mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, comprising: implementing a feedback control scheme including controlling a separation efficiency for a high-pressure production trap by manipulating a demulsifier concentration, including: i) determining, as a function of temperature and based on correlations of historical process data, a minimum target separation efficiency and a maximum target separation efficiency; ii) identifying a target separation efficiency that is between the minimum target separation efficiency and the maximum target separation efficiency; and iii) adjusting a demulsifier dosage, used in calculating the separation efficiency, between a minimum demulsifier concentration and a maximum demulsifier concentration, the adjusting including: when the separation efficiency is below the target separation efficiency, adjusting, using a PID controller, the demulsifier dosage upward but not to exceed a maximum dosage concentration; and when the separation efficiency is above the target separation efficiency, adjusting, using the PID controller, the demulsifier dosage downward above a minimum dosage concentration. i) determining, as a function of temperature and based on correlations of historical process data, a minimum target separation efficiency and a maximum target separation efficiency; ii) identifying a target separation efficiency that is between the minimum target separation efficiency and the maximum target separation efficiency; and iii) adjusting a demulsifier dosage, used in calculating the separation efficiency, between a minimum demulsifier concentration and a maximum demulsifier concentration, the adjusting including: when the separation efficiency is below the target separation efficiency, adjusting, using a PID controller, the demulsifier dosage upward but not to exceed a maximum dosage concentration; and when the separation efficiency is above the target separation efficiency, adjusting, using the PID controller, the demulsifier dosage downward above a minimum dosage concentration. when the separation efficiency is below the target separation efficiency, adjusting, using a PID controller, the demulsifier dosage upward but not to exceed a maximum dosage concentration; and when the separation efficiency is above the target separation efficiency, adjusting, using the PID controller, the demulsifier dosage downward above a minimum dosage concentration.
Association of nervonic acid and curcumin for use in the treatment of pathologies associated with the alteration of the trophism of the peripheral nerves, wherein the pathologies are selected from neural complications of diabetes, neuritis on an inflammatory basis, neuropathic pain syndromes on a traumatic or rheumatologic basis, wherein said association is contained in an oral composition in a unitary dosage form containing said association as the sole active ingredient combined with suitable excipients and/or diluents further comprising an amino acid containing at least one amino group besides the amino acid amino group, wherein such basic amino acid is present in free base form.
A railway track including a pair of rolling rails parallel to each other in a longitudinal direction and fixed to supports, the supports bearing on a foundation base (3, 4) extended under the track and placed on a platform, the supports offering a continuous bearing for the rails and being formed of elongated longitudinal sleepers, joined end-to-end and placed under each of the rails, characterized in that the foundation base includes at least one layer (3, 4) of bituminized aggregates, and in that each of the rails bears on the sleepers through its flange, with interposition of a dampening continuous footing, the rails being fixed to the sleepers, the sleepers being stuck by a polymerizable synthetic resin to said at least one layer (3, 4) of bituminized aggregates of the foundation base.
Optics for a illumination device having multiple light sources comprising: - a first region having a light coupling element (3, 3.1, 3.2, 3.3) for each light source, which light coupling element bundles light from the light source into bundled beams, - a second region in which region the bundled beams are directed on a boundary surface of the optics serving as a light decoupling surface with light decoupling elements, and are directed to the outside by total reflection, wherein the light coupling elements (3, 3.1, 3.2, 3.3) are arranged in a circumferential region of the optics and wherein the light decoupling elements have a prism structure, characterized in that the prism structure in front of a closely emitting light coupling element (3, 3.1) is set less steep than the same prism structure in front of the widely emitting light coupling element (3, 3.2), and/or a flank angle formed between the central axis and the prism structure is formed less acute in front of the closely emitting light coupling element (3, 3.1) than the flank angle of the same prism structure in front of the widely radiating light coupling element (3, 3.2). - a first region having a light coupling element (3, 3.1, 3.2, 3.3) for each light source, which light coupling element bundles light from the light source into bundled beams, - a second region in which region the bundled beams are directed on a boundary surface of the optics serving as a light decoupling surface with light decoupling elements, and are directed to the outside by total reflection,
An intermediate material comprising, or even constituted exclusively, by an array of individualised ribbons, each ribbon (I, 100, 101..., 200, 201...300, 301...) being composed by a tape of unidirectional reinforcing fibres associated by adhesion on each of its faces with a veil (2a, 2b) of thermoplastic fibres, characterised in that the ribbons (I, 100, 101..., 200, 201...300, 301...) are disposed in successive layers (10, 20, 30...), in such a way that the ribbons (I, 100, 101..., 200, 201...300, 301...) of two successive layers are superposed with or without crossing but without interlacement, the bond between a ribbon and the ribbon or ribbons with which it is superposed being ensured by adhesion, and in that in each layer (10, 20, 30...) the ribbons (I, 100, 101..., 200, 201...300, 301...) are disposed substantially parallel to each other at least on the major part of their length, while being independent and spaced apart from each other and in that the ribbons of at least two layers extend in two different directions.
A process of preparing monoethylene glycol comprising: feeding a feed consisting of water and ethylene oxide into at least one reactor in an upflow mode, reacting water and ethylene oxide with a catalyst bed in said at least one reactor in said upflow mode in a molar feed ratio of water to ethylene oxide of at least 5.0 to no more than 25, and under conditions to form monoethylene glycol, wherein said catalyst consists of a strongly basic ion exchange resin having a copolymer of styrene and divinyl benzene, wherein divinyl benzene is present in an amount of from 4 to 8 wt%, basic groups bonded to the crosslinked polystyrene resin and at least one catalyst anion, wherein said catalyst anion is a bicarbonate anion with the proviso that carbon dioxide is not introduced into the reaction either separately and/or with one of the feed streams. feeding a feed consisting of water and ethylene oxide into at least one reactor in an upflow mode, reacting water and ethylene oxide with a catalyst bed in said at least one reactor in said upflow mode in a molar feed ratio of water to ethylene oxide of at least 5.0 to no more than 25, and under conditions to form monoethylene glycol, wherein said catalyst consists of a strongly basic ion exchange resin having a copolymer of styrene and divinyl benzene, wherein divinyl benzene is present in an amount of from 4 to 8 wt%, basic groups bonded to the crosslinked polystyrene resin and at least one catalyst anion, wherein said catalyst anion is a bicarbonate anion with the proviso that carbon dioxide is not introduced into the reaction either separately and/or with one of the feed streams.
A system, comprising: a power source, and a plasma device (12;412) for use as an electrosurgical pencil, comprising: a dielectric spacer including a substantially disk-like shape, the dielectric spacer for coupling to an ionizable media source configured to supply ionizable media thereto, wherein the dielectric spacer is formed from a porous dielectric material configured to disperse the ionizable media; characterised in that the first and second electrodes (422, 423) are disposed within the dielectric spacer; wherein the first and second electrodes are configured to couple to the power source configured to ignite the ionizable media at the plasma device (12; 412) to form a plasma effluent; and wherein one of the electrodes (422, 423) is an active electrode and the other is a neutral or return electrode to facilitate in radiofrequency energy coupling, and wherein each of the electrodes (422, 423) is coupled to the power source, which is configured to drive plasma generation, such that the energy from the power source is used to ignite the ionizable media flowing through the plasma device. a power source, and a plasma device (12;412) for use as an electrosurgical pencil, comprising: a dielectric spacer including a substantially disk-like shape, the dielectric spacer for coupling to an ionizable media source configured to supply ionizable media thereto, wherein the dielectric spacer is formed from a porous dielectric material configured to disperse the ionizable media; characterised in that the first and second electrodes (422, 423) are disposed within the dielectric spacer; wherein the first and second electrodes are configured to couple to the power source configured to ignite the ionizable media at the plasma device (12; 412) to form a plasma effluent; and wherein one of the electrodes (422, 423) is an active electrode and the other is a neutral or return electrode to facilitate in radiofrequency energy coupling, and wherein each of the electrodes (422, 423) is coupled to the power source, which is configured to drive plasma generation, such that the energy from the power source is used to ignite the ionizable media flowing through the plasma device. a dielectric spacer including a substantially disk-like shape, the dielectric spacer for coupling to an ionizable media source configured to supply ionizable media thereto, wherein the dielectric spacer is formed from a porous dielectric material configured to disperse the ionizable media; characterised in that the first and second electrodes (422, 423) are disposed within the dielectric spacer; wherein the first and second electrodes are configured to couple to the power source configured to ignite the ionizable media at the plasma device (12; 412) to form a plasma effluent; and wherein one of the electrodes (422, 423) is an active electrode and the other is a neutral or return electrode to facilitate in radiofrequency energy coupling, and wherein each of the electrodes (422, 423) is coupled to the power source, which is configured to drive plasma generation, such that the energy from the power source is used to ignite the ionizable media flowing through the plasma device.
Mobile decontamination unit for wet decontamination of persons, having a generally rectangular parallelepiped shape with a longitudinal axis and a transverse axis, characterised in that it comprises: - a technical module and at least one shower module, which are adjacent to one another in the direction of the longitudinal axis; - a first extension of the shower module, which can be retracted in the direction of the transverse axis, on one side of the shower module and second extension of the shower module, which can be retracted in the direction of the transverse axis, on the other side of the shower module, the extensions 110 and 120 being made of PVC canvas, the shower module and the first and second extension thereof comprising at least one person-decontamination line (L1, L2, L3) for the circulation of persons to be decontaminated by showering in the shower module in the direction of the transverse axis, wherein the shower module is equipped with a decontamination shower and a rinsing shower for each decontamination line, each comprising a shower head with a supply circuit fed with a decontamination solution and with another supply circuit fed with clear water, respectively. - a technical module and at least one shower module, which are adjacent to one another in the direction of the longitudinal axis; - a first extension of the shower module, which can be retracted in the direction of the transverse axis, on one side of the shower module and second extension of the shower module, which can be retracted in the direction of the transverse axis, on the other side of the shower module, the extensions 110 and 120 being made of PVC canvas, the shower module and the first and second extension thereof comprising at least one person-decontamination line (L1, L2, L3) for the circulation of persons to be decontaminated by showering in the shower module in the direction of the transverse axis, wherein the shower module is equipped with a decontamination shower and a rinsing shower for each decontamination line, each comprising a shower head with a supply circuit fed with a decontamination solution and with another supply circuit fed with clear water, respectively.
Optical element for influencing the light output of an elongated light source, in particular one or more elongated LED boards, wherein the optical element extends in a longitudinal direction and is approximately trapezoidal in cross-section with - a light entry region facing the light source, which has a recess with a curved bottom surface, - a light emission surface opposite the light entry region, which has a curved basic shape that is superimposed on the lens-like free-form optics, as well as - two side surfaces (21, 22), also curved, extending from the light entry region to the light emission surface. wherein the bottom surface, the basic shape of the light emitting surface and the two side surfaces (21, 22) are each convexly curved, and wherein the bottom surface, the basic shape of the light emitting surface and the two side surfaces (21, 22) each follow curves that may be described by third or higher order polynomials. - a light entry region facing the light source, which has a recess with a curved bottom surface, - a light emission surface opposite the light entry region, which has a curved basic shape that is superimposed on the lens-like free-form optics, as well as - two side surfaces (21, 22), also curved, extending from the light entry region to the light emission surface.
Wet cleaning device comprising a cleaning roller rotatably mounted about a roller axis, and a roller cover at least partially surrounding the cleaning roller in the circumferential direction, characterised in that the roller cover, at least in a portion of an inner wall of the roller cover, comprises a part of a flow guide structure winding helically in the axial direction.
A modified release oral dosage form containing terbutaline sulphate for use in the treatment of nocturnal hypoglycaemia, characterised in that upon administration to a subject the dosage form releases the terbutaline sulphate after a lag time of at least 1 hour, during which lag time none, or substantially none, of the terbutaline sulphate is released.
A battery support with a battery tray and a reinforcing structure, which is arranged on the outside in front of a side wall (4, 5) of the battery tray, which reinforcing structure comprises an inner profile and an outer profile, wherein the inner profile is configured in a U-shaped cross section with a web and two legs (20, 21) and an opening, wherein the legs (20, 21) and the opening of the inner profile point away from the battery tray and the opening of the inner profile at least in lengthwise sections is closed by the outer profile, characterised in that at least one sleeve is provided which extends between the legs (20, 21), wherein the sleeve connects openings (25, 26) in the legs (20, 21).
A supporting structure for gas turbine combustion chamber heat-insulating tiles, comprising: a first connection element and second connection element having respective first ends (5a, 6a), configured to fit onto sides of a heat-insulating tile of a gas turbine combustion chamber, and respective second ends (5b, 6b); a clamping device; and a fixing device, provided with a threaded pin, extending from the clamping device on the side in use opposite to the heat-insulating tile, and with a nut; wherein the first connection element and second connection element have the respective second ends (5b, 6b) clamped by the clamping device, and extend in opposite directions from the clamping device; characterized in that the threaded pin is rigidly connected to the clamping device, so as to prevent rotations of the threaded pin with respect to the clamping device. a first connection element and second connection element having respective first ends (5a, 6a), configured to fit onto sides of a heat-insulating tile of a gas turbine combustion chamber, and respective second ends (5b, 6b); a clamping device; and a fixing device, provided with a threaded pin, extending from the clamping device on the side in use opposite to the heat-insulating tile, and with a nut; wherein the first connection element and second connection element have the respective second ends (5b, 6b) clamped by the clamping device, and extend in opposite directions from the clamping device; characterized in that the threaded pin is rigidly connected to the clamping device, so as to prevent rotations of the threaded pin with respect to the clamping device.
A mounting device comprising: a mounting head including a reference mark and a pickup member for picking up a component (60, 60B), the mounting head being configured to move a picked up component (60, 60B) above a board; an imaging section configured to capture an image; and a control section (32, 40) configured to capture a first image of the reference mark under first imaging conditions at a first position at which the mounting head is stopped within an imaging range of the imaging section, capture a first image that includes the component (60, 60B) picked up by the pickup member under second imaging conditions that are different from the first imaging conditions, and then move the mounting head and capture a second image of the reference mark under the first imaging conditions at a second position at which the mounting head is stopped within the imaging range, capture a second image that includes the component (60, 60B) picked up by the pickup member under the second imaging conditions, and generate an image of the component (60, 60B) picked up by the mounting head based on a positional relationship of the reference mark using the first image and the second image of the component (60, 60B). a mounting head including a reference mark and a pickup member for picking up a component (60, 60B), the mounting head being configured to move a picked up component (60, 60B) above a board; an imaging section configured to capture an image; and a control section (32, 40) configured to capture a first image of the reference mark under first imaging conditions at a first position at which the mounting head is stopped within an imaging range of the imaging section, capture a first image that includes the component (60, 60B) picked up by the pickup member under second imaging conditions that are different from the first imaging conditions, and then move the mounting head and capture a second image of the reference mark under the first imaging conditions at a second position at which the mounting head is stopped within the imaging range, capture a second image that includes the component (60, 60B) picked up by the pickup member under the second imaging conditions, and generate an image of the component (60, 60B) picked up by the mounting head based on a positional relationship of the reference mark using the first image and the second image of the component (60, 60B).
A robotic catheter system, comprising: a flexible catheter (304; 808; 1220) having a proximal end, a distal end, and an articulating portion at the distal end; a sensor coupled with the flexible catheter (304; 808; 1220) at or near the distal end; a visual display for displaying an image (800; 820) of at least part of the flexible catheter (304; 808; 1220); a processor; and a controller (126; 844) coupled with the proximal end of the flexible catheter (304; 808; 1220) to receive a user input and command articulation of the articulating portion of the catheter (304; 808; 1220) in response to the user input, characterized in that: the processor is configured to generate a virtual indicator (802; 822) displayed on the image (800; 820) of the flexible catheter (304; 808; 1220), the virtual indicator (802; 822) indicating a direction of articulation and optionally an amount of articulation of the articulating portion of the catheter (304; 808; 1220); and the controller (126; 844) comprises a first control for receiving an additional user input and commanding rotation of the virtual indicator (802; 822) about a longitudinal axis of the catheter (304; 808; 1220), in response to the additional user input, without rotating the catheter (304; 808; 1220) and without actually articulating the catheter (304; 808; 1220). a flexible catheter (304; 808; 1220) having a proximal end, a distal end, and an articulating portion at the distal end; a sensor coupled with the flexible catheter (304; 808; 1220) at or near the distal end; a visual display for displaying an image (800; 820) of at least part of the flexible catheter (304; 808; 1220); a processor; and a controller (126; 844) coupled with the proximal end of the flexible catheter (304; 808; 1220) to receive a user input and command articulation of the articulating portion of the catheter (304; 808; 1220) in response to the user input, characterized in that: the processor is configured to generate a virtual indicator (802; 822) displayed on the image (800; 820) of the flexible catheter (304; 808; 1220), the virtual indicator (802; 822) indicating a direction of articulation and optionally an amount of articulation of the articulating portion of the catheter (304; 808; 1220); and the controller (126; 844) comprises a first control for receiving an additional user input and commanding rotation of the virtual indicator (802; 822) about a longitudinal axis of the catheter (304; 808; 1220), in response to the additional user input, without rotating the catheter (304; 808; 1220) and without actually articulating the catheter (304; 808; 1220).