mhurhangee/ep-ind-claims huggingface dataset:
A guide extension catheter assembly (20, 130, 160) comprising: a guide extension catheter including: a shaft, a tubular member (40, 40', 132, 162) defining a proximal end (52, 136, 166) opposite a distal end and a lumen (56, 138) open to the proximal and distal ends, wherein the shaft is coupled to the tubular member (40, 40', 132, 162) at the proximal end (52, 136, 166) and extends proximally from the proximal end (52, 136, 166); and a support device including: a push member (70, 70'), a shuttle member (42, 42', 134, 164) defining a leading end opposite a trailing end, wherein the push member (70, 70') is coupled to the shuttle member (42, 42', 134, 164) at the trailing end and extends proximally from the trailing end; wherein the guide extension catheter assembly (20, 130, 160) is configured to selectively provide a delivery state in which at least a portion of the shuttle member (42, 42', 134, 164) is disposed within the lumen (56, 138), the leading end is distal the distal end, and the shuttle member (42, 42', 134, 164) is directly, physically connected to the tubular member (40, 40', 132, 162) such that a longitudinal distal force applied to the push member (70, 70') is transferred to the tubular member (40, 40', 132, 162) as a longitudinal distal force via the shuttle member (42, 42', 134, 164). a guide extension catheter including: a shaft, a tubular member (40, 40', 132, 162) defining a proximal end (52, 136, 166) opposite a distal end and a lumen (56, 138) open to the proximal and distal ends, wherein the shaft is coupled to the tubular member (40, 40', 132, 162) at the proximal end (52, 136, 166) and extends proximally from the proximal end (52, 136, 166); and a shaft, a tubular member (40, 40', 132, 162) defining a proximal end (52, 136, 166) opposite a distal end and a lumen (56, 138) open to the proximal and distal ends, wherein the shaft is coupled to the tubular member (40, 40', 132, 162) at the proximal end (52, 136, 166) and extends proximally from the proximal end (52, 136, 166); and a support device including: a push member (70, 70'), a shuttle member (42, 42', 134, 164) defining a leading end opposite a trailing end, wherein the push member (70, 70') is coupled to the shuttle member (42, 42', 134, 164) at the trailing end and extends proximally from the trailing end; a push member (70, 70'), a shuttle member (42, 42', 134, 164) defining a leading end opposite a trailing end, wherein the push member (70, 70') is coupled to the shuttle member (42, 42', 134, 164) at the trailing end and extends proximally from the trailing end; wherein the guide extension catheter assembly (20, 130, 160) is configured to selectively provide a delivery state in which at least a portion of the shuttle member (42, 42', 134, 164) is disposed within the lumen (56, 138), the leading end is distal the distal end, and the shuttle member (42, 42', 134, 164) is directly, physically connected to the tubular member (40, 40', 132, 162) such that a longitudinal distal force applied to the push member (70, 70') is transferred to the tubular member (40, 40', 132, 162) as a longitudinal distal force via the shuttle member (42, 42', 134, 164).
Method for fixing a lens disc of a photovoltaic concentrator module comprising a sensor carrier disc with CPV sensors and a lens disc with Fresnel lenses sandwiching a module frame, comprising the steps of: a) Aligning the lens disc by means of a camera with the sensor carrier disc, b) Fixing the lens disc on the module frame, wherein fixing the lens disc on the frame module is performed by means of curing of acrylic spots. a) Aligning the lens disc by means of a camera with the sensor carrier disc, b) Fixing the lens disc on the module frame, wherein fixing the lens disc on the frame module is performed by means of curing of acrylic spots.
A wearable device, which is configured to be connected with an external device, the wearable device comprising: a memory storing instructions; and a processor configured to execute the stored instructions to: receive, from the external device, a notification indicating that an encrypted content is executed; perform a user authentication using a user information; generate a decryption key for decryption of the encrypted content in response to: i) determining that a distance calculated by the processor between the wearable device and the external device, is equal to or less than a predetermined distance; and ii) the notification indicating that an encrypted content is executed; and transmit the decryption key to the external device. a memory storing instructions; and a processor configured to execute the stored instructions to: receive, from the external device, a notification indicating that an encrypted content is executed; perform a user authentication using a user information; generate a decryption key for decryption of the encrypted content in response to: i) determining that a distance calculated by the processor between the wearable device and the external device, is equal to or less than a predetermined distance; and ii) the notification indicating that an encrypted content is executed; and transmit the decryption key to the external device. receive, from the external device, a notification indicating that an encrypted content is executed; perform a user authentication using a user information; generate a decryption key for decryption of the encrypted content in response to: i) determining that a distance calculated by the processor between the wearable device and the external device, is equal to or less than a predetermined distance; and ii) the notification indicating that an encrypted content is executed; and transmit the decryption key to the external device. i) determining that a distance calculated by the processor between the wearable device and the external device, is equal to or less than a predetermined distance; and ii) the notification indicating that an encrypted content is executed; and transmit the decryption key to the external device.
Method of manufacturing a ladder comprising the steps of: - cutting away defined sections (12, 16) in a plane plate of metal to form longitudinally extending sections and transversally extending sections between the longitudinally extending sections; - forming the transversally extending sections to generally tubular rungs by; - pressing the transversally extending sections in a first die (26, 28), forming a generally U-shape in cross-section, wherein the first die comprises a lower die section and an upper die section, where the lower and upper die sections have complementary shape in cross-section; - placing the lower part of the U-shape in a lower die section of a second die and pressing on the upper part of the U-shape with an upper die section of the second die; wherein the lower die section of the second die has a shape corresponding to the shape of the lower die section of the first die and wherein the upper die section of the second die has a shape corresponding to the lower die section of the second die but with an opposite orientation to form tubular rungs, wherein the edges of the transversally extending sections are brought in contact with each other; and - forming the longitudinally extending sections to profiled side profiles, wherein the side profiles are formed to generally rectangular C-shape in cross-section. - cutting away defined sections (12, 16) in a plane plate of metal to form longitudinally extending sections and transversally extending sections between the longitudinally extending sections; - forming the transversally extending sections to generally tubular rungs by; - pressing the transversally extending sections in a first die (26, 28), forming a generally U-shape in cross-section, wherein the first die comprises a lower die section and an upper die section, where the lower and upper die sections have complementary shape in cross-section; - placing the lower part of the U-shape in a lower die section of a second die and pressing on the upper part of the U-shape with an upper die section of the second die; wherein the lower die section of the second die has a shape corresponding to the shape of the lower die section of the first die and wherein the upper die section of the second die has a shape corresponding to the lower die section of the second die but with an opposite orientation to form tubular rungs, wherein the edges of the transversally extending sections are brought in contact with each other; and - forming the longitudinally extending sections to profiled side profiles, wherein the side profiles are formed to generally rectangular C-shape in cross-section.
An assembly comprising: an intraocular device having anterior and posterior faces (12, 14); and haptics extending from said intraocular device, each of said haptics comprising a slender loop element with a proximal end attached to said intraocular device, said slender loop element having a length, width and thickness, the length following a curved path and the width being generally parallel to a central anterior-posterior axis of said intraocular device, characterised by a distal hook portion extending from a distal end of said slender loop element, said distal hook portion comprising a surface that extends between an anterior edge and a posterior edge, the distal hook portion being tilted with respect to the width and to the thickness of said slender loop element towards the central anterior-posterior axis of said intraocular device so that said anterior edge is radially more proximal than said posterior edge with respect to said central anterior-posterior axis. an intraocular device having anterior and posterior faces (12, 14); and haptics extending from said intraocular device, each of said haptics comprising a slender loop element with a proximal end attached to said intraocular device, said slender loop element having a length, width and thickness, the length following a curved path and the width being generally parallel to a central anterior-posterior axis of said intraocular device, characterised by a distal hook portion extending from a distal end of said slender loop element, said distal hook portion comprising a surface that extends between an anterior edge and a posterior edge, the distal hook portion being tilted with respect to the width and to the thickness of said slender loop element towards the central anterior-posterior axis of said intraocular device so that said anterior edge is radially more proximal than said posterior edge with respect to said central anterior-posterior axis.
Medical coagulation instrument with a shank and with at least one electrode tip protruding beyond the distal end of the shank, the at least one electrode tip being designed widened or widening in the distal direction, and the electrode tip (4, 5) becoming thicker in the distal direction, characterized in that a small plate (8, 9) is mounted on the inner face and/or the outer face of the at least one electrode tip (4, 5), and the distal end of the small plate (8, 9) reaches substantially as far as the distal end surface of the electrode tip (4, 5) in order to form the thickened electrode tip (4, 5), such that the widening of the distal end of the electrode tip (4, 5) brings about an increase in the size of the coagulation surface.
A drive mechanism for a drug delivery device, comprising: - a lead screw and a lead screw nut aligned with an axis defining an axial direction and an opposite axial direction, - a screw thread and at least one further screw thread of the lead screw, the screw thread and the further screw thread having the same pitch and being intertwined, and - a drive feature of the lead screw nut, - the drive feature engaging the screw thread and the further screw thread and allowing for a dispense operation a helical movement of the lead screw with respect to the lead screw nut at least in the axial direction. - a lead screw and a lead screw nut aligned with an axis defining an axial direction and an opposite axial direction, - a screw thread and at least one further screw thread of the lead screw, the screw thread and the further screw thread having the same pitch and being intertwined, and - a drive feature of the lead screw nut, - the drive feature engaging the screw thread and the further screw thread and allowing for a dispense operation a helical movement of the lead screw with respect to the lead screw nut at least in the axial direction.
A vehicle for cleaning a tunnel comprising tunnel walls and a tunnel floor when travelling through the tunnel, comprising an airflow-generating blowing device, which is configured to blow out the airflow in the direction of the tunnel walls and/or in the direction of the tunnel floor when traveling through the tunnel in order to release impurities from the tunnel walls and/or from the tunnel floor, an extraction device for extracting air containing the released impurities, a filter system arranged downstream of the extraction device for purifying the contaminated air, and a blow-out device arranged downstream of the filter system for blowing out the purified air into the tunnel, characterized in that the extraction device is in the form of a vortex hood. an airflow-generating blowing device, which is configured to blow out the airflow in the direction of the tunnel walls and/or in the direction of the tunnel floor when traveling through the tunnel in order to release impurities from the tunnel walls and/or from the tunnel floor, an extraction device for extracting air containing the released impurities, a filter system arranged downstream of the extraction device for purifying the contaminated air, and a blow-out device arranged downstream of the filter system for blowing out the purified air into the tunnel, characterized in that the extraction device is in the form of a vortex hood.
Brake disc unit with a friction ring and a friction ring carrier, which are connected by means of a shaft-hub connection with an interference toothing with a plurality of drivers, characterized in that the drivers have a contour in cross-section which runs at least partially along an elongated trochoid.
A power converter unit comprising: a metal casing; a power module mounted in said metal casing and equipped with a plurality of power semiconductor devices; further comprising: a metal plate mounted on said power module and fixed to said metal casing; a heat dissipating sheet disposed on said metal plate; and a drive circuit board which controls said power semiconductor devices and is disposed on said heat dissipating sheet, wherein said heat dissipating sheet is divided into two or more sheets, characterized in that an insulating sheet is provided between said metal plate and said heat dissipating sheet, said insulating sheet spreading towards the outside of the metal plate, wherein electronic parts are mounted on a surface of said drive circuit board which is in contact with said heat dissipating sheet, said electronic parts are disposed between said divided two or more heat dissipating sheets, and a thickness of the heat dissipating sheets is greater than a height of the electronic parts. a metal casing; a power module mounted in said metal casing and equipped with a plurality of power semiconductor devices; further comprising: a metal plate mounted on said power module and fixed to said metal casing; a heat dissipating sheet disposed on said metal plate; and a drive circuit board which controls said power semiconductor devices and is disposed on said heat dissipating sheet, wherein said heat dissipating sheet is divided into two or more sheets, characterized in that an insulating sheet is provided between said metal plate and said heat dissipating sheet, said insulating sheet spreading towards the outside of the metal plate, wherein electronic parts are mounted on a surface of said drive circuit board which is in contact with said heat dissipating sheet, said electronic parts are disposed between said divided two or more heat dissipating sheets, and a thickness of the heat dissipating sheets is greater than a height of the electronic parts.
A flow detection device (200, 200C), comprising: a fluidic input port; a fluidic output port; a channel connected to the fluidic input port and to the fluidic output port; a float located within the channel, a specific weight of the float being greater than a specific weight of a fluid injected in the flow detection device (200, 200C) via the fluidic input port, respective locations of the fluidic input port, of the channel and of the fluidic output port on the flow detection device (200, 200C) causing the float to rise within the channel when a sufficient flow of the fluid is injected in the flow detection device (200, 200C); a sensor adapted to detect a position of the float within the channel; and a conduit connecting the channel to the fluidic output port, the conduit extending from under a position of the float when the float is raised within the channel, the fluidic output port being at least as high as the position of the float when the float is raised within the fluidic channel; characterized in that: the flow detection device (200, 200C) further comprises a gas extraction passage connecting the channel to the fluidic output port, an entry of the gas extraction passage being located at or above a highest position of the float when the float rises within the channel, an exit of the gas extraction passage proximate to the fluidic output port being at least as high as the entry of the gas extraction passage. a fluidic input port; a fluidic output port; a channel connected to the fluidic input port and to the fluidic output port; a float located within the channel, a specific weight of the float being greater than a specific weight of a fluid injected in the flow detection device (200, 200C) via the fluidic input port, respective locations of the fluidic input port, of the channel and of the fluidic output port on the flow detection device (200, 200C) causing the float to rise within the channel when a sufficient flow of the fluid is injected in the flow detection device (200, 200C); a sensor adapted to detect a position of the float within the channel; and a conduit connecting the channel to the fluidic output port, the conduit extending from under a position of the float when the float is raised within the channel, the fluidic output port being at least as high as the position of the float when the float is raised within the fluidic channel; characterized in that: the flow detection device (200, 200C) further comprises a gas extraction passage connecting the channel to the fluidic output port, an entry of the gas extraction passage being located at or above a highest position of the float when the float rises within the channel, an exit of the gas extraction passage proximate to the fluidic output port being at least as high as the entry of the gas extraction passage.
A power supply system for an electric vehicle that supplies power from a power supply apparatus to one electric vehicle of a plurality of electric vehicles in a non-contact manner, wherein the electric vehicle includes a vehicle-side communication section configured to communicate with the power supply apparatus wirelessly, a power receiving section configured to be supplied with power from the power supply apparatus in a non-contact manner, and a power storage section configured to store power received by the power receiving section, wherein the power supply apparatus includes a vehicle detecting section configured to detect the entrance of the electric vehicle to a predetermined area, a power supply-side communication section configured to communicate with the vehicle-side communication section of the electric vehicle wirelessly, a power supply section configured to supply power to the power receiving section of the electric vehicle in a non-contact manner, and a power supply-side control section configured to control the power supply section, and wherein the power supply-side control section is configured to perform a control for causing the power supply section to supply power of a first power value when the vehicle detecting section detects the entrance of the electric vehicle to the predetermined area, and perform a control for causing the power supply section to supply power of a second power value greater than the first power value when it is determined that a communication is set up between the power supply-side communication section and the vehicle-side communication section in a state where the power supply section is supplying power of the first power value, characterized in that the vehicle-side communication section is configured to be started up with power of the first power value supplied from the power supply section of the power supply apparatus to the power receiving section and transmit a request signal to the power supply-side communication section, and the power supply-side control section is configured to determine that a communication is set up between the power supply-side communication section and the vehicle-side communication section when the power supply-side communication section receives the request signal within a predetermined time after the power supply section starts the supply of power of the first power value. perform a control for causing the power supply section to supply power of a first power value when the vehicle detecting section detects the entrance of the electric vehicle to the predetermined area, and perform a control for causing the power supply section to supply power of a second power value greater than the first power value when it is determined that a communication is set up between the power supply-side communication section and the vehicle-side communication section in a state where the power supply section is supplying power of the first power value,
A multilayer container comprising: a polyester layer containing a polyester resin; and a polyamide layer containing a polyamide resin and a yellowing inhibitor, wherein a content of the polyamide resin is from 0.05 to 7.0 mass% relative to a total amount of all polyamide layers and all polyester layers, the yellowing inhibitor is a dye, the content of the yellowing inhibitor is from 400 to 800 ppm relative to the polyamide layer, and an L* value of the multilayer container is 87.5 or greater, and being measured in accordance with JIS K 7105. a polyester layer containing a polyester resin; and a polyamide layer containing a polyamide resin and a yellowing inhibitor, wherein a content of the polyamide resin is from 0.05 to 7.0 mass% relative to a total amount of all polyamide layers and all polyester layers, the yellowing inhibitor is a dye, the content of the yellowing inhibitor is from 400 to 800 ppm relative to the polyamide layer, and an L* value of the multilayer container is 87.5 or greater, and being measured in accordance with JIS K 7105.