mhurhangee/ep-ind-claims huggingface dataset:
A medical apparatus comprising: a mixing nozzle including; a nozzle inlet configured to couple to a syringe containing a medical agent; a nozzle outlet; and a nozzle body disposed between the nozzle inlet and the nozzle outlet, the nozzle body defining a longitudinal axis (k) and including at least two individual mixing channels in fluid communication with the nozzle inlet and with the nozzle outlet, wherein the at least two mixing channels define fluidically separate flow paths (f) that are fluidically separate between the nozzle inlet and the nozzle outlet at least one mixing channel of the at least two mixing channels defining a flow path (f) having longitudinal and radial components of direction with respect to the longitudinal axis (t) defined by the nozzle body, wherein the nozzle inlet defines an inlet chamber that is configured to receive the medical agent from the syringe and is in fluid communication with each of the at least two individual mixing channels, said medical apparatus being characterized in that at least one mixing channel defines an arcuate flow path that diverges outwardly relative to the longitudinal axis from the nozzle inlet toward a median transverse axis (m) bisecting the nozzle body and converges inwardly from the median transverse axis toward the nozzle outlet. a mixing nozzle including; a nozzle inlet configured to couple to a syringe containing a medical agent; a nozzle outlet; and a nozzle body disposed between the nozzle inlet and the nozzle outlet, the nozzle body defining a longitudinal axis (k) and including at least two individual mixing channels in fluid communication with the nozzle inlet and with the nozzle outlet, wherein the at least two mixing channels define fluidically separate flow paths (f) that are fluidically separate between the nozzle inlet and the nozzle outlet at least one mixing channel of the at least two mixing channels defining a flow path (f) having longitudinal and radial components of direction with respect to the longitudinal axis (t) defined by the nozzle body, wherein the nozzle inlet defines an inlet chamber that is configured to receive the medical agent from the syringe and is in fluid communication with each of the at least two individual mixing channels, said medical apparatus being characterized in that at least one mixing channel defines an arcuate flow path that diverges outwardly relative to the longitudinal axis from the nozzle inlet toward a median transverse axis (m) bisecting the nozzle body and converges inwardly from the median transverse axis toward the nozzle outlet.
A device for fixing and/or guiding strand-shaped elements, in particular cables or cable harnesses in wind turbines, comprising at least one holding body which can be combined with a support structure in order to form a modular fastening system and which forms an accommodating area which has an opening for inserting at least one strand element, which opening can be closed by means of a cover device which has a contact pressure part by means of which a holding force can be exerted on strand elements located in the accommodating area in a clamping region, in order to match the position of the clamping region of the contact-pressure part to different dimensions of inserted strand elements, a latching device (37, 39) being provided, by means of which the cover device can be latched to the holding body optionally in positions which have come more or less close to the central region of the accommodating area, the holding body forming an accommodating area in the form of a depression, and the latching device having on both of the insides of the edge of the opening of the depression which face one another a series of latching recesses extending in the direction of the depth of the depression and having on the sides of the cover device that are turned towards the edge of the opening a respective latching lug, characterised in that the cover device is attached by means of a swivel bearing (27, 33, 35) to the holding body for swivel movements between positions clearing the opening and positions closing the opening, which swivel bearing makes available displacement of the swivel axis, and so a displacement path for setting the position of the cover device along the series of latching recesses of the latching device by means of slots.
A crop baling implement comprising: a frame; a baling chamber attached to the frame and configured to form crop material into a square bale (33, 110, 112) extending along a central longitudinal axis; an orbital support attached to the frame rearward of the baling chamber and rotatable about a wrap axis, the orbital support defining an open central region and positioned to receive the bale (33, 110, 112) from the baling chamber and pass the bale (33, 110, 112) through the open central region of the orbital support; a wrap roller attached to and moveable with the orbital support, wherein the wrap roller is configured to support a roll of wrap material; a drive coupled to the orbital support and operable to rotate the orbital support and the wrap roller about the wrap axis to wrap the wrap material around the bale (33, 110, 112) as the bale (33, 110, 112) moves through the open central region of the orbital support; and a fixed support attached to the frame and rotatably supporting the orbital support, characterized in that the crop baling implement further comprising a pivotal connection interconnecting the frame and the fixed support, wherein the pivotal connection defines a transverse axis with the fixed support rotatable about the transverse axis relative to the frame. a frame; a baling chamber attached to the frame and configured to form crop material into a square bale (33, 110, 112) extending along a central longitudinal axis; an orbital support attached to the frame rearward of the baling chamber and rotatable about a wrap axis, the orbital support defining an open central region and positioned to receive the bale (33, 110, 112) from the baling chamber and pass the bale (33, 110, 112) through the open central region of the orbital support; a wrap roller attached to and moveable with the orbital support, wherein the wrap roller is configured to support a roll of wrap material; a drive coupled to the orbital support and operable to rotate the orbital support and the wrap roller about the wrap axis to wrap the wrap material around the bale (33, 110, 112) as the bale (33, 110, 112) moves through the open central region of the orbital support; and a fixed support attached to the frame and rotatably supporting the orbital support, characterized in that the crop baling implement further comprising a pivotal connection interconnecting the frame and the fixed support, wherein the pivotal connection defines a transverse axis with the fixed support rotatable about the transverse axis relative to the frame.
A method of cleaning a silicon wafer comprising: forming a water film by supplying water to at least one of a front surface and a rear surface of a silicon wafer placed in a chamber; forming a silicon oxide film by introducing an ozone gas as an oxidation gas to the chamber, thus causing an oxidation action on at least one of the front surface and the rear surface of the silicon wafer; negatively charging metal impurities and microparticles existing in the silicon oxide film by supplying an organic acid mist to the chamber subsequent to the forming of the oxide film; introducing gas by supplying an HF gas to the chamber subsequent to the forming of the oxide film, and thereby dissolving the silicon oxide film in the water film; discharging the water film from the surface of the silicon wafer on which the water film is formed, by only introducing the organic acid mist to the chamber subsequent to the introducing of the HF gas, the water film containing a melt of the silicon oxide film; and forming a protection film by supplying water to the chamber subsequent to the discharging, and thereby forming a water film again on at least one of the front surface and the rear surface of the silicon wafer; and by supplying an oxidation gas to the chamber, dissolving a component of the oxidation gas in the water film, and thereby forming a silicon oxide film on at least one of the front surface and the rear surface of the silicon wafer. forming a water film by supplying water to at least one of a front surface and a rear surface of a silicon wafer placed in a chamber; forming a silicon oxide film by introducing an ozone gas as an oxidation gas to the chamber, thus causing an oxidation action on at least one of the front surface and the rear surface of the silicon wafer; negatively charging metal impurities and microparticles existing in the silicon oxide film by supplying an organic acid mist to the chamber subsequent to the forming of the oxide film; introducing gas by supplying an HF gas to the chamber subsequent to the forming of the oxide film, and thereby dissolving the silicon oxide film in the water film; discharging the water film from the surface of the silicon wafer on which the water film is formed, by only introducing the organic acid mist to the chamber subsequent to the introducing of the HF gas, the water film containing a melt of the silicon oxide film; and forming a protection film by supplying water to the chamber subsequent to the discharging, and thereby forming a water film again on at least one of the front surface and the rear surface of the silicon wafer; and by supplying an oxidation gas to the chamber, dissolving a component of the oxidation gas in the water film, and thereby forming a silicon oxide film on at least one of the front surface and the rear surface of the silicon wafer.
An electrosurgical system (10, 10A), comprising: an energy-delivery device (100, 214) adapted to direct energy to tissue; and a vibrating device in mechanical communication with the energy-delivery device (100, 214) for transmitting vibrational energy to said energy-delivery device (100, 214) when said vibrating device is actuated, said vibrational energy causing said energy-delivery device (100, 214) to vibrate; characterized by further comprising at least one accelerometer at the distal end of the energy-delivery device (100, 214), and a hydraulic assembly comprising a fluid source in fluid communication with a distal end of the energy-delivery device, wherein the hydraulic assembly further includes a flow-control device for selectively blocking and unblocking fluid flow, or otherwise controlling the rate of fluid flow, wherein the hydraulic assembly creates and transmits hydraulic energy to the energy-delivery device for vibrating the energy-delivery device, and a processor unit configured to control the flow-control device based on determination of a desired fluid flow rate using vibration data received from the at least one accelerometer. an energy-delivery device (100, 214) adapted to direct energy to tissue; and a vibrating device in mechanical communication with the energy-delivery device (100, 214) for transmitting vibrational energy to said energy-delivery device (100, 214) when said vibrating device is actuated, said vibrational energy causing said energy-delivery device (100, 214) to vibrate; characterized by further comprising at least one accelerometer at the distal end of the energy-delivery device (100, 214), and a hydraulic assembly comprising a fluid source in fluid communication with a distal end of the energy-delivery device, wherein the hydraulic assembly further includes a flow-control device for selectively blocking and unblocking fluid flow, or otherwise controlling the rate of fluid flow, wherein the hydraulic assembly creates and transmits hydraulic energy to the energy-delivery device for vibrating the energy-delivery device, and a processor unit configured to control the flow-control device based on determination of a desired fluid flow rate using vibration data received from the at least one accelerometer.
A method of mounting a retention shield on the outside of a casing of an engine structure of a turbine, the method comprising a step consisting of coupling the shield to the outside of the casing through lugs each oriented in a circumferential direction between points for fastening (82, 92) to the shield and to the casing sufficiently spaced apart in accordance with the curvature of the shield and the casing between these fastening points (82, 92), each lug being fastened substantially tangentially to the shield and to the casing so as to implement a flexible coupling between them being able to provide a vibratory positioning and a sufficient mechanical strength under a thermo-mechanical load.
Self-foaming composition containing adapalene and benzoyl peroxide, which are dispersed, intended for unrinsed topical application, comprising: - at least one intermediate composition B comprising a gas-generating agent chosen from sodium bicarbonate, potassium bicarbonate, sodium carbonate and potassium carbonate, and mixtures thereof, - at least one intermediate composition A comprising an agent for activating the gas-generating agent, chosen from an acid, a partially salified polyacid salt, a buffer solution of weak acid and of its conjugated base, and mixtures of these compounds, and - benzoyl peroxide contained in at least one of said intermediate compositions A and B, and adapalene or a salt thereof contained in the other intermediate composition; or alternatively benzoyl peroxide and adapalene or a salt thereof contained in the same intermediate composition A or B. - at least one intermediate composition B comprising a gas-generating agent chosen from sodium bicarbonate, potassium bicarbonate, sodium carbonate and potassium carbonate, and mixtures thereof, - at least one intermediate composition A comprising an agent for activating the gas-generating agent, chosen from an acid, a partially salified polyacid salt, a buffer solution of weak acid and of its conjugated base, and mixtures of these compounds, and - benzoyl peroxide contained in at least one of said intermediate compositions A and B, and adapalene or a salt thereof contained in the other intermediate composition; or alternatively benzoyl peroxide and adapalene or a salt thereof contained in the same intermediate composition A or B.
A detergent supply device for a laundry treating apparatus, the detergent supply device comprising: a housing; a detergent storage container (221, 222) installed in the housing and storing laundry detergent; a pump receiving portion (221a, 222a) disposed at one surface of the detergent storage container (221, 222) and through which laundry detergent flows, a laundry detergent pump (231, 232) is located outside of the housing and connected to the pump receiving portion (221a, 222a). and a residual amount detecting unit disposed at the detergent storage container (221, 222) and configured to detect a residual amount of laundry detergent stored in the detergent storage container (221, 222), characterized in that the residual amount detecting unit comprises a connection terminal portion disposed at a position higher than the pump receiving portion (221a, 222a) at the one surface of the detergent storage container (221, 222). a housing; a detergent storage container (221, 222) installed in the housing and storing laundry detergent; a pump receiving portion (221a, 222a) disposed at one surface of the detergent storage container (221, 222) and through which laundry detergent flows, a laundry detergent pump (231, 232) is located outside of the housing and connected to the pump receiving portion (221a, 222a). and a residual amount detecting unit disposed at the detergent storage container (221, 222) and configured to detect a residual amount of laundry detergent stored in the detergent storage container (221, 222), characterized in that the residual amount detecting unit comprises a connection terminal portion disposed at a position higher than the pump receiving portion (221a, 222a) at the one surface of the detergent storage container (221, 222).
An integrated circulating water cooling system for at least one load, the system comprising: an air cooling sub-system; a wet surface cooling sub-system; a control; and a coolant circulation sub-system for fluidly circulating coolant from the at least one load to the air cooling sub-system to the wet surface cooling sub-system and back to the at least one load; characterised in that at least one temperature sensor is provided, in that the control selectively operates at least one of the wet surface cooling sub-system and the air cooling sub-system based on at least one of: temperature sensed in the coolant circulation sub-system; and sensed ambient temperature; and in that the air cooling sub-system includes a first fan operable to draw air into and through the air cooling sub-system, and includes a second fan operable to force air into and through the air cooling sub-system, the first fan and the second fan being selectively operable based on a sensed temperature. an air cooling sub-system; a wet surface cooling sub-system; a control; and a coolant circulation sub-system for fluidly circulating coolant from the at least one load to the air cooling sub-system to the wet surface cooling sub-system and back to the at least one load; characterised in that at least one temperature sensor is provided, in that the control selectively operates at least one of the wet surface cooling sub-system and the air cooling sub-system based on at least one of: temperature sensed in the coolant circulation sub-system; and sensed ambient temperature; temperature sensed in the coolant circulation sub-system; and sensed ambient temperature; and in that the air cooling sub-system includes a first fan operable to draw air into and through the air cooling sub-system, and includes a second fan operable to force air into and through the air cooling sub-system, the first fan and the second fan being selectively operable based on a sensed temperature.
Sorting apparatus for sorting objects, the sorting apparatus comprising at least - a chute, on which the objects can be moved in succession in a conveying direction by means of the acting gravitational force, wherein the chute has a cutout comprising a measuring region, - a LIBS laser device, wherein the LIBS laser device is arranged adjacent to the cutout of the chute in order to carry out, through the cutout, a spectroscopic measurement on the objects moving along the chute, - a separating device for separating out certain objects, and - a control device for controlling and/or adjusting the separating device as a function of the measurement results of the LIBS laser device, characterized in that the chute comprises at least two portions, wherein the first portion, through which the objects can be moved first, is designed in such a way that the objects moving along the first portion are centred normal to the conveying direction by means of gravitational force, and the second portion of the chute is designed to be flat, and in that the cutout comprising the measuring region is arranged in the second portion of the chute. - a chute, on which the objects can be moved in succession in a conveying direction by means of the acting gravitational force, wherein the chute has a cutout comprising a measuring region, - a LIBS laser device, wherein the LIBS laser device is arranged adjacent to the cutout of the chute in order to carry out, through the cutout, a spectroscopic measurement on the objects moving along the chute, - a separating device for separating out certain objects, and - a control device for controlling and/or adjusting the separating device as a function of the measurement results of the LIBS laser device, characterized in that the chute comprises at least two portions, wherein the first portion, through which the objects can be moved first, is designed in such a way that the objects moving along the first portion are centred normal to the conveying direction by means of gravitational force, and the second portion of the chute is designed to be flat, and in that the cutout comprising the measuring region is arranged in the second portion of the chute.
Valve assembly for actuating a fluid-operated actuator of a process control valve for process engineering systems, comprising a first valve and a second valve (50, 52) in a basic valve body, wherein each valve (50, 52) comprises a valve seat in said basic valve body, a closing body and an electromagnetic drive with a coil assembly, wherein said closing body is ball-shaped and interacts with said valve seat so as to block the flow from an inlet side to an outlet side, wherein said closing body interacts with a piston surface that can be moved within a piston chamber connected to said inlet side, wherein a connecting element is provided between said closing body and said piston surface, which connecting element is actively connected to an armature of said electromagnetic linear direct drive, wherein said coil assembly is embedded in said basic valve body and a magnetic field with alternating polarity in the axial direction exists at said armature, wherein said basic valve body has a first fluid port which has its inlet side connected to said first valve and which has, on its outlet side to said first valve, a second fluid port and, in parallel thereto, the inlet side of said second valve is connected to the outlet side of said first valve, and, on the outlet side to said second valve, the basic valve body includes a third fluid port.
A method of making pigments, comprising: forming a first slurry including a substrate, a polymer precursor, a colorant and a radical initiator; forming a solution including an emulsifier; combining the first slurry and the solution so that the substrate is encapsulated by a first coating of the polymer and the colorant. forming a first slurry including a substrate, a polymer precursor, a colorant and a radical initiator; forming a solution including an emulsifier; combining the first slurry and the solution so that the substrate is encapsulated by a first coating of the polymer and the colorant.