mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for connection of at least one hose carrying fluid especially LNG and/or vaporized LNG, said arrangement comprises said hose, a hose end connector, a receiving assembly and a first structure located in water wherein a hose end of the at least one hose has a hose end connector which is to be connected to said receiving assembly on said first structure located in water, wherein the hose end connector is provided with guide means and the receiving assembly is provided with receiving means, wherein the arrangement includes handling means for controlling the hose end connector to position the guide means into the receiving means and accommodate the guide means in the receiving means so that the guide means is supported in the receiving means, characterized in that the weight of the hose end connector is adapted to be transferred to the receiving means, in that the hose end connector is configured to take a connecting position with a receiving pipe coupling in the receiving assembly, with one receiving pipe coupling provided for each hose end connector in that the receiving means is located above the receiving pipe coupling of the receiving assembly, providing for the guide means to pivot in the receiving means with the hose end connector making a pivoting movement, when bringing the hose end connector into the connecting position with the receiving pipe coupling, in that the handling means comprises lifting and lowering means which comprises a hose end guiding line and a hose end suspension line both connected to the hose end connector, which hose end guiding line and hose end suspension line are suspended from a support structure and controlled by lifting and lowering devices, in that the hose end guiding line is configured to be attached to the receiving assembly in that the positioning of the hose end connector is controlled by lowering the hose end suspension line thereby moving the hose end connector along the hose end guiding line.
A dry-running, end-face mechanical seal, comprising: a gland plate in surrounding, non-contacting relationship with a rotatable shaft; a stator seal face fixed to said gland plate in surrounding, non-contacting relationship with the rotatable shaft, a rear surface of the stator seal face being in direct, parallel contact with a seal-contacting surface of the gland plate, said rear surface of the stator seal face and said seal-contacting surface of the gland plate both being flat to within a tolerance of three microns and smooth to within 20 RMS; a rotor mounting structure arranged in a rotationally fixed, axially movable relationship with said rotatable shaft; a rotor seal face supported by said rotor mounting structure and positioned such that a front surface of the rotor seal face is in direct parallel contact with a front surface of said stator seal face, thereby forming a dry contacting seal therebetween; a cooling annulus formed in said gland plate and bounded on at least one side by the rear surface of the stator seal face; at least one inlet port configured to allow air to flow from a region proximal to said rotatable shaft into said cooling annulus; and at least one outlet port configured to allow air to escape from said cooling annulus. a gland plate in surrounding, non-contacting relationship with a rotatable shaft; a stator seal face fixed to said gland plate in surrounding, non-contacting relationship with the rotatable shaft, a rear surface of the stator seal face being in direct, parallel contact with a seal-contacting surface of the gland plate, said rear surface of the stator seal face and said seal-contacting surface of the gland plate both being flat to within a tolerance of three microns and smooth to within 20 RMS; a rotor mounting structure arranged in a rotationally fixed, axially movable relationship with said rotatable shaft; a rotor seal face supported by said rotor mounting structure and positioned such that a front surface of the rotor seal face is in direct parallel contact with a front surface of said stator seal face, thereby forming a dry contacting seal therebetween; a cooling annulus formed in said gland plate and bounded on at least one side by the rear surface of the stator seal face; at least one inlet port configured to allow air to flow from a region proximal to said rotatable shaft into said cooling annulus; and at least one outlet port configured to allow air to escape from said cooling annulus.
Die for producing a thread on a tube by a helicoidal displacement of the die relative to the tube about an axis, the die comprising: - a head (13; 113), and - a plurality of die stock chasers, each die stock chaser having a toothed surface which is able to bite into the tube and being mounted in a moveable manner on a body of the head (13; 113) into a fixed position of use relative to the head (13; 113), such that - the die stock chasers are structurally substantially identical to each other, - the head (13; 113) is configured so that at least two of the die stock chasers have positions of use which are offset one relative to the other along the axis, - the head (13; 113) comprises, furthermore, a shield which is integral with the body, the shield forming an external support surface which is situated at an axial end of the head (13; 113) and surrounding the axis at least partially, all the die stock chasers being situated axially on the same side as the body relative to the support surface, characterised in that the shield is preferably made integrally with the body, each die stock chaser being fixed on the body respectively by at least one screw, the head defining lateral openings allowing access to the screws. - a head (13; 113), and - a plurality of die stock chasers, each die stock chaser having a toothed surface which is able to bite into the tube and being mounted in a moveable manner on a body of the head (13; 113) into a fixed position of use relative to the head (13; 113), such that - the die stock chasers are structurally substantially identical to each other, - the head (13; 113) is configured so that at least two of the die stock chasers have positions of use which are offset one relative to the other along the axis, - the head (13; 113) comprises, furthermore, a shield which is integral with the body, the shield forming an external support surface which is situated at an axial end of the head (13; 113) and surrounding the axis at least partially, all the die stock chasers being situated axially on the same side as the body relative to the support surface,
A press tool (124, 126) comprising: an additive manufactured body comprising a plurality of stacked layers of additive manufacturable material extending between an interior side (200, 300) and an exterior side (202, 302), the interior side having a part forming surface (204, 304) including a surface profile for forming a part, the exterior side having a plurality of hollow cores (210, 310) defined by longitudinal walls (212, 312) and lateral walls (214, 314) meeting at joints (216, 316); and press inserts (220, 320) coupled to the longitudinal walls and the lateral walls at the exterior side, the press inserts configured to be pressed inward by a pressing load during a pressing operation for forming the part, the press inserts distributing the pressing load along the longitudinal walls and the lateral walls. an additive manufactured body comprising a plurality of stacked layers of additive manufacturable material extending between an interior side (200, 300) and an exterior side (202, 302), the interior side having a part forming surface (204, 304) including a surface profile for forming a part, the exterior side having a plurality of hollow cores (210, 310) defined by longitudinal walls (212, 312) and lateral walls (214, 314) meeting at joints (216, 316); and press inserts (220, 320) coupled to the longitudinal walls and the lateral walls at the exterior side, the press inserts configured to be pressed inward by a pressing load during a pressing operation for forming the part, the press inserts distributing the pressing load along the longitudinal walls and the lateral walls.
A wave energy converter comprising: an asymmetrically shaped float having a length and a width, wherein the length, L, is greater than the width, W, and a spar, the spar and float moving relative to each other as a function of the waves; a power take off device coupled between the asymmetric float and the spar for converting their relative motion into useful power; and an apparatus coupled to the float for controlling and changing the orientation of the float as a function of at least one of the direction and amplitude of the waves, characterized in that the apparatus includes means for orienting the longer side of the float to face oncoming waves when the amplitude of the waves is below a predetermined amplitude and for reorienting the float so its narrower side faces the incoming waves when the amplitude of the waves is above a predetermined level. an asymmetrically shaped float having a length and a width, wherein the length, L, is greater than the width, W, and a spar, the spar and float moving relative to each other as a function of the waves; a power take off device coupled between the asymmetric float and the spar for converting their relative motion into useful power; and an apparatus coupled to the float for controlling and changing the orientation of the float as a function of at least one of the direction and amplitude of the waves, characterized in that the apparatus includes means for orienting the longer side of the float to face oncoming waves when the amplitude of the waves is below a predetermined amplitude and for reorienting the float so its narrower side faces the incoming waves when the amplitude of the waves is above a predetermined level.
A dosage drum for pastillation machines, comprising: an internal cavity for receiving a mass of viscous fluid material; a cylinder arranged about the internal cavity and rotating about a substantially horizontal rotation axis, the rotating cylinder comprising, on an external surface thereof, a plurality of protuberances which are separated from one another by gullies, the protuberances comprising through-channels designed to enable passage of the viscous fluid material, dispensing means for enabling selective exit of doses of the viscous fluid material at a dispensing area through a predetermined number of the through-channels located at the dispensing area, characterised in that the gullies which separate the protuberances have a substantially curved development in a serpentine progression, wherein the protuberances are arranged along at least two pluralities of rows which are parallel to one another and parallel to the rotation axis (x); the first plurality of rows being staggered with respect to the second plurality of rows. an internal cavity for receiving a mass of viscous fluid material; a cylinder arranged about the internal cavity and rotating about a substantially horizontal rotation axis, the rotating cylinder comprising, on an external surface thereof, a plurality of protuberances which are separated from one another by gullies, the protuberances comprising through-channels designed to enable passage of the viscous fluid material, dispensing means for enabling selective exit of doses of the viscous fluid material at a dispensing area through a predetermined number of the through-channels located at the dispensing area, characterised in that the gullies which separate the protuberances have a substantially curved development in a serpentine progression, wherein the protuberances are arranged along at least two pluralities of rows which are parallel to one another and parallel to the rotation axis (x); the first plurality of rows being staggered with respect to the second plurality of rows.
AUTOMATIC LATERAL SLIDING DOOR, of the type provided with an air blade barrier, obtained with an appropriate airflow, configured according to a vertical slats configuration, which form a vertical barrier, which withholds the air flow in horizontal direction, said automatic door characterised in that a ventilation group which provides for the air barrier, is applied on the upright of the door, so as to have a port for suctioning the airflow arranged on one side of the door and a slit, for blowing the air that forms the barrier, positioned on the other side of the door itself.
Method for operating an automated vehicle in the region of an intersection, characterized in that - the vehicle, in a situation in which it is stationary at the intersection adhering to a right-of-way rule, detects another vehicle with right-of-way at the intersection on the basis of detected signals from an environmental sensor system and determines the intended route of this other vehicle, - the vehicle determines, on the basis of the intended route of the other vehicle, whether the other vehicle must pass it laterally after passing the intersection, and in such a case determines whether the route of the other vehicle is blocked by an obstacle, - the vehicle, in a case in which it has determined that the route of the other vehicle is blocked by an obstacle, establishes a communication link to the other vehicle and uses this to inform the other vehicle about the blocked route. - the vehicle, in a situation in which it is stationary at the intersection adhering to a right-of-way rule, detects another vehicle with right-of-way at the intersection on the basis of detected signals from an environmental sensor system and determines the intended route of this other vehicle, - the vehicle determines, on the basis of the intended route of the other vehicle, whether the other vehicle must pass it laterally after passing the intersection, and in such a case determines whether the route of the other vehicle is blocked by an obstacle, - the vehicle, in a case in which it has determined that the route of the other vehicle is blocked by an obstacle, establishes a communication link to the other vehicle and uses this to inform the other vehicle about the blocked route.
An encoder device for determining a kinematic quantity of the movement of a first object relative to a second object, wherein the encoder device comprises a measuring standard connected to the first object and at least one sensing unit connected to the second object for generating at least one sensing signal by sensing the measuring standard, and a control and evaluation unit configured to determine the kinematic quantity from the sensing signal by evaluating the sensing signal with a machine learning method, wherein the evaluation is trained with a plurality of sensing signals and associated kinematic quantities, wherein the control and evaluation unit is given a partially trained evaluation trained for a class of encoder devices, and the control and evaluation unit is configured to individually re-train the partially trained evaluation.
A liquid formulation for use in therapy, comprising: 10 to 100 mg/ml of aflibercept; a buffer including a histidine salt and having pH ranging from 5.7 to 6.2, wherein the histidine salt is 10 mM to 50 mM of histidine-HCl or histidine-acetate; 2.5% (w/v) to 10% (w/v) of sugar selected from the group consisting of trehalose, sucrose, mannitol and glucose; and 0% (v/v) to 0.03% (v/v) of surfactant selected from the group consisting of polysorbate 20 and polysorbate 80, wherein the formulation does not contain additional salt ingredients. 10 to 100 mg/ml of aflibercept; a buffer including a histidine salt and having pH ranging from 5.7 to 6.2, wherein the histidine salt is 10 mM to 50 mM of histidine-HCl or histidine-acetate; 2.5% (w/v) to 10% (w/v) of sugar selected from the group consisting of trehalose, sucrose, mannitol and glucose; and 0% (v/v) to 0.03% (v/v) of surfactant selected from the group consisting of polysorbate 20 and polysorbate 80, wherein the formulation does not contain additional salt ingredients.
A non-invasive apparatus for measuring blood pressure of the brain at a left superficial temporal artery and a right superficial temporal artery of a subject comprising: a first pressure sensor and a first adjustment means attached to the first pressure sensor, a second pressure sensor and a second adjustment means attached to the second pressure sensor, and a head band tensioned to allow the first and second pressure sensors to be pressed against the side of a head on the superficial temporal artery when in use each pressure sensor comprising a plunger affixed adjacent a diaphragm of a transducer, wherein the plunger is a rigid hemispherical component, whereby the first and second adjustment means allows the first and second pressure sensor to be located over the left and right superficial temporal artery of the subject, and the plungers to push into and provide a continuous applanation pressure on the left and right superficial temporal artery of the subject, wherein each plunger comprises a depth that allows the plunger to partially occlude not more than half the diameter of the left and right superficial temporal artery, for continuous beat to beat measurement of a waveform when in use. a first pressure sensor and a first adjustment means attached to the first pressure sensor, a second pressure sensor and a second adjustment means attached to the second pressure sensor, and a head band tensioned to allow the first and second pressure sensors to be pressed against the side of a head on the superficial temporal artery when in use each pressure sensor comprising a plunger affixed adjacent a diaphragm of a transducer, wherein the plunger is a rigid hemispherical component, whereby the first and second adjustment means allows the first and second pressure sensor to be located over the left and right superficial temporal artery of the subject, and the plungers to push into and provide a continuous applanation pressure on the left and right superficial temporal artery of the subject, wherein each plunger comprises a depth that allows the plunger to partially occlude not more than half the diameter of the left and right superficial temporal artery, for continuous beat to beat measurement of a waveform when in use.
An electrostimulation system for reducing interference between at least two electrostimulation transducers, comprising a first transducer of a first device to be applied at a first body site and configured to deliver a first stimulation program comprising a succession of stimulation pulses and a second transducer of a second device to be applied at a second body site and configured to deliver a second stimulation program comprising a succession of stimulation pulses, the electrostimulation system being configured for: monitoring the first body site during a first detection period with the first transducer; during the first detection period, when a signal indicative of a stimulation pulse of the second stimulation program generated by the second transducer is detected at the first body site using the first transducer, delaying for a first delay period the generation of a stimulation pulse of the first stimulation program by the first transducer; and after the first delay period, generating a stimulation pulse of the first stimulation program using the first transducer. monitoring the first body site during a first detection period with the first transducer; during the first detection period, when a signal indicative of a stimulation pulse of the second stimulation program generated by the second transducer is detected at the first body site using the first transducer, delaying for a first delay period the generation of a stimulation pulse of the first stimulation program by the first transducer; and after the first delay period, generating a stimulation pulse of the first stimulation program using the first transducer.
Wrist arthrodesis plate comprising a distal and a proximal region which adjoins the distal region in the direction of a longitudinal axis, the shape and size of the plate being such that the distal region of the plate can be fastened to the carpus and the proximal region of the plate can be fastened to the radius with the aid of fastening means, in particular screws, which can be inserted in plate holes, wherein the shape and size of a distal end portion, which comprises a distal-most point of the plate, are designed such that the distal end portion can be applied at exactly and only one carpal bone of the group Os trapezium, Os trapezoideum, Os capitatum, and Os hamatum, without covering part of the laterally adjacent bones, characterized in that the distal region can be placed on a proximal carpal bone of the proximal row of carpal bones comprising Os scaphoideum, Os lunatum, and Os triquetrum and can be screwed onto this carpal bone, wherein the distal region can be attached to at most one of the proximal carpal bones, wherein the plate can be attached to at most two carpal bones along a longitudinal line and to no metacarpal bone. the distal region can be attached to at most one of the proximal carpal bones, wherein the plate can be attached to at most two carpal bones along a longitudinal line and to no metacarpal bone.
A method for obtaining a protein-enriched material from a plant of the Nicotiana species or portion thereof, comprising: receiving a plant material of the Nicotiana species; contacting the plant material with a solvent for a time and under conditions sufficient to extract one or more proteins from the plant material into the solvent and form a liquid protein-containing extract; separating a solid extracted plant material from the liquid protein-containing extract; clarifying the liquid protein-containing extract to form a clarified protein-containing extract and a solids fraction; and treating the clarified protein-containing extract so as to provide a protein-enriched material comprising at least 60% protein by dry weight, wherein the treating step comprises adjusting the pH of the clarified protein-containing extract to a pH of between 3 to 4.5; isolating a precipitate from the acidic extract; and washing the precipitate to provide a RuBisCO-containing and F2 protein-containing protein-enriched material; and wherein the plant material is homogenized before the contacting step; and wherein the solvent used in the contacting step has a pH of 9-11. receiving a plant material of the Nicotiana species; contacting the plant material with a solvent for a time and under conditions sufficient to extract one or more proteins from the plant material into the solvent and form a liquid protein-containing extract; separating a solid extracted plant material from the liquid protein-containing extract; clarifying the liquid protein-containing extract to form a clarified protein-containing extract and a solids fraction; and treating the clarified protein-containing extract so as to provide a protein-enriched material comprising at least 60% protein by dry weight, wherein the treating step comprises adjusting the pH of the clarified protein-containing extract to a pH of between 3 to 4.5; isolating a precipitate from the acidic extract; and washing the precipitate to provide a RuBisCO-containing and F2 protein-containing protein-enriched material; and wherein the plant material is homogenized before the contacting step; and wherein the solvent used in the contacting step has a pH of 9-11.