mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for preparing a solution of a shear sensitive material comprising: a process vessel comprising an inlet to deliver dry ingredients to the interior of the process vessel, a dip tube extending into the interior of the process vessel to deliver a circulating process stream to the interior of the process vessel, an agitator to stir the contents contained in the interior of the process vessel, and a outlet valve to release the circulating process stream from the interior of the process vessel; a first pump connected to the outlet valve; at least two tangential flow filters connected in series wherein the first tangential flow filter is connected to the first pump and the last tangential flow filter is connected to the dip tube of the process vessel so that the process vessel, the first pump, and the at least two tangential flow filters are configured to form a circulating loop; and at least two addition tanks each connected to a separate pump wherein a first addition pump is connected to the circulating loop and configured to pump a first reagent from the first addition tank into the circulating process stream and a second addition pump is connected to the circulating loop and configured to pump a second reagent from the second addition tank into the circulating process stream and wherein the first addition pump is independent from the second addition pump. a process vessel comprising an inlet to deliver dry ingredients to the interior of the process vessel, a dip tube extending into the interior of the process vessel to deliver a circulating process stream to the interior of the process vessel, an agitator to stir the contents contained in the interior of the process vessel, and a outlet valve to release the circulating process stream from the interior of the process vessel; a first pump connected to the outlet valve; at least two tangential flow filters connected in series wherein the first tangential flow filter is connected to the first pump and the last tangential flow filter is connected to the dip tube of the process vessel so that the process vessel, the first pump, and the at least two tangential flow filters are configured to form a circulating loop; and at least two addition tanks each connected to a separate pump wherein a first addition pump is connected to the circulating loop and configured to pump a first reagent from the first addition tank into the circulating process stream and a second addition pump is connected to the circulating loop and configured to pump a second reagent from the second addition tank into the circulating process stream and wherein the first addition pump is independent from the second addition pump.
Device for signalling the trip of an electrical protection unit, such as a circuit breaker, housed in an insulating casing enclosing a pair of contacts constituted by a fixed and a mobile contact, said mobile contact being actuatable either manually by a handle mechanically connected to a support device of the mobile contact, said handle being pivotably mounted between a closed position and an open position of the contacts, or automatically by means of a trip mechanism having a magnetic trip able to be activated in the event of the occurrence of a short-circuit fault and a thermal trip able to be activated in the event of the occurrence of an overload fault, said mobile contact support being mounted rotatably between an open position of the contacts and a closed position of the contacts and being connected to the handle by a transmission means so as to form a breakable mechanical connection between the support and the handle, the activation of one of the trips inducing the rupture of the mechanical connection, inducing the separation of the contacts, and comprising first signalling means S or means for signalling any fault type, said means being intended to be activated to signal the tripped state of the unit whatever the fault type, characterized in that said device has second signalling means T able to be activated only in the event of the appearance of a short-circuit fault, said first signalling means S and second signalling means T cooperating with an opening belonging to the casing of the unit such that, in the event of the activation of the first S and second T signalling means, the latter can be viewed simultaneously through the opening in the casing so as to signal the occurrence of a short-circuit fault to the user, whereas in the event of the activation of the first signalling means S alone, these first signalling means S are visible through the opening in the casing so as to signal the occurrence of an overload fault to the user.
A projectile comprising: a body; a support attached to the body, the support including a leaf spring; and a partial fin rotatably attached to the support such that the partial fin moves between a stowed position and a deployed position, wherein the leaf spring moves relative to the partial fin as the partial fin moves between the stowed position and the deployed position, wherein the leaf spring is biased against the partial fin when the partial fin is in the stowed position and is configured to snap under the partial fin and form a portion of the front edge of the complete fin when the partial fin is in the deployed position, thereby locking the partial fin in place when the partial fin is in the deployed position and forming a complete fin with the support. a body; a support attached to the body, the support including a leaf spring; and a partial fin rotatably attached to the support such that the partial fin moves between a stowed position and a deployed position, wherein the leaf spring moves relative to the partial fin as the partial fin moves between the stowed position and the deployed position, wherein the leaf spring is biased against the partial fin when the partial fin is in the stowed position and is configured to snap under the partial fin and form a portion of the front edge of the complete fin when the partial fin is in the deployed position, thereby locking the partial fin in place when the partial fin is in the deployed position and forming a complete fin with the support.
A vacuum unit foot adapted to be connected to a prosthetic leg having a socket, the vacuum unit foot being adapted to draw the air out of the socket by using the displacement established with the conversion of the angular motion into linear motion that has been created during the walking process between the tibia axis and the foot sole plane, the vacuum unit foot comprising - a foot sole - a body located between the prosthesis leg and the foot sole, - a vacuum shell inside the body, in which vacuum is created during use, - an inlet valve which enables the air to be drawn into the vacuum shell, - an air outlet valve that enables air to be discharged from the vacuum shell, - wherein the body is adapted to move angularly around an ankle slot which enables the connection of an ankle shaft that is used as the pivoting point in order to imitate the natural motion of the ankle, - a piston head adapted to change the volume of the vacuum shell, - a piston arm which the piston head is connected to, - a return spring that is adapted to counter support the piston arm characterized in that it further comprises a piston link connected to the foot sole by a body shaft and the piston arm by a link pin wherein the piston link is adapted to convert the angular motion of the foot sole around the ankle shaft into linear motion of the piston arm. - a foot sole - a body located between the prosthesis leg and the foot sole, - a vacuum shell inside the body, in which vacuum is created during use, - an inlet valve which enables the air to be drawn into the vacuum shell, - an air outlet valve that enables air to be discharged from the vacuum shell, - wherein the body is adapted to move angularly around an ankle slot which enables the connection of an ankle shaft that is used as the pivoting point in order to imitate the natural motion of the ankle, - a piston head adapted to change the volume of the vacuum shell, - a piston arm which the piston head is connected to, - a return spring that is adapted to counter support the piston arm
An aircraft electrical actuator arrangement comprising: a plurality of electrical actuators coupled to an electrical power distribution network, the plurality of electrical actuators comprising at least one flap actuator, at least one landing gear actuator, at least one environmental control system actuator, at least one aileron actuator, at least one slat actuator, at least one thrust reverser actuator, at least one brake actuator and at least one taxiing actuator, a reconfigurable master power converter (1, 8) for converting electrical power from the electrical power distribution network for supply to each of the electrical actuators, and a controller coupled to the master power converter (1, 8) and arranged to control the reconfiguration of the master power converter (1, 8) to meet the individual and specific electrical power requirements of the plurality of electrical actuators, wherein the controller is further arranged to allow the supply of electrical power from the master power converter (1, 8) to the at least one environmental control system actuator during a first mode of operation of the aircraft, and wherein the controller is further arranged to allow the supply of electrical power from the master power converter (1, 8) to at least one of the at least one aileron actuator, the at least one flap actuator, the at least one slat actuator, the at least one landing gear actuator, the at least one thrust reverser actuator, the at least one brake actuator or the at least one taxiing actuator during a second mode of operation of the aircraft. a plurality of electrical actuators coupled to an electrical power distribution network, the plurality of electrical actuators comprising at least one flap actuator, at least one landing gear actuator, at least one environmental control system actuator, at least one aileron actuator, at least one slat actuator, at least one thrust reverser actuator, at least one brake actuator and at least one taxiing actuator, a reconfigurable master power converter (1, 8) for converting electrical power from the electrical power distribution network for supply to each of the electrical actuators, and a controller coupled to the master power converter (1, 8) and arranged to control the reconfiguration of the master power converter (1, 8) to meet the individual and specific electrical power requirements of the plurality of electrical actuators, wherein the controller is further arranged to allow the supply of electrical power from the master power converter (1, 8) to the at least one environmental control system actuator during a first mode of operation of the aircraft, and wherein the controller is further arranged to allow the supply of electrical power from the master power converter (1, 8) to at least one of the at least one aileron actuator, the at least one flap actuator, the at least one slat actuator, the at least one landing gear actuator, the at least one thrust reverser actuator, the at least one brake actuator or the at least one taxiing actuator during a second mode of operation of the aircraft.
A message notification method, comprising: determining, by a terminal, based on a notification message displayed within a preset time period and a notification message clicked by a user within the preset time period, a click-through rate corresponding to each notification type; obtaining, by the terminal, a plurality of notification messages; determining, by the terminal, a notification type of each of the plurality of notification messages; sorting, by the terminal, the plurality of notification messages based on click-through rates corresponding to the notification types, to obtain a notification message queue, wherein the sorting comprises sorting notification messages with an ongoing attribute in descending order of click-through rates corresponding to notification types, to obtain a first message queue; and sorting other notification messages without an ongoing attribute in descending order of click-through rates corresponding to notification types, to obtain a second message queue, wherein the notification message queue is a message queue that includes the first message queue and the second message queue, and the first message queue is arranged in front of the second message queue; and displaying, by the terminal, the notification message queue, wherein a notification message with an ongoing attribute is a message that is sent by a server corresponding to an application program and that requires continuous attention of the user. determining, by a terminal, based on a notification message displayed within a preset time period and a notification message clicked by a user within the preset time period, a click-through rate corresponding to each notification type; obtaining, by the terminal, a plurality of notification messages; determining, by the terminal, a notification type of each of the plurality of notification messages; sorting, by the terminal, the plurality of notification messages based on click-through rates corresponding to the notification types, to obtain a notification message queue, wherein the sorting comprises sorting notification messages with an ongoing attribute in descending order of click-through rates corresponding to notification types, to obtain a first message queue; and sorting other notification messages without an ongoing attribute in descending order of click-through rates corresponding to notification types, to obtain a second message queue, wherein the notification message queue is a message queue that includes the first message queue and the second message queue, and the first message queue is arranged in front of the second message queue; and displaying, by the terminal, the notification message queue, wherein a notification message with an ongoing attribute is a message that is sent by a server corresponding to an application program and that requires continuous attention of the user.
Hinge for mounting a door on a piece of furniture provided with a front frame, comprising: a base plate fixable to the front frame of the piece of furniture, said base plate extending according to a longitudinal plane; an intermediate plate slidably connected to the base plate and movable, by an adjusting cam, along the longitudinal direction of said longitudinal plane; said base plate having side retaining parts (25, 26) for said intermediate plate, said retaining parts being conformed and arranged for holding side edges (34, 35) of the intermediate plate in an orthogonal direction with respect to said longitudinal plane; a hinge arm; hinging means between said hinge arm and said intermediate plate according to an axis transversal to said longitudinal direction; adjusting means for adjusting the angle between said hinge arm and said intermediate plate, comprising at least an adjusting screw; and a box fixable to a door of the piece of furniture, the box being swingably connected to a front end of said hinge arm by an articulation pin, characterized in that said hinging means are provided by a rear end of said hinge arm and by side wings of a rear end of said intermediate plate, and comprise holes and projections protruding according to said transversal axis for rotatably engaging in said holes, said side side retaining (25, 26) parts having guide surfaces (36, 37) extending substantially parallel to said longitudinal plane and spaced apart from a bottom wall of the base plate, said guide surfaces and said bottom wall defining on the two sides respective receiving and sliding seats for said side edges (34, 35) of the intermediate plate. a base plate fixable to the front frame of the piece of furniture, said base plate extending according to a longitudinal plane; an intermediate plate slidably connected to the base plate and movable, by an adjusting cam, along the longitudinal direction of said longitudinal plane; said base plate having side retaining parts (25, 26) for said intermediate plate, said retaining parts being conformed and arranged for holding side edges (34, 35) of the intermediate plate in an orthogonal direction with respect to said longitudinal plane; a hinge arm; hinging means between said hinge arm and said intermediate plate according to an axis transversal to said longitudinal direction; adjusting means for adjusting the angle between said hinge arm and said intermediate plate, comprising at least an adjusting screw; and a box fixable to a door of the piece of furniture, the box being swingably connected to a front end of said hinge arm by an articulation pin,
An alloy suitable for use as a welding overlay for boiler tubes in a low NOx coal-fired boiler comprising in % by weight: 37-42% Cr, 0.2-4.0% Fe, 0-2.0% Nb, 0-1% Mo, 0.3-1.0% Ti, 0.8-1.5% Al, 0.005-0.05% C, 0.1-0.3% Si, 0-0.5% Mn, 0.005-0.020% (Mg+Ca), and balance Ni and incidental impurities.
Cosmetic composition in the form of a nanoemulsion or microemulsion, comprising: (a) at least one oil; (b) at least one nonionic surfactant with an HLB value from 8.0 to 14.0, preferably from 9.0 to 13.5 and preferably from 10.0 to 13.0; (c) at least one C-glycoside compound; (d) water; the said non-ionic surfactant (b) is chosen from: the surfactants that are fluid at a temperature of less than or equal to 45°C, chosen from esters of polyglycerols comprising from 2 to 12 glycerol units, and of at least one fatty acid comprising at least one saturated or unsaturated, linear or branched C 8 -C 22 alkyl chain. (a) at least one oil; (b) at least one nonionic surfactant with an HLB value from 8.0 to 14.0, preferably from 9.0 to 13.5 and preferably from 10.0 to 13.0; (c) at least one C-glycoside compound; (d) water; the said non-ionic surfactant (b) is chosen from: the surfactants that are fluid at a temperature of less than or equal to 45°C, chosen from esters of polyglycerols comprising from 2 to 12 glycerol units, and of at least one fatty acid comprising at least one saturated or unsaturated, linear or branched C 8 -C 22 alkyl chain.
A hermetic compressor comprising a compressing unit and an electromotive unit, the compressing unit comprising: a cylinder block (205; 305; 505) having a compression chamber; a cylinder head (216; 316) having a discharge chamber which is controllably couplable to the compression chamber; a discharge muffler body portion (220; 320; 520) and a discharge muffler cover (221; 321) which form a discharge muffler chamber coupled to the discharge chamber; a piston configured to compress a refrigerant in the compression chamber; and a main frame (214; 314; 514) having at least one mounting leg (215; 315; 515), the electromotive unit comprising: a stator (209; 309); a rotor; and a crankshaft coupled to the rotor, wherein the electromotive unit is configured such that rotary motion of the rotor relative to the stator (209; 309) causes rotation of the crankshaft which drives the piston to compress the refrigerant in the compression chamber, and characterized in that the compressing unit is coupled to the stator (209; 309) of the electromotive unit by the at least one mounting leg (215; 315; 515) of the main frame (214; 314; 514) and by the discharge muffler cover (221; 321). the compressing unit comprising: a cylinder block (205; 305; 505) having a compression chamber; a cylinder head (216; 316) having a discharge chamber which is controllably couplable to the compression chamber; a discharge muffler body portion (220; 320; 520) and a discharge muffler cover (221; 321) which form a discharge muffler chamber coupled to the discharge chamber; a piston configured to compress a refrigerant in the compression chamber; and a main frame (214; 314; 514) having at least one mounting leg (215; 315; 515), a cylinder block (205; 305; 505) having a compression chamber; a cylinder head (216; 316) having a discharge chamber which is controllably couplable to the compression chamber; a discharge muffler body portion (220; 320; 520) and a discharge muffler cover (221; 321) which form a discharge muffler chamber coupled to the discharge chamber; a piston configured to compress a refrigerant in the compression chamber; and a main frame (214; 314; 514) having at least one mounting leg (215; 315; 515), the electromotive unit comprising: a stator (209; 309); a rotor; and a crankshaft coupled to the rotor, a stator (209; 309); a rotor; and a crankshaft coupled to the rotor, wherein the electromotive unit is configured such that rotary motion of the rotor relative to the stator (209; 309) causes rotation of the crankshaft which drives the piston to compress the refrigerant in the compression chamber, and characterized in that the compressing unit is coupled to the stator (209; 309) of the electromotive unit by the at least one mounting leg (215; 315; 515) of the main frame (214; 314; 514) and by the discharge muffler cover (221; 321).
A bone fixation system (10,20), comprising: a bone fixation (12,22) having an aperture (17,27) dimensioned to receive a fastener (16,26) there through; a polymeric element (14,24) adjacent the aperture (17,27); a fastener (16,26) configured to secure the bone fixation (12,22) to a patient's bone; and a sonotrode; characterised in that a recess (18,28) is positioned adjacent the aperture (17,27) and the polymeric element (14,24) is positioned within the recess (18,28). a bone fixation (12,22) having an aperture (17,27) dimensioned to receive a fastener (16,26) there through; a polymeric element (14,24) adjacent the aperture (17,27); a fastener (16,26) configured to secure the bone fixation (12,22) to a patient's bone; and a sonotrode; characterised in that a recess (18,28) is positioned adjacent the aperture (17,27) and the polymeric element (14,24) is positioned within the recess (18,28).