mhurhangee/ep-ind-claims huggingface dataset:
Visually clear aqueous conditioning serum for the hair comprising: 70 to 80% wt. water, 0.1 to 8% wt. silicone microemulsion, 8 to 12% wt. copolymer of ethylene glycol and propylene glycol according to one of the following formulae: HO(CH2CH2O)x(CH CH2O)y(CH2CH2O)z H HO(CH CH2O)x(CHCH2O)y(CH2 CH2O)z H with the mean value of y in the range from 10 to 60 and the values of x and z both in the range from 1 to 150, 0.5 to 1.5% wt. thickener. 70 to 80% wt. water, 0.1 to 8% wt. silicone microemulsion, 8 to 12% wt. copolymer of ethylene glycol and propylene glycol according to one of the following formulae: HO(CH2CH2O)x(CH CH2O)y(CH2CH2O)z H HO(CH CH2O)x(CHCH2O)y(CH2 CH2O)z H with the mean value of y in the range from 10 to 60 and the values of x and z both in the range from 1 to 150, 0.5 to 1.5% wt. thickener.
A forging process of a magnesium alloy wheel having a hub portion, wherein the forging process comprises the following steps: Step 1, heating a magnesium alloy bar to a temperature in a range of 350 to 420°C and keeping the temperature for 20 minutes; Step 2, forging and forming the bar under a forging press, the forging and forming step adopting sectional control wherein different forging process parameters are adopted in different forging stages; characterized in that in the forging and forming step, the bar is pressed down from the initial length to 2/3 of the initial length of the bar, and the down-pressing speed is controlled at a range of 12 to 15 mm/s; the bar is pressed down from 2/3 of the initial length to 1/3 of the initial length of the bar, and the down-pressing speed is controlled at a range of 9 to 13 mm/s; the bar is pressed down from 1/3 of the initial length to the thickness of the hub portion forging stock, and the down-pressing speed is controlled at a range of 6 to 10 mm/s. Step 1, heating a magnesium alloy bar to a temperature in a range of 350 to 420°C and keeping the temperature for 20 minutes; Step 2, forging and forming the bar under a forging press, the forging and forming step adopting sectional control wherein different forging process parameters are adopted in different forging stages; characterized in that in the forging and forming step, the bar is pressed down from the initial length to 2/3 of the initial length of the bar, and the down-pressing speed is controlled at a range of 12 to 15 mm/s; the bar is pressed down from 2/3 of the initial length to 1/3 of the initial length of the bar, and the down-pressing speed is controlled at a range of 9 to 13 mm/s; the bar is pressed down from 1/3 of the initial length to the thickness of the hub portion forging stock, and the down-pressing speed is controlled at a range of 6 to 10 mm/s.
Use of inorganic particles having a layered structure as catalyst for the synthesis of aminoplast-aldehyde precondensates, wherein the inorganic particles are either non-modified or modified with at least one amino compound, wherein the at least one amino compound comprises at least one aliphatic amino group, whereby octadecyldiethanolamine is exempted, at least one amide group and/or at least one aromatic amino group, and wherein the inorganic particles do not comprise any intercalated aldehyde.
Hot water storage tank surrounded by insulation comprising at least one hydraulic module (2, 3) mounted thereon for the thermal charging and/or discharge of the storage tank and a plurality of hydraulic connections (5, 6, 7, 8) passing through the wall of the hot water storage tank, which hydraulic connections on the outside of the hot water storage tank comprise screw threads or rapid release couplings for connecting the hydraulic module or modules (2, 3), wherein connection pipes (9, 10, 11, 12) are connected to the hydraulic connections (5, 6, 7, 8) by means of screw threads or rapid release couplings, wherein said connection pipes (9, 10, 11, 12) on the side opposite the hydraulic connections (5, 6, 7, 8) also have screw threads or rapid release couplings, wherein each hydraulic module (2, 3) has a rear wall and at least two passages in said rear wall, which are arranged such that the rear wall of the hydraulic module (2, 3) can be placed over at least two connection pipes (9, 10,11, 12) and screwed securely or connected in a different manner by means of nuts or rapid release couplings onto the connection pipes (9, 10, 11, 12), characterised in that the insulation has recesses at the site of the hydraulic connections (5, 6, 7, 8) and the connection pipes (9, 10, 11, 12) pass through the insulation.
An ITE hearing aid, comprising a shell to be worn at least in part in the ear canal of a user, a faceplate being fixed at the shell for closing the shell at a side oriented towards the exterior of the user's ear, and at least one microphone (26A, 26B) housed in the shell and acoustically connected to ambience via a sound port (40A, 40B), wherein the sound port is integral in a single piece with the faceplate and comprises a cover element (42A, 42B) for covering a cavity (44A, 44B) of the sound port in a direction normal to a main plane of the faceplate and a lateral sound opening (48A, 48B) in a wall (50A, 50B) extending substantially normal to the main plane of the faceplate, with the cover element being elevated above the surface region of the faceplate surrounding the cover element, and with the wall comprising the lateral sound opening extending between the cover element and the surface region of the faceplate surrounding the cover element, and wherein the shell is designed, with regard to shape and size, in a manner that the hearing aid is manually removable from the ear canal without the need to use a tool, further comprising a manually operable user interface element extending through an interface opening of the faceplate.
A surface-coated cutting tool comprising: a base material; and a coating formed on a surface of the base material, wherein said coating includes a first hard coating layer including crystal grains having a sodium chloride-type crystal structure, said crystal grain has a layered structure in which a first layer composed of nitride or carbonitride of Al x Ti 1-x and a second layer composed of nitride or carbonitride of Al y Ti 1-y are stacked alternately into one or more layers, said first layer each has an atomic ratio x of Al varying in a range of 0.6 or more to less than 1, said second layer each has an atomic ratio y of Al varying in a range of 0.45 or more to less than 0.6, a largest value of difference between said atomic ratio x and said atomic ratio y is 0.05≤x-y≤0.5, wherein the atomic ratios are measured according to the method of the description, and said first layer and said second layer adjacent to each other have a total thickness of 5 to 40 nm, and in said crystal grains, when crystal orientation of each said crystal grain is analyzed according to the method of the description in a cross section parallel to a normal direction of the surface of said base material using an electron backscatter diffraction system to determine an angle of intersection between a normal to a plane that is a crystal plane of the crystal grain and a normal to the surface of said base material, said crystal grains having said angle of intersection of 0 to 45 degrees are classified in units of 0 degree to 5 degrees to form nine groups, and a frequency, that is the sum of areas of said crystal grains included in each group, is calculated, a total of said frequencies of four groups including said crystal grains having said angle of intersection of 0 to 20 degrees is 60% or more and 100% or less of a total of said frequencies of all groups, and a total of said frequencies of two groups including said crystal grains having said angle of intersection of 10 to 20 degrees is 40% or more and 100% or less of a total of said frequencies of said all groups.
A lighting system for a vehicle comprising a set of compact optical modules for a vehicle, designed to obtain several types of lights, the modules comprising parts differentiated according to the type of light, each module comprising a reflector associated with a light source, comprising at least one LED and a lens, assembled on a support, characterised in that the support is identical for all types of lights, and in that the reflector comprises at the rear in the upper part, cantilevered at the top, a perforated plate placed horizontally to receive a light source bracket.
A motor for preventing current leakage to a rotation shaft, having a rotor with a rotor frame of metal, a rotation shaft of metal, and a rotation shaft supporting member connected between the rotor frame and the rotation shaft to transmit a rotation power from the rotor to the rotation shaft, the rotation shaft supporting member comprising: a supporting portion of metal for receiving and supporting the rotation shaft, characterized in that an insulating portion is formed between the rotation shaft and the supporting portion and surrounds a portion of the rotation shaft which is received by the supporting portion so as to electrically insulate the rotation shaft from the supporting portion and the rotor frame. a supporting portion of metal for receiving and supporting the rotation shaft, characterized in that an insulating portion is formed between the rotation shaft and the supporting portion and surrounds a portion of the rotation shaft which is received by the supporting portion so as to electrically insulate the rotation shaft from the supporting portion and the rotor frame.
A surface roughness measuring unit comprising: a contact pin unit comprising: a skid, a contact pin configured to project and retract through a through-hole of the skid during a scanning motion along a surface of a work piece, and a displacement detector configured to detect displacement of the contact pin in a direction perpendicular to the work piece surface; a driver configured to move the contact pin unit forward and backward along the work piece surface; a joint configured to couple the contact pin unit and the driver to a measurement head holder of a coordinate measuring device; and a contact detector configured to detect contact of the skid on the work piece surface; wherein the surface roughness measuring unit is configured to output a detection result when the contact detector detects that the skid has contacted the work piece. a contact pin unit comprising: a skid, a contact pin configured to project and retract through a through-hole of the skid during a scanning motion along a surface of a work piece, and a displacement detector configured to detect displacement of the contact pin in a direction perpendicular to the work piece surface; a skid, a contact pin configured to project and retract through a through-hole of the skid during a scanning motion along a surface of a work piece, and a displacement detector configured to detect displacement of the contact pin in a direction perpendicular to the work piece surface; a driver configured to move the contact pin unit forward and backward along the work piece surface; a joint configured to couple the contact pin unit and the driver to a measurement head holder of a coordinate measuring device; and a contact detector configured to detect contact of the skid on the work piece surface; wherein the surface roughness measuring unit is configured to output a detection result when the contact detector detects that the skid has contacted the work piece.
A combination ventilation and stowage bin system including at least one support duct defining an inlet for receiving conditioned air from a supply duct and an outlet for directing air into a passenger compartment,and a stowage bin for stowing luggage, characterized in that the stowage bin is mounted to and entirely supported by the at least one support duct such that the stowage bin is free from direct attachment to an interior wall or supporting structure other than the at least one support duct, wherein the outlet of the at least one support duct opens to the passenger compartment below the stowage bin, supports the bottom of the stowage bin, and has a fan-out shape conforming to the shape of the bottom of the stowage bin.
A positive electrode active material for a secondary battery, the positive electrode active material comprising a lithium-transition metal composite oxide, the lithium-transition metal composite oxide represented by the general formula Li x Mn y Ni z Sb a O b F c wherein x + y + z + a ≤ b + c = 2, 1 ≤ x ≤ 1.2, 0.4 ≤ y ≤ 0.8, 0 ≤ z ≤ 0.4, 0 < a < 0.01, and 1.8 < b < 2 are satisfied, the lithium-transition metal composite oxide including no Co.
Charger housing comprising - an operating side, - at least one battery charging space, which is accessible from the operating side, - a first housing outer wall region on a first housing side, said first housing side forming, in a first use position of the charger housing, a bottom side thereof, and - a second housing outer wall region on a second housing side, said second housing side being non-parallel to the first housing side and forming, in a second use position of the charger housing, a bottom side thereof, and - a water discharge structure for discharge of water out of the charger housing, wherein the water discharge structure contains at least one first water outlet opening (6a 1) in the first housing outer wall region and at least one second water outlet opening (7 1) in the second housing outer wall region, characterized in that - the first housing outer wall region extends in a concavely descending manner from an elevated first central region to at least one lower-lying first side edge region, and at least one (6a 1) of the one or more first water outlet openings is situated in the at least one lower-lying first side edge region and/or - the second housing outer wall region extends in a convexly descending manner from at least one elevated second side edge region to a lower-lying second central region, and at least one of the one or more second water outlet openings (7 1) is situated in the lower-lying second central region. - an operating side, - at least one battery charging space, which is accessible from the operating side, - a first housing outer wall region on a first housing side, said first housing side forming, in a first use position of the charger housing, a bottom side thereof, and - a second housing outer wall region on a second housing side, said second housing side being non-parallel to the first housing side and forming, in a second use position of the charger housing, a bottom side thereof, and - a water discharge structure for discharge of water out of the charger housing, wherein the water discharge structure contains at least one first water outlet opening (6a 1) in the first housing outer wall region and at least one second water outlet opening (7 1) in the second housing outer wall region, characterized in that - the first housing outer wall region extends in a concavely descending manner from an elevated first central region to at least one lower-lying first side edge region, and at least one (6a 1) of the one or more first water outlet openings is situated in the at least one lower-lying first side edge region and/or - the second housing outer wall region extends in a convexly descending manner from at least one elevated second side edge region to a lower-lying second central region, and at least one of the one or more second water outlet openings (7 1) is situated in the lower-lying second central region.
Active cooling system for drive components of vehicles comprising at least one oil cooling circuit transporting the heat from a drive line of the vehicle to a radiator mounted to the vehicle and cooled by natural or forced air flow, a heat exchanger system is provided for additional drive components of the vehicle wherein in use heat is produced, said heat exchanger system including a cavity connected into the at least one oil cooling circuit of the drive line and in fluid isolation from any fluids within the housing of the additional drive component, said cavity being arranged in heat exchanging relationship with the component to be cooled; and characterized in that the component to be cooled includes a housing comprising an outer housing member having the cavity formed therein which is separated from the inner space of the housing and provided with fittings (26, 27) for connecting the heat exchanger formed thereby into the at least one oil cooling circuit; and said cavity is formed on the inner side of a housing portion of the component to be cooled and is sealingly closed by a cover plate covering the cavity on the side thereof facing to the inside of the component.
Outer panelling component of a motor vehicle, in particular a bumper for attachment to a metal sheet of the outer panelling of a motor vehicle, the body shell of which has a mounting surface for attaching the outer panelling component, wherein the mounting surface runs from the outer side of the motor vehicle to the interior, and a leg of the outer panelling component, which is also turned towards the interior, runs in a roughly parallel direction relative to the mounting surface, wherein the mounting surface and an adjacent surface of the leg facing towards the mounting surface run virtually parallel to each other in a first region that extends, when viewed as a cross-section through the motor vehicle, from the exterior to the interior, characterised in that 1.1 from the exterior to at least the inner end of the first region, the adjacent surface is free from burrs that are, for example, caused by tool separation, 1.2 following the first region, the adjacent surface, assuming an increasing distance from the mounting surface in a second region, runs downwards with clearance to a separation region, and 1.3 following the separation region that forms a clearance zone to the interior, a cam is arranged as an adjustment cam which is designed for attachment to the mounting surface. 1.1 from the exterior to at least the inner end of the first region, the adjacent surface is free from burrs that are, for example, caused by tool separation, 1.2 following the first region, the adjacent surface, assuming an increasing distance from the mounting surface in a second region, runs downwards with clearance to a separation region, and 1.3 following the separation region that forms a clearance zone to the interior, a cam is arranged as an adjustment cam which is designed for attachment to the mounting surface.
A process for preparing polyether ester polyols comprising reacting starting compounds having Zerewitinoff-active hydrogen atoms (a) with at least one alkylene oxide (b) in the presence of at least one amine (c) selected from the group consisting of tertiary amines, unsubstituted imidazole and substituted imidazole, in the presence of at least one fatty acid ester (d), characterized in that (d) is added before, during, or after the metered addition of (b) and, before the metered addition of component (b), a polyether ester polyol (e) is mixed in an amount of from 3.0 to 20.0 weight %, based on all components (a), (b), (c), (d), and (e), with components (a), (c), and optionally (d), the polyether ester polyol (e) having an OH number between 150 and 1150 mg KOH/g.
A method for moving about a computer simulated reality setting, the method comprising: at an electronic device with one or more processors and memory: displaying a current view of the CSR setting, the current view initially depicting a current location of the CSR setting from a first perspective corresponding to a first determined direction of a user; while displaying the current view, displaying a user interface element in the current view, the user interface element depicting a destination location not visible from the current location; prior to receiving an input representing selection of the user interface element: determining a second direction of the user different from the first determined direction; and modifying the display of the user interface element to depict the destination location from a second perspective determined using the second direction; and in response to receiving the input representing selection of the user interface element, modifying the display of the current view of the current location to display a destination view depicting the destination location, wherein modifying the display of the current view of the current location to display the destination view comprises enlarging the user interface element.. displaying a current view of the CSR setting, the current view initially depicting a current location of the CSR setting from a first perspective corresponding to a first determined direction of a user; while displaying the current view, displaying a user interface element in the current view, the user interface element depicting a destination location not visible from the current location; prior to receiving an input representing selection of the user interface element: determining a second direction of the user different from the first determined direction; and modifying the display of the user interface element to depict the destination location from a second perspective determined using the second direction; and determining a second direction of the user different from the first determined direction; and modifying the display of the user interface element to depict the destination location from a second perspective determined using the second direction; and in response to receiving the input representing selection of the user interface element, modifying the display of the current view of the current location to display a destination view depicting the destination location, wherein modifying the display of the current view of the current location to display the destination view comprises enlarging the user interface element..
A method for increasing the sensitivity in rare event analysis comprising: a. preparing a sample by fluorescent labeling; b. scanning the sample to identify target events, wherein the target event is selected from the group consisting of circulating epithelial, cells, circulating tumor cells, circulating endothelial cells, leukocytes, lymphocyte subsets, cells containing an organelle or receptor of interest, cellular debris, disrupted cells and their debris, or combinations thereof; c. aspirating fluid from the sample to leave the target events in the same location; d. photobleaching the target events; e. restaining the target event with a secondary fluorescently-labeled marker wherein said secondary-labeled marker is a fluorescent antibody conjugate or a combination of a fluorescent antibody conjugate and a dye; f. rescanning the target events; and g. repeating steps c through f for each additional fluorescently-labeled marker. a. preparing a sample by fluorescent labeling; b. scanning the sample to identify target events, wherein the target event is selected from the group consisting of circulating epithelial, cells, circulating tumor cells, circulating endothelial cells, leukocytes, lymphocyte subsets, cells containing an organelle or receptor of interest, cellular debris, disrupted cells and their debris, or combinations thereof; c. aspirating fluid from the sample to leave the target events in the same location; d. photobleaching the target events; e. restaining the target event with a secondary fluorescently-labeled marker wherein said secondary-labeled marker is a fluorescent antibody conjugate or a combination of a fluorescent antibody conjugate and a dye; f. rescanning the target events; and g. repeating steps c through f for each additional fluorescently-labeled marker.