mhurhangee/ep-ind-claims huggingface dataset:
Connector for the fluidic connection of a mould for blow-moulding containers, taking the form of a grippable casing containing: - fluidic coupling means (25, 26) provided on a front face of the connector, characterized in that the casing also comprises - a mechanical coupling means, provided on the front face of the connector and distinct from the fluidic coupling means (25, 26), the mechanical coupling means consisting of a male/female assembly positioned centrally between an inlet duct for a heat transport fluid and an outlet duct for the heat transport fluid the fluidic coupling means comprising openings (25, 26) which are formed in the front face of the connector and at which open, respectively, the inlet duct for a heat transport fluid and the outlet duct for the heat transport fluid, the openings (25, 26) each being provided with a movable stopper system. - fluidic coupling means (25, 26) provided on a front face of the connector, characterized in that the casing also comprises - a mechanical coupling means, provided on the front face of the connector and distinct from the fluidic coupling means (25, 26), the mechanical coupling means consisting of a male/female assembly positioned centrally between an inlet duct for a heat transport fluid and an outlet duct for the heat transport fluid
A cleaning tool for use in cleaning ferrous material from a wellbore, the cleaning tool comprising: a tool main body; and at least one magnetic element mounted on the tool, wherein said at least one magnetic element is mounted by retention means comprising a deformable fastener; characterised in that said deformable fastener is part of a fastener assembly comprising the deformable fastener, a component adapted to provide an interference fit with a corresponding part of a magnetic element, and a former adapted to cooperate with said deformable fastener. a tool main body; and at least one magnetic element mounted on the tool, wherein said at least one magnetic element is mounted by retention means comprising a deformable fastener; characterised in that said deformable fastener is part of a fastener assembly comprising the deformable fastener, a component adapted to provide an interference fit with a corresponding part of a magnetic element, and a former adapted to cooperate with said deformable fastener.
A game controller comprising: a trigger button rotatable between a first position and a second position by rotating about a rotation axis, the trigger button when in the first position being depressible in a direction to activate a switch, wherein the direction is at least substantially perpendicular to the rotation axis; a locking mechanism configured to constrain rotation of the trigger button about the rotation axis when the trigger button is in the first position, and further configured to constrain rotation of the trigger button about the rotation axis when the trigger button is in the second position; and a housing; wherein the housing comprises a depression, the trigger button being retracted into the depression when the trigger button is in the second position; characterized in that: the locking mechanism comprises a first hole, a second hole, and a pivotable member rotatable about the rotation axis and comprising a protrusion, wherein the first hole and second hole form part of the trigger button, wherein the protrusion fits into the first hole when the trigger button is in the first position, and wherein the protrusion fits into the second hole when the trigger button is in the second position, and wherein the pivotable member engages the trigger button such that, when the trigger button is being rotated from the first position to the second position, the trigger button pivots in tandem with the pivotable member. a trigger button rotatable between a first position and a second position by rotating about a rotation axis, the trigger button when in the first position being depressible in a direction to activate a switch, wherein the direction is at least substantially perpendicular to the rotation axis; a locking mechanism configured to constrain rotation of the trigger button about the rotation axis when the trigger button is in the first position, and further configured to constrain rotation of the trigger button about the rotation axis when the trigger button is in the second position; and a housing; wherein the housing comprises a depression, the trigger button being retracted into the depression when the trigger button is in the second position; characterized in that: the locking mechanism comprises a first hole, a second hole, and a pivotable member rotatable about the rotation axis and comprising a protrusion, wherein the first hole and second hole form part of the trigger button, wherein the protrusion fits into the first hole when the trigger button is in the first position, and wherein the protrusion fits into the second hole when the trigger button is in the second position, and wherein the pivotable member engages the trigger button such that, when the trigger button is being rotated from the first position to the second position, the trigger button pivots in tandem with the pivotable member.
A illumination control method of LED lamps for ink-jet printers, comprising: a recording head in which a plurality of ink discharge printing ranges are formed in a printing direction, an ink which is cured by ultraviolet light, a print medium from which the ink is discharged, and an UVLED lamp in which a plurality of light emitting diodes are arranged at the rear side of the recording head with respect to the printing direction, wherein in an ink-jet printer in which the light-emitting diodes are divided into plural areas and the light amount for each area can be individually controlled by a controller, and among the light-emitting diodes divided into plural areas, the light amount of the light-emitting diode that first scans a glossy printed surface is set to a light amount that does not cause ink curing, the second and subsequent layers are printed on top of the ink layer formed by the relative movement of the recording head and the print medium for the transport width, characterized in that the light amount of the light-emitting diode of the area that first scans is set so that the total light amount on the glossy printed surface is less than or equal to the critical exposure amount of the integrated illuminance. a recording head in which a plurality of ink discharge printing ranges are formed in a printing direction, an ink which is cured by ultraviolet light, a print medium from which the ink is discharged, and an UVLED lamp in which a plurality of light emitting diodes are arranged at the rear side of the recording head with respect to the printing direction, wherein in an ink-jet printer in which the light-emitting diodes are divided into plural areas and the light amount for each area can be individually controlled by a controller, and among the light-emitting diodes divided into plural areas, the light amount of the light-emitting diode that first scans a glossy printed surface is set to a light amount that does not cause ink curing, the second and subsequent layers are printed on top of the ink layer formed by the relative movement of the recording head and the print medium for the transport width, characterized in that the light amount of the light-emitting diode of the area that first scans is set so that the total light amount on the glossy printed surface is less than or equal to the critical exposure amount of the integrated illuminance.
Method for disintegrating biological material, in which a) the biological material is dispersed in a carrier medium and b) the mixture of carrier material and biological material is treated by electroporation, characterized in that c) the occurrence of electrical breakdowns is monitored during the electroporation treatment and d) at least one parameter of the electroporation treatment is controlled in dependence of the result of the monitoring. a) the biological material is dispersed in a carrier medium and b) the mixture of carrier material and biological material is treated by electroporation, characterized in that c) the occurrence of electrical breakdowns is monitored during the electroporation treatment and d) at least one parameter of the electroporation treatment is controlled in dependence of the result of the monitoring.
A method for reducing communication interference, comprising: determining, at a first base station servicing a first user equipment, a synchronization error between a timing of a communication between the first base station and the first user equipment and a timing of a communication between a second base station and a second user equipment, wherein the synchronization error is represented by a timing offset value (t d); and in response to determining the synchronization error, sending, from the first base station to the first user equipment, a timing advance value (t adv) and instructions to advance by the timing advance value (t adv) a window of time during which the first user equipment transmits uplink signals to the first base station, wherein the timing advance value (t adv) is based on the timing offset value (t d), such that interferences caused by a lack of synchronization between frame structures of neighboring base station - user equipment pairs can be reduced or eliminated. determining, at a first base station servicing a first user equipment, a synchronization error between a timing of a communication between the first base station and the first user equipment and a timing of a communication between a second base station and a second user equipment, wherein the synchronization error is represented by a timing offset value (t d); and in response to determining the synchronization error, sending, from the first base station to the first user equipment, a timing advance value (t adv) and instructions to advance by the timing advance value (t adv) a window of time during which the first user equipment transmits uplink signals to the first base station, wherein the timing advance value (t adv) is based on the timing offset value (t d), such that interferences caused by a lack of synchronization between frame structures of neighboring base station - user equipment pairs can be reduced or eliminated.
A positive electrode active material comprising: a solid solution lithium-containing transition metal oxide represented by a compositional formula Li 1.5 [Ni a Co b Mn c [Li] d]O 3 wherein in formula, Li is lithium, Ni is nickel, Co is cobalt, Mn is manganese and O represents oxygen while a, b, c and d satisfy the relations of 0.2≤a≤0.7, 0<b<0.7, 0<c<1.15, 0.15≤d≤0.4, a+b+c+d=1.5, 1.1≤a+b+c≤1.35, and 0<b/a<1; and a lithium-containing transition metal oxide represented by a compositional formula Li 1.0 Ni a' Co b' Mn c' O 2 wherein in formula, Li is lithium, Ni is nickel, Co is cobalt, Mn is manganese and O represents oxygen while a', b' and c' satisfy the relations of 0<a'<1.0, 0<b'<1.0, 0<c'<1.0, and a'+b'+c' =1.0. a solid solution lithium-containing transition metal oxide represented by a compositional formula Li 1.5 [Ni a Co b Mn c [Li] d]O 3 wherein in formula, Li is lithium, Ni is nickel, Co is cobalt, Mn is manganese and O represents oxygen while a, b, c and d satisfy the relations of 0.2≤a≤0.7, 0<b<0.7, 0<c<1.15, 0.15≤d≤0.4, a+b+c+d=1.5, 1.1≤a+b+c≤1.35, and 0<b/a<1; and a lithium-containing transition metal oxide represented by a compositional formula Li 1.0 Ni a' Co b' Mn c' O 2 wherein in formula, Li is lithium, Ni is nickel, Co is cobalt, Mn is manganese and O represents oxygen while a', b' and c' satisfy the relations of 0<a'<1.0, 0<b'<1.0, 0<c'<1.0, and a'+b'+c' =1.0.
A piezoelectric laminate (5, 5A, 5B) comprising, on a substrate in the following order a lower electrode layer (12, 22); and a piezoelectric film containing a perovskite-type oxide, wherein the lower electrode layer (12, 22) includes a metal layer (12c, 22c) containing Ni and a surface layer (12b, 22b) containing a Ni oxide or a Ni oxynitride, and the surface layer (12b, 22b) in the lower electrode layer (12, 22) is arranged on a side closest to the piezoelectric film; wherein, in a thickness direction of the surface layer (12b, 22b), the content of the Ni element changes in an increasing trend from the side closest to the piezoelectric film to the metal layer (12c,22c), the change of the content is continuous, and the change of the content from the surface layer (12b, 22b) to the metal layer (12c, 22c) is continuous. a lower electrode layer (12, 22); and a piezoelectric film containing a perovskite-type oxide, wherein the lower electrode layer (12, 22) includes a metal layer (12c, 22c) containing Ni and a surface layer (12b, 22b) containing a Ni oxide or a Ni oxynitride, and the surface layer (12b, 22b) in the lower electrode layer (12, 22) is arranged on a side closest to the piezoelectric film; wherein, in a thickness direction of the surface layer (12b, 22b), the content of the Ni element changes in an increasing trend from the side closest to the piezoelectric film to the metal layer (12c,22c), the change of the content is continuous, and the change of the content from the surface layer (12b, 22b) to the metal layer (12c, 22c) is continuous.
A method comprising: retrieving a reference harmonic absorption curve of a laser absorption spectrometer, the laser absorption spectrometer comprising a tunable or scannable laser light source and a detector, the reference harmonic absorption curve having a reference curve shape and comprising a first, second, or higher order harmonic signal of a reference signal generated by the detector in response to light passing from the laser light source through a reference gas or gas mixture, the reference gas or gas mixture comprising one or more of a target analyte or a background gas expected to be present during analysis of the target analyte; the reference harmonic absorption curve having been determined for the laser absorption spectrometer in a known or calibrated state; comparing a test harmonic absorption curve having a test curve shape as determined by the laser absorption spectrometer on the reference gas or gas mixture with the reference harmonic absorption curve to detect whether a difference between the test curve shape and the reference curve shape exceeds a predefined allowed deviation and therefore indicates a change in an output of the laser light source relative to the known or calibrated state; and adjusting one or more operating and/or analytical parameters of the laser absorption spectrometer to correct the test curve shape to reduce the difference between the test curve shape and the reference curve shape. retrieving a reference harmonic absorption curve of a laser absorption spectrometer, the laser absorption spectrometer comprising a tunable or scannable laser light source and a detector, the reference harmonic absorption curve having a reference curve shape and comprising a first, second, or higher order harmonic signal of a reference signal generated by the detector in response to light passing from the laser light source through a reference gas or gas mixture, the reference gas or gas mixture comprising one or more of a target analyte or a background gas expected to be present during analysis of the target analyte; the reference harmonic absorption curve having been determined for the laser absorption spectrometer in a known or calibrated state; comparing a test harmonic absorption curve having a test curve shape as determined by the laser absorption spectrometer on the reference gas or gas mixture with the reference harmonic absorption curve to detect whether a difference between the test curve shape and the reference curve shape exceeds a predefined allowed deviation and therefore indicates a change in an output of the laser light source relative to the known or calibrated state; and adjusting one or more operating and/or analytical parameters of the laser absorption spectrometer to correct the test curve shape to reduce the difference between the test curve shape and the reference curve shape.
A turning control apparatus comprising: a turning body; a hydraulic motor configured to turn the turning body; a high-pressure relief circuit (220, 230A, 230B) adapted to relieve a hydraulic pressure of a first hydraulic line (210A, 210B) at a first relief pressure, the first hydraulic line (210A, 210B) supplying an operating oil to drive said hydraulic motor; and a hunting reduction circuit (250A, 252A, 254A; 250B, 252B, 254B) adapted to relieve a hydraulic pressure of a second hydraulic line (210B, 210A) at a pressure lower than the first relief pressure, the second hydraulic line (210B, 210A) being connected to a deceleration-side hydraulic port (A, B) of said hydraulic motor from which the operating oil is discharged when said hydraulic motor is being driven, characterized by: a controller configured to detect a start of a return of an operation lever to a neutral position and to cause said hunting reduction circuit (250A, 252A, 254A; 250B, 252B, 254B) to relieve the hydraulic pressure when the controller detects the start of the return of the operation lever to the neutral position. a turning body; a hydraulic motor configured to turn the turning body; a high-pressure relief circuit (220, 230A, 230B) adapted to relieve a hydraulic pressure of a first hydraulic line (210A, 210B) at a first relief pressure, the first hydraulic line (210A, 210B) supplying an operating oil to drive said hydraulic motor; and a hunting reduction circuit (250A, 252A, 254A; 250B, 252B, 254B) adapted to relieve a hydraulic pressure of a second hydraulic line (210B, 210A) at a pressure lower than the first relief pressure, the second hydraulic line (210B, 210A) being connected to a deceleration-side hydraulic port (A, B) of said hydraulic motor from which the operating oil is discharged when said hydraulic motor is being driven, characterized by: a controller configured to detect a start of a return of an operation lever to a neutral position and to cause said hunting reduction circuit (250A, 252A, 254A; 250B, 252B, 254B) to relieve the hydraulic pressure when the controller detects the start of the return of the operation lever to the neutral position. a controller configured to detect a start of a return of an operation lever to a neutral position and to cause said hunting reduction circuit (250A, 252A, 254A; 250B, 252B, 254B) to relieve the hydraulic pressure when the controller detects the start of the return of the operation lever to the neutral position.
An inkjet ink comprising: water; a radiation-curable multifunctional oligomer having a weight-average molecular weight of 800-10,000 and a water solubility of 20 g/L or less at 25°C; a photoinitiator; and a colouring agent; wherein the ink contains less than 10% by weight of any other radiation-curable components, based on the total weight of the ink, wherein the ink has a viscosity of 100 mPas or less at 25°C, and wherein the oligomer is a polyester acrylate. water; a radiation-curable multifunctional oligomer having a weight-average molecular weight of 800-10,000 and a water solubility of 20 g/L or less at 25°C; a photoinitiator; and a colouring agent; wherein the ink contains less than 10% by weight of any other radiation-curable components, based on the total weight of the ink, wherein the ink has a viscosity of 100 mPas or less at 25°C, and wherein the oligomer is a polyester acrylate.
A rope (35/35') suitable for forming a pelagic mesh in pelagic trawls, the rope (35/35') including: (i) at least one helixing strand or helixing bead; and (ii) a braided sheath formed about a strength member core, the braided sheath being formed of multiple strands; the helixing strand or helixing bead being larger in cross section than the strands of the braided sheath, the rope (35, 35') characterized by the fact that the helixing strand or helixing bead is adhered to the braided sheath and situated mainly about the outside of the braided sheath without the helixing strand or the helixing bead forming the braided sheath, so as to form a series of cambered sections capable of either or both causing lift and reducing drag when such rope is subjected to water flow about the rope. (i) at least one helixing strand or helixing bead; and (ii) a braided sheath formed about a strength member core, the braided sheath being formed of multiple strands;
A three-dimensional lightweight steel framework comprising a beam, a column, a wall body, a purlin, a floor slab, and a lateral-force-resistant rod, wherein the beam is a continuous double beam comprising two identical or different continuous single beams attached at both sides of the column, the continuous single beam and the column are continuous and not interrupted at a cross joint of the continuous single beam and the column, characterized in that the floor slab is a reinforced lightweight composite floor slab, the reinforced lightweight composite floor slab comprises a lightweight composite floor slab, the purling and the lateral-force resistant rod, wherein the purlin is connected to the lightweight composite floor slab by the at least one floor connector, the purlin is connected to the lateral-force-resistant rod and/or a ceiling by at least another connector, so that the lightweight composite floor slab, the purlin, and the lateral-force-resistant rod and/or a ceiling are connected integrally, wherein the floor slab is installed over the purlin, and the lateral-force-resistant rod and/or the ceiling are built under the purlin.
Sowing machine comprising: - a machine frame; and - a plurality of sowing units (12a-12h) for depositing seeds on agriculturally productive land, at least one sowing unit (12a-12h) being fastened to the machine frame so as to be displaceable transversely to the direction of travel; the sowing machine having at least one remote-controllable adjustment element (14, 14a, 14b) and a control device, the adjustment element being configured to displace the at least one displaceable sowing unit (12a-12h) transversely to the direction of travel and the control device being configured to control the at least one adjustment element (14, 14a, 14b), characterized by a monitoring device configured to check whether the at least one displaceable sowing unit (12a-12h) is in contact with the ground, and in that the control device is configured to prevent the at least one adjustment element from being actuated if the at least one displaceable sowing unit is in contact with the ground. - a machine frame; and - a plurality of sowing units (12a-12h) for depositing seeds on agriculturally productive land, at least one sowing unit (12a-12h) being fastened to the machine frame so as to be displaceable transversely to the direction of travel;
A process for cleaning furnace gas wherein the furnace gas flowing in a main flow direction passes a circular array of bag filters, wherein filtered furnace gas having passed the filter bags, is partly returned via one or more nozzles which are moved along downstream ends of the bag filters, wherein the nozzles are arranged in at least one rotating arm rotating about a central axis that is coaxial with the array of bag filters, wherein the respective nozzles are arranged to pass bag filters having corresponding radial positions during rotation of the rotating arm; wherein each bag filter is passed at least once by at least one nozzle during a rotation cycle of the arm, wherein a nozzle passing a bag filter blows filtered furnace gas in a backflow direction through said bag filter, wherein the backflow direction is opposite to the main flow direction.