mhurhangee/ep-ind-claims huggingface dataset:
Assembly of a power electronic module and of a electric power electronic module support, intended in particular to be incorporated in a voltage converter, comprising: - a power electronic module intended in particular to be incorporated in a voltage converter, the power electronic module comprising a planar substrate comprising at least one power trace (16a, 16b, 16c) overmoulded at least partly with electrically insulating material, a top face intended to receive at least one electronic component so as to be connected electrically to the at least one power trace (16a, 16b, 16c), said power electronic module comprising a bottom part comprising at least one open cavity; and - a power electronic module support comprising a receiving cavity for the power electronic module, the receiving cavity comprising a bottom from which extends, substantially at right angles, at least one protuberance of the support; and in which the or each open cavity of the power electronic module is intended to receive at least one protuberance. - a power electronic module intended in particular to be incorporated in a voltage converter, the power electronic module comprising a planar substrate comprising at least one power trace (16a, 16b, 16c) overmoulded at least partly with electrically insulating material, a top face intended to receive at least one electronic component so as to be connected electrically to the at least one power trace (16a, 16b, 16c), said power electronic module comprising a bottom part comprising at least one open cavity; and - a power electronic module support comprising a receiving cavity for the power electronic module, the receiving cavity comprising a bottom from which extends, substantially at right angles, at least one protuberance of the support; and
Multilayer flame-retardant floorcovering sheet, in particular for aircraft floors, which has at least one upper layer made of a thermoplastic polyurethane which comprises halogen-free flame retardants, where the flame-retardant sheet has been adhesive-bonded to at least one layer made of woven textile fabric, where the woven textile fabric comprises glass fibres or glass filaments, and the flame retardant is based on metal hydroxides, preferably based on magnesium hydroxide or aluminium hydroxide, where the woven textile fabric comprises flame retardant and/or is low-flammability woven fabric and the thermoplastic polyurethane comprises from 20 to 80% by mass of halogen-free flame retardant, where the weight per unit area of sheet is less than 2000 g/m 2, and where the thickness of the upper sheet is from 0.1 to 4 mm and the thickness of the undersheet is less than 4 mm.
A device for cleaning the inner surface of a pipe, the device comprising a spindle arranged to be rotated and having a front end and a rear end as well as means for fastening a rotating shaft to the spindle, whereby a plurality of elastic blades are attached between the front end and the rear end of the spindle both in the rotation direction of the spindle and in the direction perpendicular to the rotation direction to clean the inner surface of the pipe, the blades having a shape that is curved at at least two points such that they curve at least once towards the circumferential direction of the spindle and at least once outwards from the circumferential direction of the spindle to prevent the device from getting stuck in uneven pipe systems, wherein the blades are attached to the spindle in a pivoted manner, which allows the blades to turn in the rotation direction of the spindle and prevents the blades from turning in the direction perpendicular to the rotation direction, characterised in that the blades of the device are metal blades made of wire bent in the middle, whereby the portions between a middle bend and open ends are parallel and comprise a bend into a hook to attach the blade into the spindle, a bend in a circumferential direction of the spindle to increase the tolerance of unevenness of the pipe system, and a bend outwards from the circumferential direction of the spindle to make the open end get into contact with the surface to be cleaned.
Cleaning device, in particular for a wet cleaning appliance, comprising a housing, a motor-driven oscillating plate and a support plate for receiving a cleaning element, which support plate is detachably connectable to the oscillating plate, characterised in that the cleaning device has an actuating device for separating the support plate from the oscillating plate, which actuating device is movably mounted, without the involvement of the oscillating plate, on the housing, the actuating device, as a result of an actuation, being displaceable towards the support plate in order to detach said support plate from the oscillating plate.
A suturing device comprising: a housing; a deployable needle track defining an arcuate path, the deployable needle track being deployable from a delivery configuration wherein the deployable needle track is retracted into the housing to a deployed configuration wherein the deployable needle track extends outwardly from the housing; and a drive configured to selectively engage with and disengage from an arcuate needle disposed in the deployable needle track to advance the arcuate needle along a first direction along the arcuate path of the deployable needle track, wherein the drive is operable to advance the arcuate needle in multiple 360 degree revolutions along the deployable needle track along the first direction when the deployable needle track is in the deployed configuration. a housing; a deployable needle track defining an arcuate path, the deployable needle track being deployable from a delivery configuration wherein the deployable needle track is retracted into the housing to a deployed configuration wherein the deployable needle track extends outwardly from the housing; and a drive configured to selectively engage with and disengage from an arcuate needle disposed in the deployable needle track to advance the arcuate needle along a first direction along the arcuate path of the deployable needle track, wherein the drive is operable to advance the arcuate needle in multiple 360 degree revolutions along the deployable needle track along the first direction when the deployable needle track is in the deployed configuration.
An antenna for a wireless communication device, the antenna comprising: a dielectric substrate fixed in a housing comprising a multi-layer printed circuit and a metal layer that covers a top surface of the multi-layer printed circuit; and a dielectric cover stacked on the metal layer included in the dielectric substrate, wherein the metal layer comprises a slot antenna array comprising multiple first slot elements (1a, 1b, 1c, 1d) having a first length and multiple second slot elements (2a, 2b, 2c, 2d) having a second length shorter than the first length, wherein one or more even-numbered slot elements of the multiple first slot elements (1b, 1d) are out of line with one or more odd-numbered slot elements of the multiple first slot elements (1a, 1c) on the metal layer, wherein one or more even-numbered slot elements of the multiple second slot elements (2b, 2d) are out of line with one or more odd-numbered slot elements of the multiple second slot elements (2a, 2c) on the metal layer, wherein the multiple first slot elements (1a, 1b, 1c, 1d) and the multiple second slot elements (2a, 2b, 2c, 2d) are positioned such that a first signal emitted from one of the multiple first slot elements and a second signal emitted from one of the multiple second slot elements are provided in an end-fire radiation direction to have a phase shift of 90 degrees. a dielectric substrate fixed in a housing comprising a multi-layer printed circuit and a metal layer that covers a top surface of the multi-layer printed circuit; and a dielectric cover stacked on the metal layer included in the dielectric substrate, wherein the metal layer comprises a slot antenna array comprising multiple first slot elements (1a, 1b, 1c, 1d) having a first length and multiple second slot elements (2a, 2b, 2c, 2d) having a second length shorter than the first length, wherein one or more even-numbered slot elements of the multiple first slot elements (1b, 1d) are out of line with one or more odd-numbered slot elements of the multiple first slot elements (1a, 1c) on the metal layer, wherein one or more even-numbered slot elements of the multiple second slot elements (2b, 2d) are out of line with one or more odd-numbered slot elements of the multiple second slot elements (2a, 2c) on the metal layer, wherein the multiple first slot elements (1a, 1b, 1c, 1d) and the multiple second slot elements (2a, 2b, 2c, 2d) are positioned such that a first signal emitted from one of the multiple first slot elements and a second signal emitted from one of the multiple second slot elements are provided in an end-fire radiation direction to have a phase shift of 90 degrees.
An apparatus for applying a cleaning material to a moving flexible electronics web, the apparatus comprising: a roll of cleaning material attached to a moving cleaner device that places a portion of the cleaning material against a portion of a continuously moving flexible electronics web surface to clean debris from that portion of the moving flexible electronics web surface using the portion of the cleaning material; and wherein the continuously moving flexible electronics web surface has a plurality of portions and each portion moves over a cleaning point over time and the cleaning material roll has a plurality of portions and each portion of the cleaning material is adjacent the cleaning point over time and the cleaning material moves at a same speed and direction as the moving flexible electronics web surface so that the continuous moving flexible electronics web surface is cleaned, wherein the moving cleaner device further comprises a source cylinder and a take-up cylinder wherein the cleaning material is rolled off of the source cylinder and rolled onto the take-up cylinder after the cleaning material has cleaned the moving flexible electronics web surface, wherein the cleaning material further comprises a cleaning layer being one of a polyimide layer and a silicone containing polymer layer, wherein the cleaning layer has adhesive properties. a roll of cleaning material attached to a moving cleaner device that places a portion of the cleaning material against a portion of a continuously moving flexible electronics web surface to clean debris from that portion of the moving flexible electronics web surface using the portion of the cleaning material; and wherein the continuously moving flexible electronics web surface has a plurality of portions and each portion moves over a cleaning point over time and the cleaning material roll has a plurality of portions and each portion of the cleaning material is adjacent the cleaning point over time and the cleaning material moves at a same speed and direction as the moving flexible electronics web surface so that the continuous moving flexible electronics web surface is cleaned, wherein the moving cleaner device further comprises a source cylinder and a take-up cylinder wherein the cleaning material is rolled off of the source cylinder and rolled onto the take-up cylinder after the cleaning material has cleaned the moving flexible electronics web surface, wherein the cleaning material further comprises a cleaning layer being one of a polyimide layer and a silicone containing polymer layer, wherein the cleaning layer has adhesive properties.
Track system for amusement rides with truss-like track elements which consist of at least one three-girder system and comprise, as the first and second girder elements, tracks (2, 3) extending alongside one another and at least one further third girder element (4.1), wherein a first stiffening plane is formed by the tracks (2, 3) and cross-beams (5, 5.1) connecting these tracks (2, 3), and a second and a third stiffening plane (A2, A3) are formed in each case by one track (2, 3) and the transverse struts (6, 6.1) connecting the track to the at least third girder element (4.1), and in order to form track sections (1.1,..., 1.7) the cross-beams (5, 5.1) and the transverse struts are arranged spaced apart, characterised in that at least one track section (1.1, 1.2, 1.5, 1.6, 1.7), formed by adjacent cross beams (5, 5.1) with associated transverse struts (6, 6.1), is designed with a stiffening element (7.3) which spans the track section (1.1, 1.2, 1.3, 1.5, 1.6, 1.7) in such a way that the stiffening element (7.3) together with the third girder element (4.1) of the track section (1.1, 1.2, 1.3, 1.5, 1.6, 1.7) forms a fourth stiffening plane, wherein the stiffening element (7.3) is connected at one end to the one cross-beam (5, 5.1) of the track section (1.1, 1.2, 1.3, 1.5, 1.6, 1.7) and is connected at the other end, in the connecting region which connects the transverse struts (6, 6.1) associated with the other cross-beam (5, 5.1), to the third girder element (4.1), that is to say directly to the third girder element (4.1) or to one of the two transverse struts (6, 6.1).
An acquiring method of residual energy of a power battery, wherein a power battery comprises a first type of cells and a second type of cells, the first type of cells and the second type of cells are made from different materials, and the acquiring method comprises: acquiring an available capacity of the first type of cells and an available capacity of the second type of cells; determining a minimum available capacity of the available capacity of the first type of cells and the available capacity of the second type of cells as an available capacity of the power battery; determining available energy of the first type of cells in accordance with the available capacity of the power battery, a use interval of the first type of cells, a current temperature of cells of the first type of cells and a quantity of cells of the first type of cells; determining available energy of the second type of cells in accordance with the available capacity of the power battery, a use interval of the second type of cells, a current temperature of cells of the second type of cells and a quantity of cells of the second type of cells; and determining a sum of available energy of the first type of cells and available energy of the second type of cells as residual energy of the power battery. acquiring an available capacity of the first type of cells and an available capacity of the second type of cells; determining a minimum available capacity of the available capacity of the first type of cells and the available capacity of the second type of cells as an available capacity of the power battery; determining available energy of the first type of cells in accordance with the available capacity of the power battery, a use interval of the first type of cells, a current temperature of cells of the first type of cells and a quantity of cells of the first type of cells; determining available energy of the second type of cells in accordance with the available capacity of the power battery, a use interval of the second type of cells, a current temperature of cells of the second type of cells and a quantity of cells of the second type of cells; and determining a sum of available energy of the first type of cells and available energy of the second type of cells as residual energy of the power battery.
Lighting device comprising at least a light source and a light-emitting surface, wherein the lighting device comprises a light-guiding element, which comprises two or more light guides arranged one above the other, and wherein the operating lighting device comprises a luminous intensity distribution and a luminance distribution, wherein during measurement of the luminance distribution and the luminous intensity distribution in a spherical coordinate system, which comprises a polar angle (θ) and an azimuth angle (φ), a maximum of the luminous intensity distribution is arranged on an imagined main straight line through a center of the light-emitting surface through the polar angle (θ) of 0° and the azimuth angle (φ) of 0°, and wherein a direction of the least decline of the luminous intensity starting from the maximum of the luminous intensity distribution is arranged in an imagined main plane through the polar angle (θ) of 0°, characterized in that the light-guiding element is arranged between the light source and the light-emitting surface, wherein by means of the light-guiding element rays of light of a light bundle emitted from the light source are partially absorbed and/or redirected, in such a manner that the luminance decreases by at least 90% in an imagined plane through an azimuth angle (φ) of 0° within a polar angular range of 4°, preferably 3°, compared to the luminance (L 0), which appears in direction of the maximum of the luminous intensity distribution, wherein the light-guiding element is elongated in the direction of a main axis and comprises a light ingress surface extending transversely to the longitudinal direction and a light-emitting surface emitting transversely to the longitudinal direction, wherein a longitudinally extending subregion of the wall of the individual light guides is structured and/or blackened.
A device, comprising: a first layer (102) including first boards, the first boards oriented in a first direction; a second layer (102) including second boards, the second boards oriented in a second direction, the second direction being different than the first direction; and at least one hollow member included in at least one of the first layer (102) or the second layer (102); wherein the second direction is substantially perpendicular to the first direction; and wherein the at least one hollow member has substantially the same outside dimensions as the boards of the respective layer and wherein the at least one hollow member forms a conduit in at least one of the first layer (102) or the second layer (102), and wherein a hole is located in the first layer (102) in order to provide an access point to the at least one hollow member. a first layer (102) including first boards, the first boards oriented in a first direction; a second layer (102) including second boards, the second boards oriented in a second direction, the second direction being different than the first direction; and at least one hollow member included in at least one of the first layer (102) or the second layer (102); wherein the second direction is substantially perpendicular to the first direction; and wherein the at least one hollow member has substantially the same outside dimensions as the boards of the respective layer and wherein the at least one hollow member forms a conduit in at least one of the first layer (102) or the second layer (102), and wherein a hole is located in the first layer (102) in order to provide an access point to the at least one hollow member.
A method of determining a surface quality of a substrate by means of its wettability, having the steps: application of a medium (16, 17) to a surface of the substrate, so that a respective region of the surface is partially covered by dripping of the medium (16, 17) and an optically stimulated electron emission from the surface, dependent on a local characteristic of a respective region of the surface of the substrate, is prevented or reduced in a predetermined manner by the medium (16, 17) or the optical[sic] stimulated electron emission from the surface is blocked or weakened in a predetermined manner by the medium (16, 17), measurement of the optically stimulated electron emission, and comparison of the optically stimulated electron emission measured for the respective region after the application of medium (16, 17) with a reference for determining the surface quality. application of a medium (16, 17) to a surface of the substrate, so that a respective region of the surface is partially covered by dripping of the medium (16, 17) and an optically stimulated electron emission from the surface, dependent on a local characteristic of a respective region of the surface of the substrate, is prevented or reduced in a predetermined manner by the medium (16, 17) or the optical[sic] stimulated electron emission from the surface is blocked or weakened in a predetermined manner by the medium (16, 17), measurement of the optically stimulated electron emission, and comparison of the optically stimulated electron emission measured for the respective region after the application of medium (16, 17) with a reference for determining the surface quality.
A leveling spacer device for laying sheet-like products for the coating of surfaces which comprises: - a base, which may be positioned at the rear of a laying surface of at least two sheet-like products being adjacent and placed side-by-side relative to a side-by-side direction; - a separator element rising from said base angled relative thereto and suitable for sliding between the facing side walls of said two sheet-like products placed side by side; - a threaded stem rising from the separator element with a screw axis orthogonal to the base; - a presser that can be screwed onto the threaded stem and - an anti-sliding protection ring nut suitable for being interposed between the presser and the base, wherein the protection ring nut comprises a first surface facing towards the presser and configured to come into contact therewith and an opposing second surface facing towards the base, characterized in that the second surface has a sliding friction coefficient greater than a sliding friction coefficient of the first surface. - a base, which may be positioned at the rear of a laying surface of at least two sheet-like products being adjacent and placed side-by-side relative to a side-by-side direction; - a separator element rising from said base angled relative thereto and suitable for sliding between the facing side walls of said two sheet-like products placed side by side; - a threaded stem rising from the separator element with a screw axis orthogonal to the base; - a presser that can be screwed onto the threaded stem and - an anti-sliding protection ring nut suitable for being interposed between the presser and the base, wherein the protection ring nut comprises a first surface facing towards the presser and configured to come into contact therewith and an opposing second surface facing towards the base,
A method of controlling operation of a microgrid which comprises a plurality of distributed energy resources including controllable distributed electric generators (104, 106, 108, 110, 112) and electrical energy storage devices, the method comprising: periodically updating a distributed energy resource schedule for the microgrid that includes on/off status of the controllable distributed electric generators (104, 106, 108, 110, 112) and charging/discharging status and rate of the electrical energy storage devices and which satisfies a first control objective for a defined time window, based at least in part on a renewable energy generation and load forecast for the microgrid; and periodically determining power set points for the plurality distributed energy resources (104, 106, 108, 110, 112, 114) which satisfy a second control objective for a present time interval within the defined time window, the second control objective being a function of at least the distributed energy resource schedule for the microgrid characterized in that the power set points for the plurality distributed energy resources (104, 106, 108, 110, 112, 114) are determined for at least two successive time intervals within the defined time window before the distributed energy resource schedule is updated again and the defined time window is moved. periodically updating a distributed energy resource schedule for the microgrid that includes on/off status of the controllable distributed electric generators (104, 106, 108, 110, 112) and charging/discharging status and rate of the electrical energy storage devices and which satisfies a first control objective for a defined time window, based at least in part on a renewable energy generation and load forecast for the microgrid; and