mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic rotator for rotating a tool with respect to a crane arm, the hydraulic rotator comprising: - a first attachment piece for connection to a crane arm and a second attachment piece for connection to a tool; - a stator and a rotor, the rotor being rotatably arranged inside the stator to rotate around an axial axis, wherein the stator comprises an inner circumferential surface, and wherein the rotor comprises vanes that are biased to extend radially outwards from vane openings in an external surface of said rotor and abut said inner circumferential surface around its whole periphery, wherein said inner circumferential surface of the stator is limited in an axial direction by a first circumferential rim arranged to be in contact with a first axial end portion of the vanes and a second circumferential rim arranged to be in contact with a second axial end portion of the vanes, to guide said vanes and to provide a sealing with respect to said vanes along both the first and the second axial end portions (28,29) of the vanes, wherein a first cylindrical portion and a second cylindrical portion of the rotor circumferentially abut the inner circumferential surface of the stator above and below said first and second circumferential rims (26, 27), respectively, characterised in that a track is formed between the first and second circumferential rims (26,27), such that a gap exists between the external surface of the rotor and the inner circumferential surface over the whole periphery of a central portion of the outer surface of the rotor. - a first attachment piece for connection to a crane arm and a second attachment piece for connection to a tool; - a stator and a rotor, the rotor being rotatably arranged inside the stator to rotate around an axial axis, wherein the stator comprises an inner circumferential surface, and wherein the rotor comprises vanes that are biased to extend radially outwards from vane openings in an external surface of said rotor and abut said inner circumferential surface around its whole periphery, wherein said inner circumferential surface of the stator is limited in an axial direction by a first circumferential rim arranged to be in contact with a first axial end portion of the vanes and a second circumferential rim arranged to be in contact with a second axial end portion of the vanes, to guide said vanes and to provide a sealing with respect to said vanes along both the first and the second axial end portions (28,29) of the vanes, wherein a first cylindrical portion and a second cylindrical portion of the rotor circumferentially abut the inner circumferential surface of the stator above and below said first and second circumferential rims (26, 27), respectively, characterised in that a track is formed between the first and second circumferential rims (26,27), such that a gap exists between the external surface of the rotor and the inner circumferential surface over the whole periphery of a central portion of the outer surface of the rotor.
A cooking device having a gas tap comprising a body, a guidance element bedded at an inner section of the body, a second flexible element placed inside said guidance element, a shaft having a shaft extension, said shaft extension engaging to an opening provided on the gas guidance element, in order to transfer a rotation movement to the guidance element, which is required for gas passage, in an axial direction and in a rotation direction, characterized in that the gas tap further comprises a movement transfer element fixed on the shaft and having an extension which is embodied in an angled manner thereon; and an axially movable rod positioned in a parallel manner with respect to the shaft and having a support protrusion at an angle permitting rotational movement such that the angle of the extension meets the angle of the support protrusion and positioned in a manner corresponding to the extension, wherein an extension upper face of the extension and a protrusion lower face of the support protrusion contact in a manner providing advancing of the shaft in the axial direction and wherein said rod advances in an axial manner as an extension lower face of the extension and a protrusion upper face of the support protrusion contact in a manner providing returning of the movement transfer element to an initial position thereof as the shaft is turned in a rotation reverse direction.
A wireline assembly configured to be operatively secured to a mast of a drill rig, the wireline assembly comprising: a drum configured for engagement with a drilling cable, wherein the drum has a rotational axis and defines an interior chamber extending axially relative to the rotational axis; a base portion; opposed first and second support brackets (18a,18b), wherein the drum is positioned between the first and second support brackets (18a, 18b) and configured to rotate relative to the first and second support brackets (18a,18b); a hydraulic motor positioned at least partially within the interior chamber of the drum and operatively coupled to the drum, wherein upon activation of the hydraulic motor, the drum is configured to rotate about the rotational axis relative to the first and second support brackets (18a,18b); and a spooling device configured to receive the drilling cable from the drum and direct the drilling cable to a roller assembly of the drill rig, wherein the spooling device comprises a mounting bracket secured to the first and second support brackets (18a,18b), and wherein the mounting bracket and the first and second support brackets (18a,18b)) define respective openings in communication with the interior chamber of the drum, wherein the spooling device is configured for selective rotation relative to the drum. a drum configured for engagement with a drilling cable, wherein the drum has a rotational axis and defines an interior chamber extending axially relative to the rotational axis; a base portion; opposed first and second support brackets (18a,18b), wherein the drum is positioned between the first and second support brackets (18a, 18b) and configured to rotate relative to the first and second support brackets (18a,18b); a hydraulic motor positioned at least partially within the interior chamber of the drum and operatively coupled to the drum, wherein upon activation of the hydraulic motor, the drum is configured to rotate about the rotational axis relative to the first and second support brackets (18a,18b); and a spooling device configured to receive the drilling cable from the drum and direct the drilling cable to a roller assembly of the drill rig, wherein the spooling device comprises a mounting bracket secured to the first and second support brackets (18a,18b), and wherein the mounting bracket and the first and second support brackets (18a,18b)) define respective openings in communication with the interior chamber of the drum, wherein the spooling device is configured for selective rotation relative to the drum.
A computer-implemented method for generating an annotated photoplethysmography signal, abbreviated annotated PPG signal, said method comprising: - recording an electrocardiogram signal, abbreviated ECG signal, using an ECG monitoring system; - recording a photoplethysmography signal, abbreviated PPG signal, semi-synchronously with said recording of said ECG signal, using a contact PPG sensor; - annotating segments in said ECG signal either algorithm-based or expert-based, resulting in ECG segment annotations; - time-aligning said PPG signal and said ECG signal; - detecting cardiac beats in said ECG signal, named ECG beats; - detecting cardiac beats in said PPG signal, named PPG beats; - pairing said ECG beats with said PPG beats; - deriving annotations for PPG signal segments based on the nature of said ECG segment annotations and on how said ECG beats can be paired with said PPG beats; and - annotating said PPG signal segments using said annotations, thereby generating said annotated PPG signal. - recording an electrocardiogram signal, abbreviated ECG signal, using an ECG monitoring system; - recording a photoplethysmography signal, abbreviated PPG signal, semi-synchronously with said recording of said ECG signal, using a contact PPG sensor; - annotating segments in said ECG signal either algorithm-based or expert-based, resulting in ECG segment annotations; - time-aligning said PPG signal and said ECG signal; - detecting cardiac beats in said ECG signal, named ECG beats; - detecting cardiac beats in said PPG signal, named PPG beats; - pairing said ECG beats with said PPG beats; - deriving annotations for PPG signal segments based on the nature of said ECG segment annotations and on how said ECG beats can be paired with said PPG beats; and - annotating said PPG signal segments using said annotations, thereby generating said annotated PPG signal.
Control system for controlling a braking system of a rail vehicle, which has a plurality of controllers, which are each connected to a brake unit, wherein the controllers each have their own processing unit and are configured such that the controllers are able to communicate directly with one another, in order to individually or jointly perform one or more braking-related tasks, characterised in that, the local processing power of each controller is also available centrally and can be used centrally.
A compound which is caffeine for use in reducing the severity of symptoms of myotonic dystrophy type 1 or type 2 in a subject suffering from myotonic dystrophy type 1 or type 2 by increasing the amount of free MBNL protein, said symptoms including those affecting the heart, central nervous system, smooth muscle, hormonal system, immune system, vision, reproductive system and skin.
Material-holder device which can be adapted to a climbing harness, and comprising: - a C-shaped body for attaching accessories and belaying tools, - a movable finger mounted swivelling on one of the ends of the body to close or open the access space to the inside of the body, - and means for fixing the body to a strap or belt of the user's harness, characterized in that the means for fixing comprise: - a wire attachment part having a first end articulated on the body, and a second opposite end collaborating with fixed securing means integral to the body, said wire attachment part being able to be moved by swivelling to the outside of the body to occupy either a closed position in which the wire attachment part extends along and outside the body after said second end has engaged in the securing means so as to sandwich the belt or strap of the harness, or a raised position after said second end has disengaged from the securing means, - a latching part arranged to latch or unlatch said second end in the closed position. - a C-shaped body for attaching accessories and belaying tools, - a movable finger mounted swivelling on one of the ends of the body to close or open the access space to the inside of the body, - and means for fixing the body to a strap or belt of the user's harness, - a wire attachment part having a first end articulated on the body, and a second opposite end collaborating with fixed securing means integral to the body, said wire attachment part being able to be moved by swivelling to the outside of the body to occupy either a closed position in which the wire attachment part extends along and outside the body after said second end has engaged in the securing means so as to sandwich the belt or strap of the harness, or a raised position after said second end has disengaged from the securing means, - a latching part arranged to latch or unlatch said second end in the closed position.
A system for detecting a signal indicative of the presence of at least one of an air flow or an optical fibre at a remote end of a fibre tube, comprising a sensor and a fibre tube to which the sensor is coupled, the sensor configured to generate a signal at a remote end of the fibre tube upon sensing the presence of the at least one of the air flow or the optical fibre at the remote end of the fibre tube, characterised in that the system further comprises detection apparatus comprising - an air vibration detector (30a, 30b, 32) acoustically coupled to the near end of the fibre tube for receiving the signal generated at the remote end of the fibre tube, and - a processor arranged to receive an input from the air vibration detector and to process the input to identify the signal present within the input, such that generation of the signal at the far end of the fibre tube is detected by the detection apparatus at the near end of the fibre tube. - an air vibration detector (30a, 30b, 32) acoustically coupled to the near end of the fibre tube for receiving the signal generated at the remote end of the fibre tube, and - a processor arranged to receive an input from the air vibration detector and to process the input to identify the signal present within the input,
A coupling member for an engageable coupling assembly, the coupling member being formed as a unitary die-casting from a die-casting alloy strengthened by an alloying material in a die casting process, the coupling member comprises a coupling face having a pocket which is sized and shaped to receive and nominally retain a locking member that moves in the pocket during an overrun condition of the assembly and a relatively hard base portion including particles of the strengthening alloying material of the die-casting alloy; characterized by a plurality of surface portions (26, 28, 30, 32) which define the pocket wherein at least one generally vertical surface portion of the surface portions is soft relative to the hard base portion and is substantially devoid of the particles of the alloying material so that the at least one generally vertical surface portion wears or deforms during contact of the locking member against the at least one generally vertical surface portion during the overrun condition.
A method for time synchronization in a power distribution system, the method comprising: receiving a synchronized wireless communication signal; synchronizing to the synchronized wireless communication signal to produce synchronized time; receiving anomaly parameters identifying power line anomalies to be detected; performing one or more power distribution measurements based on the synchronized time and said anomaly parameters to produce synchronized power distribution measurements; transmitting (410, 412) the synchronized power distribution measurements to a power control center; and receiving updated anomaly parameters. receiving a synchronized wireless communication signal; synchronizing to the synchronized wireless communication signal to produce synchronized time; receiving anomaly parameters identifying power line anomalies to be detected; performing one or more power distribution measurements based on the synchronized time and said anomaly parameters to produce synchronized power distribution measurements; transmitting (410, 412) the synchronized power distribution measurements to a power control center; and receiving updated anomaly parameters.
Replacement hair strand with hair-joining element, consisting of a flat platelet in which a replacement hair strand is embedded with its end, characterized in that at least one rib protrudes obliquely with respect to the strand direction from one of the two flat sides of the platelet.
A bumper assembly for a vehicle, in particular for a motor vehicle, comprising a bumper beam which extends essentially along the transverse axis of the vehicle, a shock-absorption casing arranged at the rear of the bumper beam, which extends principally along the longitudinal axis of the vehicle and a towing nut arranged long the bumper beam, which extends principally along the longitudinal axis of the vehicle and which comprises a lateral excrescence which forms a front support surface of the towing nut against the bumper beam, the towing nut passes through the bumper beam and is positioned offset laterally with respect to the absorption casing, the distance between the towing nut and the shock-absorption casing being less than 15mm, preferably said distance being comprised between 5mm and 10mm, characterized in that the towing nut has a cylindrical revolution shape, with a first part which passes through the bumper beam, and a second part, of larger exterior diameter, which is positioned projecting from the rear part of the bumper beam, the passage between the first part and the second part of the towing nut forms a shoulder, said shoulder forming the front support surface of the towing nut against the bumper beam.
Refrigeration appliance, which comprises: a carcass, which delimits an interior and has a rear wall with an insulating layer on the inside area thereof; a housing, which is arranged on the outside area of the rear wall and accommodates a compressor at a bottom of the housing, a drawer, which is fixed to the outside area of the rear wall and extends at least partially over the compressor, characterised in that the drawer carries at least one functional element in the housing, wherein the functional element is an inverter.
Hairstyling device for curling a lock of hair, comprising: - a housing which comprises a rolling chamber having a form of revolution according to a second axis, an insertion slot which extends over the length of the housing in the direction of the second axis and which opens into the rolling chamber, and an extraction opening arranged on a side end of the housing onto which the rolling chamber opens, - a mandrel which has an end fixed to the housing and a free end arranged near the extraction opening, and which extends in the rolling chamber along a third axis defined in a plane passing through the second axis and through the slot, - a roller arranged in the rolling chamber and rotatably mounted in at least one direction along the third axis, said roller being configured to roll the lock of hair around the mandrel, during the rotation thereof, characterised in that it comprises a stationary finger arranged at the contour of the extraction opening, of which the shape is configured with regards to the free end of the mandrel in order to block the rotation of the lock of hair around the mandrel without the risk of going beyond said finger during the rotation of the roller, and in order to promote the demoulding of the curled lock of hair along the mandrel. - a housing which comprises a rolling chamber having a form of revolution according to a second axis, an insertion slot which extends over the length of the housing in the direction of the second axis and which opens into the rolling chamber, and an extraction opening arranged on a side end of the housing onto which the rolling chamber opens, - a mandrel which has an end fixed to the housing and a free end arranged near the extraction opening, and which extends in the rolling chamber along a third axis defined in a plane passing through the second axis and through the slot, - a roller arranged in the rolling chamber and rotatably mounted in at least one direction along the third axis, said roller being configured to roll the lock of hair around the mandrel, during the rotation thereof, characterised in that it comprises a stationary finger arranged at the contour of the extraction opening, of which the shape is configured with regards to the free end of the mandrel in order to block the rotation of the lock of hair around the mandrel without the risk of going beyond said finger during the rotation of the roller, and in order to promote the demoulding of the curled lock of hair along the mandrel.
A reel changing device which is provided for reeling fiber bundles from a fiber strand exiting a spinning device, comprising at least a first reel carrier (4, 6) and a second reel carrier (4, 6) on each of which a reel (20, 22) suited for winding the fiber strand is arranged and which are movably received and guided in at least a first guide means (8, 10) and a second guide means (8, 10) so that the two reels can be positioned one after another in an exit direction of the fiber strand so as to enable, in the case of a reel change, the fiber strand to be directly transferred from the first reel (20, 22) arranged on the first reel carrier (4, 6) to the second reel (20, 22) arranged on the second reel carrier (4, 6), characterized in that the reel changing device comprises a control device which controls a, preferably engine-induced, rotational movement and/or torque of the reels (20, 22) and a, prefereably engine-induced, movement of the reel carriers (4, 6) along the guide means (8, 10) so that the rotational movement of the reels (20, 22) and the movement of the reel carriers (4, 6) along the guide means (8, 10) are adjusted to each other and preferably a (partially) automated operation of the reel changing device is enabled and that during the reel change the fiber strand is transferred from a reel (20, 22) close to the spinning device to a reel (20, 22) distant from the spinning device.
A process for preparing a cyclosporin A eye gel, comprising the steps of: Step 1: adding carbomer to water, stirring thoroughly and homogenizing; after the prepared carbomer base swollen, stirring and homogenizing; Step 2: cooling the base after moist heat sterilization, performing vacuum degassing, adjusting the pH of the base to 5.0-9.0 with filtered sodium hydroxide solution; Step 3: mixing castor oil polyoxyl ester, cyclosporin A raw material, 1,2-propanediol and water in a suitable ratio, preparing into a clear solution under a water bath at 35 to 45 ° C, and filtering; Step 4: filtering the clear solution and mixing the filtrate uniformly with the base obtained in the step 2, performing vacuum degassing; performing aseptic filling after another filtration. Step 1: adding carbomer to water, stirring thoroughly and homogenizing; after the prepared carbomer base swollen, stirring and homogenizing; Step 2: cooling the base after moist heat sterilization, performing vacuum degassing, adjusting the pH of the base to 5.0-9.0 with filtered sodium hydroxide solution; Step 3: mixing castor oil polyoxyl ester, cyclosporin A raw material, 1,2-propanediol and water in a suitable ratio, preparing into a clear solution under a water bath at 35 to 45 ° C, and filtering; Step 4: filtering the clear solution and mixing the filtrate uniformly with the base obtained in the step 2, performing vacuum degassing; performing aseptic filling after another filtration.
Method for indexing a preform having a tubular body extending along a determined axis, at least one portion of the tubular body having previously been heated non-uniformly according to a determined circumferential heating profile, the method comprising an operation of rotating the preform about its axis through an indexing angle (α) from a random angular orientation to a determined reference angular orientation according to the heating profile, characterized in that the indexing angle (α) is determined during a prior determination operation by detecting the angular position of at least one characteristic temperature value on at least one angular sector of the circumference of at least one portion of the body of the preform when the preform is being held by a support member, detection being performed by temperature measurement means.