mhurhangee/ep-ind-claims huggingface dataset:
A solid powder cosmetic composition comprising the following ingredients to: an interference pearlescent pigment having a reflectance of 30% or higher to visible light having a wavelength of 540 to 580 nm, which has been coated with one or more materials selected from among polymethylmethacrylate, silicon dioxide, platy barium sulfate, zinc oxide, and aluminum chloride, in an amount of 2 to 8 mass%; spherical powder particles in an amount of 8 to 30 mass%; and an oil having a viscosity of 500 to 100,000 mPa.s, as measured by means of a B-type viscometer at 30°C, in an amount of 1.5 to 5 mass%; the amounts being on the basis of the total amount of the composition. an interference pearlescent pigment having a reflectance of 30% or higher to visible light having a wavelength of 540 to 580 nm, which has been coated with one or more materials selected from among polymethylmethacrylate, silicon dioxide, platy barium sulfate, zinc oxide, and aluminum chloride, in an amount of 2 to 8 mass%; spherical powder particles in an amount of 8 to 30 mass%; and an oil having a viscosity of 500 to 100,000 mPa.s, as measured by means of a B-type viscometer at 30°C, in an amount of 1.5 to 5 mass%;
A cutting-off saw with a safety protection device, comprising a base for placing a workpiece to be cut, a support arm being arranged on the base, a cutting blade being coupled to the support arm by a driving head, a fan-shaped fixed guard and a movable guard being configured to enclose the cutting blade and which can be combined into a substantially complete disc, an extension arm being coupled to a top portion of the support arm, the extension arm being coupled to a first end of a guard connecting rod by a pivot screw, a second end of the guard connecting rod being coupled to the movable guard, wherein the first end of the guard connecting rod is formed into an arc-shaped elbow characterised in that the connection rod is coupled to a stop button by the pivot screw, wherein an arc-shaped bayonet having a radian matching with that of the arc-shaped elbow of the guard connecting rod is arranged on a lower portion of the stop button, and wherein an arc-shaped channel is formed in the connecting rod near the arc-shaped elbow in which the pivot screw can slide once the stop button is lifted upwards, such that the arc-shaped bayonet will no longer be in a matching position with regard to the arc-shaped elbow and in the rest position the relative sliding between the pivot screw and the guard connecting rod is constrained.
A garment for use in a system for monitoring the technique of a user undertaking a physical activity, the garment being formed of a washable textile material, and comprising: a securing region for securing the garment against a part of the user's body, wherein said securing region comprises a textile electronic interface of a stretchable textile type material and comprising a flexible dock, e.g. a pocket, for receiving a processing unit, the dock having at least two conductive connection patches built in, the conductive connection patches being suitable for connecting to a processing unit received in said dock or pocket, said garment further comprising: at least one embedded data transmission path connected to said conductive connection patches of said textile electronic interface and at least one sensor for detecting at least one parameter relating to the motion of the user, said sensor connected to a conductive connection patch of said textile electronic interface by at least one embedded data transmission path, wherein said at least one sensor and said data transmission path are encapsulated or integrated within the inside of the garment.
Device for producing coils from plastics wires, comprising a winding apparatus having a guide for the wires which can rotate about its axis, and a shaping member on which the coil can be laid by means of the winding apparatus and from which said coil can be removed, characterised in that the winding apparatus is associated with a deformation apparatus, which can rotate therewith, for the cross section of the respective wire.
A method for interconnecting flashing members (1,2,3) of a flashing element for use between a roof window and a surrounding roof structure, where a first flashing member and a second flashing member are each provided with a hem, said hem being defined by an edge section (11,21) of the flashing member, which has been folded along a hem fold line (12,22) so that a hem pocket is present between the edge section and an adjacent section (13,23) of the flashing member, and where a free edge of the edge section of the first flashing member extending along its hem fold line is arranged in the hem pocket of the second flashing member, and a free edge of the edge section of the second flashing member extending along its hem fold line is arranged in the hem pocket of the first flashing member thereby forming a seam where the two edge sections (11,21) extend in substantially parallel planes, characterized in that a local locking depression is formed at the seam, thereby deforming the material of both the first flashing member and the second flashing member so that they are prevented from moving in relation to each other and so that the total thickness of the first and second flashing member in the deformed state at the bottom of the depression, measured from the exterior side of the flashing element up to the deepest point of the depression on the opposite, interior side of the flashing element, is 0.8 - 1.3 mm.
A wet calibration system comprising: a vessel; a thermally conductive foam placed within said vessel so as to take up a portion of an internal volume of said vessel, a remaining portion of said volume not taken up by said foam comprising a headspace, said headspace including a gas; a liquid mixture; said liquid mixture including a solvent and a solute; and said liquid mixture being in thermal contact with said thermally conductive foam; and a heating element; wherein, in use, said heating element heats said thermally conductive foam; wherein said thermally conductive foam heats said liquid mixture to a temperature; and wherein heating of said liquid mixture generates a vapor in said headspace, said vapor having a concentration of solute relative to said temperature. a vessel; a thermally conductive foam placed within said vessel so as to take up a portion of an internal volume of said vessel, a remaining portion of said volume not taken up by said foam comprising a headspace, said headspace including a gas; a liquid mixture; said liquid mixture including a solvent and a solute; and said liquid mixture being in thermal contact with said thermally conductive foam; and a heating element; wherein, in use, said heating element heats said thermally conductive foam; wherein said thermally conductive foam heats said liquid mixture to a temperature; and wherein heating of said liquid mixture generates a vapor in said headspace, said vapor having a concentration of solute relative to said temperature.
Cleaning appliance for cleaning a surface; wherein the cleaning appliance comprises - a housing with a suction duct and a suction opening connecting to the suction duct; wherein the suction opening faces towards the surface to be cleaned during cleaning operation of the cleaning appliance; - a cleaning roller which is arranged in the suction duct and is configured to rotate about an axis of rotation of the cleaning roller during cleaning operation; and - a protective grating which is fastened to the housing in a moveable manner and is configured, in a closed position, to cover the suction opening and the cleaning roller at least in regions, and in an opened position to enable a removal of the cleaning roller from the suction duct; characterised in that the protective grating is embodied to snap in in the opened position, so that the protective grating remains in the opened position. - a housing with a suction duct and a suction opening connecting to the suction duct; wherein the suction opening faces towards the surface to be cleaned during cleaning operation of the cleaning appliance; - a cleaning roller which is arranged in the suction duct and is configured to rotate about an axis of rotation of the cleaning roller during cleaning operation; and - a protective grating which is fastened to the housing in a moveable manner and is configured, in a closed position, to cover the suction opening and the cleaning roller at least in regions, and in an opened position to enable a removal of the cleaning roller from the suction duct;
Method for manufacturing an optoelectric device comprising the steps of - providing a layer of an optoelectric active material between a first electrode and a second electrode, wherein the first electrode is formed by a first portion of an electrically conductive layer that is applied at a substrate, wherein the electrically conductive layer comprises a second portion, - providing a patterned electrically insulating layer structure on said second electrode, the patterned electrically insulating layer structure having openings, - providing an electrolyte in said openings, - depositing a metallic layer in said openings from the electrolyte by electroplating, therewith coupling a negative electric pole (-) to the second electrode and coupling an associated positive electric pole (+) to an auxiliary electrode in contact with the electrolyte, characterized in that the electrolyte is formed by an ionic liquid, and in that the second portion of the electrically conductive layer is electrically insulated from the first portion, wherein the second electrode extends over this second portion of the electrically conductive layer, wherein in said depositing step the second electrode is coupled to the negative pole (-) via the second portion of the electrically conductive layer. - providing a layer of an optoelectric active material between a first electrode and a second electrode, wherein the first electrode is formed by a first portion of an electrically conductive layer that is applied at a substrate, wherein the electrically conductive layer comprises a second portion, - providing a patterned electrically insulating layer structure on said second electrode, the patterned electrically insulating layer structure having openings, - providing an electrolyte in said openings, - depositing a metallic layer in said openings from the electrolyte by electroplating, therewith coupling a negative electric pole (-) to the second electrode and coupling an associated positive electric pole (+) to an auxiliary electrode in contact with the electrolyte,
A method for isothermally compressing a gas entrained in a liquid presented at a radially inboard region of a rotating container comprising: providing, in said container, a plurality of open-ended micro-channel capillary passages which lead radially to radially outboard ends terminating in a substantially annular container space; generating an emulsion of the gas and liquid using an emulsification device including a venturi injector for jetting one of the gas and liquid into the other of the gas and liquid; introducing the emulsion of gas and liquid into radially inboard ends of said plurality of open-ended micro-channel capillary passages; rotating said container causing formation of gas bubbles in said open-ended micro-channel capillary passages and compressing said gas bubbles in said open-ended micro-channel capillary passages towards the radially outboard ends of said open-ended micro-channel capillary passages by centrifugal force; collecting the output from said open-ended micro-channel capillary tubes in the annular container space which includes liquid and entrained compressed gas bubbles; drawing off compressed gas released from said annular container space; and drawing off liquid from the annular container space. providing, in said container, a plurality of open-ended micro-channel capillary passages which lead radially to radially outboard ends terminating in a substantially annular container space; generating an emulsion of the gas and liquid using an emulsification device including a venturi injector for jetting one of the gas and liquid into the other of the gas and liquid; introducing the emulsion of gas and liquid into radially inboard ends of said plurality of open-ended micro-channel capillary passages; rotating said container causing formation of gas bubbles in said open-ended micro-channel capillary passages and compressing said gas bubbles in said open-ended micro-channel capillary passages towards the radially outboard ends of said open-ended micro-channel capillary passages by centrifugal force; collecting the output from said open-ended micro-channel capillary tubes in the annular container space which includes liquid and entrained compressed gas bubbles; drawing off compressed gas released from said annular container space; and drawing off liquid from the annular container space.
A method of manufacturing a loop antenna, the method comprising: obtaining a fixture comprising a first fixture and a second fixture, the first fixture comprising: a first platform having a first end and a second end, the first and second ends being located generally opposite of one another; and a first plurality of retainers positioned around a periphery of the platform; the second fixture comprising: a second platform having a first end and a second end, the first and second ends being located generally opposite of one another; and a second plurality of retainers positioned around a periphery of the platform of the second fixture; attaching the second fixture to the first fixture; securing the fixture to a base; wrapping a wire around the retainers of both the first and second fixtures to form one loop encompassing both the first and second fixtures, the loop and fixture together comprising an antenna assembly; and removing the fixture from the base without removing the loop from the retainers of the fixture. obtaining a fixture comprising a first fixture and a second fixture, the first fixture comprising: a first platform having a first end and a second end, the first and second ends being located generally opposite of one another; and a first plurality of retainers positioned around a periphery of the platform; the second fixture comprising: a second platform having a first end and a second end, the first and second ends being located generally opposite of one another; and a second plurality of retainers positioned around a periphery of the platform of the second fixture; attaching the second fixture to the first fixture; securing the fixture to a base; wrapping a wire around the retainers of both the first and second fixtures to form one loop encompassing both the first and second fixtures, the loop and fixture together comprising an antenna assembly; and removing the fixture from the base without removing the loop from the retainers of the fixture. wrapping a wire around the retainers of both the first and second fixtures to form one loop encompassing both the first and second fixtures, the loop and fixture together comprising an antenna assembly; and removing the fixture from the base without removing the loop from the retainers of the fixture.
A robotic driving system for rotating a steering wheel of a vehicle, the vehicle including an automated steering system, said robotic driving system comprising: a turntable defining a steering axis and configured to be mounted to the steering wheel of the vehicle such that said turntable and the steering wheel rotate concurrently about said steering axis; a robot frame including a support member and configured to be mounted to the vehicle; a transmission device coupled to said support member and operatively coupled to said turntable to transmit a steering torque to said turntable for rotating said turntable and the steering wheel; a steering motor in driving engagement with said transmission device to generate and apply said steering torque ST to said transmission device; characterized by: a load sensor mounted between said support member and said transmission device at a known distance from said steering axis with said load sensor generating a load signal corresponding to a force experienced between said transmission device and said support member; and a controller in communication with said steering motor and said load sensor with said controller calculating a resistive torque experienced by said turntable based on said load signal and said known distance from said steering axis, and said controller determining a compensatory torque to be applied to said steering torque based on said resistive torque RT) to compensate for forces induced by said robotic driving system for preventing an override of the automated steering system. a turntable defining a steering axis and configured to be mounted to the steering wheel of the vehicle such that said turntable and the steering wheel rotate concurrently about said steering axis; a robot frame including a support member and configured to be mounted to the vehicle; a transmission device coupled to said support member and operatively coupled to said turntable to transmit a steering torque to said turntable for rotating said turntable and the steering wheel; a steering motor in driving engagement with said transmission device to generate and apply said steering torque ST to said transmission device; a load sensor mounted between said support member and said transmission device at a known distance from said steering axis with said load sensor generating a load signal corresponding to a force experienced between said transmission device and said support member; and a controller in communication with said steering motor and said load sensor with said controller calculating a resistive torque experienced by said turntable based on said load signal and said known distance from said steering axis, and said controller determining a compensatory torque to be applied to said steering torque based on said resistive torque RT) to compensate for forces induced by said robotic driving system for preventing an override of the automated steering system.
A system for monitoring Diameter signaling messages, the system comprising: a Diameter signaling router, comprising: a first network interface configured to receive, from a first Diameter node, a first Diameter message having Diameter information; a second network interface configured to receive, from a second Diameter node, a second Diameter message having Diameter information; an integrated monitoring module located within the Diameter signaling router configured to copy at least a portion of the first Diameter message and at least a portion of the second Diameter message which are associated with a media session, and provide the copied portions to an application for generating a transaction detail record, TDR, based on information in the first Diameter message and the second Diameter message, and update LTE network usage measurements information based on the first Diameter message and the second Diameter message; and a routing module configured to route the first Diameter message and the second Diameter message to a destination. a first network interface configured to receive, from a first Diameter node, a first Diameter message having Diameter information; a second network interface configured to receive, from a second Diameter node, a second Diameter message having Diameter information; an integrated monitoring module located within the Diameter signaling router configured to copy at least a portion of the first Diameter message and at least a portion of the second Diameter message which are associated with a media session, and provide the copied portions to an application for generating a transaction detail record, TDR, based on information in the first Diameter message and the second Diameter message, and update LTE network usage measurements information based on the first Diameter message and the second Diameter message; and a routing module configured to route the first Diameter message and the second Diameter message to a destination.
A method for operation of a timber-working device configured to perform at least one operation having an associated hazard zone, the method including the steps of: receiving at least one signal from at least one orientation sensor associated with the timber-working device, determining the orientation of the timber-working device based at least in part on the signal from the orientation sensor; determining whether a predetermined location is within the hazard zone based on the orientation of the timber-working device; the orientation sensor including a directional wireless device, the directional wireless device including an electromagnetic wave transmitter configured to transmit an electromagnetic wave within a window aligned with the at least one hazard zone, and the directional wireless device including a detector; receiving at least one signal from the directional wireless device, characterized in that the detector is configured to detect reflection of the electromagnetic wave from a predetermined location demarcated by a material with unique reflective properties. receiving at least one signal from at least one orientation sensor associated with the timber-working device, determining the orientation of the timber-working device based at least in part on the signal from the orientation sensor; determining whether a predetermined location is within the hazard zone based on the orientation of the timber-working device; the orientation sensor including a directional wireless device, the directional wireless device including an electromagnetic wave transmitter configured to transmit an electromagnetic wave within a window aligned with the at least one hazard zone, and the directional wireless device including a detector; receiving at least one signal from the directional wireless device, characterized in that the detector is configured to detect reflection of the electromagnetic wave from a predetermined location demarcated by a material with unique reflective properties.
Method for producing a coated pane having a communication window, wherein, a. a base pane is provided with a metal-containing coating, and b. the metal-containing coating is de-coated with a laser locally in grid lines (4.1,4.2), wherein a first grid area (3.1) with at least one long side with an open comb structure with teeth is obtained, and a second grid area (3.2) with at least one long side with a closed comb structure is obtained, and the first grid area (3.1) is connected via at least one tooth of the open comb structure to the closed comb structure of the second grid area (3.1). a. a base pane is provided with a metal-containing coating, and b. the metal-containing coating is de-coated with a laser locally in grid lines (4.1,4.2), wherein a first grid area (3.1) with at least one long side with an open comb structure with teeth is obtained, and a second grid area (3.2) with at least one long side with a closed comb structure is obtained, and the first grid area (3.1) is connected via at least one tooth of the open comb structure to the closed comb structure of the second grid area (3.1).