controller structure the deviation between the model value for the second variable and the detected value of the second variable is determined and the estimated values of the characteristics are determined as output signal and/or manipulated values of the controller structure as a function of the temporal evolution of the deviation and the temporal evolution of the second variable, wherein each determination of a characteristic is assigned a path which is different from and independent of the other paths, and wherein the temporal evolution of the deviation and the temporal evolution of the second variable are fed to each path.
A nacelle drag-link assembly for a thrust reverser of a propulsion system, the nacelle drag-link assembly comprising: a drag-link fitting comprising a base region and a coupling socket extending from the base region, the coupling socket having a first coupling aperture and a second coupling aperture; a drag link comprising an inner structure end, an outer structure end, and a drag link body formed between the inner structure end and the outer structure end, wherein an inner width of the coupling socket is greater than an outer width of the inner structure end of the drag link, and the outer structure end comprises a pivot area to link with a blocker door of the thrust reverser; a coupling assembly installed through an aperture of the inner structure end and between the first coupling aperture and the second coupling aperture of the coupling socket; a vibration damping assembly installed in contact with the drag-link fitting and the drag link; and characterized in that the vibration damping assembly comprises a compliant rub strip installed between the inner structure end and the coupling socket. a drag-link fitting comprising a base region and a coupling socket extending from the base region, the coupling socket having a first coupling aperture and a second coupling aperture; a drag link comprising an inner structure end, an outer structure end, and a drag link body formed between the inner structure end and the outer structure end, wherein an inner width of the coupling socket is greater than an outer width of the inner structure end of the drag link, and the outer structure end comprises a pivot area to link with a blocker door of the thrust reverser; a coupling assembly installed through an aperture of the inner structure end and between the first coupling aperture and the second coupling aperture of the coupling socket; a vibration damping assembly installed in contact with the drag-link fitting and the drag link; and characterized in that the vibration damping assembly comprises a compliant rub strip installed between the inner structure end and the coupling socket.
A mammography apparatus comprising: an imaging table on which a breast (M) of a subject is placed; a compression plate that compresses the breast, the compression plate being disposed to face the imaging table and being movable in a vertical direction with respect to the imaging table ; an operation portion that is operated to move the compression plate , the operation portion being provided separately from the compression plate and being displaced along a movement direction of the compression plate , wherein an operation direction of the operation portion and the movement direction of the compression plate are substantially the same, wherein the operation portion is a cantilever type lever having one end, which is a free end, and wherein at least the free end is displaced along the movement direction of the compression plate ; a support portion that supports the compression plate to be movable with respect to the imaging table ; and a movable portion that is disposed between the compression plate and the support portion and is moved in the vertical direction together with the compression plate, wherein the operation portion is provided on the movable portion ; and an actuator that drives the compression plate , wherein the actuator is activated in response to an operation of the operation portion , and wherein the compression plate is moved by driving force generated by the actuator . an imaging table on which a breast (M) of a subject is placed; a compression plate that compresses the breast, the compression plate being disposed to face the imaging table and being movable in a vertical direction with respect to the imaging table ; an operation portion that is operated to move the compression plate , the operation portion being provided separately from the compression plate and being displaced along a movement direction of the compression plate , wherein an operation direction of the operation portion and the movement direction of the compression plate are substantially the same, wherein the operation portion is a cantilever type lever having one end, which is a free end, and wherein at least the free end is displaced along the movement direction of the compression plate ; a support portion that supports the compression plate to be movable with respect to the imaging table ; and a movable portion that is disposed between the compression plate and the support portion and is moved in the vertical direction together with the compression plate, wherein the operation portion is provided on the movable portion ; and an actuator that drives the compression plate , wherein the actuator is activated in response to an operation of the operation portion , and wherein the compression plate is moved by driving force generated by the actuator .