mhurhangee/ep-ind-claims huggingface dataset:
A lavage unit including: a handpiece including a proximal located handgrip and a distally located barrel, wherein the handgrip and barrel are pivotally connected together so that the angular orientation of the barrel relative to the handgrip can be selectively set; an irrigation tube that extends from a source of irrigating fluid to the handpiece; a tip assembly that extends forward from the handpiece barrel and that is connected to the handpiece to receive from the irrigation tube the irrigation fluid for discharge; and a pump and a motor disposed in the handpiece, the pump configured to pump irrigation fluid from the irrigation tube out through the tip assembly, and the motor connected to the pump for actuating the pump, characterized in that: the pump is disposed in the barrel of the handpiece; the motor is disposed in the handgrip of the handpiece; and at least one gear is disposed in said handpiece to transfer mechanical energy output by said motor to said pump, said gear being rotatably mounted to said handgrip or said barrel to rotate around an axis around which the barrel pivots relative to the handgrip. a handpiece including a proximal located handgrip and a distally located barrel, wherein the handgrip and barrel are pivotally connected together so that the angular orientation of the barrel relative to the handgrip can be selectively set; an irrigation tube that extends from a source of irrigating fluid to the handpiece; a tip assembly that extends forward from the handpiece barrel and that is connected to the handpiece to receive from the irrigation tube the irrigation fluid for discharge; and a pump and a motor disposed in the handpiece, the pump configured to pump irrigation fluid from the irrigation tube out through the tip assembly, and the motor connected to the pump for actuating the pump, characterized in that: the pump is disposed in the barrel of the handpiece; the motor is disposed in the handgrip of the handpiece; and at least one gear is disposed in said handpiece to transfer mechanical energy output by said motor to said pump, said gear being rotatably mounted to said handgrip or said barrel to rotate around an axis around which the barrel pivots relative to the handgrip. the pump is disposed in the barrel of the handpiece; the motor is disposed in the handgrip of the handpiece; and at least one gear is disposed in said handpiece to transfer mechanical energy output by said motor to said pump, said gear being rotatably mounted to said handgrip or said barrel to rotate around an axis around which the barrel pivots relative to the handgrip.
An oral irrigator comprising: a handle housing defining a cavity; a tip removably connected to the handle housing; and a tip release assembly connected to the handle housing comprising: a tip eject button slidably connected to the handle housing and movable between a first position and a second position; a latch connected to the handle housing and positioned within the cavity, wherein movement of the tip eject button from the first position to the second position moves the latch laterally across the cavity from an engage position to a disengage position, characterized in that the latch is movable substantially normal or perpendicular to the movement of the tip eject button. a handle housing defining a cavity; a tip removably connected to the handle housing; and a tip release assembly connected to the handle housing comprising: a tip eject button slidably connected to the handle housing and movable between a first position and a second position; a latch connected to the handle housing and positioned within the cavity, wherein movement of the tip eject button from the first position to the second position moves the latch laterally across the cavity from an engage position to a disengage position, characterized in that the latch is movable substantially normal or perpendicular to the movement of the tip eject button. a tip eject button slidably connected to the handle housing and movable between a first position and a second position; a latch connected to the handle housing and positioned within the cavity, wherein movement of the tip eject button from the first position to the second position moves the latch laterally across the cavity from an engage position to a disengage position, characterized in that the latch is movable substantially normal or perpendicular to the movement of the tip eject button.
A mobile device comprising: a user interface configured to provide a user with a list of identifications and user-assigned profile names of a plurality of wireless docking stations detected during scanning, and to receive from said user an instruction to request identification from one of the wireless docking stations from said list; and a radio configured to transmit a request to identify message to said wireless docking station, the request to identify message is to request said wireless docking station to display an identification message including the identification of said wireless docking station. a user interface configured to provide a user with a list of identifications and user-assigned profile names of a plurality of wireless docking stations detected during scanning, and to receive from said user an instruction to request identification from one of the wireless docking stations from said list; and a radio configured to transmit a request to identify message to said wireless docking station, the request to identify message is to request said wireless docking station to display an identification message including the identification of said wireless docking station.
Method for bonding a first structure and a second structure, comprising the following steps: a) providing the first structure and a second structure, the first structure comprising a surface on which a silicon layer is formed; b) bombarding the silicon layer by a beam of species configured to reach the surface of the first structure, and to preserve a part of the silicon layer with a surface roughness of less than 1 nm RMS on completion of the bombardment; c) bonding the first structure and second structure by direct bonding between the part of the silicon layer preserved in step b) and the second structure, steps b) and c) being executed in the same chamber subjected to a vacuum of less than 10 -4 mbar. a) providing the first structure and a second structure, the first structure comprising a surface on which a silicon layer is formed; b) bombarding the silicon layer by a beam of species configured to reach the surface of the first structure, and to preserve a part of the silicon layer with a surface roughness of less than 1 nm RMS on completion of the bombardment; c) bonding the first structure and second structure by direct bonding between the part of the silicon layer preserved in step b) and the second structure, steps b) and c) being executed in the same chamber subjected to a vacuum of less than 10 -4 mbar.
A cleaning and sanitizing device for a steam lance of a coffee machine, said steam lance comprising a tubular conduit whose upper part is connected to the coffee machine and having a steam head at a lower end thereof, said device being characterised in that said steam lance is associated to a cleaning and sanitizing sleeve, comprising an upper collar, which adheres to a circumference of the tubular conduit, and having an annular cavity made in a lower part thereof, open in a downwards direction, able to create a conveying zone directed towards a lower part of the tubular conduit in direction of the steam head, and in that whereby a liquid and/or steam for cleaning and sanitizing coming from a conduit is injected into said annular cavity by means of a control device (18, 19, 21, 22) and is directable towards said steam head, striking the tubular conduit.
An electronic tag comprising: a cellular communication module configured to transmit an indication of a current geographical location to a first external data server; an automatic dependent surveillance-broadcast (ADS-B) receiver configured to receive a Mode S signal from an aircraft; and a microprocessor configured to switch off at least a transmitter part of the cellular communication module in response to first predefined data in the Mode S signal. a cellular communication module configured to transmit an indication of a current geographical location to a first external data server; an automatic dependent surveillance-broadcast (ADS-B) receiver configured to receive a Mode S signal from an aircraft; and a microprocessor configured to switch off at least a transmitter part of the cellular communication module in response to first predefined data in the Mode S signal.
A door handle assembly for a door of a vehicle, the door handle assembly comprising: - a housing that is configured to form part of or otherwise connect to the door; - a handle moveably coupled to the housing; and - a spherical member coupled to the handle, wherein the spherical member is configured to move between a rest position and a blocking position, in which blocking position the handle is prevented from latching, characterized in that the handle comprises the spherical member. - a housing that is configured to form part of or otherwise connect to the door; - a handle moveably coupled to the housing; and - a spherical member coupled to the handle, wherein the spherical member is configured to move between a rest position and a blocking position, in which blocking position the handle is prevented from latching,
A needle safety device for a medical device, in particular for an IV catheter assembly, being movably arranged on a needle comprising: a first part made of a suitable plastic material; a second part preferably made of a strip of suitable metal sheet; and a ring surrounding the said first part and said second part having elastic properties made of suitable elastomeric material, wherein the said first part comprises a base section, a middle section and a top section forming a first arm; and the said second part comprises a base section being adapted to engage with the base section of the said first part, a middle section and top section forming a deflectable second arm, and the said top section of the said first part is substantially semi-cylindrical in shape and extends from the said base section entirely through the said middle section in the axial direction, and the said top section in its inner wall is provided with a substantially semi-circular groove extending in axial direction towards the said base section along its entire length, and characterized in that the said top section of the said first part comprises two projections facing the top section of the said second part ensuring the outer profile of the said needle to movably rest in the said groove. a first part made of a suitable plastic material; a second part preferably made of a strip of suitable metal sheet; and a ring surrounding the said first part and said second part having elastic properties made of suitable elastomeric material, wherein the said first part comprises a base section, a middle section and a top section forming a first arm; and the said second part comprises a base section being adapted to engage with the base section of the said first part, a middle section and top section forming a deflectable second arm, and the said top section of the said first part is substantially semi-cylindrical in shape and extends from the said base section entirely through the said middle section in the axial direction, and the said top section in its inner wall is provided with a substantially semi-circular groove extending in axial direction towards the said base section along its entire length, and characterized in that the said top section of the said first part comprises two projections facing the top section of the said second part ensuring the outer profile of the said needle to movably rest in the said groove.
A surveillance camera management device comprising: a surveillance area projection unit configured to project surveillance areas of a plurality of cameras (11-1 - 11-N) onto a map having a surveillance region set thereon, the plurality of cameras being registered on the map; a shortest path search unit configured to search for a shortest path between a first camera and a second camera of the plurality of cameras registered on the map; a link determination unit configured to determine a link between the first camera and the second camera based on the surveillance areas (ARa-ARe) of the first and second cameras projected onto the map and the shortest path between the first and second cameras detected on the map, wherein when the shortest path traced from the first camera to the second camera reaches one of the second camera and the surveillance area of the second camera without coming into contact with a surveillance area of another camera other than the surveillance area of the first camera, the link determination unit is configured to determine that the first camera and the second camera are linked to each other; and an output camera image select unit configured to select an output camera image from among a plurality of camera images based on an inter-camera link relation acquired by the link determination unit, wherein when there is an overlap region between the surveillance areas of the cameras on the map, the surveillance area projection unit is configured to divide the overlap region between the cameras. a surveillance area projection unit configured to project surveillance areas of a plurality of cameras (11-1 - 11-N) onto a map having a surveillance region set thereon, the plurality of cameras being registered on the map; a shortest path search unit configured to search for a shortest path between a first camera and a second camera of the plurality of cameras registered on the map; a link determination unit configured to determine a link between the first camera and the second camera based on the surveillance areas (ARa-ARe) of the first and second cameras projected onto the map and the shortest path between the first and second cameras detected on the map, wherein when the shortest path traced from the first camera to the second camera reaches one of the second camera and the surveillance area of the second camera without coming into contact with a surveillance area of another camera other than the surveillance area of the first camera, the link determination unit is configured to determine that the first camera and the second camera are linked to each other; and an output camera image select unit configured to select an output camera image from among a plurality of camera images based on an inter-camera link relation acquired by the link determination unit, wherein when there is an overlap region between the surveillance areas of the cameras on the map, the surveillance area projection unit is configured to divide the overlap region between the cameras.
A computer-implemented method, comprising: obtaining an image of a region of interest of a subject wherein the image includes information indicative of a tracer uptake, wherein the image is generated with image data produced by an imaging system used to scan the subject; obtaining a signal indicative of a physiological state of the subject before the scan and the physiological state impacts the tracer uptake before the scan; determining a value for a tracer uptake value for a target region of interest based on said image information indicative of tracer uptake; characterised in that: determining a tracer uptake correction factor based on the physiological state before the scan; correcting the tracer uptake value for the target region of interest based on the tracer uptake correction factor; and displaying both the image and data indicative of the physiological state. obtaining an image of a region of interest of a subject wherein the image includes information indicative of a tracer uptake, wherein the image is generated with image data produced by an imaging system used to scan the subject; obtaining a signal indicative of a physiological state of the subject before the scan and the physiological state impacts the tracer uptake before the scan; determining a value for a tracer uptake value for a target region of interest based on said image information indicative of tracer uptake; characterised in that: determining a tracer uptake correction factor based on the physiological state before the scan; correcting the tracer uptake value for the target region of interest based on the tracer uptake correction factor; and displaying both the image and data indicative of the physiological state. determining a tracer uptake correction factor based on the physiological state before the scan; correcting the tracer uptake value for the target region of interest based on the tracer uptake correction factor; and displaying both the image and data indicative of the physiological state.
An extractor hood for kitchens and the like, comprising - a hood body intended to house extraction means, - an illuminating panel coupled to one end of the hood body and in turn comprising a frame, a first sheet of transparent material, preferably glass, coupled to said frame and at least one light source, - hanging means (21,51) designed to keep the hood hung with respect to a hob, said hanging means comprising first hanging means fastened to the hood body and second hanging means fastened to the illuminating panel, characterized in that the supporting frame is a surround frame separated from said hood body and coupled thereto by means of the sheet of transparent material, in that the illuminating panel further comprises a second sheet of transparent material facing the first sheet and spaced therefrom, a third sheet of transparent material interposed between the first and the second sheets, in that the light source comprises a plurality of LEDs arranged on a peripheral border of said frame and aligned with the third sheet for projecting a light beam into the thickness of the third sheet, in that the hood comprises an end plate which defines at least in part an intake opening in fluid communication with the extraction means, the end plate being provided with a peripheral border that protrudes towards the outside, in that the first sheet is coupled: - to the hood body by means of the peripheral border of the end plate, - to the frame, by means of at least one housing recess provided on the frame and intended to house a peripheral portion of the first sheet. - a hood body intended to house extraction means, - an illuminating panel coupled to one end of the hood body and in turn comprising a frame, a first sheet of transparent material, preferably glass, coupled to said frame and at least one light source, a frame, a first sheet of transparent material, preferably glass, coupled to said frame and at least one light source, - hanging means (21,51) designed to keep the hood hung with respect to a hob, said hanging means comprising first hanging means fastened to the hood body and second hanging means fastened to the illuminating panel, a second sheet of transparent material facing the first sheet and spaced therefrom, a third sheet of transparent material interposed between the first and the second sheets, - to the hood body by means of the peripheral border of the end plate, - to the frame, by means of at least one housing recess provided on the frame and intended to house a peripheral portion of the first sheet.
An integrated HOFS meander line polarizer radome comprising: a substrate comprising layers (232, 234, 236, 238, 240, 242, 244, 246, 248) having a dielectric constant, dk, greater than 2.0 and less than 5.0; a higher order Floquet-mode structure, HOFS, comprising HOFS lines disposed in a first subset of the layers; meander lines (206a, 206b), to provide a phase shift and match, disposed in a second subset of the layers; and a radome, wherein: at least one layer of the first subset is disposed between the second subset of the layers; there is no gap between the substrate and the radome; and the radome together has a cross-section depth between 508 μm [20 mils] and 1524 μm [60 mils]. a substrate comprising layers (232, 234, 236, 238, 240, 242, 244, 246, 248) having a dielectric constant, dk, greater than 2.0 and less than 5.0; a higher order Floquet-mode structure, HOFS, comprising HOFS lines disposed in a first subset of the layers; meander lines (206a, 206b), to provide a phase shift and match, disposed in a second subset of the layers; and a radome, wherein: at least one layer of the first subset is disposed between the second subset of the layers; there is no gap between the substrate and the radome; and the radome together has a cross-section depth between 508 μm [20 mils] and 1524 μm [60 mils]. at least one layer of the first subset is disposed between the second subset of the layers; there is no gap between the substrate and the radome; and the radome together has a cross-section depth between 508 μm [20 mils] and 1524 μm [60 mils].
Luminaire comprising - a cover element for covering an inner region of the luminaire from above, wherein the cover element is so arranged that it is movably supported to move back and forth between a covered position and an opened position, wherein the inner region is accessible from above when the cover element is in the open position, and wherein the inner region is covered when the cover element is in the covered position, - a rail element for displaceable mounting of the cover element between the covered position and the opened position, wherein the luminaire is so designed that the cover element is mounted horizontally and displaceable between the covered position and the opened position in or on the rail element characterized in that, the cover element is U-shaped when viewed from above to receive a light emitting opening. - a cover element for covering an inner region of the luminaire from above, wherein the cover element is so arranged that it is movably supported to move back and forth between a covered position and an opened position, wherein the inner region is accessible from above when the cover element is in the open position, and wherein the inner region is covered when the cover element is in the covered position, - a rail element for displaceable mounting of the cover element between the covered position and the opened position, wherein the luminaire is so designed that the cover element is mounted horizontally and displaceable between the covered position and the opened position in or on the rail element
A method for producing a surface-treated steel sheet comprising: forming a layer mainly composed of an oxygen compound containing Al onto a tin-plated steel sheet by conducting cathode electrolytic treatment using an electrolytic treatment solution containing an Al ion and nitrate ion to the tin-plated steel sheet, wherein the electrolytic treatment solution does not contain F ion and characterized in that an amount of a nitrate ion contained is 11 500 to 25 000 ppm by weight. forming a layer mainly composed of an oxygen compound containing Al onto a tin-plated steel sheet by conducting cathode electrolytic treatment using an electrolytic treatment solution containing an Al ion and nitrate ion to the tin-plated steel sheet, wherein the electrolytic treatment solution does not contain F ion and characterized in that an amount of a nitrate ion contained is 11 500 to 25 000 ppm by weight.