mhurhangee/ep-ind-claims huggingface dataset:
Ultrasonic transducer comprising a damping element, a piezoelectric element and a coupling layer, wherein the one coupling layer is provided on the sound emitting side of the piezoelectric element and the coupling layer comprises a structuring, wherein the structuring is formed by one or more recesses in the coupling layer; at least one recess forming a structuring extends continuously through the surface of the coupling layer, which means begins and ends at one edge of the coupling layer and is formed without interruptions; the structuring is provided on the front side and/or on the back side of the coupling layer; the structuring has a predefined penetration depth into the coupling layer and/or completely intersects the coupling layer; and the coupling layer is divided into several regions and/or elements by the structuring; characterized in that the regions and/or elements of the coupling layer formed by the structuring do not have any symmetry with respect to each other.
A user equipment, UE, comprising: means for establishing a circuit-mode call with a wireless network for emergency services; means for sending location capabilities of the UE to the wireless network; means for interacting with a location server indicated by the wireless network. wherein the location server is selected by the wireless network based on the location capabilities of the UE; means for performing user plane location with the location server prior to performing call setup with a Public Safety Answering Point, PSAP, to obtain a first position estimate for the UE, wherein the PSAP is selected based on the first position estimate; and means for performing user plane location with a SUPL Location Platform, SLP, in accordance with Secure User Plane Location, SUPL, during the circuit-mode call to obtain a second position estimate. means for establishing a circuit-mode call with a wireless network for emergency services; means for sending location capabilities of the UE to the wireless network; means for interacting with a location server indicated by the wireless network. wherein the location server is selected by the wireless network based on the location capabilities of the UE; means for performing user plane location with the location server prior to performing call setup with a Public Safety Answering Point, PSAP, to obtain a first position estimate for the UE, wherein the PSAP is selected based on the first position estimate; and means for performing user plane location with a SUPL Location Platform, SLP, in accordance with Secure User Plane Location, SUPL, during the circuit-mode call to obtain a second position estimate.
Device for the preparation of a beverage, comprising a beverage supply duct, and a closure element comprising a closing surface suitable for closing at least partially an end of said supply duct, wherein said closure element is made of an elastomer material suitable for undergoing an elastic deformation under the thrust of the beverage being supplied, said deformation causing an at least partial movement of said closing surface away from said end of said supply duct; characterized by comprising a spout provided with a through-hole which ends in a supply mouth, during operation said through-hole being an extension of the supply duct, said through-hole being the seat of the closure element.
A combustion device comprising: a fuel tank assembly including a first tank, a second tank, a connection tube, and a switch, wherein a capacity of the second tank is less than a capacity of the first tank, wherein an end of the connection tube is connected to the first tank, and another end of the connection tube is connected to the second tank, wherein the connection tube communicates with internal spaces of the first and second tanks (31, 32), wherein the switch is disposed between the first and second tanks (31, 32) to selectively open or close a channel interconnected between the first and second tanks (31, 32); and a candle wick mounted in the second tank, wherein the first tank has an opening, characterized in that the fuel tank assembly further includes a blocking member and a filling seat, wherein the blocking member is mounted on the opening and has a first connecting hole extended therethrough, wherein the filling seat is pivotally connected to the blocking member to be pivotable in relation to the blocking member between a sealing position and a filling position, and wherein the filling seat has a second connecting hole adjacent to the blocking member and selectively aligned to the first connecting hole of the blocking member, wherein when the filling seat is in the sealing position, the second connecting hole is not aligned to the first connecting hole, wherein when the filling seat is in the filling position, the second connecting hole is aligned to the first connecting hole. a fuel tank assembly including a first tank, a second tank, a connection tube, and a switch, wherein a capacity of the second tank is less than a capacity of the first tank, wherein an end of the connection tube is connected to the first tank, and another end of the connection tube is connected to the second tank, wherein the connection tube communicates with internal spaces of the first and second tanks (31, 32), wherein the switch is disposed between the first and second tanks (31, 32) to selectively open or close a channel interconnected between the first and second tanks (31, 32); and a candle wick mounted in the second tank, wherein the first tank has an opening, characterized in that the fuel tank assembly further includes a blocking member and a filling seat, wherein the blocking member is mounted on the opening and has a first connecting hole extended therethrough, wherein the filling seat is pivotally connected to the blocking member to be pivotable in relation to the blocking member between a sealing position and a filling position, and wherein the filling seat has a second connecting hole adjacent to the blocking member and selectively aligned to the first connecting hole of the blocking member, wherein when the filling seat is in the sealing position, the second connecting hole is not aligned to the first connecting hole, wherein when the filling seat is in the filling position, the second connecting hole is aligned to the first connecting hole.
A framed element comprising - an insulating core layer made of foamed glass or a combination of lightweight aggregates and fire retardant resin, - an upper surface layer arranged on the insulating core layer, and - a frame structure comprising frame profiles which have been arranged to form at least part of the outer edges of the element and elongated support profiles in the length and/or width direction of the element and which elongated support profiles have been attached at their ends to the frame profiles and arranged at least partly inside the core layer, and characterized in that the element further comprises - an elastic sealing compound applied on the surface of the insulating core layer, wherein the elastic sealing compound forms substantially uniform layer between the insulating core layer and the upper surface layer of the element. - an insulating core layer made of foamed glass or a combination of lightweight aggregates and fire retardant resin, - an upper surface layer arranged on the insulating core layer, and - a frame structure comprising frame profiles which have been arranged to form at least part of the outer edges of the element and elongated support profiles in the length and/or width direction of the element and which elongated support profiles have been attached at their ends to the frame profiles and arranged at least partly inside the core layer, and characterized in that the element further comprises - an elastic sealing compound applied on the surface of the insulating core layer, wherein the elastic sealing compound forms substantially uniform layer between the insulating core layer and the upper surface layer of the element.
Pan support for a gas cooker, with a support structure for a container for food to be cooked, which has a contact surface for the container for food to be cooked and a channel for a flammable combustion gas and air mixture, which channel leads to gas outlet openings, wherein the support structure has at least two fingers, wherein at least one of the fingers has the gas outlet openings, characterised in that the support structure is formed integrally or as a single piece, wherein the channel is a cavity which is surrounded by a solid material of the support structure along its extension.
Method for conveying material that is in the piping of a pneumatic waste conveying system, in which method at least one conveying means of material is fed into a conveying pipe, and a pressure difference is achieved in the pipe and under the influence of the pressure difference the conveying means is brought to move for conveying material in the conveying pipe section, wherein in the method a conveying means or a combination of a number of conveying means (1, 1') is moved in the conveying piping (100, 101) and in that the conveying means or combination of a number of conveying means (1, 1') is connected to a transmission means, with which the movement of the conveying means or combination of a number of conveying means (1, 1') in the conveying piping is limited or guided, characterized in that a duct is arranged in the conveying means through it from a first side to a second side, through which duct transporting air is conducted in the conveying piping.
A production method of a mold roller for a roller nanoimprint apparatus for producing an optical element, the optical element comprising a nanostructure film including recesses and protrusions in nanometer size formed continuously on a surface of the nanostructure film, the nanostructure film including a nanostructure-free region free from the recesses and protrusions in nanometer size in both ends along a longitudinal direction of the nanostructure film, the nanostructure film further including a moth-eye structure including a plurality of conical protrusions each having a size smaller than a wavelength of visible light, and the production method comprising the steps of: anodizing an aluminum tube in which a region other than a region where a concave pattern for forming the plurality of conical protrusions is to be formed is masked with a masking material, and etching the aluminum tube, the anodizing and the etching being repeated, wherein the masking material masks both ends of the aluminum tube. the optical element comprising a nanostructure film including recesses and protrusions in nanometer size formed continuously on a surface of the nanostructure film, the nanostructure film including a nanostructure-free region free from the recesses and protrusions in nanometer size in both ends along a longitudinal direction of the nanostructure film, the nanostructure film further including a moth-eye structure including a plurality of conical protrusions each having a size smaller than a wavelength of visible light, and the production method comprising the steps of: anodizing an aluminum tube in which a region other than a region where a concave pattern for forming the plurality of conical protrusions is to be formed is masked with a masking material, and etching the aluminum tube, the anodizing and the etching being repeated, wherein the masking material masks both ends of the aluminum tube. anodizing an aluminum tube in which a region other than a region where a concave pattern for forming the plurality of conical protrusions is to be formed is masked with a masking material, and etching the aluminum tube, the anodizing and the etching being repeated, wherein the masking material masks both ends of the aluminum tube.
Method of cooling metal parts that have been subjected to a molten salt bath nitriding/nitrocarburizing treatment, characterized in that: - before the end of said treatment, the refrigerant is filled in the form of a liquid and having a high volume expansion capacity during vaporization, into a chamber arranged to remove the oxygen contained in said chamber, to create an inert atmosphere, - all the treated parts are transferred into the chamber, with a minimum speed of 6m/min, - the chamber is closed, - the parts are left in the chamber for a preset length of time to reach a temperature at which the salt congeals and forms a protective barrier, - the parts are removed and then subjected to a rinsing operation.. - before the end of said treatment, the refrigerant is filled in the form of a liquid and having a high volume expansion capacity during vaporization, into a chamber arranged to remove the oxygen contained in said chamber, to create an inert atmosphere, - all the treated parts are transferred into the chamber, with a minimum speed of 6m/min, - the chamber is closed, - the parts are left in the chamber for a preset length of time to reach a temperature at which the salt congeals and forms a protective barrier, - the parts are removed and then subjected to a rinsing operation..
A submersible pump comprising: a pump housing (102, 302); a motor disposed within the pump housing (102, 302), the motor configured to power an impeller; a float switch configured to control supply of power to the motor; a float switch cable clip disposed at a fixed position relative to the pump housing (102, 302); a float switch cable; characterized in that: the float switch cable comprises at least an operation region and a non-operation region; and a clip restrictor disposed in the non-operation region, wherein the clip restrictor prevents the float switch cable from being clipped in the non-operation region by the float switch cable clip; wherein the float switch cable when clipped in the operation region by the float switch cable clip, leaves sufficient length of the float switch cable for the float switch to operate. a pump housing (102, 302); a motor disposed within the pump housing (102, 302), the motor configured to power an impeller; a float switch configured to control supply of power to the motor; a float switch cable clip disposed at a fixed position relative to the pump housing (102, 302); a float switch cable; characterized in that: the float switch cable comprises at least an operation region and a non-operation region; and a clip restrictor disposed in the non-operation region, wherein the clip restrictor prevents the float switch cable from being clipped in the non-operation region by the float switch cable clip; wherein the float switch cable when clipped in the operation region by the float switch cable clip, leaves sufficient length of the float switch cable for the float switch to operate. the float switch cable comprises at least an operation region and a non-operation region; and a clip restrictor disposed in the non-operation region, wherein the clip restrictor prevents the float switch cable from being clipped in the non-operation region by the float switch cable clip; wherein the float switch cable when clipped in the operation region by the float switch cable clip, leaves sufficient length of the float switch cable for the float switch to operate.
A computer-implemented method for connection-driven automatic generation of robotic user interfaces and modification of robotic properties, the computer-implemented method comprising: detecting, by a robotic programming platform, a connection of a robotic peripheral to a robot; obtaining (230, 242), by the robotic programming platform, a peripheral property set corresponding to the robotic peripheral, wherein the peripheral property set includes one or more properties of the robotic peripheral; automatically modifying (230, 242), by the robotic programming platform, in response to the detection of the robotic peripheral being connected to the robot, based on the peripheral property set, a robotic property set that includes one or more properties of the robot to provide a modified robotic property set; automatically generating (234, 246), by the robotic programming platform, during runtime, in response to the detection of the robotic peripheral being connected to the robot, a robotic graphical user interface, RGUI, dynamically based on the peripheral property set, wherein the RGUI provides at least one user-accessible interface to control the robot and the robotic peripheral; and controlling (234, 246), based on the modified robotic property set, the robot and the robotic peripheral in response to user input received via the RGUI. detecting, by a robotic programming platform, a connection of a robotic peripheral to a robot; obtaining (230, 242), by the robotic programming platform, a peripheral property set corresponding to the robotic peripheral, wherein the peripheral property set includes one or more properties of the robotic peripheral; automatically modifying (230, 242), by the robotic programming platform, in response to the detection of the robotic peripheral being connected to the robot, based on the peripheral property set, a robotic property set that includes one or more properties of the robot to provide a modified robotic property set; automatically generating (234, 246), by the robotic programming platform, during runtime, in response to the detection of the robotic peripheral being connected to the robot, a robotic graphical user interface, RGUI, dynamically based on the peripheral property set, wherein the RGUI provides at least one user-accessible interface to control the robot and the robotic peripheral; and controlling (234, 246), based on the modified robotic property set, the robot and the robotic peripheral in response to user input received via the RGUI.
A method for additively manufacturing three-dimensional objects, the method comprising: emitting a first energy beam from a first irradiation device, which is set up for successive layer-by-layer selective solidification of layers of a building material; emitting a second energy beam from a second irradiation device, which is equipped for thermal pretreatment and / or for thermal posttreatment of the corresponding selectively to be solidified layer of a building material; characterized in that the first irradiation device and the second irradiation device are controlled by a control device based on control information, which are set up for controlling a local and / or time offset of the second energy beam relative to the first energy beam. emitting a first energy beam from a first irradiation device, which is set up for successive layer-by-layer selective solidification of layers of a building material; emitting a second energy beam from a second irradiation device, which is equipped for thermal pretreatment and / or for thermal posttreatment of the corresponding selectively to be solidified layer of a building material; characterized in that the first irradiation device and the second irradiation device are controlled by a control device based on control information, which are set up for controlling a local and / or time offset of the second energy beam relative to the first energy beam.
A catheter assembly for delivering a marker into a lumen, the assembly comprising: a catheter having a proximal end and a distal end, wherein the distal end is configured to receive the marker and the catheter is configured to be passed into the lumen for deployment of the marker; an actuator (222, 322) coupled to the proximal end of the catheter and moveable between a first position and a second position; and a flexible pusher member (218, 618) fixedly attached to the actuator (222, 322), wherein the flexible pusher member (218, 618) includes an engagement member (620,720), is contained in the catheter and extends co-axially a length of the catheter; characterized by: an anchorable marker assembly including the marker, a shell assembly around the marker and a plurality of fasteners or legs extending proximally, wherein, in the first position, the engagement member (620, 720) retains the plurality of fasteners or legs when the anchorable marker assembly is retained in the catheter prior to deployment and, in the second position, the engagement member (620, 720) is configured to deploy the anchorable marker assembly. a catheter having a proximal end and a distal end, wherein the distal end is configured to receive the marker and the catheter is configured to be passed into the lumen for deployment of the marker; an actuator (222, 322) coupled to the proximal end of the catheter and moveable between a first position and a second position; and a flexible pusher member (218, 618) fixedly attached to the actuator (222, 322), wherein the flexible pusher member (218, 618) includes an engagement member (620,720), is contained in the catheter and extends co-axially a length of the catheter; characterized by: an anchorable marker assembly including the marker, a shell assembly around the marker and a plurality of fasteners or legs extending proximally, wherein, in the first position, the engagement member (620, 720) retains the plurality of fasteners or legs when the anchorable marker assembly is retained in the catheter prior to deployment and, in the second position, the engagement member (620, 720) is configured to deploy the anchorable marker assembly. an anchorable marker assembly including the marker, a shell assembly around the marker and a plurality of fasteners or legs extending proximally, wherein, in the first position, the engagement member (620, 720) retains the plurality of fasteners or legs when the anchorable marker assembly is retained in the catheter prior to deployment and, in the second position, the engagement member (620, 720) is configured to deploy the anchorable marker assembly.