mhurhangee/ep-ind-claims huggingface dataset:
A valve comprising a valve actuation mechanism, the valve actuation mechanism comprising: a housing; an actuation pin rotatably mounted within the housing; at least one torque spring coupling the actuation pin to the housing, biasing the actuation pin from a first, inoperative rotational position towards a second, operative rotational position; an actuation pin retaining element for selectively retaining the actuation pin in its first position, the retaining element being engageable with the actuation pin and the housing when the retaining element is in a retaining position so as to prevent rotation of the actuation pin towards its second position, and selectively disengageable from the actuation pin and the housing to permit rotation of the actuation pin towards its second position; and a locking element for selectively preventing disengagement of the retaining element from the housing, wherein the first position of the actuation pin corresponds to a closed state of the valve and the second position of the actuation pin corresponds to an open state of the valve. a housing; an actuation pin rotatably mounted within the housing; at least one torque spring coupling the actuation pin to the housing, biasing the actuation pin from a first, inoperative rotational position towards a second, operative rotational position; an actuation pin retaining element for selectively retaining the actuation pin in its first position, the retaining element being engageable with the actuation pin and the housing when the retaining element is in a retaining position so as to prevent rotation of the actuation pin towards its second position, and selectively disengageable from the actuation pin and the housing to permit rotation of the actuation pin towards its second position; and a locking element for selectively preventing disengagement of the retaining element from the housing, wherein the first position of the actuation pin corresponds to a closed state of the valve and the second position of the actuation pin corresponds to an open state of the valve.
A portable device for analysing vegetable matrices in the field, comprising: - a support body having a longitudinal extension and comprising: ∘ two movable elements (3a, 3b) in a first end of said support body, the two movable elements being configured to completely embrace a vegetable matrix to be analysed therein so as to create a dark chamber ∘ two movable levers handleable by a user's hand in a second end longitudinally opposed to the first end, said two movable elements (3a, 3b) being hinged proximate to the two handleable levers; - a measurement element configured for a spectral measurement in a given wavelength range of the vegetable matrix, so as to acquire optical reflectance data of the surface of the vegetable matrix; - an electrical power source configured to power the various elements of the device; - a processing unit configured to: - receive said optical reflectance data acquired by the measurement element; - generate a signal representative of at least one characteristic chemical-physical parameter (Pi) of the vegetable matrix or generate a classification of the analysed vegetable matrix on the basis of classes. - a support body having a longitudinal extension and comprising: ∘ two movable elements (3a, 3b) in a first end of said support body, the two movable elements being configured to completely embrace a vegetable matrix to be analysed therein so as to create a dark chamber ∘ two movable levers handleable by a user's hand in a second end longitudinally opposed to the first end, said two movable elements (3a, 3b) being hinged proximate to the two handleable levers; ∘ two movable elements (3a, 3b) in a first end of said support body, the two movable elements being configured to completely embrace a vegetable matrix to be analysed therein so as to create a dark chamber ∘ two movable levers handleable by a user's hand in a second end longitudinally opposed to the first end, said two movable elements (3a, 3b) being hinged proximate to the two handleable levers; - a measurement element configured for a spectral measurement in a given wavelength range of the vegetable matrix, so as to acquire optical reflectance data of the surface of the vegetable matrix; - an electrical power source configured to power the various elements of the device; - a processing unit configured to: - receive said optical reflectance data acquired by the measurement element; - generate a signal representative of at least one characteristic chemical-physical parameter (Pi) of the vegetable matrix or generate a classification of the analysed vegetable matrix on the basis of classes. - receive said optical reflectance data acquired by the measurement element; - generate a signal representative of at least one characteristic chemical-physical parameter (Pi) of the vegetable matrix or generate a classification of the analysed vegetable matrix on the basis of classes.
A gas insulated switchgear (1, 100) in which a circuit breaker and disconnecting switches (24, 42) are contained in gas tanks (2, 3) filled with insulating gas, the gas insulated switchgear (1, 100) comprising: - a circuit breaker which is contained in the gas tank, has a driving portion that drives a driving shaft, and is arranged such that the driving shaft is parallel to a front portion of the gas tank and horizontal; - a first disconnecting switch which is contained in the gas tank, has a driving portion that drives a driving shaft, and is electrically connected to one end of the circuit breaker; - a busbar which is contained in the gas tank, and is arranged to be electrically connected to the other end of the circuit breaker; - second disconnecting switches of at least one set, the second disconnecting switches being contained in the gas tank, having a driving portion that drives a driving shaft, and being electrically connected to the busbar; - a first external lead-out circuit which is electrically connected to the first disconnecting switch, and passes through the wall surface of the gas tank to be led out outside the gas tank; - second external lead-out circuits corresponding to the number of sets of the second disconnecting switches, the second external lead-out circuits being electrically connected to the second disconnecting switches, and passing through the wall surface of the gas tank to be led out outside the gas tank; and wherein the busbar is extended in the horizontal direction with respect to the direction of the driving shaft of the circuit breaker, and the second disconnecting switches are arranged on the lower side of the busbar. - a circuit breaker which is contained in the gas tank, has a driving portion that drives a driving shaft, and is arranged such that the driving shaft is parallel to a front portion of the gas tank and horizontal; - a first disconnecting switch which is contained in the gas tank, has a driving portion that drives a driving shaft, and is electrically connected to one end of the circuit breaker; - a busbar which is contained in the gas tank, and is arranged to be electrically connected to the other end of the circuit breaker; - second disconnecting switches of at least one set, the second disconnecting switches being contained in the gas tank, having a driving portion that drives a driving shaft, and being electrically connected to the busbar; - a first external lead-out circuit which is electrically connected to the first disconnecting switch, and passes through the wall surface of the gas tank to be led out outside the gas tank; - second external lead-out circuits corresponding to the number of sets of the second disconnecting switches, the second external lead-out circuits being electrically connected to the second disconnecting switches, and passing through the wall surface of the gas tank to be led out outside the gas tank; and wherein the busbar is extended in the horizontal direction with respect to the direction of the driving shaft of the circuit breaker, and the second disconnecting switches are arranged on the lower side of the busbar.
Tool-toolholder unit (70; 80; 90) adapted to be fixed to a rotor of a mincing/milling machine and comprising a tool (10; 20) and a toolholder (30; 50), said tool (10; 20) comprising a lower face (11; 21) and a rear face (13; 23) from which a cylindrical body (18; 28) protrudes, a coupling hole (19; 29) being formed in said cylindrical body (18; 28); said toolholder (30; 50) comprising a body (32; 52) from which a protruding element (36; 56) protrudes so as to form a front recess (38; 58) with a lower face (31; 51) and a front face (33; 53), a through hole (40; 60) being formed in said toolholder (30; 50); so that the coupling of the tool (10; 20) with the toolholder (30; 50) is obtained by laying the lower face (11; 21) and the rear face (13; 23) of the tool (10; 20) on the lower face (31; 51) and on the front face (33; 53) of the toolholder (30; 50), respectively by inserting the cylindrical body (18; 28) in the through hole (40; 60) so as to arrange the coupling hole (19; 29) and the through hole (40; 60) coaxially to each other, and inserting a screw (71; 81; 91) in the through hole (40; 60) of the toolholder (30; 50) and in the coupling hole (19; 29) of the tool (10; 20); characterized by the fact that the lower face (31; 51) of the toolholder (30; 50) is placed on a plane tangent to the inner surface of the through hole (40; 60) of the toolholder (30; 50) and wherein the lower face (11; 21) of the tool (10; 20) is placed on a plane tangent to the outer surface of the cylindrical body (18; 28) of the tool (10; 20).
Device (100;200;300,304) for the detection of objects for a robot, provided for equipping said robot, comprising: - at least one sensor, called approach sensor, implementing a first detection technology for detecting a neighbouring object; and - at least one sensor (104,700), called proximity sensor, implementing a second detection technology for detecting a neighbouring object, different from said first technology and having a range less than the range of said at least one approach sensor; at least one proximity sensor (104,700) is a capacitive sensor comprising at least one measurement electrode (104,700) polarized at a first alternating electric potential different from a general ground potential, at a working frequency; characterized in that at least one approach sensor is referenced to an alternating electric potential (V G), called guard potential, that is identical or substantially identical to the first potential, at the working frequency. - at least one sensor, called approach sensor, implementing a first detection technology for detecting a neighbouring object; and - at least one sensor (104,700), called proximity sensor, implementing a second detection technology for detecting a neighbouring object, different from said first technology and having a range less than the range of said at least one approach sensor;
A method for controlling the amount of 3-chloro- 1,2-propanediol (3-MCPD) or esters thereof (3-MCPD FE) during a process of refining oil and fat, said process of refining oil and fat comprising a bleaching step, and a deodorizing step, wherein said method includes: a step and a step between the bleaching step and the deodorizing step, wherein the step is to contact the oil from the bleaching step with water, comprising mixing with water and/or transesterification, and wherein the step is to isolate the water phase and to dry the oil phase from step. a step and a step between the bleaching step and the deodorizing step, wherein the step is to contact the oil from the bleaching step with water, comprising mixing with water and/or transesterification, and wherein the step is to isolate the water phase and to dry the oil phase from step.
A sound channel element having a sound channel comprising a first sound opening, a second sound opening and a side opening, from the sound channel and to surroundings of the sound channel element, the side opening being positioned between the first and second sound openings and a closing element configured to sequentially be in a first position, in which the closing element leaves the side opening open with an opening having a cross sectional area of at least 1mm 2, and a second position, wherein the closing element blocks the side opening, the sound channel comprising an electromagnetic actuator for positioning the closing element in the first and second positions, respectively, characterized in that the first and second positions are positions at different positions along a longitudinal direction of the sound channel and that the closing element is movable along a longitudinal direction of the sound channel from the first to the second position and from the second to the first position.
A polyethylene terephthalate composition comprising a copolymer component having at least 3 functional groups in an amount of 0.01 mol% to 1.00 mol% with respect to ethylene terephthalate units, in which the ratio (Mw/Mn) between the weight average molecular weight and number average molecular weight of said polyethylene terephthalate composition determined by the GPC method of the description is 5.0 to 8.0, said polyethylene terephthalate composition also comprising: an alkali metal compound in an amount of 1.0 mol/ton to 3.0 mol/ton of the polyethylene terephthalate composition in terms of alkali metal element; a phosphorus compound in an amount of 1.5 mol/ton to 5.0 mol/ton of the polyethylene terephthalate composition in terms of elemental phosphorus; and an o-chlorophenol insoluble matter in an amount of less than 0.5 wt%.
An aircraft management system, comprising: a data processing system comprising a processor and a memory; and a power distribution controller comprising a plurality of power distribution circuits that are each controlled by the power distribution controller to supply power to end component loads, the power distribution controller communicably coupled to the data processing system by a bus; wherein the power distribution controller is configured to control power generation by each of the plurality of power distribution circuits such that each of the plurality of power distribution circuits generates output power at an adjustable voltage level output to a respective one of the end component loads; wherein the power distribution controller is further configured to selectively distribute power such that a critical end component load is maintained at full power, and power to one or more non-critical end component loads is reduced when total power is insufficient to fully power all end component loads simultaneously; and wherein the power distribution controller is further configured to dynamically determine the critical end component load according to a current aircraft operation such as take-off, landing, or level flight. a data processing system comprising a processor and a memory; and a power distribution controller comprising a plurality of power distribution circuits that are each controlled by the power distribution controller to supply power to end component loads, the power distribution controller communicably coupled to the data processing system by a bus; wherein the power distribution controller is configured to control power generation by each of the plurality of power distribution circuits such that each of the plurality of power distribution circuits generates output power at an adjustable voltage level output to a respective one of the end component loads; wherein the power distribution controller is further configured to selectively distribute power such that a critical end component load is maintained at full power, and power to one or more non-critical end component loads is reduced when total power is insufficient to fully power all end component loads simultaneously; and wherein the power distribution controller is further configured to dynamically determine the critical end component load according to a current aircraft operation such as take-off, landing, or level flight.
A pneumatic power tool comprising:- a pneumatic motor for driving an output shaft,-a housing, which covers said motor and which has a front end and an opposed rear end, wherein said output shaft is arranged to extend from the housing near the front end of the housing, and wherein an air inlet is arranged in the vicinity of the rear end of the housing,-a handle arranged at the rear end of said housing, and -a supply line for the supply of pressure air to the pneumatic motor via the inlet, an exhaust line is arranged to exhaust expanded air that is produced by the pneumatic motor under operation, which exhaust line is arranged rearwards from the housing characterised in that said exhaust line extends outside and at a distance from the handle and substantially parallel to said handle.
A catheter system for treating a vascular condition, comprising: a catheter; a catheter center member; a catheter sheath having a plurality of pullwire lumens (112a, 112b) evenly spaced about a central axis of the catheter; a plurality of pullwires (120a, 120b) received within the pullwire lumens (112a, 112b); and a pivoting connector operably attached to proximal portions of the pullwires (120a, 120b); a pull member connected to said pivoting connector which is fixed to said center member to facilitate relative motion between said center member and said pivoting connection, the system further comprising a master pullwire operably attached to the connector; wherein the pivoting connector allows the master pullwire and the pullwires to remain substantially taut as the system is advanced to a treatment site, with the pivoting of the connector permitting the pullwires (120a,b) to move within pullwire lumens (112a,b) as needed to accommodate flexure of the catheter. a catheter; a catheter center member; a catheter sheath having a plurality of pullwire lumens (112a, 112b) evenly spaced about a central axis of the catheter; a plurality of pullwires (120a, 120b) received within the pullwire lumens (112a, 112b); and a pivoting connector operably attached to proximal portions of the pullwires (120a, 120b); a pull member connected to said pivoting connector which is fixed to said center member to facilitate relative motion between said center member and said pivoting connection, the system further comprising a master pullwire operably attached to the connector; wherein the pivoting connector allows the master pullwire and the pullwires to remain substantially taut as the system is advanced to a treatment site, with the pivoting of the connector permitting the pullwires (120a,b) to move within pullwire lumens (112a,b) as needed to accommodate flexure of the catheter.
Vehicle, in particular mobile work machine, having a drivetrain that is composed of an internal combustion engine and of a traction drive driven by the internal combustion engine and of a working hydraulics system driven by the internal combustion engine, wherein the working hydraulics system has at least one hydraulic pump which is driven by the internal combustion engine and which is operable as a pump and as a motor, wherein, during pump operation, the hydraulic pump draws pressure medium by way of a suction side out of a vessel and conveys said pressure medium into a conveying line that leads to the working hydraulics system, and wherein, during motor operation, in which the hydraulic pump is configured as a hydraulic starter of a start-stop function for starting the internal combustion engine, pressure medium can be fed to the hydraulic pump at the suction side from a pressure medium accumulator, wherein a connecting line that leads to the pressure medium accumulator is connected to the conveying line, which leads to the working hydraulics system, of the hydraulic pump, wherein a shut-off valve that opens automatically and in pressure-dependent fashion in the direction of the pressure medium accumulator, in particular a check valve that opens in the direction of the pressure medium accumulator, is arranged in the connecting line, and the connecting line is assigned, between the shut-off valve and the pressure medium accumulator, a pressure-limiting valve that acts as a safeguard for the charge pressure prevailing in the pressure medium accumulator, characterized in that the hydraulic pump is provided for providing a supply to a hydraulic steering device, and the conveying side of the hydraulic pump is assigned a priority valve for preferentially providing a supply to the steering hydraulics, to the outlet side of which priority valve the conveying line of the working hydraulics system is connected.
An inkjet ink composition comprising a maleimide-styrene copolymer having an ammonium salt structure, an N -vinyl compound, a colorant, and a photopolymerization initiator. a maleimide-styrene copolymer having an ammonium salt structure, an N -vinyl compound, a colorant, and a photopolymerization initiator.
An antifolate drug for use in treating a cancer in a subject, comprising: (a) determining a level of SHMT2 protein, SHMT2 mRNA, or SHMT2 activity in a sample comprising tumor cells from a subject; comparing the level of SHMT2 protein, SHMT2mRNA, or SHMT2 activity in the sample to a reference level of SHMT2 protein, SHMT2 mRNA, or SHMT2 activity; selecting a subject who has a level of SHMT2 protein, SHMT2 mRNA, or SHMT2 activity above the reference level, and administering a therapeutically effective amount of an antifolate drug, wherein the antifolate drug is methotrexate, or any one of the compounds recited in Table 1. (a) determining a level of SHMT2 protein, SHMT2 mRNA, or SHMT2 activity in a sample comprising tumor cells from a subject;
A cold-micro asphalt concrete surfacing, obtained by mixing a solid mineral fraction with a cationic bitumen emulsion, the bitumen being a paraffinic bitumen or a synthetic binder naturally having an acid index of zero before any addition of additive, of the binder type in water, characterized in that it has a good rise in cohesion according to the following specifications: - a torsional cohesion value, as measured according to the Benedict cohesion test, greater than or equal to 20 kg/cm at 30 min, - a fracture time at least as good as the one obtained with naphthenic bitumen, - a mass loss of less than 5%, as measured according to the WTAT test after a ripening time of 18 h at 18°C and a hygrometry level of 55%, - a mass loss of less than 25%, as measured according to the WTAT test after a ripening time of 18 h at 18°C and a hygrometry level of 100%. - a torsional cohesion value, as measured according to the Benedict cohesion test, greater than or equal to 20 kg/cm at 30 min, - a fracture time at least as good as the one obtained with naphthenic bitumen, - a mass loss of less than 5%, as measured according to the WTAT test after a ripening time of 18 h at 18°C and a hygrometry level of 55%, - a mass loss of less than 25%, as measured according to the WTAT test after a ripening time of 18 h at 18°C and a hygrometry level of 100%.