mhurhangee/ep-ind-claims huggingface dataset:
A container, consisting in particular of a plastic material and produced according to a blow-fill-seal method, having a container body for receiving a fluid and a neck part connecting to the container body, which neck part, at its free end, has a dispensing opening for the fluid which is sealed with a head part via a separating region (15, 19), which head part can be removed from the neck part by means of actuating a movable sleeve part by releasing the separating region (15, 19) to free the dispensing opening, wherein the sleeve part is guided from the unactuated state to the actuated state in which the separating region (15, 19) is released at least partially in contact with a guide path, which is a part of the removable head part, characterised in that the sleeve part has flexible contact fingers on its free end face, which fingers engage in an underhand grip with a projection on the head part as the sleeve part is screwed on, and during unscrewing of the sleeve part entrain the head part detached from the separating region (15, 19), that the guide path is formed on the outside of a ring collar surrounding the head part and which extends between the separating region (15, 19) and an annular groove, which annular groove forms the space on the head part for receiving the contact fingers, and that a reinforcing rib projecting inwardly in the direction of the separating region (15, 19) and connecting to same is present on the inner circumferential side of the ring collar.
A vehicle comprising a tiltable cab, a connection arrangement (30; 130), and a boil-off pipe being arranged in connection to a rear side of the cab via the connection arrangement (30; 130), wherein the vehicle further comprises a fuel system having a chassis-mounted liquefied gas fuel tank for providing fuel to an engine of the vehicle, wherein evaporated gas is arranged to be evacuated from said tank via said boil-off pipe at a certain tank pressure, wherein said boil-off pipe is attached to the rear side of the cab, wherein said connection arrangement (30; 130) comprises a flexible tube (34; 134) arranged to be connected at one end to the tank and at the other end to the boil-off pipe, wherein said flexible tube (34; 134) is extendably and retractably arranged to accommodate a tilting movement of said cab.
A low-voltage testing device for a high-voltage frequency converter of a serial superposition voltage type, the low-voltage testing device comprising a tap transformer, a power portion, wherein the power portion is divided into three groups, each group being one phase and comprising a plurality of power boards being superposed in series, a monitoring box, wherein the monitoring box is a main controller of a frequency converter, an analog interface board, a voltage detecting portion and a remote control portion, wherein the tap transformer is connected to the power portion, the power portion is connected to the voltage detecting portion, the monitoring box is connected to the power portion via optical fiber and the analog interface board is connected to the monitoring box and the remote control portion respectively.
A shelving system for an appliance, the shelving system comprising: a cabinet liner defining opposing sidewalls, a rear wall, a top wall and a bottom wall defining an interior and opposing first and second sidewall adapters (42, 46) each coupled to the opposing sidewalls of the cabinet liner, the first and second sidewall adapters (42, 46) each comprising a body defining a plurality of vertically spaced ledges and a base plate coupled to each of the ledges, characterised in that the base plate defines at least one aperture configured to receive a tab on a glide assembly and in that the shelving system further comprises: at least two adjustable fasteners coupled to the cabinet liner, the at least two adjustable fasteners configured to mount one of the sidewall adapters (42, 46) to the cabinet liner, wherein a shelf is coupled to the glide assemblies such that the shelf is slideable fore and aft and at least one magnet disposed within the base plate and configured to attract the glide assembly. a cabinet liner defining opposing sidewalls, a rear wall, a top wall and a bottom wall defining an interior and opposing first and second sidewall adapters (42, 46) each coupled to the opposing sidewalls of the cabinet liner, the first and second sidewall adapters (42, 46) each comprising a body defining a plurality of vertically spaced ledges and a base plate coupled to each of the ledges, at least two adjustable fasteners coupled to the cabinet liner, the at least two adjustable fasteners configured to mount one of the sidewall adapters (42, 46) to the cabinet liner, wherein a shelf is coupled to the glide assemblies such that the shelf is slideable fore and aft and at least one magnet disposed within the base plate and configured to attract the glide assembly.
A reservoir (2, 50, 300) for a controlled temperature therapy system having a pump for circulating heat transfer fluid and a therapy component, the reservoir comprising: a container with an interior defined by a floor and at least one wall (G2, 64, 66, 68); an inlet (4, 106) in fluid communication with the Interior and In fluid communication with the therapy component; an outlet (6, 204) in fluid communication with the interior and in fluid communication with the pump; characterised by a baffle (70, 302) created by a first wall (71, 301) and a second wall (72, 303) within the interior such that the outlet is between the first wall and the second wall and the spacing between the first and second walls is less than the width of the interior adjacent the inlet; and a control system configured to control the velocity of fluid to direct flow of fluid to a plurality of locations from an area proximate the outlet and between the baffle to an area further away from the outlet, wherein at low velocities the fluid is directed to an area proximate the outlet and between the baffle and at high velocities the fluid is directed to an area further away from the outlet. a container with an interior defined by a floor and at least one wall (G2, 64, 66, 68); an inlet (4, 106) in fluid communication with the Interior and In fluid communication with the therapy component; an outlet (6, 204) in fluid communication with the interior and in fluid communication with the pump; characterised by a baffle (70, 302) created by a first wall (71, 301) and a second wall (72, 303) within the interior such that the outlet is between the first wall and the second wall and the spacing between the first and second walls is less than the width of the interior adjacent the inlet; and a control system configured to control the velocity of fluid to direct flow of fluid to a plurality of locations from an area proximate the outlet and between the baffle to an area further away from the outlet, wherein at low velocities the fluid is directed to an area proximate the outlet and between the baffle and at high velocities the fluid is directed to an area further away from the outlet.
A method of adjusting the operating parameters of a robot for moving an effector tool along a given path with an optimum cycle time, the operating parameters determining at least the travel speed of the tool along the given path, the method making use of measurements taken during a real movement of the effector tool and/or on the basis of measurements delivered by a robot movement emulator, and comprising: a) a step of determining the value of the cycle time as a function of the values of the operating parameters; b) a step of determining the value of an operating temperature and/or the value of a degree of wear for at least one of the actuators of the robot resulting from following the complete path; and c) a step of modifying the values of the operating parameters to move the cycle time closer to its optimum value; the method being characterized in that during step c), the values of the operating parameters are modified so as to approach an extremum of a compromise function, the compromise function comprising at least first and second terms, the first term being a function of the cycle time determined during step a), and the second term being a function of the temperature and/or the degree of wear determined during step b), and in that the first term varies in the opposite direction to the second term or the sum of the other terms when the cycle time varies. a) a step of determining the value of the cycle time as a function of the values of the operating parameters; b) a step of determining the value of an operating temperature and/or the value of a degree of wear for at least one of the actuators of the robot resulting from following the complete path; and c) a step of modifying the values of the operating parameters to move the cycle time closer to its optimum value;
A method for guiding a self-driving vehicle: the vehicle comprising an ultrasound-based proximity sensing system comprising a plurality of ultrasound sensors and a communication device for communication with a traffic control unit; the method comprising; determining a location and an orientation of the vehicle in a predetermined coordinate system; in the vehicle, receiving a predetermined route from the traffic control unit; by a vehicle control unit, controlling the vehicle to travel along the predetermined route while estimating a vehicle travel path; characterized by receiving an ultrasound signal from a stationary beacon having a known location in the predetermined coordinate system, wherein the ultrasound signal transmitted by the beacon uniquely identifies the beacon location determining a relative position of the vehicle in relation to the beacon by means of ultrasound signals transmitted between the beacon and the vehicle; and determining a location of the vehicle in the predetermined coordinate system based on the determined relative position of the vehicle and the known location of the beacon, the method further comprising controlling the vehicle to act as a stationary beacon for a second vehicle. the vehicle comprising an ultrasound-based proximity sensing system comprising a plurality of ultrasound sensors and a communication device for communication with a traffic control unit; the method comprising; determining a location and an orientation of the vehicle in a predetermined coordinate system; in the vehicle, receiving a predetermined route from the traffic control unit; by a vehicle control unit, controlling the vehicle to travel along the predetermined route while estimating a vehicle travel path; characterized by receiving an ultrasound signal from a stationary beacon having a known location in the predetermined coordinate system, wherein the ultrasound signal transmitted by the beacon uniquely identifies the beacon location determining a relative position of the vehicle in relation to the beacon by means of ultrasound signals transmitted between the beacon and the vehicle; and determining a location of the vehicle in the predetermined coordinate system based on the determined relative position of the vehicle and the known location of the beacon, the method further comprising controlling the vehicle to act as a stationary beacon for a second vehicle.
Blade device for a turbine, in particular a steam turbine, the blade device comprising a blade body comprising a radially inner end face and a radially outer end face which is formed opposed to the inner end face with respect to a radial direction of the turbine, and an inner ring having a first surface and a second surface opposed to the first surface along the radial direction, wherein the blade body comprises a channel extending between the inner end face and the outer end face, wherein the blade body comprises a first groove which connects the channel and an environment of the blade body such that a fluid connection between the environment and the channel is given, wherein the first groove has a first groove length and a first groove width which is smaller than the first groove length, and wherein the first groove width is smaller than 2 mm, wherein the inner ring comprises between the first surface and the second surface a first through hole and a second through hole, wherein the first surface is connected to the radially inner end face of the blade body such that the channel is connected to the first through hole, wherein the second through hole is formed spaced apart from the first through hole such that the second through hole is connected to the environment surrounding the blade body.
A pipetting support device (1; 1'; 1") comprising: at least one first plate (11; 11'; 11") comprising at least one row (111a, 111b, 111c; 111a', 111b', 111c'; 111a", 111b") of first vessels; at least one second plate (12; 12'; 12") comprising at least one row (121a', 121 b', 121c'; 121") of second vessels; and at least one moving unit (13; 13'; 13") holding said second plate (12; 12', 12"); wherein the moving unit (13; 13'; 13") comprises a main body with a holding area (135; 135'), with the holding area (135; 135') comprising a recess for accommodating the second plate (12; 12', 12"), wherein the moving unit (13; 13'; 13") is movable in relation to said first plate (11; 11'; 11") and at least partially covers said first plate (11; 11'; 11") during use of the pipetting support device (1; 1'; 1"); and wherein at least one edge (133; 133'; 133") of the moving unit (13; 13'; 13") is an indicating edge for indicating a row (111a, 111b, 111c; 111a', 111b', 111c'; 111a", 111b") of first vessels of the first plate (11; 11'; 11") to be pipetted by a user, for providing guidance to support a manual pipetting procedure from said first plate (11; 11'; 11") to said second plate (12; 12'; 12"), or vice versa. at least one first plate (11; 11'; 11") comprising at least one row (111a, 111b, 111c; 111a', 111b', 111c'; 111a", 111b") of first vessels; at least one second plate (12; 12'; 12") comprising at least one row (121a', 121 b', 121c'; 121") of second vessels; and at least one moving unit (13; 13'; 13") holding said second plate (12; 12', 12"); wherein the moving unit (13; 13'; 13") comprises a main body with a holding area (135; 135'), with the holding area (135; 135') comprising a recess for accommodating the second plate (12; 12', 12"), wherein the moving unit (13; 13'; 13") is movable in relation to said first plate (11; 11'; 11") and at least partially covers said first plate (11; 11'; 11") during use of the pipetting support device (1; 1'; 1"); and wherein at least one edge (133; 133'; 133") of the moving unit (13; 13'; 13") is an indicating edge for indicating a row (111a, 111b, 111c; 111a', 111b', 111c'; 111a", 111b") of first vessels of the first plate (11; 11'; 11") to be pipetted by a user, for providing guidance to support a manual pipetting procedure from said first plate (11; 11'; 11") to said second plate (12; 12'; 12"), or vice versa.
A method for accessing an asset associated with a plurality of index points, the method comprising: receiving user requests from a user to create at least two index points associated with the asset, wherein each index point represents a viewing position within the asset and the asset is associated with a plurality of index points; receiving a user selection of one of a plurality of index points associated with an asset; accessing the asset at the viewing position associated with the selected index point;updating the viewing position associated with the selected index point to reflect the user's viewing progress within the asset; caching a portion of video of the asset based on the updated viewing position, said portion of video comprising a portion of video after the updated viewing position; presenting an index point listing screen to the user, wherein the index point listing screen lists the plurality of index points associated with the asset; and presenting, in the index point listing screen, the portion of the video cached based on the updated viewing position. receiving user requests from a user to create at least two index points associated with the asset, wherein each index point represents a viewing position within the asset and the asset is associated with a plurality of index points; receiving a user selection of one of a plurality of index points associated with an asset; accessing the asset at the viewing position associated with the selected index point;updating the viewing position associated with the selected index point to reflect the user's viewing progress within the asset; caching a portion of video of the asset based on the updated viewing position, said portion of video comprising a portion of video after the updated viewing position; presenting an index point listing screen to the user, wherein the index point listing screen lists the plurality of index points associated with the asset; and presenting, in the index point listing screen, the portion of the video cached based on the updated viewing position.
Door leaf having a door leaf frame and panels forming the door leaf broad sides and having an insulation between said panels, wherein the door leaf frame is formed of a plastic essentially box profile, preferably essentially square or rectangular profile, and metal half shell; wherein a metal half shell is connected to said plastic essentially box profile, wherein the first one of said panels is arranged on the metal half shell while overlapping a major part thereof, and the second panel is arranged on the plastic essentially box profile while overlapping a major part thereof, wherein said metal half shell is substantially U-profile shaped with two U-legs, and an U-web interconnecting said U-legs. wherein the door leaf frame is formed of a plastic essentially box profile, preferably essentially square or rectangular profile, and metal half shell; wherein a metal half shell is connected to said plastic essentially box profile, wherein the first one of said panels is arranged on the metal half shell while overlapping a major part thereof, and the second panel is arranged on the plastic essentially box profile while overlapping a major part thereof, wherein said metal half shell is substantially U-profile shaped with two U-legs, and an U-web interconnecting said U-legs.
An avionics display assembly, comprising: a frame assembly including a mounting flange; a touch screen display operably coupled to the frame assembly; and at least one fastener assembly comprising: a spring locking quarter turn fastener having a head on a non-display side of the assembly and a thread extending to a display side of the assembly, wherein the spring locking quarter turn fastener comprises a rail engagement fastener in the form of a quarter turn line fastener configured to mount to a cockpit rail by way of a fastener spring; a spring assembly including at least two leaf springs (41, 42) in a stacked configuration moveably coupled about at least a portion of the thread; and mounting hardware configured to secure the spring assembly to the thread. a frame assembly including a mounting flange; a touch screen display operably coupled to the frame assembly; and at least one fastener assembly comprising: a spring locking quarter turn fastener having a head on a non-display side of the assembly and a thread extending to a display side of the assembly, wherein the spring locking quarter turn fastener comprises a rail engagement fastener in the form of a quarter turn line fastener configured to mount to a cockpit rail by way of a fastener spring; a spring assembly including at least two leaf springs (41, 42) in a stacked configuration moveably coupled about at least a portion of the thread; and mounting hardware configured to secure the spring assembly to the thread. a spring locking quarter turn fastener having a head on a non-display side of the assembly and a thread extending to a display side of the assembly, wherein the spring locking quarter turn fastener comprises a rail engagement fastener in the form of a quarter turn line fastener configured to mount to a cockpit rail by way of a fastener spring; a spring assembly including at least two leaf springs (41, 42) in a stacked configuration moveably coupled about at least a portion of the thread; and mounting hardware configured to secure the spring assembly to the thread.
A shut-off valve for use in a fluid transport or storage system, comprising: a body defining an inlet port, an outlet port, and a fluid flow passageway extending between the inlet port and the outlet port; a seat arranged in the body adjacent the outlet port; a shaft at least partially disposed in the body; and a control assembly disposed in the body and operatively coupled to the shaft, the control assembly comprising a driving element and a valve member, the driving element comprising a base, an arm, and a cap, and the valve member comprising a bleed port, the control assembly movable between a closed position, in which the control assembly is disposed within the fluid flow passageway and the valve member sealingly engages the seat to seal the outlet port, an open position, in which the control assembly is spaced away from the outlet port and substantially outside of the fluid flow passageway, such that the control assembly provides minimal flow-restriction to fluid flowing through the fluid flow passageway, and a limited bleed position; characterized in that, in the limited bleed position the valve member sealingly engages the seat to seal the outlet port while the driving element is spaced from the valve member and the cap of the driving element contacts an interior wall of the valve body, thereby exposing the bleed port and allowing limited bleeding therethrough. a body defining an inlet port, an outlet port, and a fluid flow passageway extending between the inlet port and the outlet port; a seat arranged in the body adjacent the outlet port; a shaft at least partially disposed in the body; and a control assembly disposed in the body and operatively coupled to the shaft, the control assembly comprising a driving element and a valve member, the driving element comprising a base, an arm, and a cap, and the valve member comprising a bleed port, the control assembly movable between a closed position, in which the control assembly is disposed within the fluid flow passageway and the valve member sealingly engages the seat to seal the outlet port, an open position, in which the control assembly is spaced away from the outlet port and substantially outside of the fluid flow passageway, such that the control assembly provides minimal flow-restriction to fluid flowing through the fluid flow passageway, and a limited bleed position; characterized in that, in the limited bleed position the valve member sealingly engages the seat to seal the outlet port while the driving element is spaced from the valve member and the cap of the driving element contacts an interior wall of the valve body, thereby exposing the bleed port and allowing limited bleeding therethrough.