mhurhangee/ep-ind-claims huggingface dataset:
A configurable butt for a cue stick comprising: a body comprising a longitudinally extending chamber having an internal thread; a movable weight located within the elongate chamber and having an external thread which is threadingly coupled to the internal thread of the elongate chamber; an internal shaft extending longitudinally through the movable weight and being adapted to rotate the movable weight within the elongate chamber thereby causing the movable weight to move between respective ends of the elongate chamber by virtue of the threaded coupling to thereby adjust a centre of gravity of the cue stick; and an indicator arrangement adapted to provide an indication of the location of the movable weight within the elongate chamber. a body comprising a longitudinally extending chamber having an internal thread; a movable weight located within the elongate chamber and having an external thread which is threadingly coupled to the internal thread of the elongate chamber; an internal shaft extending longitudinally through the movable weight and being adapted to rotate the movable weight within the elongate chamber thereby causing the movable weight to move between respective ends of the elongate chamber by virtue of the threaded coupling to thereby adjust a centre of gravity of the cue stick; and an indicator arrangement adapted to provide an indication of the location of the movable weight within the elongate chamber.
A computer-implemented method for displaying an image stream captured by an in vivo imaging device, the method comprising: receiving an image stream captured by the in vivo device, the image stream comprising a plurality of image frames, each frame comprising a plurality of pixels; displaying a video display of the image stream by displaying the frames in consecutive time slots, wherein at least one frame is displayed in each time slot, and the frames are displayed sequentially according to their frame capture time; generating a dynamic preview bar, said dynamic preview bar being correlated to at least one image frame simultaneously being displayed in the video display; and displaying, on a visual display unit, the dynamic preview bar along the video display of the image stream, wherein the method is further characterized such that: said dynamic preview bar comprises a detailed data segment and a reduced data segment, said reduced data segment displays a reduced level of data in comparison to the level of data displayed by said detailed data segment, and said detailed data segment is generated for the at least one frame simultaneously being displayed in the video display. receiving an image stream captured by the in vivo device, the image stream comprising a plurality of image frames, each frame comprising a plurality of pixels; displaying a video display of the image stream by displaying the frames in consecutive time slots, wherein at least one frame is displayed in each time slot, and the frames are displayed sequentially according to their frame capture time; generating a dynamic preview bar, said dynamic preview bar being correlated to at least one image frame simultaneously being displayed in the video display; and displaying, on a visual display unit, the dynamic preview bar along the video display of the image stream, wherein the method is further characterized such that: said dynamic preview bar comprises a detailed data segment and a reduced data segment, said reduced data segment displays a reduced level of data in comparison to the level of data displayed by said detailed data segment, and said detailed data segment is generated for the at least one frame simultaneously being displayed in the video display. said dynamic preview bar comprises a detailed data segment and a reduced data segment, said reduced data segment displays a reduced level of data in comparison to the level of data displayed by said detailed data segment, and said detailed data segment is generated for the at least one frame simultaneously being displayed in the video display.
Method for assembling metal sheets made of different materials, which comprises at least one step of superimposing the metal sheets (1, 2) and a welding step, one of the metal sheets having at least one opening through which the other metal sheet (1, 2) is accessible, one of the metal sheets being made of steel and the other metal sheet being aluminium-based, the at least one opening being arranged in the aluminium-based metal sheet and the welding step being implemented at the level of said opening, through welding such as CMT (Cold Metal Transfer) type electric arc welding, laser welding wherein an aluminium, silicon and manganese-based alloy is used as a filler metal, characterised in that the steel metal sheet has at least one stamped part, such that during the step of superimposing the metal sheets (1, 2), at least one elevation resulting from the stamping, is housed protruding in the opening of the other metal sheet, said elevation being positioned in the opening with a gap in relation to the edge of the opening which is an opening of an elongated shape, called a slotted hole shape.
A method for updating ranging results of Optical Network Units, ONUs by an Optical Line Terminal, OLT, comprising: distributing an acquired ranging difference RTD Δ to all the ONUs in the form of a broadcast message by the OLT under the condition that the ONUs are in a normal working state and protection switching is not triggered, wherein the ranging difference RTD Δ is calculated by a difference between a round trip delay of a primary channel and a round trip delay of a standby channel, and wherein RTD Δ distributed to all said ONUs is the same; and implementing updating of ranging result of a current ONU itself by the current ONU according to the acquired ranging difference. distributing an acquired ranging difference RTD Δ to all the ONUs in the form of a broadcast message by the OLT under the condition that the ONUs are in a normal working state and protection switching is not triggered, wherein the ranging difference RTD Δ is calculated by a difference between a round trip delay of a primary channel and a round trip delay of a standby channel, and wherein RTD Δ distributed to all said ONUs is the same; and implementing updating of ranging result of a current ONU itself by the current ONU according to the acquired ranging difference.
A transparent coated substrate comprising: a substrate selected from a canopy of an aircraft, a windshield or a window; an electrically conductive multilayer stack on the substrate; and a coating on the electrically conductive multilayer stack, a thickness of the coating being 127 μm (5 mils) to 254 μm (10 mils) and the coating comprising: a conductive, anti-static tiecoat on the electrically conductive multilayer stack; and a conductive, anti-static topcoat on the conductive, anti-static tiecoat, the conductive, anti-static tiecoat being formed from a coating composition comprising a hydrophobic first aliphatic polyisocyanate, a second aliphatic polyisocyanate comprising a hydrophilic portion, a polyester polyol, a hydrophilic polyol, and a fluorinated polyol, wherein a thickness of each of the conductive, anti-static topcoat and the conductive, anti-static tiecoat is 63.5 μm (2.5 mils) to 127 μm (5 mils). a substrate selected from a canopy of an aircraft, a windshield or a window; an electrically conductive multilayer stack on the substrate; and a coating on the electrically conductive multilayer stack, a thickness of the coating being 127 μm (5 mils) to 254 μm (10 mils) and the coating comprising: a conductive, anti-static tiecoat on the electrically conductive multilayer stack; and a conductive, anti-static topcoat on the conductive, anti-static tiecoat, a conductive, anti-static tiecoat on the electrically conductive multilayer stack; and a conductive, anti-static topcoat on the conductive, anti-static tiecoat, the conductive, anti-static tiecoat being formed from a coating composition comprising a hydrophobic first aliphatic polyisocyanate, a second aliphatic polyisocyanate comprising a hydrophilic portion, a polyester polyol, a hydrophilic polyol, and a fluorinated polyol, wherein a thickness of each of the conductive, anti-static topcoat and the conductive, anti-static tiecoat is 63.5 μm (2.5 mils) to 127 μm (5 mils).
Sunshade for a transparent pane fixedly mounted in a roof of a motor vehicle, wherein the sunshade has fastening means in a supporting structure connected fixedly to the roof of the motor vehicle, characterized in that the fastening means have at least one mounting element which is mounted removably with respect to the sunshade and which, in a mounted state, is clipped into the supporting structure in a direction substantially parallel to the transparent pane connected to the sunshade.
A nozzle for propulsion systems comprising: a frame comprising a plurality of deflecting elements arranged in an array, said array extending about a longitudinal axis; an actuation assembly operatively connected to said frame to supply a deflection force to said frame, wherein said actuation assembly comprises a displaceable ring and a plurality of connectors, wherein each connector of said plurality of connectors extends from said displaceable ring to an associated deflecting element of said plurality of deflecting elements, and wherein each deflecting element of said plurality of deflecting elements produces a lateral displacement in response to a deflection force applied in a direction substantially parallel to said longitudinal axis; and a skin positioned over said frame; characterised in that said actuation assembly further comprises a stationary ring, wherein said displaceable ring is displaceable relative to said stationary ring. a frame comprising a plurality of deflecting elements arranged in an array, said array extending about a longitudinal axis; an actuation assembly operatively connected to said frame to supply a deflection force to said frame, wherein said actuation assembly comprises a displaceable ring and a plurality of connectors, wherein each connector of said plurality of connectors extends from said displaceable ring to an associated deflecting element of said plurality of deflecting elements, and wherein each deflecting element of said plurality of deflecting elements produces a lateral displacement in response to a deflection force applied in a direction substantially parallel to said longitudinal axis; and a skin positioned over said frame; characterised in that said actuation assembly further comprises a stationary ring, wherein said displaceable ring is displaceable relative to said stationary ring.
A method for determining the injection law of a fuel injector to be tested in an injection system comprising: a plurality of fuel injectors, a common rail feeding the fuel under pressure to the injectors, and a fuel pump which keeps the fuel under pressure inside the common rail; the method comprising the steps of: completely interrupting the feeding of fuel from the fuel pump to the common rail; avoiding the opening of all the fuel injectors except for the fuel injector to be tested; measuring the fuel initial pressure (Pi) inside the common rail before starting the opening of the fuel injector to be tested; opening the fuel injector to be tested for a number of consecutive openings with a same test actuation time; measuring the fuel final pressure (Pf) inside the common rail after ending the opening of the fuel injector to be tested; determining a pressure drop (ΔP) in the common rail during the opening of the fuel injector to be tested, which is equal to the difference between the fuel initial pressure (Pi) and the fuel final pressure (Pf); estimating, according to the pressure drop (ΔP) in the common rail, the fuel quantity which is actually injected by the fuel injector to be tested when it is opened for the test actuation time; and causing an internal combustion engine using the injection system to rotate by means of an external actuator during the openings of the fuel injector to be tested, so as to allow the execution of a high number of consecutive openings of the fuel injector to be tested with the same test actuation time. completely interrupting the feeding of fuel from the fuel pump to the common rail; avoiding the opening of all the fuel injectors except for the fuel injector to be tested; measuring the fuel initial pressure (Pi) inside the common rail before starting the opening of the fuel injector to be tested; opening the fuel injector to be tested for a number of consecutive openings with a same test actuation time; measuring the fuel final pressure (Pf) inside the common rail after ending the opening of the fuel injector to be tested; determining a pressure drop (ΔP) in the common rail during the opening of the fuel injector to be tested, which is equal to the difference between the fuel initial pressure (Pi) and the fuel final pressure (Pf); estimating, according to the pressure drop (ΔP) in the common rail, the fuel quantity which is actually injected by the fuel injector to be tested when it is opened for the test actuation time; and causing an internal combustion engine using the injection system to rotate by means of an external actuator during the openings of the fuel injector to be tested, so as to allow the execution of a high number of consecutive openings of the fuel injector to be tested with the same test actuation time.
An oven comprising: a conveyor configured and arranged to move a product to be processed through an oven; a primary air delivery system having a primary fan and a primary heater and configured and arranged to provide a heated primary air flow; a secondary air delivery system having a secondary fan and a secondary heater and configured and arranged to provide a heated secondary air flow; a processing enclosure configured and arranged to receive and contain said product and said primary air flow; an insulated enclosure configured and arranged to receive said heated secondary air flow; said processing enclosure configured and arranged to extend through said insulated enclosure and said heated secondary air flow and to separate said primary air flow from said secondary air flow. a conveyor configured and arranged to move a product to be processed through an oven; a primary air delivery system having a primary fan and a primary heater and configured and arranged to provide a heated primary air flow; a secondary air delivery system having a secondary fan and a secondary heater and configured and arranged to provide a heated secondary air flow; a processing enclosure configured and arranged to receive and contain said product and said primary air flow; an insulated enclosure configured and arranged to receive said heated secondary air flow; said processing enclosure configured and arranged to extend through said insulated enclosure and said heated secondary air flow and to separate said primary air flow from said secondary air flow.
An attachment mechanism for a cutting disc of a power tool, the attachment mechanism comprising: - a rotatable drive shaft having a free end; - a releasable locking member associated with the drive shaft, the locking member being movable between a locked configuration for retaining a cutting disc on the drive shaft and an unlocked configuration for releasing the cutting disc for removal from the drive shaft; - a biasing member associated with the locking member for resiliently biasing the locking member toward the locked configuration; and - a release mechanism associated with the locking member for moving the locking member into the unlocked configuration against the bias of the biasing member, characterised in that the locking member is rotationally moveable between the locked and unlocked configurations and comprises a locking head of non-circular shape for selective rotational alignment with and traversal through a similarly non-circularly shaped aperture in the cutting disc, and in that, in the locked configuration, the locking head is rotationally misaligned with the aperture in the cutting disc, and in the unlocked configuration, the locking head is rotationally aligned with the aperture in the cutting disc. - a rotatable drive shaft having a free end; - a releasable locking member associated with the drive shaft, the locking member being movable between a locked configuration for retaining a cutting disc on the drive shaft and an unlocked configuration for releasing the cutting disc for removal from the drive shaft; - a biasing member associated with the locking member for resiliently biasing the locking member toward the locked configuration; and - a release mechanism associated with the locking member for moving the locking member into the unlocked configuration against the bias of the biasing member, characterised in that the locking member is rotationally moveable between the locked and unlocked configurations and comprises a locking head of non-circular shape for selective rotational alignment with and traversal through a similarly non-circularly shaped aperture in the cutting disc, and in that, in the locked configuration, the locking head is rotationally misaligned with the aperture in the cutting disc, and in the unlocked configuration, the locking head is rotationally aligned with the aperture in the cutting disc.
An applicator device comprising: a housing having a reservoir for containing a cosmetic or medicinal product; and an applicator tip assembly (700, 714, 726) comprising: a main body portion (702, 716, 730) coupled to the housing and comprising a product delivery passageway (710, 718) extending through the main body portion to convey the cosmetic or medicinal product, and a thermal storage applicator portion coupled to the main body portion, the thermal storage applicator portion having an application face for applying the cosmetic or medicinal product to a surface, the main body portion including a neck portion, the thermal storage applicator portion having an aperture configured to receive the neck portion, the product delivery passageway providing an exit for the product at the application face, and wherein the neck portion protrudes substantially perpendicular to a plane of the application face. a housing having a reservoir for containing a cosmetic or medicinal product; and an applicator tip assembly (700, 714, 726) comprising: a main body portion (702, 716, 730) coupled to the housing and comprising a product delivery passageway (710, 718) extending through the main body portion to convey the cosmetic or medicinal product, and a thermal storage applicator portion coupled to the main body portion, the thermal storage applicator portion having an application face for applying the cosmetic or medicinal product to a surface, a main body portion (702, 716, 730) coupled to the housing and comprising a product delivery passageway (710, 718) extending through the main body portion to convey the cosmetic or medicinal product, and a thermal storage applicator portion coupled to the main body portion, the thermal storage applicator portion having an application face for applying the cosmetic or medicinal product to a surface, the main body portion including a neck portion, the thermal storage applicator portion having an aperture configured to receive the neck portion, the product delivery passageway providing an exit for the product at the application face, and wherein the neck portion protrudes substantially perpendicular to a plane of the application face.
Cooking apparatus having a group of heating units, a heating group formation unit, which is provided to form a first heating group of heating units adjusted to a first selection position ( P 1) of a preparation dish, and an assignment apparatus which is provided to assign at least one heating operating parameter to the first heating group, wherein the assignment apparatus in at least one operating mode when sliding the preparation dish into a second selection position ( P 2) retains the heating operating parameter for a heating operation of a second heating group adjusted to the second selection position ( P 2), characterised in that an input unit is provided and the assignment apparatus is provided, in conjunction with the input unit, to assign the heating operating parameter to a heating group adjusted to the new selection position ( P 3) with the aid of an input signal of the input unit in at least one operating mode when lifting the preparation dish into a new selection position ( P 3).
A liquid formulation for use in the topical treatment of a skin condition selected from the group consisting of cutaneous T cell lymphoma (CTCL) and psoriasis, comprising: a photosensitizer that is skin permeable, wherein the photosensitizer is hypericin or a hypericin derivative; and an organic solvent selected from polar aprotic solvents. a photosensitizer that is skin permeable, wherein the photosensitizer is hypericin or a hypericin derivative; and an organic solvent selected from polar aprotic solvents.
An apparatus for using a smartphone, comprising: a tablet further comprising a housing; a touch screen disposed on the housing; a cartridge slot disposed on the housing; a cartridge configured to receive the smartphone, the cartridge further configured to be inserted into the cartridge slot, wherein the smartphone comprises a screen, and wherein the screen of the smartphone is enclosed by the housing when the smartphone is received by the cartridge and the cartridge is inserted into the cartridge slot; and means for interfacing with the smartphone wherein the touch screen is configured to operate the smartphone. a tablet further comprising a housing; a touch screen disposed on the housing; a cartridge slot disposed on the housing; a cartridge configured to receive the smartphone, the cartridge further configured to be inserted into the cartridge slot, wherein the smartphone comprises a screen, and wherein the screen of the smartphone is enclosed by the housing when the smartphone is received by the cartridge and the cartridge is inserted into the cartridge slot; and means for interfacing with the smartphone wherein the touch screen is configured to operate the smartphone.
Linear dual actuator dedicated for lying or sitting furniture of the type comprising at least one section (2,3), which with one end is rotatably embedded around an axis in the article of furniture, and where the section (2,3) can be adjusted by means of a pivot shaft (4,6) directly or indirectly connected to the section (2,3), and where an arm (5,7) is secured to the pivot shaft (4,6) by which the pivot shaft (4,6) can be brought to rotate and thus adjust the section (2,3), said dual actuator comprising a housing with a recess in each end for each of the pivot shafts (4,6) on the article of furniture, and where the arms (5,7) on the pivot shafts (4,6), after the dual actuator has been mounted, reach into the housing, and where each end of the housing is furnished with a drive comprising an electric motor, a transmission in driving connection with the electric motor, a spindle unit in driving connection with the transmission, which spindle unit comprises a spindle and a spindle nut as well as a thrust element in connection with the spindle unit, and where the thrust element is guided in the housing secured against rotation, and which can be brought into engagement with the arm (5,7) for adjusting the section (2,3), characterized in that the electric motors are located inside the housing parallel with the respective spindles and in that the transmission in at least one of the drives comprises a worm gear with a first worm arranged in continuation of the motor shaft, and a first worm wheel located horizontally on an upper end of a first shaft, which extends down to the spindle, as well as a second worm gear with a second worm on the other end of the shaft and a second worm wheel on the spindle, where the second worm is in engagement with the second worm wheel.