mhurhangee/ep-ind-claims huggingface dataset:
Oral cleaning system for cleaning teeth with a combination of brushing and interdental liquid cleaning, comprising a cleaning head and a support unit the support unit comprising a fluid reservoir for containing a fluid, the cleaning head comprising: a brush for brushing the teeth, an orifice for emitting a part of the fluid for interdental liquid cleaning, a hydraulic motor for driving the brush; and a first fluid channel for transporting the fluid from the support unit to the hydraulic motor and the orifice, and a second fluid channel for transporting at least a part of the fluid back from the hydraulic motor to the support unit, wherein the support unit further comprising: a pump mechanism for pumping the fluid from the fluid reservoir into the first fluid channel of the cleaning head, wherein the support unit is configured for receiving back at least a part of the fluid from the hydraulic motor through the second fluid channel of the cleaning head, and for guiding said part of the fluid towards the fluid reservoir, and wherein the support unit is a handle. a brush for brushing the teeth, an orifice for emitting a part of the fluid for interdental liquid cleaning, a hydraulic motor for driving the brush; and a first fluid channel for transporting the fluid from the support unit to the hydraulic motor and the orifice, and a second fluid channel for transporting at least a part of the fluid back from the hydraulic motor to the support unit, wherein the support unit further comprising: a pump mechanism for pumping the fluid from the fluid reservoir into the first fluid channel of the cleaning head, wherein the support unit is configured for receiving back at least a part of the fluid from the hydraulic motor through the second fluid channel of the cleaning head, and for guiding said part of the fluid towards the fluid reservoir, and wherein the support unit is a handle. a pump mechanism for pumping the fluid from the fluid reservoir into the first fluid channel of the cleaning head, wherein the support unit is configured for receiving back at least a part of the fluid from the hydraulic motor through the second fluid channel of the cleaning head, and for guiding said part of the fluid towards the fluid reservoir, and wherein the support unit is a handle.
A door member for mounting to a vehicle door (43, 45), the door member being injection moulded from a plastics material and comprising an integral door seal mounting channel for receiving a mounting portion of a primary door seal for sealingly engaging a vehicle body panel when the vehicle door (43, 45) is closed, wherein at least one first projection is provided on a first sidewall of the door seal mounting channel for engaging the mounting portion of said door seal, characterized in that an aperture is formed in said door seal mounting channel proximal said at least one first projection, and that said aperture is adapted for retraction of a mould member which forms the underside of said at least one first projection during injection moulding of the door member.
A method of operating a wireless communication device (101, 102), comprising: - participating in beam-swept transmissions of at least one symbol on a wireless link between the wireless communication device (101, 102) and a further wireless communication device (101, 102) along multiple beams, each symbol of the at least one symbol including at least one reference signal (152, 391-393), wherein the beam-swept transmissions are at least partly overlapping in frequency and time and have a time offset from each other that is smaller than a guard interval duration associated with the at least one symbol, characterized in that the at least one symbol comprises multiple symbols, wherein each one of the multiple symbols comprises a respective reference signal (152, 391-393) of the at least one reference signal (152, 391-393), and wherein the reference signals (152, 391-393) are indicative of the respective beam. - participating in beam-swept transmissions of at least one symbol on a wireless link between the wireless communication device (101, 102) and a further wireless communication device (101, 102) along multiple beams, each symbol of the at least one symbol including at least one reference signal (152, 391-393), wherein the beam-swept transmissions are at least partly overlapping in frequency and time and have a time offset from each other that is smaller than a guard interval duration associated with the at least one symbol, characterized in that the at least one symbol comprises multiple symbols, wherein each one of the multiple symbols comprises a respective reference signal (152, 391-393) of the at least one reference signal (152, 391-393), and wherein the reference signals (152, 391-393) are indicative of the respective beam.
Method for producing a connecting element (1, 30), in particular for the articulated connection of components which are arranged in the chassis, the connecting element (1, 30) being formed by a profile element (6, 31) which has a joint section for receiving a joint component, a centre section and a connecting section, the profile element (6, 31) being formed by way of an arrangement of at least one first profile section (7, 32) and at least one second profile section (8, 33) which are held in their position by way of a positively locking connection by means of at least one fixing element (9, 10), and a joint component being inserted into the joint section which is formed, characterized in that the first profile section and the second profile section are configured in one piece, the said two profile sections (32; 33) being connected to one another by means of a web on annular sections which lie opposite one another, and in that the profile element (6, 31) and the joint component are overmoulded in sections with a plastic.
A measurement device for measuring speeds of rotation of at least two wheels (2a, 2b; 102a, 102b) of an aircraft undercarriage (1; 101), the device comprising a measurement unit (9; 109) and a processor unit (10; 110) associated with each wheel, the measurement unit of each wheel being arranged to transform a speed of rotation of the wheel into an electrical magnitude, the processor unit of each wheel being arranged to acquire the electrical magnitudes produced by the two measurement units, to transform the electrical magnitudes into digital measurement signals representative of the speeds of rotation of the two wheels, and to transmit the digital measurement signals to an external equipment (6; 106).
1. A synthetic implant material comprising an irregular textured surface having a mean surface roughness Sa value of: a) from 1 μm to 20 μm at an area scale of 1mm × 1mm; and / or b) from 0.1 μm to 5 μm at an area scale of 90μm × 90μm; and / or c) from 10 nm to 1 μm at an area scale of 10μm × 10μm; and/or d) from 2 nm to 15 nm at an area scale of 1μm × 1μm; and wherein the surface at the respective areas scales has a mean surface skewness Ssk value of a) from -1.0 to +1.0 at an area scale of 1mm × 1mm; and / or b) from -1.0 to + 1.0 at an area scale of 90μm × 90μm; and / or c) from -0.7 to + 0.7 at an area scale of 10μm × 10μm; and a mean excess kurtosis value (Sku minus 3) of: a) from -1.0 to + 1.0, at an area scale of 1mm × 1mm; and / or b) from -1.0 to + 1.0, at an area scale of 90μm × 90μm; and / or c) from -1.0 to + 1.0, at an area scale of 10μm × 10μm; and a maximum peak height to trough depth Sz value of a) from 10 μm to 60 μm at an area scale of 1mm × 1mm; and / or b) from 1 μm to 10 μm, optionally 2 μm to 7μm at an area scale of 90μm × 90μm; and / or c) from 0.1 μm to 1.5 μm, optionally 0.2 μm to 1 μm at an area scale of 10μm × 10μm; and wherein the surface comprises a biocompatible polymer, optionally an organosilicon polymer, optionally a silicone, optionally polydimethylsiloxane. a) from 1 μm to 20 μm at an area scale of 1mm × 1mm; and / or b) from 0.1 μm to 5 μm at an area scale of 90μm × 90μm; and / or c) from 10 nm to 1 μm at an area scale of 10μm × 10μm; and/or d) from 2 nm to 15 nm at an area scale of 1μm × 1μm; and wherein the surface at the respective areas scales has a mean surface skewness Ssk value of a) from -1.0 to +1.0 at an area scale of 1mm × 1mm; and / or b) from -1.0 to + 1.0 at an area scale of 90μm × 90μm; and / or c) from -0.7 to + 0.7 at an area scale of 10μm × 10μm; and a) from -1.0 to +1.0 at an area scale of 1mm × 1mm; and / or b) from -1.0 to + 1.0 at an area scale of 90μm × 90μm; and / or c) from -0.7 to + 0.7 at an area scale of 10μm × 10μm; and a mean excess kurtosis value (Sku minus 3) of: a) from -1.0 to + 1.0, at an area scale of 1mm × 1mm; and / or b) from -1.0 to + 1.0, at an area scale of 90μm × 90μm; and / or c) from -1.0 to + 1.0, at an area scale of 10μm × 10μm; and a) from -1.0 to + 1.0, at an area scale of 1mm × 1mm; and / or b) from -1.0 to + 1.0, at an area scale of 90μm × 90μm; and / or c) from -1.0 to + 1.0, at an area scale of 10μm × 10μm; and a maximum peak height to trough depth Sz value of a) from 10 μm to 60 μm at an area scale of 1mm × 1mm; and / or b) from 1 μm to 10 μm, optionally 2 μm to 7μm at an area scale of 90μm × 90μm; and / or c) from 0.1 μm to 1.5 μm, optionally 0.2 μm to 1 μm at an area scale of 10μm × 10μm; and a) from 10 μm to 60 μm at an area scale of 1mm × 1mm; and / or b) from 1 μm to 10 μm, optionally 2 μm to 7μm at an area scale of 90μm × 90μm; and / or c) from 0.1 μm to 1.5 μm, optionally 0.2 μm to 1 μm at an area scale of 10μm × 10μm; and wherein the surface comprises a biocompatible polymer, optionally an organosilicon polymer, optionally a silicone, optionally polydimethylsiloxane.
An injecting apparatus for injecting a chemical liquid, the injecting apparatus comprising: an injection head to which a syringe filled with the chemical liquid is to be mounted; a pushing unit provided on the injection head and pushing a rear end of the syringe; a rear end detection unit provided on the injection head and detecting the rear end in a contactless manner; and a control device configured to control the injection head, wherein the control device has a control unit acquiring a forward movement distance that the pushing unit is to be moved forward after the rear end is detected, and causing the pushing unit to move forward by the forward movement distance after the rear end is detected and to stop at a position separated from the rear end, characterized in that the rear end detection unit includes a light emitting portion and a light receiving portion, and the light emitting portion and the light receiving portion are held by the pushing unit so as to protrude in front of the pushing unit. an injection head to which a syringe filled with the chemical liquid is to be mounted; a pushing unit provided on the injection head and pushing a rear end of the syringe; a rear end detection unit provided on the injection head and detecting the rear end in a contactless manner; and a control device configured to control the injection head, wherein the control device has a control unit acquiring a forward movement distance that the pushing unit is to be moved forward after the rear end is detected, and causing the pushing unit to move forward by the forward movement distance after the rear end is detected and to stop at a position separated from the rear end, characterized in that the rear end detection unit includes a light emitting portion and a light receiving portion, and the light emitting portion and the light receiving portion are held by the pushing unit so as to protrude in front of the pushing unit.
A combustor wall characterised in that it comprises: a substrate; a bond coat layer disposed on the substrate; a layer of networked ceramic nanofibers disposed on the bond coat layer, in which the networked ceramic nanofibers comprise fibers or filaments intertwined to form a tangled porous network of fibers or filaments that contact each other and in which the pores are voids; and the bond coat layer is comprised of MCrAlY. a substrate; a bond coat layer disposed on the substrate; a layer of networked ceramic nanofibers disposed on the bond coat layer, in which the networked ceramic nanofibers comprise fibers or filaments intertwined to form a tangled porous network of fibers or filaments that contact each other and in which the pores are voids; and the bond coat layer is comprised of MCrAlY.
A member to increase the thickness and the creaminess of a beverage in a beverage producing machine comprising: a first body, which develops along a longitudinal axis and has, along said axis, a through hole, along which a beverage is fed from a percolation chamber arranged above; a second body, which develops along said axis under said first body and is supported by said first body; a third body, which, through elastic return means, is suited to stop the beverage flow between an end section (9a, 9b) of said hole and the inside of said second body, until the beverage reaches, inside said hole, a pressure value that is suited to overcome said means, thus allowing the beverage to flow towards the inside of said second body, characterised in that said third body having its largest diameter that is 1 to 20% larger than the diameter of at least one part of the end section (9a, 9b) of said hole; a fourth body, which houses, on the inside, the lower part of said first body and said second body, and defines, on the inside, a chamber under said second body; at least one first through window, which is defined in said second body under the area in which said third body stops the beverage flow, thus preventing it from flowing from said hole to the inside of said second body; and a second through window made in said fourth body, which, during the inflow of the beverage from said percolation chamber, allows the beverage to come into contact with the air and, after the inflow of the beverage from said percolation chamber has ended, is suited to feed the beverage from said chamber towards the outside. a first body, which develops along a longitudinal axis and has, along said axis, a through hole, along which a beverage is fed from a percolation chamber arranged above; a second body, which develops along said axis under said first body and is supported by said first body; a third body, which, through elastic return means, is suited to stop the beverage flow between an end section (9a, 9b) of said hole and the inside of said second body, until the beverage reaches, inside said hole, a pressure value that is suited to overcome said means, thus allowing the beverage to flow towards the inside of said second body, characterised in that said third body having its largest diameter that is 1 to 20% larger than the diameter of at least one part of the end section (9a, 9b) of said hole; a fourth body, which houses, on the inside, the lower part of said first body and said second body, and defines, on the inside, a chamber under said second body; at least one first through window, which is defined in said second body under the area in which said third body stops the beverage flow, thus preventing it from flowing from said hole to the inside of said second body; and a second through window made in said fourth body, which, during the inflow of the beverage from said percolation chamber, allows the beverage to come into contact with the air and, after the inflow of the beverage from said percolation chamber has ended, is suited to feed the beverage from said chamber towards the outside.
Valve unit, comprising a housing, a flap which is arranged rotatably in the housing and is connected to a flap shaft supported in the housing, an electric motor for driving the flap shaft and a transmission arranged between the electric motor and the flap shaft, a coupling consisting of a flap-side component, an intermediate piece and a transmission-side component between the flap shaft and a shaft of the transmission, wherein at least one of the three coupling parts (8, 9, 10) has at least two first openings having the same radial orientation, at least two second openings are arranged to be aligned perpendicularly to the first openings, shaped elements (14, 15) of an adjacent component (8, 9, 10) of the coupling engage in the openings (12, 13) and the openings (12, 13) have a greater extension in relation to their radial orientation than the shaped elements (14, 15) engaging therein, characterized in that the shaped elements (14, 15) having both radial orientations are arranged on the intermediate piece, shaped elements (14, 15) which have the same radial orientation each being arranged on one side of the intermediate piece and engaging in the correspondingly oriented openings (12, 13) of the respective adjacent component (8, 10) and the openings (12, 13) being in the form of open-ended or closed slots.
An organotemplate-free synthetic process for the production of a zeolitic material having an ERI framework structure comprising YO 2 and X 2 O 3, wherein said process comprises the steps of preparing a mixture comprising seed crystals, one or more sources for YO 2, one or more sources for X 2 O 3, and one or more solvents; crystallizing the mixture obtained in step to obtain a zeolitic material comprising YO 2 and X 2 O 3 as a crystallization product; wherein Y is a tetravalent element, and X is a trivalent element, and wherein at least a portion of the mother liquor obtained in step is recycled to step as a source for YO 2, optionally after concentration of the mother liquor. preparing a mixture comprising seed crystals, one or more sources for YO 2, one or more sources for X 2 O 3, and one or more solvents; crystallizing the mixture obtained in step to obtain a zeolitic material comprising YO 2 and X 2 O 3 as a crystallization product;
An Fe-based amorphous alloy ribbon characterized in having continuous linear laser irradiation marks on at least one surface, the linear laser irradiation marks being arranged in a continuous line by a continuous wave, CW oscillation method along a direction orthogonal to a casting direction of the Fe-based amorphous alloy ribbon, each linear laser irradiation mark having unevenness on its surface, the unevenness being evaluated in the casting direction, and a height difference HL between a highest point and a lowest point along a thickness direction of the Fe-based amorphous alloy ribbon in a profile obtained along the casting direction of the linear laser irradiation marks being 0.25 μm to 2.0 μm.
Method for transmitting a measurement taken by a sensor at a current measurement instant, a measurement instant and a measurement forming a measurement point, said method comprising: - determining a threshold on the basis of measurement points that temporally precede the current measurement point in a collection window, wherein the determined threshold corresponds to the largest of the slopes between two successive measurement points in the collection window; - when a slope of a straight line that runs through the current measurement point and the measurement point that immediately precedes it is higher than the threshold, transmitting the measurement upon expiry of a waiting time that corresponds to the minimum time interval between two successive measurement instants in the collection window; - when said slope is lower than the threshold, transmitting the measurement upon expiry of a waiting time that corresponds to the maximum time interval between two successive measurement instants in the collection window. - determining a threshold on the basis of measurement points that temporally precede the current measurement point in a collection window, wherein the determined threshold corresponds to the largest of the slopes between two successive measurement points in the collection window; - when a slope of a straight line that runs through the current measurement point and the measurement point that immediately precedes it is higher than the threshold, transmitting the measurement upon expiry of a waiting time that corresponds to the minimum time interval between two successive measurement instants in the collection window; - when said slope is lower than the threshold, transmitting the measurement upon expiry of a waiting time that corresponds to the maximum time interval between two successive measurement instants in the collection window.
A turbine ring assembly comprising a plurality of ring sectors made of ceramic matrix composite material forming a turbine ring and a ring support structure, each ring sector having, along a cutting plane defined by an axial direction (D A) and a radial direction (D R) of the turbine ring, a portion forming an annular base with, in the radial direction (D R) of the turbine ring, a radially inner face defining the inner face of the turbine ring and a radially outer face from which a first and a second attachment lug (14, 16) protrude, the ring support structure including a central shroud from which protrude a first and a second radial clamp (32, 36) from which the first and second attachment lugs (14, 16) of each ring sector are held, the turbine ring assembly further comprising a first annular flange disposed upstream of the turbine ring and of the first radial clamp relative to the direction of an air stream intended to pass through the turbine ring assembly and having in the radial direction (D R) a first free end, a second end opposite to the first end, a first portion extending from the first end, and a second portion extending between the first portion and the second end, the first portion of the first flange bearing against the first attachment lug, the second portion of the first flange being fixed to the first radial clamp of the central shroud of the ring support structure, and characterized in that the first portion of the first annular flange comprising a plurality of radial slits which lead to the first end of the first annular flange and which delimit first-portion sectors of the first annular flange, the radial slits passing through the axial direction (D A), the first annular flange comprising, for each radial slit, a discharge orifice, and each radial slit leads, on the one hand, to the first end of the first annular flange and, on the other hand, into the discharge orifice. the turbine ring assembly further comprising a first annular flange disposed upstream of the turbine ring and of the first radial clamp relative to the direction of an air stream intended to pass through the turbine ring assembly and having in the radial direction (D R) a first free end, a second end opposite to the first end, a first portion extending from the first end, and a second portion extending between the first portion and the second end, the first portion of the first flange bearing against the first attachment lug, the second portion of the first flange being fixed to the first radial clamp of the central shroud of the ring support structure, and characterized in that the first portion of the first annular flange comprising a plurality of radial slits which lead to the first end of the first annular flange and which delimit first-portion sectors of the first annular flange, the radial slits passing through the axial direction (D A), the first annular flange comprising, for each radial slit, a discharge orifice, and each radial slit leads, on the one hand, to the first end of the first annular flange and, on the other hand, into the discharge orifice.