mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for generating water droplets, comprising: a condensation rod for condensing water vapor in air around the condensation rod on the condensation rod, the condensation rod being a cylinder that is rotationally symmetric about a central axis, and a circumferential surface of the cylinder being a condensing surface for aggregating condensed water; a cooling device being in contact with the condensation rod for cooling the condensation rod; an atomizing electrode; and a high voltage power supply for applying a high voltage to the atomizing electrode, and causing the condensed water on the condensation rod to be excited by a high pressure corona to form atomized water droplets, wherein, the atomizing electrode comprises an emitter and a counter pole, the emitter and the counter pole are respectively disposed on two sides of the condensation rod, and the high voltage power supply is connected between the emitter and the counter pole, characterized in that, the condensing surface is provided with a water collecting groove, the water collecting groove is a longitudinal water collecting groove disposed along an axial direction of the condensation rod, and the longitudinal water collecting groove is arranged along a circumference of the condensing surface. a condensation rod for condensing water vapor in air around the condensation rod on the condensation rod, the condensation rod being a cylinder that is rotationally symmetric about a central axis, and a circumferential surface of the cylinder being a condensing surface for aggregating condensed water; a cooling device being in contact with the condensation rod for cooling the condensation rod; an atomizing electrode; and a high voltage power supply for applying a high voltage to the atomizing electrode, and causing the condensed water on the condensation rod to be excited by a high pressure corona to form atomized water droplets, wherein, the atomizing electrode comprises an emitter and a counter pole, the emitter and the counter pole are respectively disposed on two sides of the condensation rod, and the high voltage power supply is connected between the emitter and the counter pole, characterized in that, the condensing surface is provided with a water collecting groove, the water collecting groove is a longitudinal water collecting groove disposed along an axial direction of the condensation rod, and the longitudinal water collecting groove is arranged along a circumference of the condensing surface.
Heating plate for a hair-styling iron, in particular for a straightener, having a base plate which has a first surface embodied for contact with hair to be shaped and a second surface opposed thereto, having an electrical heating element in thermal contact with the second surface, wherein the base plate at the second surface has at least one recess embodied as a groove with an angular or round cross-section which represents a heat flow obstacle and thereby divides the first surface into at least two different temperature zones (12, 13), characterised in that two grooves are provided, which pass through the second surface in the longitudinal direction, i.e. orthogonally to the direction of passage of the hair to be shaped, and in that the heating element is arranged between the two grooves/recesses.
Flap of a motor vehicle, having a flap body to which a trim strip is attached at the outer side, wherein a radar-sensor unit with a housing is accommodated by the trim strip, wherein a printed circuit board is arranged in the housing, wherein a radar antenna is attached to that side of the printed circuit board which is situated opposite the flap body, and wherein the radar antenna is a constituent part of a radar-sensor chip, characterized in that, on the side of the radar antenna, only components having a smaller height than the radar-sensor chip are attached to the printed circuit board.
An article for formation of an inhalable substance, the article comprising: a cartridge body having an engaging end and an opposing mouth end configured to allow passage of the inhalable substance; an inhalable substance medium within the cartridge body; and a heating member positioned within the cartridge body for heating the inhalable substance medium; the cartridge body being configured for insertion of the engaging end thereof into a receiving chamber of a control housing so that the heating member is arranged to be energized by one or more components of the control housing, wherein the heating member is embedded within the inhalable substance medium, wherein the heating member is electrically resistive. a cartridge body having an engaging end and an opposing mouth end configured to allow passage of the inhalable substance; an inhalable substance medium within the cartridge body; and a heating member positioned within the cartridge body for heating the inhalable substance medium; the cartridge body being configured for insertion of the engaging end thereof into a receiving chamber of a control housing so that the heating member is arranged to be energized by one or more components of the control housing, wherein the heating member is embedded within the inhalable substance medium, wherein the heating member is electrically resistive.
A floating structure comprising: a floating platform disposed at a water surface; a mooring system configured for mooring one side of the floating platform to a sea floor, thereby to permit rotation of the floating structure and to provide a desired orientation down-wind with respect to an anchor point; and a damping system arranged at said one side of the floating platform for absorbing the wave energy and the stresses imparted by the motion of waves in order to stabilize a horizontal position of the floating structure during a storm; characterized in that the mooring system including an anchor configured for resting on a sea floor, an anchor-connecting element providing connection of the floating platform to the anchor, and a shock absorbance buoy; the shock absorbance buoy is connected to ends (171, 172) of the floating platform which are both located at said one side of the platform to 15 provide a desired orientation down-wind with respect to the anchor; the damping system includes a set of floating bodies configured to float up and down independently along with the waves on the water surface and at a depth where wave action is most prevalent; the floating bodies have a weight sufficient for absorbing energy of strong waves; the floating bodies are arranged in a plurality of rows which are parallel to said one side of the floating structure and are perpendicular to the direction of the incoming waves, the rows extending apart from said one side along the direction of the incoming waves; each floating body is independent from the others. a floating platform disposed at a water surface; a mooring system configured for mooring one side of the floating platform to a sea floor, thereby to permit rotation of the floating structure and to provide a desired orientation down-wind with respect to an anchor point; and a damping system arranged at said one side of the floating platform for absorbing the wave energy and the stresses imparted by the motion of waves in order to stabilize a horizontal position of the floating structure during a storm; characterized in that the mooring system including an anchor configured for resting on a sea floor, an anchor-connecting element providing connection of the floating platform to the anchor, and a shock absorbance buoy; the shock absorbance buoy is connected to ends (171, 172) of the floating platform which are both located at said one side of the platform to 15 provide a desired orientation down-wind with respect to the anchor; the damping system includes a set of floating bodies configured to float up and down independently along with the waves on the water surface and at a depth where wave action is most prevalent; the floating bodies have a weight sufficient for absorbing energy of strong waves; the floating bodies are arranged in a plurality of rows which are parallel to said one side of the floating structure and are perpendicular to the direction of the incoming waves, the rows extending apart from said one side along the direction of the incoming waves; each floating body is independent from the others.
A method comprising: deep reactive ion etching a pattern of grooves on a surface of a semiconductor substrate, the grooves corresponding to fenestrations in a desired three-dimensional nitinol structure; depositing a lift-off layer on the grooved semiconductor substrate surface; depositing a first NiTi layer over the lift-off layer; depositing a sacrificial layer through a first mask to partially cover the first NiTi layer, the sacrificial layer corresponding to a lumen in the desired three-dimensional nitinol structure; sputter depositing an aluminum bonding layer onto the first NiTi layer through a reverse mask prior to deposition of a second NiTi layer, the reverse mask being approximately a reverse image of the first mask; and depositing the second NiTi layer over the sacrificial layer. deep reactive ion etching a pattern of grooves on a surface of a semiconductor substrate, the grooves corresponding to fenestrations in a desired three-dimensional nitinol structure; depositing a lift-off layer on the grooved semiconductor substrate surface; depositing a first NiTi layer over the lift-off layer; depositing a sacrificial layer through a first mask to partially cover the first NiTi layer, the sacrificial layer corresponding to a lumen in the desired three-dimensional nitinol structure; sputter depositing an aluminum bonding layer onto the first NiTi layer through a reverse mask prior to deposition of a second NiTi layer, the reverse mask being approximately a reverse image of the first mask; and depositing the second NiTi layer over the sacrificial layer.
A real-time compensation system of a projectile comprising: at least one flight controller configured to rotate the projectile about an axis from a first orientation to a second orientation through an angle; at least one imager device configured to capture a first image at the first orientation and a second image at the second orientation; at least one gyroscope configured to sense a first angular rate of the projectile as the projectile rotates between the first orientation and the second orientation; and at least one processor configured to detect a feature in the first image, determine a first rotation angle based upon relative positions of the feature in the first and second images (26,28), determine a second rotation angle based upon the angular rate sensed by the at least one gyroscope, and determine a gyroscope compensation parameter based upon the first and second rotation angle. at least one flight controller configured to rotate the projectile about an axis from a first orientation to a second orientation through an angle; at least one imager device configured to capture a first image at the first orientation and a second image at the second orientation; at least one gyroscope configured to sense a first angular rate of the projectile as the projectile rotates between the first orientation and the second orientation; and at least one processor configured to detect a feature in the first image, determine a first rotation angle based upon relative positions of the feature in the first and second images (26,28), determine a second rotation angle based upon the angular rate sensed by the at least one gyroscope, and determine a gyroscope compensation parameter based upon the first and second rotation angle.
An electrode (106, 206) for a plasma arc torch (100, 200), the electrode (106, 206) comprising: a sidewall (116, 216) including one or more fluid passageways (164, 265) formed through the sidewall (116, 216); an end wall (118, 218) extending from a distal end (120, 220) of the sidewall (116, 216), the end wall (118, 218) including an emissive insert formed therein; and a central cavity (126, 226) defined by an inner surface (130, 230) of the sidewall (116, 216) and an inner surface (132, 232) of the end wall (118, 218), the central cavity (126, 226) extending from a proximal end (127, 227) of the electrode (106, 206) to a distal end (124, 224) of the electrode (106, 206); characterised in that the electrode further comprises a heat exchange element (135, 235) comprising fins extending helically along the inner surface (130, 230) of the sidewall (116, 216) and radially into the central cavity (126,226) from the inner surface of the sidewall, the heat exchange element (135, 235) and the inner surface (130, 230) of the sidewall (116, 216) forming a portion of a coolant passage (144, 244), wherein the heat exchange element (135, 235) traverses through the coolant passage (144, 244). a sidewall (116, 216) including one or more fluid passageways (164, 265) formed through the sidewall (116, 216); an end wall (118, 218) extending from a distal end (120, 220) of the sidewall (116, 216), the end wall (118, 218) including an emissive insert formed therein; and a central cavity (126, 226) defined by an inner surface (130, 230) of the sidewall (116, 216) and an inner surface (132, 232) of the end wall (118, 218), the central cavity (126, 226) extending from a proximal end (127, 227) of the electrode (106, 206) to a distal end (124, 224) of the electrode (106, 206); characterised in that the electrode further comprises a heat exchange element (135, 235) comprising fins extending helically along the inner surface (130, 230) of the sidewall (116, 216) and radially into the central cavity (126,226) from the inner surface of the sidewall, the heat exchange element (135, 235) and the inner surface (130, 230) of the sidewall (116, 216) forming a portion of a coolant passage (144, 244), wherein the heat exchange element (135, 235) traverses through the coolant passage (144, 244).
An earphone comprising: a first housing and a second housing attached together in a first direction to compose a casing having a space (Va) therein; a speaker unit housed in the space (Va); and a supporter; wherein the casing is configured to be put in a concha of an outer ear, and the supporter is configured to be brought into contact with an inner wall of the outer ear so as to be fitted to the outer ear; wherein the supporter includes an open end part facing the casing and being interposed and held between the first housing and second housing and having more flexibility than the first housing and second housing; wherein the supporter includes a first stretching part stretching outward on one side in the first direction and a second stretching part (14b2) stretching outward on another side in the first direction at the open end part; and the first housing includes a first engagement part engaged with the first stretching part and a second engagement part engaged with the second stretching part (14b2); the earphone further comprising an inner frame preventing a reduction in width of the open end part of the supporter in the first direction. a first housing and a second housing attached together in a first direction to compose a casing having a space (Va) therein; a speaker unit housed in the space (Va); and a supporter; wherein the casing is configured to be put in a concha of an outer ear, and the supporter is configured to be brought into contact with an inner wall of the outer ear so as to be fitted to the outer ear; wherein the supporter includes an open end part facing the casing and being interposed and held between the first housing and second housing and having more flexibility than the first housing and second housing; wherein the supporter includes a first stretching part stretching outward on one side in the first direction and a second stretching part (14b2) stretching outward on another side in the first direction at the open end part; and the first housing includes a first engagement part engaged with the first stretching part and a second engagement part engaged with the second stretching part (14b2); the earphone further comprising an inner frame preventing a reduction in width of the open end part of the supporter in the first direction.
A support device, in particular a safety stand, including a base frame having struts which are interconnected at a guiding device, and including a support guided within the guiding device and height-adjustable with respect to the guiding device, said support having insertion openings provided therein into which at least one plug-in bolt may be plugged in so as to adjust a height of a load receiving member arranged on said support, said insertion opening having at least one support surface, and said plug-in bolt comprising at least one contact surface, which, when they are in an interlocking position are from the beginning mutually in surface contact with each other as force is transmitted onto the load receiving member, characterised in that the support has an inner tube having a triangular cross-sectional profile and the guiding device has an outer tube having a triangular cross-sectional profile for guiding said inner tube, and in that the plug-in bolt has at least two contact surfaces extending in parallel and spaced apart from each other, and in that the at least one contact surface of the plug-in bolt is supported, so as to be mutually in surface contact therewith, by a support surface of an aperture of the guiding device or by an end face of said guiding device, and in that the at least one support surface of the insertion opening, the at least one support surface of the aperture as well as the end face of the guiding device are oriented perpendicularly to load to be received.
Hydroelectric power plant comprising an upper water basin, a lower water basin, a water route which connects the upper water basin to the lower water basin, a hydraulic machine which is arranged in the water route and subdivides the water route into two sections (31, 32), wherein a pressure pipeline is arranged between the upper water basin and the hydraulic machine, and an inlet valve which is arranged in the pressure pipeline, wherein the inlet valve comprises a rotatably mounted valve body, a lever acting on the valve body, a weight arranged on the lever, an electrically actuatable locking unit for locking the valve body, and an electric drive, wherein the drive is designed such that it can open and close the inlet valve by raising and lowering the weight, and the drive comprises a drivetrain comprising an electric motor, a gear mechanism and a spindle thread drive in this order, which are arranged such that, through the operation of the motor, the length of the drive can be varied in order to raise and to lower the weight, characterized in that the locking unit is integrated into the drive and is designed such that it can block the drivetrain when an electrical control signal is present and can release the drivetrain when no electrical control signal is present, and the drive furthermore comprises a mechanical brake with a settable braking force, which is designed such that it can engage into the drivetrain with locking action.
An observation sample covering implement comprising: a main body section that has a holding section with an opening section formed therein; an ultra-thin film is formed larger than the opening section and sticks to at least an upper surface and part of a side surface of the holding section so as to block the opening section, and is held on the holding section; wherein the main body section includes: a plate section in which the holding section is composed of a plate material and a through hole is formed in the plate material to form the opening section, characterized in that: the ultra-thin film sticks to the upper surface and the part of the side surface of the holding section by physical adsorption; the main body section includes a wall section which extends downward from an outer periphery of the plate section; the ultra-thin film is configured to cover a top surface and peripheral side surfaces of an observation sample (S,101,102) disposed on an observation substrate; and the thickness of the ultra-thin film ranges from 20nm to 200nm; and the ultra-thin film is made of a hydrophobic resin. a main body section that has a holding section with an opening section formed therein; an ultra-thin film is formed larger than the opening section and sticks to at least an upper surface and part of a side surface of the holding section so as to block the opening section, and is held on the holding section; wherein the main body section includes: a plate section in which the holding section is composed of a plate material and a through hole is formed in the plate material to form the opening section, characterized in that: the ultra-thin film sticks to the upper surface and the part of the side surface of the holding section by physical adsorption; the main body section includes a wall section which extends downward from an outer periphery of the plate section; the ultra-thin film is configured to cover a top surface and peripheral side surfaces of an observation sample (S,101,102) disposed on an observation substrate; and the thickness of the ultra-thin film ranges from 20nm to 200nm; and the ultra-thin film is made of a hydrophobic resin. the ultra-thin film sticks to the upper surface and the part of the side surface of the holding section by physical adsorption; the main body section includes a wall section which extends downward from an outer periphery of the plate section; the ultra-thin film is configured to cover a top surface and peripheral side surfaces of an observation sample (S,101,102) disposed on an observation substrate; and the thickness of the ultra-thin film ranges from 20nm to 200nm; and the ultra-thin film is made of a hydrophobic resin.
Method for operating an electric machine, wherein the method comprises a normal operating mode (ψ Normal) and a special operating mode (ψ Special) depending on a preset setpoint value (M Set), and wherein the normal operating mode (ψ Normal) comprises the steps of: - detecting an operating state, wherein, for the case where the detected operating state is a special state, the special operating mode (ψ Special) is implemented, wherein the special operating mode (ψ Special) comprises the steps of: - detecting the operating state, wherein, for the case where the operating state is a normal state, the normal operating mode (ψ Normal) is implemented, characterized in that the special operating mode (ψ Special) comprises the step of: - modulating a cyclical value (M Cycl) onto the preset setpoint value (M Set). - detecting an operating state, wherein, for the case where the detected operating state is a special state, the special operating mode (ψ Special) is implemented, - detecting the operating state, wherein, for the case where the operating state is a normal state, the normal operating mode (ψ Normal) is implemented, - modulating a cyclical value (M Cycl) onto the preset setpoint value (M Set).
Drawer for furniture or the like, comprising a bottom wall, a front wall, two side walls and a rear wall, wherein said bottom wall is provided with at least a protrusion protruding outwards with respect to its surface, and said front wall is provided with at least one support, protruding from said front wall, and disposed on a plane substantially parallel to that one of said bottom wall, said support being able to cooperate and coupling with said protrusion, characterized in that said support comprises a plate having a substantially L-shaped section having two flaps (L1,L2) and provided with at least one through hole which opens onto one of the two flaps (L1,L2) of said support, and a slot formed in the other one flap, allowing said support to be coupled to the bottom wall.