mhurhangee/ep-ind-claims huggingface dataset:
A wearable gaming device comprising a piece of garment, at least one electrode connected by a cable to a control unit, said electrode being arranged at the piece of garment in such a way that at least one muscle of a user wearing the piece of garment is stimulated when the electrode generates an electrical pulse commanded by the control unit, the wearable device being characterised by: a. the electrode comprising: • an electrically conductive layer made of conductive material, and • an electrically conductive gel layer arranged on top of the electrically conductive layer, and b. the cable being embroidered to the garment comprising: • an outer electrically insulating structure, and • conductive elastic fibres comprising in turn an elastic structure covered with a conductor layer in electrical contact with the electrically conductive layer of the electrode. a. the electrode comprising: • an electrically conductive layer made of conductive material, and • an electrically conductive gel layer arranged on top of the electrically conductive layer, and • an electrically conductive layer made of conductive material, and • an electrically conductive gel layer arranged on top of the electrically conductive layer, and b. the cable being embroidered to the garment comprising: • an outer electrically insulating structure, and • conductive elastic fibres comprising in turn an elastic structure covered with a conductor layer in electrical contact with the electrically conductive layer of the electrode. • an outer electrically insulating structure, and • conductive elastic fibres comprising in turn an elastic structure covered with a conductor layer in electrical contact with the electrically conductive layer of the electrode.
Capsule for beverages comprising a casing made by forming a sheet of thermoformable plastic material, said casing comprising: a base wall and a side wall defining a cavity suitable for containing an initial product to be combined with a fluid to obtain a final product in the form of a beverage, a first opening of said cavity opposite said base wall, an edge extending from said side wall and surrounding said first opening, a second opening around which said base wall is arranged, wherein said first opening is closed hermetically by a cover element fixed to said edge, said cover element being perforable by injection means of a dispensing machine in which said capsule is usable, wherein said second opening is closed hermetically by a closing element that is suitable for tearing when a pressure inside said cavity exceeds a predetermined value, characterized in that it also comprises a chamber placed on the opposite side to the base wall with respect to the cavity, said chamber being able to communicate with the cavity through the second opening, when the closing element tears, said chamber being equipped with an exit opening, made in the centre of a bottom wall of the casing opposite the base wall, a damping element being arranged inside said chamber to control the output speed of the beverage and to prevent the occurrence of water hammer when the closing element tears.
A method of calibrating a heater, the method comprising: powering the heater in an isothermal environment to a first temperature setpoint, wherein the heater comprises a resistive heating element having a temperature coefficient of resistance; turning-off power to the heater when the heater is at the first temperature setpoint to passively cool the heater; concurrently obtaining a plurality of resistance measurements of the resistive heating element and a plurality of reference temperature measurements of a reference member as the heater passively cools from the first temperature setpoint to a second temperature setpoint; and generating a resistance-temperature calibration table that correlates the plurality of resistance measurements with the plurality of reference temperature measurements. powering the heater in an isothermal environment to a first temperature setpoint, wherein the heater comprises a resistive heating element having a temperature coefficient of resistance; turning-off power to the heater when the heater is at the first temperature setpoint to passively cool the heater; concurrently obtaining a plurality of resistance measurements of the resistive heating element and a plurality of reference temperature measurements of a reference member as the heater passively cools from the first temperature setpoint to a second temperature setpoint; and generating a resistance-temperature calibration table that correlates the plurality of resistance measurements with the plurality of reference temperature measurements.
A plasma torch of a cascade-type comprising a cascade between a cathode and an anode, the plasma torch arranged to generate a plasma jet by applying an electric voltage between the cathode and the anode, wherein the cathode comprises a copper main body part comprising a channel structure including water cooling structure, and a rod-shaped tungsten negative electrode inserted in the copper main body part; a pilot member is further provided between the cathode and the cascade, the pilot member being electrically insulated from the cathode and the anode, the pilot member also comprising a channel structure including water cooling structure; the cascade being provided between the pilot member and the anode, the cascade comprising either a single component having an interior shaped so as to expand in multiple steps towards a side of the anode, or a plurality of components (3 A, 3B, 3C, 3D, 3E) being electrically insulated from each other, the cascade being electrically insulated from the cathode and the anode, the cascade being configured as an inter-electrode insert comprising a channel structure including water cooling structure; and the anode is a copper component comprising a channel structure including water cooling structure; the plasma torch being characterized by further comprising a forming nozzle being connected so as to be electrically insulated from the anode, an interior of the forming nozzle shaped so as to expand in multiple steps towards an opposite side of the anode, the forming nozzle also comprising a channel structure including water cooling structure; and comprising a side shield module arranged to prevente a gas inflow from a surrounding environment by generating a coaxial, annular, and low-velocity gas shield jet, such that oxygen is prevented from entering the forming nozzle and a plasma jet ejected from the forming nozzle.
A mechanical separator (40, 40C, 40D) for separating a fluid sample within a collection container, comprising: a separator body (41, 41C, 41D) having a through-hole (46, 46C, 46D) defined therein, the through-hole (46, 46C, 46D) adapted for allowing fluid to pass therethrough, the separator body (41, 41C, 41D) comprising: a float (42, 42C, 42D), having a first density; a ballast (44, 44C, 44D), having a second density greater than the first density, wherein at least a portion of the float (42, 42C, 42D) is connected to a portion of the ballast (44, 44C, 44D); and an initial engagement band circumferentially disposed about at least a portion of the separator body (41, 41C, 41D), wherein upon applied rotational force, the separator (40, 40C, 40D) is adapted to transition from a first initial position in which the through-hole (46, 46C, 46D) is oriented in an open position for allowing fluid to pass therethrough, to a second sealing position in which the through-hole (46, 46C, 46D) is oriented in a closed position for preventing fluid from being received therethrough, and the transition of the through-hole (46, 46C, 46D) from the open position to the closed position coincides with the rotation of the mechanical separator (40, 40C, 40D) from the first initial position to the second sealing position. a separator body (41, 41C, 41D) having a through-hole (46, 46C, 46D) defined therein, the through-hole (46, 46C, 46D) adapted for allowing fluid to pass therethrough, the separator body (41, 41C, 41D) comprising: a float (42, 42C, 42D), having a first density; a ballast (44, 44C, 44D), having a second density greater than the first density, wherein at least a portion of the float (42, 42C, 42D) is connected to a portion of the ballast (44, 44C, 44D); and an initial engagement band circumferentially disposed about at least a portion of the separator body (41, 41C, 41D), a float (42, 42C, 42D), having a first density; a ballast (44, 44C, 44D), having a second density greater than the first density, wherein at least a portion of the float (42, 42C, 42D) is connected to a portion of the ballast (44, 44C, 44D); and an initial engagement band circumferentially disposed about at least a portion of the separator body (41, 41C, 41D), wherein upon applied rotational force, the separator (40, 40C, 40D) is adapted to transition from a first initial position in which the through-hole (46, 46C, 46D) is oriented in an open position for allowing fluid to pass therethrough, to a second sealing position in which the through-hole (46, 46C, 46D) is oriented in a closed position for preventing fluid from being received therethrough, and the transition of the through-hole (46, 46C, 46D) from the open position to the closed position coincides with the rotation of the mechanical separator (40, 40C, 40D) from the first initial position to the second sealing position.
An monopulse radar system for estimating the height h t at which a target flies over a reflective surface, said radar system comprising an antenna, said antenna comprising one single beam on transmit for emitting a signal and at least two beams on receive for receiving signals echoed by a target illuminated by said beams on transmit, said received signals comprising: ∘ a direct signal coming directly from the target after the emitted signal has been echoed by the target; ∘ an indirect signal coming indirectly from the target after the emitted signal has been echoed by the target and has been reflected by the surface, the indirect signal leading to a specular image of the target, said direct and indirect signals being modeled, characterized in that said radar system comprises a particle filter to dynamically estimate the target height based on the received signals and on a specular reflection model, said specular reflection model modeling the relationship between the direct and indirect signals, the complex-valued amplitudes of the target and of said specular image being related by said specular model, said particle filter using a conditional likelihood function defined by said specular reflection model to estimate the target height h t, said conditional likelihood function being a function of the signal outputs z and of unknown parameters including the target height h t, the ground range x t of the target, the variance of the target σ t 2, and the amplitude | ρ s | of the reflection coefficient of the reflective surface, the conditional likelihood function being defined as: p z / h t, σ t 2, x t, ρ s = 1 πQ z exp − z H Q z − 1 z with Q z = B h t B h t H σ t 2 + I σ n 2, σ n 2 designating variance of the noise n, I the identity matrix and B ( h t) being determined from the target elevation e t, the elevation angle e s of the specular image of the target, the complex reflection coefficient ρ s and the phase difference φ ( h t) between the direct and indirect signal, the phase difference depending on the target height h t and on the ground range x t. ∘ a direct signal coming directly from the target after the emitted signal has been echoed by the target; ∘ an indirect signal coming indirectly from the target after the emitted signal has been echoed by the target and has been reflected by the surface, the indirect signal leading to a specular image of the target,
Electric motor, in particular for a motor vehicle, comprising: - an internal rotor which is rotatably supported about a rotation axis relative to an external stator, - wherein the rotor has a pot-like rotor receiving sleeve arranged around a rotor shaft for receiving an armature unit which has a multiple-layered metal sheet assembly with a plurality of permanent magnets, - wherein the rotor receiving sleeve is closed with a cover in a fluid-tight manner, - wherein the permanent magnets are arranged with spacing from each other in a peripheral direction at a radial outer side of the metal sheet assembly, - wherein in that first retention devices are constructed integrally on the metal sheet assembly in intermediate spaces of adjacent permanent magnets and prevent slippage in a peripheral direction, characterized in that - an annular space is formed radially between the permanent magnets and an outer wall of the rotor receiving sleeve, - the cover has at an outer edge in a peripheral direction distributed wedge-like retention elements which engage in the annular space so that they radially wedge the permanent magnets, and - the rotor receiving sleeve in the region of a base has, at an inner covering surface of the outer wall, an axial projection into the annular space, in a peripheral direction circumferential wedge-like retention contour which radially wedges the permanent magnets. - an internal rotor which is rotatably supported about a rotation axis relative to an external stator, - wherein the rotor has a pot-like rotor receiving sleeve arranged around a rotor shaft for receiving an armature unit which has a multiple-layered metal sheet assembly with a plurality of permanent magnets, - wherein the rotor receiving sleeve is closed with a cover in a fluid-tight manner, - wherein the permanent magnets are arranged with spacing from each other in a peripheral direction at a radial outer side of the metal sheet assembly, - wherein in that first retention devices are constructed integrally on the metal sheet assembly in intermediate spaces of adjacent permanent magnets and prevent slippage in a peripheral direction, characterized in that - an annular space is formed radially between the permanent magnets and an outer wall of the rotor receiving sleeve, - the cover has at an outer edge in a peripheral direction distributed wedge-like retention elements which engage in the annular space so that they radially wedge the permanent magnets, and - the rotor receiving sleeve in the region of a base has, at an inner covering surface of the outer wall, an axial projection into the annular space, in a peripheral direction circumferential wedge-like retention contour which radially wedges the permanent magnets.
Device for beaming of light, the device comprising a planar optical antenna structure, wherein the planar optical antenna structure comprises from top to bottom in the following order at least a collection medium for collecting light from a director layer, a director layer for obtaining directionality of the beamed light, a host medium, a reflector layer, wherein a dipole light emitter is positioned in the host medium at a distance d 1 away from the reflector layer, wherein the director layer is positioned in the radiation direction of the dipole light emitter, wherein the director layer is positioned at a distance d 2 away from the dipole light emitter, characterized in that between the reflector layer and the host medium a first intermediate layer is provided and between the host medium and the director layer a second intermediate layer is provided. wherein a dipole light emitter is positioned in the host medium at a distance d 1 away from the reflector layer, wherein the director layer is positioned in the radiation direction of the dipole light emitter, wherein the director layer is positioned at a distance d 2 away from the dipole light emitter, characterized in that between the reflector layer and the host medium a first intermediate layer is provided and between the host medium and the director layer a second intermediate layer is provided.
A curable coating composition comprising 100 parts by weight of hydrolysable silyl-containing (meth)acrylic copolymer and 0.01 to 10 parts by weight of organometallic catalyst, wherein said copolymer is obtainable from copolymerization of alkyl (meth)acrylate and silane compound having a hydrolysable functional group and a radically polymerizable unsaturated group, in a molar ratio (al/a2) of 98/2 to 2/98, the silane compound having the general formula: wherein each R 1 and R 2 independently is an alkyl of 1 to 3 carbon atoms or aryl, R 3 is (meth)acryloxy, vinyl or styryl, m is an integer of 8 to 14, and n is an integer of 0 to 2.
A decorative panel for electronic household appliances, having an operational front face and an operational rear face, the operational front face being the outer surface in the installed state and the operational rear face being the inner surface in the installed state, comprising a basic body made of thermally toughened flat glass made of soda-lime glass having a thickness from 2 to 8 mm; characterized in that it comprises at least one digital print on the operational rear face; wherein the digital print consists of at least two subsequently arranged layers, said layers each having an optical density of less than 2 between 380 and 780 nm.
A gripper assembly for gripping a portion of a container, comprising: a central shaft; a spindle configured to rotate about a vertical axis; a first cam follower; an actuating plate; and a gripper configured to grip a portion of a container and including a first jaw and a second jaw forming a pair of jaws, the actuating plate being disposed on or about the spindle, the actuating plate configured to actuate toward the central shaft in response to a force applied to the first cam follower; the gripper being configured to at least one of open and close in response to the actuating plate being actuated toward the central shaft; characterized by a locking cam configured to contact the first cam follower and in at least one position to limit movement of the actuating plate toward the central shaft. a central shaft; a spindle configured to rotate about a vertical axis; a first cam follower; an actuating plate; and a gripper configured to grip a portion of a container and including a first jaw and a second jaw forming a pair of jaws, the actuating plate being disposed on or about the spindle, the actuating plate configured to actuate toward the central shaft in response to a force applied to the first cam follower; the gripper being configured to at least one of open and close in response to the actuating plate being actuated toward the central shaft; characterized by a locking cam configured to contact the first cam follower and in at least one position to limit movement of the actuating plate toward the central shaft.
A method of promoting the development of mature oocytes, the method comprising: contacting ovarian tissue in vitro with an effective dose of both a first agent that disrupts signaling in the Hippo pathway, the agent being selected from jasplakinolide (JASP) and sphingosine 1-phosphate (S1P); and a second agent that acts downstream of disrupted Hippo signaling, the agent being a CCN protein selected from CCN 2, 3, 5 and 6, in a dose and for a period of time sufficient to promote development of a mature oocyte.
Machine tool, in particular a panel saw, having a safety system and a tool, a clamping device arranged moveably on a frame of the machine tool for the tool, wherein the clamping device is moveable by a motion device from a working position in which the tool can be used for working and entails a risk of injury to a user by the tool into a safety position in which there is substantially no risk of injury to the user by the tool, wherein the motion device has at least two equally or oppositely magnetized and/or magnetizable magnetic means (7, 8), characterized in that of the magnetic means (7, 8) at least a first magnetic means is connected with the tool and at least a second magnetic means is connected with the frame or arranged thereon so that the movement of the tool by the motion device out of the working position into the safety position can be triggered and/or at least partially implemented by means of a magnetic force acting between the at least two magnetic means (7, 8) for the movement of the tool.
A vacuum installation for industrial application comprising: a vacuum chamber having an inlet for aspirating a quantity of liquid or particulate material; a cyclone separation unit comprising a plurality of cyclones, communicating in parallel to each other with the interior of the vacuum chamber; a vacuum pump connected to the cyclone separation unit to draw air from the vacuum chamber through the cyclones to induce a separating vortex flow within the cyclones; and a controller, arranged to control the vacuum pump to provide a chosen flow rate, the controller being further arranged to selectively deactivate one or more of the cyclones to adapt the flow rate through the remaining cyclones to an optimal flow rate, characterised in that the cyclone separation unit comprises a plurality of collectors (14A, 14B) arranged to receive the separated material each provided with a respective flush valve (34A, 34B) connecting the collector to the vacuum chamber and the controller selectively operates the flush valves to back flush the separated material from one or more of the collectors to the vacuum chamber. a vacuum chamber having an inlet for aspirating a quantity of liquid or particulate material; a cyclone separation unit comprising a plurality of cyclones, communicating in parallel to each other with the interior of the vacuum chamber; a vacuum pump connected to the cyclone separation unit to draw air from the vacuum chamber through the cyclones to induce a separating vortex flow within the cyclones; and a controller, arranged to control the vacuum pump to provide a chosen flow rate, the controller being further arranged to selectively deactivate one or more of the cyclones to adapt the flow rate through the remaining cyclones to an optimal flow rate, characterised in that the cyclone separation unit comprises a plurality of collectors (14A, 14B) arranged to receive the separated material each provided with a respective flush valve (34A, 34B) connecting the collector to the vacuum chamber and the controller selectively operates the flush valves to back flush the separated material from one or more of the collectors to the vacuum chamber.