mhurhangee/ep-ind-claims huggingface dataset:
A control knob assembly movably engaged with a body (520, 702) and configured to receive a manual input from a user, the manual input including a pressing input and a rotational input, the control knob assembly including: a front face having a plurality of input regions, each input region configured to receive the pressing input, the front face configured to be physically depressible at the plurality of input regions, respectively, upon receiving the pressing input thereat; and a rotary knob having a rotational input surface configured to receive the rotational input and rotate relative to the front face and the body upon receiving the rotation input; wherein the control knob assembly includes a spring device configured to bias the front face to an undepressed position relative to the body (520, 702), wherein the spring device includes: a first spring unit configured to enable the front face to pivot sideways in response to press input against the input regions, and a second spring unit configured to enable the front face to be depressed in response to press input against the input regions. a front face having a plurality of input regions, each input region configured to receive the pressing input, the front face configured to be physically depressible at the plurality of input regions, respectively, upon receiving the pressing input thereat; and a rotary knob having a rotational input surface configured to receive the rotational input and rotate relative to the front face and the body upon receiving the rotation input; wherein the control knob assembly includes a spring device configured to bias the front face to an undepressed position relative to the body (520, 702), wherein the spring device includes: a first spring unit configured to enable the front face to pivot sideways in response to press input against the input regions, and a second spring unit configured to enable the front face to be depressed in response to press input against the input regions. a first spring unit configured to enable the front face to pivot sideways in response to press input against the input regions, and a second spring unit configured to enable the front face to be depressed in response to press input against the input regions.
A composition in the form of a dry powder comprising: a) a PTFE powder, b) an anionic or non-ionic surfactant, c) at least a substance selected from a polyalkylsiloxane, a polyalkylarylsiloxane, a fatty acid, a fatty acid salt, an alkyl-or alkyl aryl-fatty acid ester, a phosphate trialkyl or triaryl ester, an alkyl fluorosilicone, a C 12 -C 40 alkane, a vegetable oil and a paraffin wax and d) an inorganic salt selected from an alkali metal or alkaline earth metal sulphate, nitrate, chloride, carbonate, chlorate and a mixture thereof, wherein the D50 average size of PTFE particles in the powder a) is from 1 to 50 μm as determined by laser diffraction in accordance with ISO 13320-1:1999 and subsequent versions.
Control valve for controlling a fluid flow, comprising a valve housing and a valve element which can be moved relative thereto, having an aperture which, by way of movement of the valve element, can be brought into congruence with a line cross section which is defined on the part of the valve housing, in order to enable the fluid flow, and further comprising a sealing element which is received on the valve housing so as to surround the line cross section radially and can be brought into contact on a sealing face with a surface of the valve element with bridging of a gap, the extent of the gap changing in a manner which is dependent on the position of the valve element with respect to the valve housing, and reaching its maximum in the region of the congruence of the aperture with the line cross section, and, in the case of the maximum extent of the gap, the sealing element with its sealing face being lifted up from the surface of the valve element, characterized in that the line cross section is defined by way of a stub of the valve housing, and in that the stub and a further part of the valve housing define a space which lies in between and in which a sealing element is received which prestresses the spring element in the direction of the valve element, a mechanical stop preventing the sealing element from bearing against the surface of the valve element in the case of the presence of the maximum extent of the gap.
Optical unit for a vehicle and comprising a housing comprising a rear wall provided with a hole, able to allow for the passage of a front portion of a lamp, and, on a rear face, of a protrusion surrounding said hole by defining for a socket of said lamp a protective wall against water, wherein said protrusion comprises, in a lower portion, at least one opening able to allow for an automatic discharge of water present on an internal face, characterised in that said protrusion is a wall substantially perpendicular to said rear face and comprising a first sub-section surrounding said hole on an angular sector strictly less than 360° in order to define said opening, and extended by a second sub-section shaped in such a way as to guide the water to a discharge zone located under said lower portion.
Motorized hub assembly for a bicycle wheel comprising: a hub shaft extending along a longitudinal axis; at least one first bearing having a radially inner ring and arranged radially outside the hub shaft; a hub body radially external to the hub shaft and mounted rotatably, about a rotation axis, on the hub shaft through said first bearing; an electric motor arranged inside the hub body; a routing opening crossed by electrical conductor elements connected to said electric motor, said routing opening being arranged radially between the inner ring of the first bearing and the hub shaft; a support body provided at least at the routing opening and radially interposed between the inner ring of the first bearing and the routing opening; said support body being configured to withstand a thrust directed in a radially inner direction exerted by the first bearing and said inner ring of the first bearing resting on said support body; characterised in that said support body has a delimiting wall for said routing opening; said routing opening being radially defined between said delimiting wall and said hub shaft; and the hub shaft comprising a longitudinal through cavity configured to receive a quick release axle. a hub shaft extending along a longitudinal axis; at least one first bearing having a radially inner ring and arranged radially outside the hub shaft; a hub body radially external to the hub shaft and mounted rotatably, about a rotation axis, on the hub shaft through said first bearing; an electric motor arranged inside the hub body; a routing opening crossed by electrical conductor elements connected to said electric motor, said routing opening being arranged radially between the inner ring of the first bearing and the hub shaft; a support body provided at least at the routing opening and radially interposed between the inner ring of the first bearing and the routing opening; said support body being configured to withstand a thrust directed in a radially inner direction exerted by the first bearing and said inner ring of the first bearing resting on said support body; characterised in that said support body has a delimiting wall for said routing opening; said routing opening being radially defined between said delimiting wall and said hub shaft; and the hub shaft comprising a longitudinal through cavity configured to receive a quick release axle.
A lead-free solder alloy consisting of 0.5 to 1.5 wt% of Ag, 0.3 to 1.5 wt% of Cu, 0.01 to 0.2 wt% of Ni, 0.0001 to 0.1 wt% of Ga, and the balance being Sn and unavoidable impurities.
An Alcalase protease mix from Bacillus licheniformi, with as the main enzyme an endoproteinase, hydrolysate of purified lysozyme, characterized in that at least 30% of the hydrolysate are peptides of lysozyme that have a molecular weight of less than 0.5 kD.
A seal for a ball valve comprising: a resilient ring defining an engagement feature; a first polymer ring disposed adjacent to a first axial end of the resilient ring and coupled with the engagement feature; and a second polymer ring disposed adjacent to a second axial end of the resilient ring and coupled with the engagement feature, wherein the first polymer ring contacts the second polymer ring at an axial location corresponding with the engagement feature. a resilient ring defining an engagement feature; a first polymer ring disposed adjacent to a first axial end of the resilient ring and coupled with the engagement feature; and a second polymer ring disposed adjacent to a second axial end of the resilient ring and coupled with the engagement feature, wherein the first polymer ring contacts the second polymer ring at an axial location corresponding with the engagement feature.
A dry-expansion tube bundle heat exchanger comprising a shell, a front end head, a rear end head, a first and a second mouth (5, 6) for inlet of a shell-side secondary circulating fluid and a single secondary fluid outlet mouth, said tube bundle comprising at least a first refrigerating circuit internal of the shell, characterised in said first and respectively said second inlet mouth (5, 6) having respective axes (B1, B2) that are orientated towards the front end head and respectively towards the rear end head.
Method for controlling pyrimethanil-resistant fungi or pyrimethanil-tolerant fungi by contacting said fungi with a composition comprising a combination of pyrimethanil and an alkane carboxylic acid of formula CH 3 -(CH 2) n -COOH wherein n is 4 to 7 whereby the ratio by weight of pyrimethanil to the alkane carboxylic acid of formula CH 3 -(CH 2) n -COOH is from 1/10 to 1/100.
Method for producing an electrode, in particular for photocatalytic electrolytic water splitting, comprising the method steps: a) providing an electrode starting basic body, wherein the starting basic body comprises carbon-containing fibers; b) providing a mixture including a carbon source and a silicon source; c) heating the mixture, in particular at a temperature of at least 1700°C, while forming a reaction gas including silicon and carbon or including a silicon-carbon compound; and d) contacting the starting basic body with the reaction gas while forming an electrode basic body, wherein the electrode basic body comprises silicon carbide fibers, characterized in that a fiber structure formed from the carbon-containing fibers is treated at two different regions with different dopants, wherein at a first region a p-type doping takes place, and wherein at a second region an n-type doping takes place. a) providing an electrode starting basic body, wherein the starting basic body comprises carbon-containing fibers; b) providing a mixture including a carbon source and a silicon source; c) heating the mixture, in particular at a temperature of at least 1700°C, while forming a reaction gas including silicon and carbon or including a silicon-carbon compound; and d) contacting the starting basic body with the reaction gas while forming an electrode basic body, wherein the electrode basic body comprises silicon carbide fibers, characterized in that a fiber structure formed from the carbon-containing fibers is treated at two different regions with different dopants, wherein at a first region a p-type doping takes place, and wherein at a second region an n-type doping takes place.
A shower arm with a shower head, which arm is connected through a thread with a hose of the shower, wherein within a body within the shower head there is arranged a cover with a central spacer and a first annular rib from the upper side, whereas a bell is arranged from the bottom side that is connected through a thread with the body, the bell comprising a second annular rib overlapping the first annular rib, wherein a chamber is arranged inside the second annular rib, said chamber receives a pulsating element, under which a mixing element is arranged, upstream of a nozzle outlet, characterized in that the pulsating element is a torus able to be lowered towards the mixing elements and lifted upwards the cover.
A geared motor arrangement with a gear unit driven by two motors (M2, M3), comprising a superposition gear means, in particular differential gear means, comprising a planetary gear set with crown wheel, planet wheels (14, 15, 16) and pinion cage, wherein torque flows can be brought together by means of the planetary gear set by way of two input shafts (3, 21) of the gear unit, wherein a first one of the input shafts drives a central wheel, in particular a sun wheel, of the planetary gear set, wherein the central wheel is arranged in a first axial region of the first input shaft and is connected thereto there in rotation-resistant manner or is formed in one piece therewith, wherein the second input shaft drives the pinion cage, on which the planets, i.e. planet wheels (14, 15, 16), of the planetary gear set which are engaged with the central wheel and the crown wheel are mounted, or wherein the second input shaft drives the crown wheel by way of a coupling, with which wheel the planet wheels (14, 15, 16) which are also engaged with the central wheel are engaged, or wherein the second input shaft bears gearing which drives external gearing which is provided on the crown wheel, wherein the planet wheels which are also engaged with the central wheel are engaged with the internal gearing of the crown wheel, and wherein at least one output shaft of the superposition gear means is the input shaft of a single-stage or multi-stage parallel-shaft gear, characterised in that the first input shaft is freely mounted, in that - in the first axial region it is arranged by way of the central wheel on three planet wheels (14, 15, 16) of the planetary gear set - and in a second axial region it is mounted on an input device by way of a shaft coupling, namely on a shaft of a first motor of the two motors which is embodied as an electric motor, the first input shaft in the region of the shaft coupling having external gearing which engages in internal gearing of the shaft of the input device which is formed crowned. - in the first axial region it is arranged by way of the central wheel on three planet wheels (14, 15, 16) of the planetary gear set - and in a second axial region it is mounted on an input device by way of a shaft coupling, namely on a shaft of a first motor of the two motors which is embodied as an electric motor,
A system for publishing advertisement service information, which is connected with multiple service application systems, comprising: an advertisement service Portal server, receiving advertisement information including advertisement contents and an advertisement mode from an advertiser; a data storage device, storing the advertisement information including the advertisement contents and the advertisement mode; and an advertisement service central server, acquiring the advertisement information including the advertisement contents and the advertisement mode from the data storage device or receiving the advertisement information from the advertisement service Portal server, acquiring, according to the advertisement mode, information indicating a target service application system from among the multiple service application systems, and transferring the advertisement information including the advertisement contents to the target service application system, which provides the advertisement contents for a user terminal; wherein the advertisement mode includes setting a target service type of advertisements or a service application system, according to which an advertisement is limited to be published in service application systems of the target service type or in the service application system. an advertisement service Portal server, receiving advertisement information including advertisement contents and an advertisement mode from an advertiser; a data storage device, storing the advertisement information including the advertisement contents and the advertisement mode; and an advertisement service central server, acquiring the advertisement information including the advertisement contents and the advertisement mode from the data storage device or receiving the advertisement information from the advertisement service Portal server, acquiring, according to the advertisement mode, information indicating a target service application system from among the multiple service application systems, and transferring the advertisement information including the advertisement contents to the target service application system, which provides the advertisement contents for a user terminal; wherein the advertisement mode includes setting a target service type of advertisements or a service application system, according to which an advertisement is limited to be published in service application systems of the target service type or in the service application system.
A system comprising a winding material spool and a rotary drive, the winding material spool, in particular for elongated, flexible cargo or stranding products, consisting of two drum discs (F1', F1") located at the ends and having the same diameter, between which a cylindrical drum core is present onto which stranding product can be wound, the winding material spool being able to be driven by the external rotary drive, a number of containers for receiving an additional weight consisting of a liquid being provided within the drum core, with which weight an imbalance can be compensated for, characterised in that the containers are distributed around the circumference and are arranged parallel to the axis of the winding material spool, and that the rotary drive is equipped with a sensor device that makes it possible to indicate an imbalance during loading or unloading.
A method for evaluating metrological characteristics of a semiconductor substrate, the method comprising: measuring, utilizing an optical measurement system, nanotopography, NT, of both a front surface and a back surface of said substrate; modeling effects of said NT on lithography process parameters, wherein said modeling effects of said NT on lithography process parameters utilizes a three-dimensional, 3-D, finite element model, wherein said 3-D finite element model simulates wafer response on a lithography chuck during lithography processing, wherein inputs to said 3-D finite element model include wafer parameters and chuck parameters; obtaining both of an out-of-plane distortion, OPD, and an in-plane distortion, IPD, on an individual site basis output from said 3-D finite model; and comparing said out-of-plane distortion, OPD, to defocus data and comparing said in-plane distortion, IPD, to overlay data. measuring, utilizing an optical measurement system, nanotopography, NT, of both a front surface and a back surface of said substrate; modeling effects of said NT on lithography process parameters, wherein said modeling effects of said NT on lithography process parameters utilizes a three-dimensional, 3-D, finite element model, wherein said 3-D finite element model simulates wafer response on a lithography chuck during lithography processing, wherein inputs to said 3-D finite element model include wafer parameters and chuck parameters; obtaining both of an out-of-plane distortion, OPD, and an in-plane distortion, IPD, on an individual site basis output from said 3-D finite model; and comparing said out-of-plane distortion, OPD, to defocus data and comparing said in-plane distortion, IPD, to overlay data.
A method of remotely controlling a media device (300, 350, 400) comprising: establishing a media session with the media device (300, 350, 400) via an Internet-protocol network for sending media content to the media device; and remotely controlling the media device (300, 350, 400) by sending control commands to the media device (300, 350, 400) as media messages within said media session; wherein: the media session comprises one of an Real-Time Transport Protocol -RTP-session and a Message Session Relay Protocol -MSRP-session; and the media message comprises one of an RTP message and a MSRP message. establishing a media session with the media device (300, 350, 400) via an Internet-protocol network for sending media content to the media device; and remotely controlling the media device (300, 350, 400) by sending control commands to the media device (300, 350, 400) as media messages within said media session; wherein: the media session comprises one of an Real-Time Transport Protocol -RTP-session and a Message Session Relay Protocol -MSRP-session; and the media message comprises one of an RTP message and a MSRP message. the media session comprises one of an Real-Time Transport Protocol -RTP-session and a Message Session Relay Protocol -MSRP-session; and the media message comprises one of an RTP message and a MSRP message.
A packet data support node (10A;10B) for a core network and connectable to at least one radio access network (30A;30B) over a radio network control node (31A;31B) wherein the packet data support node (10A;10B) comprises duplicating means for duplicating original downlink data packets intended for a mobile station for which a hand-over is performed from the packet data support node acting as source node to a packet data support node acting as target node, control means for activating sending of the duplicated data packets to the packet data support node acting as a target node for forwarding to the mobile station such that the original downlink data packets are sent to the mobile station over a source radio network control node from the source packet data support node and in that the duplicated data packets are sent to the mobile station over a target radio network control node from the packet data support node acting as target node, characterized in that it comprises signal providing means for sending an information message to a source radio network control node when a handover is performed and duplication is handled by said packet data support node when acting as an old, source, packet data support node, and in that the information message consists of an information element in a relocation command message containing an instruction not to perform a duplication of packet data by the source radio network control node, the information message, or information element, comprising a zero, null data message.