mhurhangee/ep-ind-claims huggingface dataset:
A mechanical horological movement provided with means for detecting the power reserve for a watch, the movement comprising at least one barrel system with at least a first drive wheel (7, 7') arrangement connected at the output of the central axis of the barrel system and a second drive wheel (6, 6', 6") arrangement connected to a cage of the barrel system at the axis level, the power reserve detection means comprising a control element disposed opposite the cage of the barrel system, and intended to rotate about an axis of rotation parallel to the central axis of the barrel system, or to move in a rectilinear direction, being driven by a complementary member at the output of a differential, and a lever comprising a contact element, which is disposed opposite a control portion of the control element or in a control portion of the control element, and to move the lever so that a blocking part of the lever contacts an element of the geartrain, whether it is directly or indirectly connected to the finishing geartrain or to the oscillator of the movement to directly stop the mechanical horological movement when the power reserve indication is at zero, characterised in that the control element comprises an aperture as a control portion, the aperture having a first end to define a complete charge of the barrel system and a second end to define a complete discharge of the barrel system for indicating the power reserve at zero, and the lever rotatably mounted about a lever axis parallel to the axis of rotation or parallel to the central axis of the barrel system, the lever comprising the contact element disposed in the aperture of the control element to contact the second end of the aperture when the power reserve indication is at zero. the power reserve detection means comprising a control element disposed opposite the cage of the barrel system, and intended to rotate about an axis of rotation parallel to the central axis of the barrel system, or to move in a rectilinear direction, being driven by a complementary member at the output of a differential, and a lever comprising a contact element, which is disposed opposite a control portion of the control element or in a control portion of the control element, and to move the lever so that a blocking part of the lever contacts an element of the geartrain, whether it is directly or indirectly connected to the finishing geartrain or to the oscillator of the movement to directly stop the mechanical horological movement when the power reserve indication is at zero, characterised in that the control element comprises an aperture as a control portion, the aperture having a first end to define a complete charge of the barrel system and a second end to define a complete discharge of the barrel system for indicating the power reserve at zero, and the lever rotatably mounted about a lever axis parallel to the axis of rotation or parallel to the central axis of the barrel system, the lever comprising the contact element disposed in the aperture of the control element to contact the second end of the aperture when the power reserve indication is at zero.
A radial distribution system for accumulating and distributing product, the system comprising: a base member having a downward sloped floor terminating at an upwardly sloped floor section to form an annular trough and providing a sloped side wall substantially surrounding the base member configured as a substantially circular basin for receiving product for distribution to a plurality of conveyors and allowing product to accumulate within the basin, wherein the sloped floor facilitates movement of the product towards openings of a plurality of gate members and the sloped side wall facilitates circular product flow; wherein the plurality of gate members of the radial distribution system are radially-spaced around the base member and extending up the side wall and configured to move between an open position, a partially open position, and a closed position, a vibration member configured to vibrate the base member so that product received on the base member moves in a substantially circular manner around the base member, characterized in that the partially open position is configured to permit a sampling of product to pass through one or more gate openings in the gate member, when the gate is otherwise closed, wherein the one or more gate openings are sized to allow only product having certain characteristics to pass through, the sampling of a product having at least one of a specific size or shape. a base member having a downward sloped floor terminating at an upwardly sloped floor section to form an annular trough and providing a sloped side wall substantially surrounding the base member configured as a substantially circular basin for receiving product for distribution to a plurality of conveyors and allowing product to accumulate within the basin, wherein the sloped floor facilitates movement of the product towards openings of a plurality of gate members and the sloped side wall facilitates circular product flow; wherein the plurality of gate members of the radial distribution system are radially-spaced around the base member and extending up the side wall and configured to move between an open position, a partially open position, and a closed position,
A valve system comprising a valve body, a sealing element and a stuffing box assembled to the valve body, the valve body having an internal surface defining an annular groove, the annular groove comprising an upper side, a lower side and a bottom extending axially between the upper and lower sides, the annular groove forming with the stuffing box an annular cavity for receiving the sealing element, the stuffing box comprising a first and a second shoulder, characterised in that the first shoulder comes in axial contact with the sealing element.
A method for combating Doppler shift performed by a user equipment, comprising: obtaining, in a case where a user equipment performs cell handover, a Doppler shift estimation of the user equipment at a last moment in a source cell; and obtaining an additive inverse of the Doppler shift estimation, and using the additive inverse of the Doppler shift estimation for Carrier Frequency Offset, CFO, compensation in an Automatic Frequency Control, AFC. obtaining, in a case where a user equipment performs cell handover, a Doppler shift estimation of the user equipment at a last moment in a source cell; and obtaining an additive inverse of the Doppler shift estimation, and using the additive inverse of the Doppler shift estimation for Carrier Frequency Offset, CFO, compensation in an Automatic Frequency Control, AFC.
A robot comprising: a drive system adapted to maneuver the robot about an environment; a ranging device adapted to detect a plurality of connected devices located in the environment; and a controller configured to determine, using data from the ranging device, locations of the plurality of connected devices (120; 122; 124; 126; 127; 128; 140; 142; 144; 502; 504; 506; 702; 704; 706), and characterized in that the controller is further configured to: transmit data to cause a remote user device to present a visual representation of the environment and visual indications indicative of the locations of the plurality of connected devices (30a; 34a-34f; 40a) in the environment, and to determine distances between pairs of individual connected devices in the environment. a drive system adapted to maneuver the robot about an environment; a ranging device adapted to detect a plurality of connected devices located in the environment; and a controller configured to determine, using data from the ranging device, locations of the plurality of connected devices (120; 122; 124; 126; 127; 128; 140; 142; 144; 502; 504; 506; 702; 704; 706), and characterized in that the controller is further configured to: transmit data to cause a remote user device to present a visual representation of the environment and visual indications indicative of the locations of the plurality of connected devices (30a; 34a-34f; 40a) in the environment, and to determine distances between pairs of individual connected devices in the environment.
Gas burner arrangement, comprising at least one gas burner and a flame arrester, formed with an inlet along an axis and an outlet at an angle to this axis, the at least one flame arrester being insertable in a burner chamber of the gas burner of a gas heating appliance, the flame arrester and gas burner being designed such that a surface load in operation is in the range from 1.5 to 7.0 W/mm 2, characterised in that the at least one flame arrester has a porosity greater than 35%.
A process for preparing an oxycodone hydrochloride composition having a 14-hydroxycodeinone level in an amount of less than 25 ppm as determined by the HPLC method of Example 6, comprising reacting in a suitable solvent an oxycodone base composition having an amount of 8,14-dihydroxy-7,8-dihydrocodeinone with hydrochloric acid in an amount greater than 1.0 molar equivalent as compared to the oxycodone base composition, whereby the 8,14-dihydroxy-7,8-dihydrocodeinone is dehydrated to 14-hydroxycodeinone, and under reducing conditions provided by a catalyst and a hydrogen donor, whereby 14-hydroxycodeinone is converted to oxycodone, wherein the solvent is selected from the group consisting of water, an alcohol, an ether, an amide, N-methylpyrrolidone, a carboxylic acid, and an appropriate mixture of any two or more of the aforementioned solvents.
Apparatus for moving articles comprising a conveyor member, and a shelf provided with a guide cavity open toward a surface of said shelf in correspondence with an aperture, said guide cavity at least partly defining a movement path and wherein said apparatus comprises a drive unit associated with said conveyor member and configured to move said conveyor member along said movement path, wherein said conveyor member is provided with: - a support zone outside said guide cavity and suitable to support one or more of said articles; - a drawing zone located inside said guide cavity and cooperating with said drive unit; - an intermediate zone located inside said guide cavity, interposed between said support zone and said drawing zone, and cooperating with a plurality of sliding and support elements; wherein said drawing zone is located, with respect to said aperture, in a more internal position of said guide cavity with respect to said intermediate zone and wherein the conveyor member is defined by at least one plate-shaped element and the support zone, intermediate zone and drawing zone are provided on the at least one plate-shaped element, the support zone, intermediate zone and drawing zone being located in continuation one with respect to the other along the width of the cross section of the plate-shaped element. - a support zone outside said guide cavity and suitable to support one or more of said articles; - a drawing zone located inside said guide cavity and cooperating with said drive unit; - an intermediate zone located inside said guide cavity, interposed between said support zone and said drawing zone, and cooperating with a plurality of sliding and support elements;
A method performed by a network node, the method comprising: determining (202, 410) an integrity risk, IR, parameter associated with a wireless device, the IR parameter indicating a maximum probability of providing a positioning service that is out of a tolerance range; transmitting (203, 420), to the wireless device, positioning assistance information and the IR parameter; and receiving (206, 430), from the wireless device, an estimated position and a protection level, PL, parameter, the PL parameter indicating a statistical error bound computed to guarantee that probability of a position error exceeding the PL is less than or equal to the IR, wherein: - the IR parameter is associated with one or more positioning reference signal, PRS; or - the IR parameter is determined in accordance with at least one of: a synchronization error of the network node; a serving beam. determining (202, 410) an integrity risk, IR, parameter associated with a wireless device, the IR parameter indicating a maximum probability of providing a positioning service that is out of a tolerance range; transmitting (203, 420), to the wireless device, positioning assistance information and the IR parameter; and receiving (206, 430), from the wireless device, an estimated position and a protection level, PL, parameter, the PL parameter indicating a statistical error bound computed to guarantee that probability of a position error exceeding the PL is less than or equal to the IR, wherein: - the IR parameter is associated with one or more positioning reference signal, PRS; or - the IR parameter is determined in accordance with at least one of: a synchronization error of the network node; a serving beam. - the IR parameter is associated with one or more positioning reference signal, PRS; or - the IR parameter is determined in accordance with at least one of: a synchronization error of the network node; a serving beam.
A welding method for welding an object to be welded using a pulsed laser, comprising: a step for selecting infrared rays having a wavelength allowing detection whether a keyhole is formed or not in a molten pool from among infrared rays radiating from a welded portion during keyhole-type welding of the object; and a step for determining quality of the welded portion on the basis of intensity of the selected infrared rays, characterized in that a first integrated value is calculated by integrating the intensity of the selected infrared rays during one pulse output of the pulsed laser with respect to time, the first integrated value is compared with a first threshold, if the first integrated value is more than the first threshold, it is determined that the penetration shortage does not occur in the welded portion, and if the first integrated value is less than or equal to the first threshold, it is determined that the penetration shortage occurs in the welded portion. a step for selecting infrared rays having a wavelength allowing detection whether a keyhole is formed or not in a molten pool from among infrared rays radiating from a welded portion during keyhole-type welding of the object; and a step for determining quality of the welded portion on the basis of intensity of the selected infrared rays, characterized in that a first integrated value is calculated by integrating the intensity of the selected infrared rays during one pulse output of the pulsed laser with respect to time, the first integrated value is compared with a first threshold, if the first integrated value is more than the first threshold, it is determined that the penetration shortage does not occur in the welded portion, and if the first integrated value is less than or equal to the first threshold, it is determined that the penetration shortage occurs in the welded portion.
A sensor for a terahertz imaging system integrally achievable in semiconductor technology, comprising: an analysis area; a flat substrate of semiconductor material located at a distance from the analysis area, with no lens interposed between the substrate and the analysis area; a plurality of terahertz radiation receivers arranged in an array on the substrate; at least one coherent spot source of terahertz radiation arranged on the substrate, wherein the distance between the substrate and the analysis area is such that the radiation emitted by the source according to a reflection cone is reflected by the analysis area towards the array of receivers according to a disc forming a hologram; and means for operating an inverse Fourier transform of the hologram measured by the array of receivers. an analysis area; a flat substrate of semiconductor material located at a distance from the analysis area, with no lens interposed between the substrate and the analysis area; a plurality of terahertz radiation receivers arranged in an array on the substrate; at least one coherent spot source of terahertz radiation arranged on the substrate, wherein the distance between the substrate and the analysis area is such that the radiation emitted by the source according to a reflection cone is reflected by the analysis area towards the array of receivers according to a disc forming a hologram; and means for operating an inverse Fourier transform of the hologram measured by the array of receivers.
A container for metallic scrap, particularly for safely storing and transporting scrap of titanium and alloys thereof, comprising an external container body and a lid, wherein said external container body can be closed hermetically by means of said lid, defining and delimiting a vacuum chamber, and wherein it comprises a vacuum pump, which is adapted to create vacuum in said vacuum chamber characterized in that said container comprises furthermore a perforated internal container body, which comprises a plurality of holes, and is adapted to filter said scrap and to separate a cooling liquid, and in that said external container body comprises a hopper-like bottom, with the vertex of which means for discharging said cooling liquid are associated.
An exhaust gas treatment system including a CO 2 recovery apparatus that recovers CO 2 from an exhaust gas exhausted from a boiler or a turbine, and a VOC removal apparatus that removes a VOC from the exhaust gas after the exhaust gas is treated by the CO 2 recovery apparatus, the exhaust gas treatment system comprising: a heating device (16;18;33) that heats an exhaust gas after the exhaust gas is treated by the CO 2 recovery apparatus and before the exhaust gas is treated by the VOC removal apparatus; and a cooling device that cools the exhaust gas after the exhaust gas is treated by the VOC removal apparatus, a first heat exchanger that causes a heat medium to absorb a heat of the exhaust gas provided between the boiler or the turbine and the CO 2 recovery apparatus, and a second heat exchanger that releases the heat from the heat medium supplied from the first heat exchanger to heat the exhaust gas after the exhaust gas is treated by the CO 2 recovery apparatus, wherein. the cooling device includes a third heat exchanger that causes a heat medium to absorb a heat of the exhaust gas after the exhaust gas is treated by the VOC removal apparatus, a fourth heat exchanger is provided, the fourth heat exchanger that releases the heat from the heat medium supplied from the third heat exchanger to heat the exhaust gas after the exhaust gas is treated by the CO 2 recovery apparatus, the heating device further includes a steam heating apparatus that heats the exhaust gas using steam after the exhaust gas is treated by the CO 2 recovery apparatus, and the steam heating the exhaust gas in the steam heating apparatus is steam generated in the boiler. a heating device (16;18;33) that heats an exhaust gas after the exhaust gas is treated by the CO 2 recovery apparatus and before the exhaust gas is treated by the VOC removal apparatus; and a cooling device that cools the exhaust gas after the exhaust gas is treated by the VOC removal apparatus, a first heat exchanger that causes a heat medium to absorb a heat of the exhaust gas provided between the boiler or the turbine and the CO 2 recovery apparatus, and a second heat exchanger that releases the heat from the heat medium supplied from the first heat exchanger to heat the exhaust gas after the exhaust gas is treated by the CO 2 recovery apparatus, wherein. the cooling device includes a third heat exchanger that causes a heat medium to absorb a heat of the exhaust gas after the exhaust gas is treated by the VOC removal apparatus, a fourth heat exchanger is provided, the fourth heat exchanger that releases the heat from the heat medium supplied from the third heat exchanger to heat the exhaust gas after the exhaust gas is treated by the CO 2 recovery apparatus, the heating device further includes a steam heating apparatus that heats the exhaust gas using steam after the exhaust gas is treated by the CO 2 recovery apparatus, and the steam heating the exhaust gas in the steam heating apparatus is steam generated in the boiler.
An injection device comprising: a housing adapted to receive a syringe having a discharge nozzle, the syringe being moveable in the housing on actuation of the injection device along a longitudinal axis from a retracted position in which the discharge nozzle is contained within the housing and an extended position in which the discharge nozzle of the syringe extends from the housing through an exit aperture; an actuator; a drive adapted to be acted upon by the actuator and in turn act upon the syringe to advance it from its retracted position to its extended position and discharge its contents through the discharge nozzle; a locking mechanism moveable from an engaged position in a direction into the housing at the exit aperture into a disengaged position, wherein the locking mechanism is adapted to prevent actuation of the device when it is in its engaged position and permit actuation of the device when it is in its disengaged position, wherein the exit aperture is defined by a rim located on an edge of the housing, and wherein the locking mechanism comprises a contact surface which is adapted to extend over or around at least a part of the rim. characterised in that the locking mechanism further comprises at least one arm extending from the contact surface into the housing. a housing adapted to receive a syringe having a discharge nozzle, the syringe being moveable in the housing on actuation of the injection device along a longitudinal axis from a retracted position in which the discharge nozzle is contained within the housing and an extended position in which the discharge nozzle of the syringe extends from the housing through an exit aperture; an actuator; a drive adapted to be acted upon by the actuator and in turn act upon the syringe to advance it from its retracted position to its extended position and discharge its contents through the discharge nozzle; a locking mechanism moveable from an engaged position in a direction into the housing at the exit aperture into a disengaged position, wherein the locking mechanism is adapted to prevent actuation of the device when it is in its engaged position and permit actuation of the device when it is in its disengaged position, wherein the exit aperture is defined by a rim located on an edge of the housing, and wherein the locking mechanism comprises a contact surface which is adapted to extend over or around at least a part of the rim. characterised in that the locking mechanism further comprises at least one arm extending from the contact surface into the housing.
A drain valve comprising a housing, a fluid inlet, a gas outlet, at least one liquid outlet orifice arranged in a liquid outlet member of the housing, a float and a lever connected at a first end to the float, wherein the float is arranged in a float chamber of the housing, and wherein the float chamber is connected to the fluid inlet, the gas outlet and the at least one liquid outlet orifice, and wherein the liquid outlet orifice may be opened or closed by a closing member that is connected to a second end of the lever and is rotatably connected to the liquid outlet member, wherein if a liquid is arranged in the float chamber a rise in the liquid level will result in a lift of the float, whereby the closing member is rotated to a more open position of the at least one liquid outlet orifice and vice versa, characterized in that the liquid outlet member comprises a cylinder-like section and the closing member is arranged concentrically around the cylinder-like section, wherein the closing member comprises a closing element, wherein in the open valve position of the closing member the closing element converges towards the closest liquid outlet orifice that the closing element is matched to such that the surface of the closing element perpendicular to the liquid flow direction through the liquid outlet orifice is minimized, and the end of the liquid outlet orifice that is first exposed when the liquid outlet orifice is opened has the smallest width perpendicular to the opening direction of the closing element.