mhurhangee/ep-ind-claims huggingface dataset:
Apparatus comprising • a mirror assembly, • an arm connected to the mirror assembly, and • a bracket mounted on the arm, the bracket comprising a clamp for connecting to a vehicle wing mirror, characterised in that the clamp is rotatable about an axis substantially perpendicular to the arm and the apparatus further comprises a second bracket mounted on the arm, the second bracket comprising a clamp for connecting to a vehicle wing mirror, wherein the damp is rotatable about an axis substantially perpendicular to the arm. • a mirror assembly, • an arm connected to the mirror assembly, and • a bracket mounted on the arm, the bracket comprising a clamp for connecting to a vehicle wing mirror, characterised in that the clamp is rotatable about an axis substantially perpendicular to the arm and the apparatus further comprises a second bracket mounted on the arm, the second bracket comprising a clamp for connecting to a vehicle wing mirror, wherein the damp is rotatable about an axis substantially perpendicular to the arm.
A glass film laminate, comprising a supporting member and a glass film laminated to each other, wherein: the supportingmemberprotrudes from the glass film by an amount of 1 mm to 20 mm; the supporting member comprises a thin portion at which a thickness of the supporting member is partially reduced, the thin portion being provided at a side portion of the supporting member, wherein the thin portion is distanced from the glass film within a width of 0.5 to 15 mm from the side of the glass film; and at least a part of a side of the glass film is distanced from the supporting member above the thin portion by 0.01 mm or more. the supportingmemberprotrudes from the glass film by an amount of 1 mm to 20 mm; the supporting member comprises a thin portion at which a thickness of the supporting member is partially reduced, the thin portion being provided at a side portion of the supporting member, wherein the thin portion is distanced from the glass film within a width of 0.5 to 15 mm from the side of the glass film; and at least a part of a side of the glass film is distanced from the supporting member above the thin portion by 0.01 mm or more.
A process for improving the corrosion resistance of a metal comprising: electroplating the metal with a zinc-nickel alloy to form a zinc-nickel alloy surface having a substantial gamma crystallographic phase, applying a chromium coating on the zinc-nickel alloy surface by contacting the zinc-nickel alloy surface with an aqueous acidic chromium solution comprising trivalent chromium as substantially the only chromium ion present, and depositing a siccative organic coating on the chromium coating using a cathodic electrocoating process. electroplating the metal with a zinc-nickel alloy to form a zinc-nickel alloy surface having a substantial gamma crystallographic phase, applying a chromium coating on the zinc-nickel alloy surface by contacting the zinc-nickel alloy surface with an aqueous acidic chromium solution comprising trivalent chromium as substantially the only chromium ion present, and depositing a siccative organic coating on the chromium coating using a cathodic electrocoating process.
A solid dispersion comprising an approximately 1:1 weight ratio of amorphous EGCG and polyvinyl caprolactam-polyvinyl acetate-polyethylene glycol graft co-polymer.
A method performed by a mobile terminal in a wireless wide area system, the method comprising: - listening to a high speed shared control channel for a first identity or a second identity; in case of detecting the first identity: - receiving data of a first logical downlink channel on a high-speed downlink shared channel as indicated by a scheduling command received with the detected first identity; and in case of detecting the second identity: - receiving data of a second logical downlink channel on the high-speed downlink shared channel as indicated by a scheduling command received with the detected second identity. - listening to a high speed shared control channel for a first identity or a second identity; in case of detecting the first identity: - receiving data of a first logical downlink channel on a high-speed downlink shared channel as indicated by a scheduling command received with the detected first identity; and in case of detecting the second identity: - receiving data of a second logical downlink channel on the high-speed downlink shared channel as indicated by a scheduling command received with the detected second identity. in case of detecting the first identity: - receiving data of a first logical downlink channel on a high-speed downlink shared channel as indicated by a scheduling command received with the detected first identity; and - receiving data of a first logical downlink channel on a high-speed downlink shared channel as indicated by a scheduling command received with the detected first identity; and in case of detecting the second identity: - receiving data of a second logical downlink channel on the high-speed downlink shared channel as indicated by a scheduling command received with the detected second identity. - receiving data of a second logical downlink channel on the high-speed downlink shared channel as indicated by a scheduling command received with the detected second identity.
A combustor, comprising: an inner liner configured for operation at a first temperature; an outer liner configured for operation at a second temperature lower than the first temperature; and an acoustic damper arrangement which connects the inner liner with the outer liner, wherein the acoustic damper arrangement comprises a plurality of flexible sheets and at least one hollow body having an interior volume, each of said at least one hollow body being fixed to one of the plurality of flexible sheets, the acoustic damper arrangement is fixed to both the inner liner and the outer liner such that the interior volume of the at least one hollow body is in communication with a chamber formed by the inner liner, and the plurality of flexible sheets accommodate expansion and contraction of the inner liner relative to the outer liner; and the plurality of flexible sheets are fixed at one end thereof to the outer liner; characterized in that the inner liner comprises: a combustion piece; and a transition piece located downstream of the combustion piece relative to a direction of gas flow during operation, wherein the acoustic damper arrangement is disposed downstream of an overlap between the combustion piece and the transition piece. an inner liner configured for operation at a first temperature; an outer liner configured for operation at a second temperature lower than the first temperature; and an acoustic damper arrangement which connects the inner liner with the outer liner, wherein the acoustic damper arrangement comprises a plurality of flexible sheets and at least one hollow body having an interior volume, each of said at least one hollow body being fixed to one of the plurality of flexible sheets, the acoustic damper arrangement is fixed to both the inner liner and the outer liner such that the interior volume of the at least one hollow body is in communication with a chamber formed by the inner liner, and the plurality of flexible sheets accommodate expansion and contraction of the inner liner relative to the outer liner; and the plurality of flexible sheets are fixed at one end thereof to the outer liner; characterized in that the inner liner comprises: a combustion piece; and a transition piece located downstream of the combustion piece relative to a direction of gas flow during operation, wherein the acoustic damper arrangement is disposed downstream of an overlap between the combustion piece and the transition piece. a combustion piece; and a transition piece located downstream of the combustion piece relative to a direction of gas flow during operation, wherein the acoustic damper arrangement is disposed downstream of an overlap between the combustion piece and the transition piece.
A resilient beam configuration, the resilient beam configuration comprising: a frame, at least one resilient beam (3a, 3b); wherein the at least one resilient beam (3a, 3b) comprises a resilient anchor portion and a paddle portion; wherein the resilient anchor portion connects the paddle portion to the frame; wherein the paddle portion comprises a first surface; wherein the paddle portion is configured to move from a first position to a second position in response to a pressure applied to the first surface of the paddle portion; wherein the resilient anchor portion is configured to bend due to the movement of the paddle portion thereby producing a strain within the resilient anchor portion; wherein the resilient beam configuration additionally comprises at least one arcuate member interposed between the frame and the paddle portion; wherein the at least one arcuate member is made of a polymeric material having viscoelasticity; wherein the at least one arcuate member mechanically connects the paddle portion to the frame; characterised in that the at least one arcuate member is made of the polymeric material comprising synthetic rubber. a frame, at least one resilient beam (3a, 3b); wherein the at least one resilient beam (3a, 3b) comprises a resilient anchor portion and a paddle portion; wherein the resilient anchor portion connects the paddle portion to the frame; wherein the paddle portion comprises a first surface; wherein the paddle portion is configured to move from a first position to a second position in response to a pressure applied to the first surface of the paddle portion; wherein the resilient anchor portion is configured to bend due to the movement of the paddle portion thereby producing a strain within the resilient anchor portion; wherein the resilient beam configuration additionally comprises at least one arcuate member interposed between the frame and the paddle portion; wherein the at least one arcuate member is made of a polymeric material having viscoelasticity; wherein the at least one arcuate member mechanically connects the paddle portion to the frame; characterised in that the at least one arcuate member is made of the polymeric material comprising synthetic rubber.
An eye moisturizer comprising: a pair of hot water containers configured for storing hot water from which water vapor is generated and fed to eyes and skin around the eyes seen vertically therefrom by a user when the eye moisturizer is in use; a connection panel disposed on one side of the pair of hot water containers and configured to connect the pair of hot water containers and spacing the hot water containers apart from each other; a glabella support disposed between the top end peripheries of the hot water containers configured to support the glabella and nose of a user when the eye moisturizer is in use; wherein the eye moisturizer further comprises water vapor discharge portions formed by recesses at the tops of the hot water containers or at the connection panel configured to discharge the water vapor from the water containers and to prevent the hot water containers from coming into contact with the eyes of a user when the eye moisturizer is in use. a pair of hot water containers configured for storing hot water from which water vapor is generated and fed to eyes and skin around the eyes seen vertically therefrom by a user when the eye moisturizer is in use; a connection panel disposed on one side of the pair of hot water containers and configured to connect the pair of hot water containers and spacing the hot water containers apart from each other; a glabella support disposed between the top end peripheries of the hot water containers configured to support the glabella and nose of a user when the eye moisturizer is in use; wherein the eye moisturizer further comprises water vapor discharge portions formed by recesses at the tops of the hot water containers or at the connection panel configured to discharge the water vapor from the water containers and to prevent the hot water containers from coming into contact with the eyes of a user when the eye moisturizer is in use.
A rotor hub assembly for a rotorcraft comprising: a yoke forming a bearing bore, the yoke having a teetering axis extending through the bearing bore; a first flapping bearing disposed in the bearing bore, the flapping bearing operable to regulate teetering of the yoke about the teetering axis; and a first axial spring abutting the first flapping bearing, thereby reducing movement of the flapping bearing along the teetering axis. a yoke forming a bearing bore, the yoke having a teetering axis extending through the bearing bore; a first flapping bearing disposed in the bearing bore, the flapping bearing operable to regulate teetering of the yoke about the teetering axis; and a first axial spring abutting the first flapping bearing, thereby reducing movement of the flapping bearing along the teetering axis.
An interlocking system for a joystick (202, 302, 304, 306, 402, 602) in a catheter procedure system, the interlocking system comprising: a joystick (202, 302, 304, 306, 402, 602) configured to generate a first voltage output signal based on a user activation of the joystick; a joystick cover (204, 308, 310, 312, 404, 604) disposed over the joystick and comprising an upper portion having an electrode plating on an inner surface of the upper portion and a non-electrode plated lower portion having an inner surface; a capacitive touch detection circuit (210, 410, 610) coupled to the electrode plating of the upper portion of the joystick cover, the capacitive touch detection circuit mounted on the inner surface of the non-electrode plated lower portion of the joystick cover and configured to detect a change in capacitance in the electrode plating of the upper portion of the joystick cover and to generate a touch output signal (444, 544, 644) to indicate whether a change in capacitance has been detected; and a signal enable circuit (212, 412, 512, 612) coupled to the joystick and the capacitive touch detection circuit, the signal enable circuit configured to generate an enable voltage output signal (448, 450, 548, 550, 648, 650) based on whether a change in capacitance has been detected. a joystick (202, 302, 304, 306, 402, 602) configured to generate a first voltage output signal based on a user activation of the joystick; a joystick cover (204, 308, 310, 312, 404, 604) disposed over the joystick and comprising an upper portion having an electrode plating on an inner surface of the upper portion and a non-electrode plated lower portion having an inner surface; a capacitive touch detection circuit (210, 410, 610) coupled to the electrode plating of the upper portion of the joystick cover, the capacitive touch detection circuit mounted on the inner surface of the non-electrode plated lower portion of the joystick cover and configured to detect a change in capacitance in the electrode plating of the upper portion of the joystick cover and to generate a touch output signal (444, 544, 644) to indicate whether a change in capacitance has been detected; and a signal enable circuit (212, 412, 512, 612) coupled to the joystick and the capacitive touch detection circuit, the signal enable circuit configured to generate an enable voltage output signal (448, 450, 548, 550, 648, 650) based on whether a change in capacitance has been detected.
A V-type filter frame for receiving at least one filter media pack, said V-type filter frame being arranged to be mounted to a filter holding structure, the V-type filter frame comprising first and second side plates (112a, 112b) and a molded plastic rectangular front plate coupled to the side plates, said side plates each comprising a front edge portion and an opposite rear edge portion and the front plate having a front surface and a back surface, the back surface of the front plate comprising a first coupling portion comprising a first groove configured to receive the front edge portion of the first side plate, a second coupling portion comprising a second groove configured to receive the front edge portion of the second side plate, a trough for receiving a front edge of a filter media pack, extending between the first and the second coupling portions of the front plate, characterized in that said trough is in fluid connection with each of said first groove and said second groove when the first and second side plates are coupled to the first and second coupling portions of the front plate respectively, wherein said fluid connection is such that a fluid deposited in the trough can pass through said fluid connection and into a void in the groove between the front plate and the front edge portion of the side plate, said fluid connection thereby allowing the simultaneous application of a fluid sealant to the troughs and grooves of the front plate.
A printer comprising: printing means that performs printing on a print medium while feeding the print medium supplied from a medium supply unit along a medium feed path; a platen roller portion disposed at an opposite position of the printing means in the medium feed path, the platen roller portion feeding the print medium along the medium feed path; and a support body that axially supports the platen roller portion in a rotatable state; wherein the platen roller portion includes: a platen main body; a platen shaft that projects from both ends in an axial direction of the platen main body; bearing portions mounted on the platen shaft at each of both ends in the axial direction of the platen main body in a rotatable state, the bearing portions being supported by the support body; and an operating portion disposed in the platen shaft in a rotatable state and operating to attach and detach the platen roller portion; characterized in that the printer comprises a medium guiding portion that guides feeding of the print medium to an upstream side of the feed with respect to the platen roller portion; wheiren the medium guiding portion is disposed with a depressed portion housing the operating portion. printing means that performs printing on a print medium while feeding the print medium supplied from a medium supply unit along a medium feed path; a platen roller portion disposed at an opposite position of the printing means in the medium feed path, the platen roller portion feeding the print medium along the medium feed path; and a support body that axially supports the platen roller portion in a rotatable state; wherein the platen roller portion includes: a platen main body; a platen shaft that projects from both ends in an axial direction of the platen main body; bearing portions mounted on the platen shaft at each of both ends in the axial direction of the platen main body in a rotatable state, the bearing portions being supported by the support body; and an operating portion disposed in the platen shaft in a rotatable state and operating to attach and detach the platen roller portion; characterized in that the printer comprises a medium guiding portion that guides feeding of the print medium to an upstream side of the feed with respect to the platen roller portion; wheiren the medium guiding portion is disposed with a depressed portion housing the operating portion. a platen main body; a platen shaft that projects from both ends in an axial direction of the platen main body; bearing portions mounted on the platen shaft at each of both ends in the axial direction of the platen main body in a rotatable state, the bearing portions being supported by the support body; and an operating portion disposed in the platen shaft in a rotatable state and operating to attach and detach the platen roller portion; characterized in that the printer comprises a medium guiding portion that guides feeding of the print medium to an upstream side of the feed with respect to the platen roller portion; wheiren the medium guiding portion is disposed with a depressed portion housing the operating portion.
A computer-implemented method comprising: - receiving a request to execute a computer code for a tenant in an intra-process execution environment (241, 251), wherein the tenant provides the computer code to a shared compute infrastructure for execution upon request; and wherein one or more intra-process execution environments run in a process; - executing the computer code in a tenant-specific process when the computer code comprises a native code portion; - executing a computer code without a native code portion in a running tenant-specific process if the computer code without a native code portion belongs to the tenant associated to the running tenant-specific process; - otherwise, executing the computer code in a global process; and wherein the tenant-specific process is configured to only execute computer codes (252, 254) associated with the same tenant in different intra-process execution environments isolated within the tenant-specific process, and the global process is configured to execute computer codes associated with different tenants (243, 244, 245) in different isolated intra-process execution environments. - receiving a request to execute a computer code for a tenant in an intra-process execution environment (241, 251), wherein the tenant provides the computer code to a shared compute infrastructure for execution upon request; and wherein one or more intra-process execution environments run in a process; - executing the computer code in a tenant-specific process when the computer code comprises a native code portion; - executing a computer code without a native code portion in a running tenant-specific process if the computer code without a native code portion belongs to the tenant associated to the running tenant-specific process; - otherwise, executing the computer code in a global process; and
Method of fabricating a reference blade for calibrating non-destructive inspection by tomography of real blades of similar shapes and dimensions, the method comprising the steps consisting in using additive fabrication to make a three-dimensional blank out of resin, in creating housings (12, 14, 16, 18, 20) in the thickness of said blank at predetermined locations, and in introducing in each of said housings a cylinder (22, 24, 26, 28, 30) including an artificial defect or a real defect in order to obtain said reference blade, each of said cylinders including two series of small-diameter holes (42, 44, 46, 48, 50, 52; 42A, 42B; 44A, 44B; 46A, 46B; 48A, 48B; 50A, 50B; 52A, 52B) surrounding a central non-through hole of larger diameter for receiving an element made of the same material as in the small-diameter holes in order to define the reference density of the material.