mhurhangee/ep-ind-claims huggingface dataset:
A clamp for compressing a flexible tube, comprising: a first member having a first end and a second end; a second member with a first end and a second end, the first and second members (14, 16) moveably coupled at their first ends (20, 22) to move into and out of a clamping position to apply a compressive force to the tube; a locking member pivotally coupled to the second end (26, 28) of at least one of the first member and second member, the locking member adapted to hold the first and second members (14, 16) in the clamping position; and a guillotine hinged to the first member by a hinge positioned near the second end of the first member, wherein the first member includes another hinge to which a lever member having a cam portion is rotatably coupled to apply an additional compressive force to the tube, and wherein the clamp is arranged such that the cam portion extends further from a rotation axis of the lever member than a bottom portion of the lever member, and such that, when the first and second members are held parallel to one another, the lever member can be actuated by rotating the lever member toward the first member, thereby causing the cam portion to engage the guillotine and urge the guillotine downward to fully close the tube. a first member having a first end and a second end; a second member with a first end and a second end, the first and second members (14, 16) moveably coupled at their first ends (20, 22) to move into and out of a clamping position to apply a compressive force to the tube; a locking member pivotally coupled to the second end (26, 28) of at least one of the first member and second member, the locking member adapted to hold the first and second members (14, 16) in the clamping position; and a guillotine hinged to the first member by a hinge positioned near the second end of the first member, wherein the first member includes another hinge to which a lever member having a cam portion is rotatably coupled to apply an additional compressive force to the tube, and wherein the clamp is arranged such that the cam portion extends further from a rotation axis of the lever member than a bottom portion of the lever member, and such that, when the first and second members are held parallel to one another, the lever member can be actuated by rotating the lever member toward the first member, thereby causing the cam portion to engage the guillotine and urge the guillotine downward to fully close the tube.
Fin-stabilized full-calibre practice projectile that can be fired from a barrel of a weapon with a solid head part and a tubular stabilizer body adjoining the head part at the rear, wherein the practice projectile is provided with a peripheral sealing system, characterized by the features: a) the tubular stabilizer body is designed such that the propellant gases arising when firing the practice projectile also act on the outside of the side wall of the tubular stabilizer body, and b) the sealing system is disposed in the region of the head part of the practice projectile, wherein a sealing ring engages in an annular groove in the rear region of the head part or in a region of the stabilizer body overlapping the head part. a) the tubular stabilizer body is designed such that the propellant gases arising when firing the practice projectile also act on the outside of the side wall of the tubular stabilizer body, and b) the sealing system is disposed in the region of the head part of the practice projectile, wherein a sealing ring engages in an annular groove in the rear region of the head part or in a region of the stabilizer body overlapping the head part.
Method for error detection and monitoring for an electronically closed-loop or open-loop controlled machine part with means for detecting operating parameters and monitoring parameters, characterised by - recording and storing the operating parameters and the monitoring parameters of machine parts (1,2,3,4), - determining at least one comparison group of comparable machine parts (1,3,4) and comparable operating parameters based on the recorded operating parameters and the machine part to be compared, - using a statistical analysis procedure for creating at least one threshold value based on the defined comparison group and for detecting variances of at least one state or at least one monitoring parameter based on the threshold value and assignment of the variance to the machine part. - recording and storing the operating parameters and the monitoring parameters of machine parts (1,2,3,4), - determining at least one comparison group of comparable machine parts (1,3,4) and comparable operating parameters based on the recorded operating parameters and the machine part to be compared, - using a statistical analysis procedure for creating at least one threshold value based on the defined comparison group and for detecting variances of at least one state or at least one monitoring parameter based on the threshold value and assignment of the variance to the machine part.
A cartridge for housing an aerosol-forming substrate, the cartridge comprising: a body comprising one or more walls, and a wall opening in at least one of the one or more walls; a cavity in the body in fluid communication with the at least one wall opening; and a cap rotatably connected to the body, the cap comprising: an outer edge; a non-electrically-conductive material; a first electrical connection point disposed along the outer edge; a second electrical connection point disposed along the outer edge; and an electrically conductive material forming an electrically conductive path extending from the first electrical connection point to the second electrical connection point, wherein the cap is movable between a first position, in which the wall opening is exposed, and a second position, in which the wall opening is closed by the cap. a body comprising one or more walls, and a wall opening in at least one of the one or more walls; a cavity in the body in fluid communication with the at least one wall opening; and a cap rotatably connected to the body, the cap comprising: an outer edge; a non-electrically-conductive material; a first electrical connection point disposed along the outer edge; a second electrical connection point disposed along the outer edge; and an electrically conductive material forming an electrically conductive path extending from the first electrical connection point to the second electrical connection point, an outer edge; a non-electrically-conductive material; a first electrical connection point disposed along the outer edge; a second electrical connection point disposed along the outer edge; and an electrically conductive material forming an electrically conductive path extending from the first electrical connection point to the second electrical connection point, wherein the cap is movable between a first position, in which the wall opening is exposed, and a second position, in which the wall opening is closed by the cap.
A method of upgrading a 1500 rpm reactor coolant pump motor having a vertically oriented rotor shaft provided with a lower runner and supported by a lower guide bearing disposed in an oil reservoir and comprising a plurality of bearing shoes disposed for bearing engagement with the outer surface of the runner, the rotor having a horizontally extending lower guide bearing support just below the lower guide bearing and spaced from a bottom of the oil reservoir, wherein the oil reservoir includes an original keeper supported by an outer wall of the oil reservoir and extending radially inward and connecting with a lower portion of the guide bearing to support the lower portion of the guide bearing, the method comprising the the steps of: Removing the lower guide bearing support to enhance circulation of the oil to facilitate cooling of the oil; and Operating the reactor coolant pump motor at 1500 rpm without the lower guide bearing support. Removing the lower guide bearing support to enhance circulation of the oil to facilitate cooling of the oil; and Operating the reactor coolant pump motor at 1500 rpm without the lower guide bearing support.
Device for controlling an engine with electronic commutation having P phases and N pairs of poles, comprising a fixed sensor arranged opposite and at an airgap distance from an encoder, said encoder being intended to make a plurality of turns around the rotating axis thereof, said encoder comprising a main track and a commutation track, said fixed sensor comprising at least three sensitive elements, of which at least two are positioned opposite the main track so as to deliver two periodic, out of phase electric signals S1, S2, and at least one is positioned opposite the commutation track so as to deliver an electric signal S3, the sensor comprising an electronic circuit, capable, from the signals S1, S2 and S3, of delivering: - digital, out of phase signals A, B, from which is defined, according to a first current set point (l*), a second current set point (lref) which controls the current (lm) supplying the phase windings of the engine; - a signal C in the form of 2*P*N impulses (TP1-TP6) per encoder turn, from which the commutation signals are supplied so as to control the switches (T1-T6); characterised in that the encoder is a circular encoder, the main track and commutation track being concentric on the encoder, the encoder being formed of a multipolar magnetic ring, whereon is supplied a plurality of pairs of North and South poles, evenly distributed with a constant angular width so as to form the main track and commutation track, the commutation track comprising 2*P*N magnetic singularities (4b1-4b6) angularly evenly distributed, each magnetic singularity (4b1-4b6) being formed of two pairs of poles which are different from one another. - digital, out of phase signals A, B, from which is defined, according to a first current set point (l*), a second current set point (lref) which controls the current (lm) supplying the phase windings of the engine; - a signal C in the form of 2*P*N impulses (TP1-TP6) per encoder turn, from which the commutation signals are supplied so as to control the switches (T1-T6); characterised in that the encoder is a circular encoder, the main track and commutation track being concentric on the encoder, the encoder being formed of a multipolar magnetic ring, whereon is supplied a plurality of pairs of North and South poles, evenly distributed with a constant angular width so as to form the main track and commutation track, the commutation track comprising 2*P*N magnetic singularities (4b1-4b6) angularly evenly distributed, each magnetic singularity (4b1-4b6) being formed of two pairs of poles which are different from one another.
An injection device comprising an elongated body with a needle with a needle lumen at a distal end; a reservoir for an injection material to be delivered through the needle; a distal element attached to the distal end of the device thereby sealing the needle lumen; and a plunger with a first force element providing an injection force to said injection material and distal seal; wherein: the needle is fixed to the elongated body to allow direct control of the distal tip of the needle; the injection material is placed under an injection pressure by the first force element; the distal element comprises a tissue interface and a distal seal; the distal seal is penetrable by a distal tip of the needle by the application of pressure on a tissue surface with the distal end of the device; the penetrated distal element becomes slidable on the needle to allow advancement of the needle into tissue; and the penetrated distal seal opens a path for flow or delivery of the injection material from the distal end of the needle to actuate delivery of the injection material solely by advancement of the needle through the distal seal into the tissue. the needle is fixed to the elongated body to allow direct control of the distal tip of the needle; the injection material is placed under an injection pressure by the first force element; the distal element comprises a tissue interface and a distal seal; the distal seal is penetrable by a distal tip of the needle by the application of pressure on a tissue surface with the distal end of the device; the penetrated distal element becomes slidable on the needle to allow advancement of the needle into tissue; and the penetrated distal seal opens a path for flow or delivery of the injection material from the distal end of the needle to actuate delivery of the injection material solely by advancement of the needle through the distal seal into the tissue.
A device (12; 42) having a movable element and a fixed element, wherein the movable element is configured for linear to-and-fro movement along a longitudinal axis and the fixed element forms a receptacle for the movable element, with a seal arrangement (10; 40) for sealing a first medium from the environment or from a second medium, wherein the seal arrangement (10; 40) includes a bellows having one or more layers made from a PTFE material, wherein the bellows at least partly receives the movable element, and wherein a first end region of the bellows is fastened in force-locking and sealing manner to the fixed element and a second end region of the bellows is fastened in force-locking and sealing manner to the movable element, characterized in that the PTFE material comprises a homopolymer PTFE or a modified PTFE with a comonomer content of 0.1 weight % or less.
An air lubrication system comprising: an air ejecting unit; wherein said air ejecting unit comprises: an ejecting side chamber (9;9a-b) installed in a ship bottom of a ship and having air ejecting holes on a surface opposite to said ship bottom on a lower side; and a supply section arranged to supply air into an inner space of said ejecting side chamber (9;9a-b), characterised in that the air lubrication system further comprises an air recovering unit, wherein said air recovering unit comprises: a recovering side chamber (12; 12a-b) attached to said ship bottom on the stern side from said air ejecting unit and having air intake holes in a surface opposite to said ship bottom on a lower side; and a recovering section arranged to recover the air in said recovering side chamber (12;12a-b). an air ejecting unit; wherein said air ejecting unit comprises: an ejecting side chamber (9;9a-b) installed in a ship bottom of a ship and having air ejecting holes on a surface opposite to said ship bottom on a lower side; and a supply section arranged to supply air into an inner space of said ejecting side chamber (9;9a-b), characterised in that the air lubrication system further comprises an air recovering unit, wherein said air recovering unit comprises: a recovering side chamber (12; 12a-b) attached to said ship bottom on the stern side from said air ejecting unit and having air intake holes in a surface opposite to said ship bottom on a lower side; and a recovering section arranged to recover the air in said recovering side chamber (12;12a-b). an ejecting side chamber (9;9a-b) installed in a ship bottom of a ship and having air ejecting holes on a surface opposite to said ship bottom on a lower side; and a supply section arranged to supply air into an inner space of said ejecting side chamber (9;9a-b), characterised in that the air lubrication system further comprises an air recovering unit, wherein said air recovering unit comprises: a recovering side chamber (12; 12a-b) attached to said ship bottom on the stern side from said air ejecting unit and having air intake holes in a surface opposite to said ship bottom on a lower side; and a recovering section arranged to recover the air in said recovering side chamber (12;12a-b). a recovering side chamber (12; 12a-b) attached to said ship bottom on the stern side from said air ejecting unit and having air intake holes in a surface opposite to said ship bottom on a lower side; and a recovering section arranged to recover the air in said recovering side chamber (12;12a-b).
A device for introducing a plugging compound into a borehole, the device comprising a sleeve having a cavity for receiving the plugging compound, wherein the sleeve has, on one end, a discharge opening corresponding to the cavity for the discharge of the plugging compound and a support portion projecting laterally from the sleeve for providing a support option for the sleeve when the plugging compound is introduced, wherein an upper opening is provided on the opposite end of the sleeve, through which opening a piston having a feed plate protrudes into the cavity, wherein the piston is movable relative to the sleeve such that the feed plate can be displaced in the cavity in order, for example, to be able to receive and discharge the plugging compound and wherein the support portion has a support surface, wherein the support surface and an end face delimiting the discharge opening lie in one plane and wherein the sleeve has a retaining means for the piston in order to provide an option for limiting the relative movement of the piston with respect to the sleeve.
A multi-rotor aircraft, comprising: a main aircraft assembly, comprising a main housing and a control motherboard accommodated in the main housing, wherein a slot is further provided on the main housing, and a connection point of the control motherboard is provided in the slot; a plurality of rotor systems, wherein each of the plurality of rotor systems comprises a rotor mechanism and a rotor protection cover that is of a hollow annular structure and is fixed outside the rotor mechanism; and a pin matching the slot; wherein the rotor system is positioned on and electrically connected to the main aircraft assembly by means of the cooperation of the pin with the slot, characterized in that, the main aircraft assembly further comprises a first magnetic medium provided on the main housing; each of the plurality of rotor systems further comprises a second magnetic medium fixed to the rotor protection cover and attracting the first magnetic medium; the pin is provided on the rotor protection cover; and the rotor system is also fixed to the main aircraft assembly via the magnetic force between the first magnetic medium and the second magnetic medium. a main aircraft assembly, comprising a main housing and a control motherboard accommodated in the main housing, wherein a slot is further provided on the main housing, and a connection point of the control motherboard is provided in the slot; a plurality of rotor systems, wherein each of the plurality of rotor systems comprises a rotor mechanism and a rotor protection cover that is of a hollow annular structure and is fixed outside the rotor mechanism; and a pin matching the slot; wherein the rotor system is positioned on and electrically connected to the main aircraft assembly by means of the cooperation of the pin with the slot, characterized in that, the main aircraft assembly further comprises a first magnetic medium provided on the main housing; each of the plurality of rotor systems further comprises a second magnetic medium fixed to the rotor protection cover and attracting the first magnetic medium; the pin is provided on the rotor protection cover; and the rotor system is also fixed to the main aircraft assembly via the magnetic force between the first magnetic medium and the second magnetic medium.
A process for producing an oil comprising arachidonic acid, the process comprising: (a) deaerating an aqueous liquid comprising microbial cells which are Mortierella alpina, wherein deaeration removes at least part of the dissolved and/or undissolved oxygen; and (b) obtaining the oil from the cells, wherein the aqueous liquid is a fermentation broth and wherein the cells are heated or pasteurised after deaeration in (a) but before stage (b). (a) deaerating an aqueous liquid comprising microbial cells which are Mortierella alpina, wherein deaeration removes at least part of the dissolved and/or undissolved oxygen; and (b) obtaining the oil from the cells,
Device for the determination of the presence and/or the amount of at least one analyte capable of being contained in a liquid sample, comprising a capillary diffusion means on which said liquid sample is intended to migrate laterally according to a direction and a sense of capillary migration, and on which are materialized, in said upstream to downstream capillary migration sense, at least: - one zone for depositing the liquid sample, - one upstream release zone which comprises at least one detection reagent conjugated to a visible and/or measurable marker, said detection reagent being capable to move as a consequence of the migration of the liquid sample in said capillary diffusion means, and - at least two capture zones which comprise each at least one capture reagent immobilized on said capillary diffusion means, characterized in that said device further comprises at least one downstream release zone which is materialized on said capillary diffusion means and which is located downstream of at least one of said capture zones, wherein the downstream release zone(s) are each inserted between two capture zones, which downstream release zone comprises also at least one detection reagent conjugated to a visible and/or measurable marker, said detection reagent being capable to move as a consequence of the migration of the liquid sample in the capillary diffusion means, and in that the detection reagent of a release zone (4, 6) and/or the capture reagent of the complementary capture zone(s), located directly downstream of said release zone (4, 6), are capable of specifically binding to said analyte and/or specifically binding to each other to form a complex allowing the determination of said analyte in said liquid sample at said complementary capture zone(s). - one zone for depositing the liquid sample, - one upstream release zone which comprises at least one detection reagent conjugated to a visible and/or measurable marker, said detection reagent being capable to move as a consequence of the migration of the liquid sample in said capillary diffusion means, and - at least two capture zones which comprise each at least one capture reagent immobilized on said capillary diffusion means, characterized in that said device further comprises at least one downstream release zone which is materialized on said capillary diffusion means and which is located downstream of at least one of said capture zones, wherein the downstream release zone(s) are each inserted between two capture zones, which downstream release zone comprises also at least one detection reagent conjugated to a visible and/or measurable marker, said detection reagent being capable to move as a consequence of the migration of the liquid sample in the capillary diffusion means, and in that the detection reagent of a release zone (4, 6) and/or the capture reagent of the complementary capture zone(s), located directly downstream of said release zone (4, 6), are capable of specifically binding to said analyte and/or specifically binding to each other to form a complex allowing the determination of said analyte in said liquid sample at said complementary capture zone(s).