mhurhangee/ep-ind-claims huggingface dataset:
Pneumatic brake booster, in particular for motor vehicle brake systems, having a booster housing which is divided into at least one negative-pressure chamber and at least one working chamber by at least one wall which can be acted on with a pneumatic pressure differential and which is supported on a control housing and which is movable along an actuating direction, having a travel sensor arrangement for monitoring position and movement of at least one movable wall and having a pressure sensor arrangement for monitoring a pressure level in at least one negative-pressure chamber, wherein the travel sensor arrangement and the pressure sensor arrangement provide electrical signals to an electronic control unit, characterized in that the travel sensor arrangement and the pressure sensor arrangement are arranged in combined form in a common module housing, wherein the module housing is provided so as to be attached to the brake booster.
A pneumatic valve for controlling brakes of a trailer, comprising: a cover being symmetric around a longitudinal axis, wherein the cover includes a cylindrical extension; and a first stationary member arranged coaxial to the cover, and including a top surface, wherein the top surface is in direct contact with the cylindrical extension of the cover, wherein the cylindrical extension is integral with the cover and is configured to facilitate securing the position of the first stationary member, wherein the pneumatic valve includes a housing, wherein the housing comprises a first slot for receiving the first stationary member, wherein the housing includes an internal passageway that facilitates flow of pressurized fluid, and characterized in that the cover includes a fluid passageway that facilitates flow of pressurized fluid, wherein the internal passageway of the housing and the fluid passageway of the cover are directly connected. a cover being symmetric around a longitudinal axis, wherein the cover includes a cylindrical extension; and a first stationary member arranged coaxial to the cover, and including a top surface, wherein the top surface is in direct contact with the cylindrical extension of the cover, wherein the cylindrical extension is integral with the cover and is configured to facilitate securing the position of the first stationary member, wherein the pneumatic valve includes a housing, wherein the housing comprises a first slot for receiving the first stationary member, wherein the housing includes an internal passageway that facilitates flow of pressurized fluid, and characterized in that the cover includes a fluid passageway that facilitates flow of pressurized fluid, wherein the internal passageway of the housing and the fluid passageway of the cover are directly connected.
Seal arrangement for an electrochemical device, comprising a support element and a sealing element, which is arranged on the support element and comprises an elastomer material, wherein the support element and/or the sealing element have a height (H; h) that varies in a longitudinal direction of the seal arrangement and/or a width (D; d) that varies in a longitudinal direction of the seal arrangement and wherein the electrochemical device comprises at least one medium channel, which extends along a stacking direction through a plurality of electrochemical units of the electrochemical device succeeding one another along the stacking direction, a flow field, through which a fluid medium can flow from the medium channel transversely to the stacking direction to another medium channel, and at least one connecting channel, by means of which the flow field and the medium channel are in fluidic connection with one another, charaterized in that the seal arrangement comprises a flow field portion, which extends between the medium channel and the flow field and crosses the at least one connecting channel.
Inground lifting device, which is arranged in a pit between two drive-on platforms arranged in a plane, comprising - a slider, having a first side and a second side and which is arranged in the pit moveably in a longitudinal axis (X - X), - a first lifting unit and - at least one second lifting unit, - wherein the first lifting unit and the at least one second lifting unit are arranged on the slider, characterized in that a distance between the first lifting unit and the at least one second lifting unit is adjustable along the longitudinal axis (X - X). - a slider, having a first side and a second side and which is arranged in the pit moveably in a longitudinal axis (X - X), - a first lifting unit and - at least one second lifting unit, - wherein the first lifting unit and the at least one second lifting unit are arranged on the slider,
A fragrance oil comprising a compound of formula wherein R 1 represents a methyl group or an ethyl group and K 2 represents a methyl or an ethyl group, additionally comprising one or more perfume ingredients wherein the fragrance oil contains less than 1% by weight of isoeugenol.
Tread profile of a vehicle tyre, having profile positives such as profile blocks or tread bands that have sipes, wherein the sipes have an approximately Ω-shaped geometry in plan view: - having two axial sections (5, 6) which are arranged approximately in an axial direction and which are arranged on a common, imaginary straight line with a spacing (a) to one another, - having a central bulge arranged between said axial sections (5, 6), wherein the bulge has a maximum extent (b) measured in the axial direction, and - wherein a < b, such that undercuts are formed, wherein the sipe, considered still in plan view, has at least one sectional region of relatively large width (8, 9, 12, 13, 14), characterized in that the width of the sipe is 2 x - 4 x as wide in the region of the relatively large width (cB) as in the sections of normal width (c). - having two axial sections (5, 6) which are arranged approximately in an axial direction and which are arranged on a common, imaginary straight line with a spacing (a) to one another, - having a central bulge arranged between said axial sections (5, 6), wherein the bulge has a maximum extent (b) measured in the axial direction, and - wherein a < b, such that undercuts are formed,
A process for synthesizing boron nitride nanotubes (BNNTs), the method comprising: feeding nitrogen gas to a chamber in a first direction; supplying power to a Direct Induction coil surrounding a boron feedstock to provide heat to the boron feedstock so as to form a boron melt; wherein boron and boron nitride micro-droplets emerge from the boron melt downstream of the boron melt in the first direction, and BNNTs self-assemble downstream from the boron and boron nitride micro-droplets. feeding nitrogen gas to a chamber in a first direction; supplying power to a Direct Induction coil surrounding a boron feedstock to provide heat to the boron feedstock so as to form a boron melt; wherein boron and boron nitride micro-droplets emerge from the boron melt downstream of the boron melt in the first direction, and BNNTs self-assemble downstream from the boron and boron nitride micro-droplets.
Method for determining measurement points (MPa) of an adapted measurement path for measuring a measurement object (2, 2') using a coordinate measuring machine, comprising the steps of - determining measurement points (MPi) of an ideal measurement path, - determining target measurement points (MPs) of at least one guide path, which differs from the ideal measurement path, - capturing actual measurement points (MPf) along the at least one guide path using the coordinate measuring machine or a further coordinate measuring machine, - determining the deviations between the target measurement points (MPs) and the actual measurement points (MPf) of the at least one guide path, - determining the measurement points (MPa) of the adapted measurement path by changing the measurement points (MPi) of the ideal measurement path in dependence on the deviations, characterized in that the guide path runs along a surface of the measurement object, wherein the ideal measurement path runs along an edge of the measurement object, wherein the surface is a surface bounded by the edge. - determining measurement points (MPi) of an ideal measurement path, - determining target measurement points (MPs) of at least one guide path, which differs from the ideal measurement path, - capturing actual measurement points (MPf) along the at least one guide path using the coordinate measuring machine or a further coordinate measuring machine, - determining the deviations between the target measurement points (MPs) and the actual measurement points (MPf) of the at least one guide path, - determining the measurement points (MPa) of the adapted measurement path by changing the measurement points (MPi) of the ideal measurement path in dependence on the deviations,
A holder to be provided to a liquid ejecting device, having a head for ejecting a liquid in combination with a liquid housing container capable of storing a liquid to be supplied to the head, wherein the holder is arranged such that a liquid housing container is attachable to or detachable from the holder, wherein the holder has a rotation point for rotating the mounted liquid housing container so as to be detached from the holder, the holder further comprising: a device-side bottom wall surface portion which forms a bottom surface; a device-side engagement unit configured to be engaged with a liquid housing container to regulate movement of a liquid housing container; and a rear surface portion installed to stand from the device-side bottom wall surface portion and facing the device-side engagement unit with the device-side bottom wall surface portion being interposed therebetween, wherein the rotation point is formed at the rear wall surface portion so that a liquid housing container is rotatable around the rotation point by adding a force to the liquid housing container in a direction in which the engagement is released, characterized in that: the rear surface portion has a guide channel for guiding a protrusion unit of a liquid housing container to a hole portion of the rear surface portion while regulating the movement of the liquid housing container in a width direction by the protrusion unit, when a liquid housing container is mounted. a device-side bottom wall surface portion which forms a bottom surface; a device-side engagement unit configured to be engaged with a liquid housing container to regulate movement of a liquid housing container; and a rear surface portion installed to stand from the device-side bottom wall surface portion and facing the device-side engagement unit with the device-side bottom wall surface portion being interposed therebetween, wherein the rotation point is formed at the rear wall surface portion so that a liquid housing container is rotatable around the rotation point by adding a force to the liquid housing container in a direction in which the engagement is released, characterized in that: the rear surface portion has a guide channel for guiding a protrusion unit of a liquid housing container to a hole portion of the rear surface portion while regulating the movement of the liquid housing container in a width direction by the protrusion unit, when a liquid housing container is mounted. the rear surface portion has a guide channel for guiding a protrusion unit of a liquid housing container to a hole portion of the rear surface portion while regulating the movement of the liquid housing container in a width direction by the protrusion unit, when a liquid housing container is mounted.
A header for a harvesting machine that includes a frame comprising a rear wall, a bottom wall and a side wall and that is formed as an extrusion profile that includes outer walls and bracings walls, characterized in that a U-shaped fixation part is disposed on an outer wall and/or a bracing wall, to which fixation part the side wall is fixed or can be fixed.
A method of manufacturing an oral care implement, comprising: (a) providing a head and a first part of a handle connected to the head, the first part having a first surface and a power source disposed in a chamber of the first part; (b) providing the head with at least one cleaning element; and (c) attaching a second part of the handle to the first part of the handle, which second part has a second surface and houses an assembly comprising a timer and a user-notification device that is configured to output a notification in dependence on a state of the timer, so that the first part is connected to the head at a distal end of the handle, the second part defines a proximal end of the handle, the first and second surfaces together define an exterior surface of the handle, and attaching the second part of the handle comprises bringing an electrically-conductive contact (310, 320) of the assembly into surface contact with the power source. (a) providing a head and a first part of a handle connected to the head, the first part having a first surface and a power source disposed in a chamber of the first part; (b) providing the head with at least one cleaning element; and (c) attaching a second part of the handle to the first part of the handle, which second part has a second surface and houses an assembly comprising a timer and a user-notification device that is configured to output a notification in dependence on a state of the timer, so that the first part is connected to the head at a distal end of the handle, the second part defines a proximal end of the handle, the first and second surfaces together define an exterior surface of the handle, and attaching the second part of the handle comprises bringing an electrically-conductive contact (310, 320) of the assembly into surface contact with the power source.
Centrifuge, in particular separator or solid bowl centrifuge, having a spinning drum in which a separate disc pack of stacked separator discs is arranged, spacers being formed between axially adjacent separator discs, at least one or more of the separator discs having at least one or more corrugations running around wholly or sectionally in the circumferential direction, characterized in that the spacers are designed in such a way that their contour follows the wave contour of the separator discs, so that they keep the separator discs spaced apart axially from one another even in the area of the corrugations outside the spacers.
Door arrester, in particular for a door of a motor vehicle, comprising a door retainer rod which can be mounted on one of a door and a body so as to be pivotable and having a first side, and a guide pin which can be arranged on the other of the door and the body, wherein the door retainer rod has an elongate through-hole, wherein the guide pin passes through the elongate through-hole, wherein the door retainer rod can be pivoted about the guide pin, wherein the elongate through-hole of the door retainer rod has a clamping region, wherein the guide pin generates a braking torque in the clamping region of the elongate through-hole, wherein a profiling is formed on the first side, and wherein a first braking element is arranged on the guide pin, which bears in sections against the first side of the door retainer rod under the effect of a preload, and which, with the profiling of the first side, defines at least one retaining position. a door retainer rod which can be mounted on one of a door and a body so as to be pivotable and having a first side, and a guide pin which can be arranged on the other of the door and the body, wherein the door retainer rod has an elongate through-hole, wherein the guide pin passes through the elongate through-hole, wherein the door retainer rod can be pivoted about the guide pin, wherein the elongate through-hole of the door retainer rod has a clamping region, wherein the guide pin generates a braking torque in the clamping region of the elongate through-hole, wherein a profiling is formed on the first side, and wherein a first braking element is arranged on the guide pin, which bears in sections against the first side of the door retainer rod under the effect of a preload, and which, with the profiling of the first side, defines at least one retaining position. wherein the door retainer rod has an elongate through-hole, wherein the guide pin passes through the elongate through-hole, wherein the door retainer rod can be pivoted about the guide pin, wherein the elongate through-hole of the door retainer rod has a clamping region, wherein the guide pin generates a braking torque in the clamping region of the elongate through-hole, wherein a profiling is formed on the first side, and wherein a first braking element is arranged on the guide pin, which bears in sections against the first side of the door retainer rod under the effect of a preload, and which, with the profiling of the first side, defines at least one retaining position.
A phosphite composition consisting of one or more phosphites having the structure: wherein e, f, g and h are independently selected from 0, 1 and 2, provided that e + f + g + h = 3, e + f = 1 or 2, and g + h = 1 or 2, Ar is an independently selected aromatic moiety of 6 to 18 carbon atoms, each R 8 is a straight or branched C 1 -C 18 alkyl group having the same number of carbon atoms, each R 9 is a straight or branched C 1 -C 18 alkyl group having the same number of carbon atoms, provided that R 8 has a different number of carbon atoms than R 9; from 0 to 10% by weight of one or more free phenol having the structure: based on the combined weight of all phosphites and said free phenol in the composition; and one or more tris(monoalkylaryl) phosphites of the structure wherein f and h are 0 and e + g = 3, and Ar, R 8 and R 9 are as defined above, in an amount from 20 to 80 weight percent based on the total weight of all phosphites in the phosphite composition; wherein the molar ratio of R 8 groups to R 9 groups in the phosphites of the composition is from 1:10 to 10:1; wherein the composition is a liquid at ambient conditions, wherein by ambient conditions is meant at 25 °C and 1 atmosphere pressure, and wherein by liquid is meant the phosphite composition remains liquid after applying the method as disclosed in the description. based on the combined weight of all phosphites and said free phenol in the composition; and one or more tris(monoalkylaryl) phosphites of the structure wherein f and h are 0 and e + g = 3, and Ar, R 8 and R 9 are as defined above, in an amount from 20 to 80 weight percent based on the total weight of all phosphites in the phosphite composition; wherein the molar ratio of R 8 groups to R 9 groups in the phosphites of the composition is from 1:10 to 10:1; wherein the composition is a liquid at ambient conditions, wherein by ambient conditions is meant at 25 °C and 1 atmosphere pressure, and wherein by liquid is meant the phosphite composition remains liquid after applying the method as disclosed in the description.
An electrochemical gas sensor comprising a gas sensing electrode and a counter electrode disposed within a housing, the gas sensing electrode comprising a backing tape and a catalyst and the housing having an aperture for gas ingress, the gas sensing electrode and counter electrode being separated by one or more separators (41, 42) containing electrolyte, and means for connecting the gas sensing electrode and the counter electrode to a sensing circuit (50, 56, 58), wherein an electrolyte-absorbing element of a cellulose-based material is disposed inboard of the aperture, between the housing and the gas sensing electrode, in order to absorb electrolyte passing through the gas sensing electrode whilst maintaining a gas path through the electrolyte-absorbing element.
Cosmetic composition comprising two or more than two separate liquid phases: (i) one of the liquid phases comprising an alcoholic or aqueous-alcoholic medium and one or more fixing polymers that are soluble in the said medium, and (ii) the other of the liquid phases being a fatty phase that is insoluble in phase (i) and comprising one or more fatty substances, the phase (i) comprising from 0 to 50% by weight of water relative to the total weight of phase (i). (i) one of the liquid phases comprising an alcoholic or aqueous-alcoholic medium and one or more fixing polymers that are soluble in the said medium, and (ii) the other of the liquid phases being a fatty phase that is insoluble in phase (i) and comprising one or more fatty substances,
An electrical architecture, preferably adapted to be boarded on an aircraft, comprising: - a power distribution system; and - a Direct Current, DC, network, such as a radar antenna; wherein the DC network comprises a plurality of electrical loads, and wherein the power distribution system comprises: ▪ a plurality of AC/DC converters configured to supply electrical power to the DC network, and ▪ at least one Alternating Current AC, power source (1, 2) configured to energize the plurality of AC/DC converters, characterized in that: - the power distribution system further comprises: ▪ an "n" number of AC/DC converters, comprising each one an "(n-1)" number of first outputs (3.1) and at least an additional output (3.2), - the DC network further comprises: ▪ an "(n-1) · n" number of electrical loads, each "(n-1)" electrical loads corresponding to one AC/DC converter, wherein each electrical load comprises two inputs: ∘ a first input (5.1) configured to be connected with a corresponding first output (3.1) of the corresponding AC/DC converter, and ∘ a second input (5.2) configured to be connected with any of the additional outputs (3.2) of the AC/DC converters, wherein the power distribution system is configured to continue supplying electrical power to the DC network in case of an AC/DC converter being not energized and therefore not supplying electrical power to its corresponding "(n-1)" electrical loads, such that the second input (5.2) of such electrical load is connected to any additional output (3.2) of another energized AC/DC converter, and the first input (5.1) of such electrical load disconnected. - a power distribution system; and - a Direct Current, DC, network, such as a radar antenna; wherein the DC network comprises a plurality of electrical loads, and wherein the power distribution system comprises: ▪ a plurality of AC/DC converters configured to supply electrical power to the DC network, and ▪ at least one Alternating Current AC, power source (1, 2) configured to energize the plurality of AC/DC converters, ▪ a plurality of AC/DC converters configured to supply electrical power to the DC network, and ▪ at least one Alternating Current AC, power source (1, 2) configured to energize the plurality of AC/DC converters, - the power distribution system further comprises: ▪ an "n" number of AC/DC converters, comprising each one an "(n-1)" number of first outputs (3.1) and at least an additional output (3.2), - the DC network further comprises: ▪ an "(n-1) · n" number of electrical loads, each "(n-1)" electrical loads corresponding to one AC/DC converter, wherein each electrical load comprises two inputs: ∘ a first input (5.1) configured to be connected with a corresponding first output (3.1) of the corresponding AC/DC converter, and ∘ a second input (5.2) configured to be connected with any of the additional outputs (3.2) of the AC/DC converters, ∘ a first input (5.1) configured to be connected with a corresponding first output (3.1) of the corresponding AC/DC converter, and ∘ a second input (5.2) configured to be connected with any of the additional outputs (3.2) of the AC/DC converters,