mhurhangee/ep-ind-claims huggingface dataset:
A filter arrangement for threadably securing to a filter head (22; 222), the filter arrangement comprising a housing having a surrounding wall defining an interior volume, an open mouth providing access to the interior volume, and an end opposite of the open mouth; the surrounding wall having an exterior and an interior; a filter media construction operably held within the interior volume; the filter arrangement characterized by: (a) a separate sleeve, distinct from the housing, secured to the exterior of the surrounding wall adjacent to the housing mouth and extending partially along the surrounding wall; (i) the sleeve having an exterior and an interior; (ii) the exterior of the sleeve defining mounting threads constructed and arranged to removably mount with the filter head, when the filter arrangement is secured to the filter head; (iii) the interior of the sleeve being against the exterior of the surrounding wall; and (b) a first seal member oriented against the sleeve to create a seal with a filter head, when the filter arrangement is secured to the filter head; wherein the sleeve is axially secured to the housing by a seam which is formed from an extension of the housing folded over and bent around an end portion of the top of the sleeve at the housing mouth; wherein the exterior of the sleeve defines a groove holding said first seal member; wherein the seam extends along an outside radial surface of the sleeve and includes a leg extending into an upper wall of the groove; and wherein a seal is created between and against the first seal member and said leg of the seam. (a) a separate sleeve, distinct from the housing, secured to the exterior of the surrounding wall adjacent to the housing mouth and extending partially along the surrounding wall; (i) the sleeve having an exterior and an interior; (ii) the exterior of the sleeve defining mounting threads constructed and arranged to removably mount with the filter head, when the filter arrangement is secured to the filter head; (iii) the interior of the sleeve being against the exterior of the surrounding wall; and (i) the sleeve having an exterior and an interior; (ii) the exterior of the sleeve defining mounting threads constructed and arranged to removably mount with the filter head, when the filter arrangement is secured to the filter head; (iii) the interior of the sleeve being against the exterior of the surrounding wall; and (b) a first seal member oriented against the sleeve to create a seal with a filter head, when the filter arrangement is secured to the filter head; wherein the sleeve is axially secured to the housing by a seam which is formed from an extension of the housing folded over and bent around an end portion of the top of the sleeve at the housing mouth; wherein the exterior of the sleeve defines a groove holding said first seal member; wherein the seam extends along an outside radial surface of the sleeve and includes a leg extending into an upper wall of the groove; and wherein a seal is created between and against the first seal member and said leg of the seam.
An apparatus for cooling preforms, in particular preforms of bottles, made of thermoplastic material comprising - a plurality of supports for the preforms adapted to be moved along a path; wherein each support is externally provided with a plurality of fins; and wherein each support comprises at least one cavity adapted to accommodate a respective preform; characterized in that the cooling apparatus comprises at least one duct adapted to receive an airflow generated by ventilation means and configured to direct said airflow towards the supports so that when the supports and the preforms inserted therein are at the duct, flanked by the duct or below the duct, at least the supports are hit by said airflow which exits from the duct. - a plurality of supports for the preforms adapted to be moved along a path; wherein each support is externally provided with a plurality of fins; and wherein each support comprises at least one cavity adapted to accommodate a respective preform; characterized in that the cooling apparatus comprises at least one duct adapted to receive an airflow generated by ventilation means and configured to direct said airflow towards the supports so that when the supports and the preforms inserted therein are at the duct, flanked by the duct or below the duct, at least the supports are hit by said airflow which exits from the duct.
Use of a mineral fibre insulation product as thermal and/or acoustic insulation for buildings or insulated ducting, the mineral fibre insulation product comprising a mineral wool blanket and a facing secured to a surface of the mineral wool blanket characterised in that the facing has a thickness in the range 5-100 μm and consists essentially of a PET sheet secured to the mineral wool blanket by an adhesive comprising a polyethylene.
A flat panel display comprising: a first mold frame including: a first base plate with an inside region opened; and a plurality of first coupling members protruding from a rear side of the first base plate; and a bottom chassis including; a second base plate; a plurality of sidewalls extending from the second base plate; characterized by a bending surface of the sidewalls being bent and extending in parallel to the second base plate, and a plurality of second coupling members formed on the bending surface and coupled with the plurality of first coupling members; wherein each of the first coupling members includes a protrusion having a body vertically extending from the rear side of the first base plate, a first head formed at a distal end of the body, a second head arranged crossing the first head and a third head arranged crossing the first head and opposing the second head, wherein each of the second and third heads (863, 864) having a portion spaced apart from the first body and the first head by a predetermined length, and wherein the first base plate is supported by the bending surface, thereby the contact surface which the first base plate and the bending surface are in contact is in parallel to the second base plate. a first mold frame including: a first base plate with an inside region opened; and a plurality of first coupling members protruding from a rear side of the first base plate; and a bottom chassis including; a second base plate; a plurality of sidewalls extending from the second base plate; a first base plate with an inside region opened; and a plurality of first coupling members protruding from a rear side of the first base plate; and a bottom chassis including; a second base plate; a plurality of sidewalls extending from the second base plate; characterized by a bending surface of the sidewalls being bent and extending in parallel to the second base plate, and a plurality of second coupling members formed on the bending surface and coupled with the plurality of first coupling members; wherein each of the first coupling members includes a protrusion having a body vertically extending from the rear side of the first base plate, a first head formed at a distal end of the body, a second head arranged crossing the first head and a third head arranged crossing the first head and opposing the second head, wherein each of the second and third heads (863, 864) having a portion spaced apart from the first body and the first head by a predetermined length, and wherein the first base plate is supported by the bending surface, thereby the contact surface which the first base plate and the bending surface are in contact is in parallel to the second base plate.
A double-headed pedicle screw (10, 210) comprising: a threaded shaft portion (11, 211) and two yoke assemblies (24a, 24b, 224a, 224b), each of the yoke assemblies (24a, 24b, 224a, 224b) including a recess configured to receive a portion of a rod, alignment structure, or immobilization structure therein; the threaded shaft portion (11, 211) includes two extending protrusions (16, 216), the two protrusions (16, 216) aligned along a common axis (X--X, XXX-XXX) and two yoke assemblies (24a, 24b, 224a, 224b) supported by the two protrusions (16, 216) extending from the threaded shaft portion (11, 211), wherein each of the yoke assemblies (24a, 24b, 224a, 224b) is configured for pivoting movement about the common axis (X--X, XXX--XXX) relative to the threaded shaft portion (11, 211) independent of the pivoting movement of the other yoke assemblies (24a, 24b, 224a, 224b) characterized in that; the recesses of the yoke assemblies (24a, 24b) have the cross- sectional shape of a "C", with an opening of adjacent recesses facing away from each other, wherein each of the yoke assemblies (24a, 24b) include a lower segment, an intermediate segment extending from the lower segment and an upper segment extending from the intermediate segment and wherein a lower surface of the upper segment 30 has a substantially linear cross-sectional shape and extends from an outer surface of the intermediate segment at an angle (α) in a range of from about 25° to about 60° or the recesses of the yoke assemblies (224a, 224b) have the cross-sectional shape of a "C", with an opening of adjacent recesses facing toward each other. a threaded shaft portion (11, 211) and two yoke assemblies (24a, 24b, 224a, 224b), each of the yoke assemblies (24a, 24b, 224a, 224b) including a recess configured to receive a portion of a rod, alignment structure, or immobilization structure therein; the threaded shaft portion (11, 211) includes two extending protrusions (16, 216), the two protrusions (16, 216) aligned along a common axis (X--X, XXX-XXX) and two yoke assemblies (24a, 24b, 224a, 224b) supported by the two protrusions (16, 216) extending from the threaded shaft portion (11, 211), wherein each of the yoke assemblies (24a, 24b, 224a, 224b) is configured for pivoting movement about the common axis (X--X, XXX--XXX) relative to the threaded shaft portion (11, 211) independent of the pivoting movement of the other yoke assemblies (24a, 24b, 224a, 224b) characterized in that; the recesses of the yoke assemblies (24a, 24b) have the cross- sectional shape of a "C", with an opening of adjacent recesses facing away from each other, wherein each of the yoke assemblies (24a, 24b) include a lower segment, an intermediate segment extending from the lower segment and an upper segment extending from the intermediate segment and wherein a lower surface of the upper segment 30 has a substantially linear cross-sectional shape and extends from an outer surface of the intermediate segment at an angle (α) in a range of from about 25° to about 60° or the recesses of the yoke assemblies (224a, 224b) have the cross-sectional shape of a "C", with an opening of adjacent recesses facing toward each other.
Method for integrating an electrically activatable display element into a body outer skin of a motor vehicle body or a motor vehicle body element, with the steps: a) providing a body shell having the body outer skin, wherein the body outer skin has an outer surface facing the outside of the vehicle and an inner surface facing the inside of the vehicle; b) introducing at least one viewing window opening (24; 24', 24", 24′′′) into the body outer skin; c) applying at least one strip of adhesive (25; 25') to the inner surface of the body outer skin in the region of the edges of the at least one viewing window opening (24; 24', 24'', 24′′′); d) attaching the display element to the strip of adhesive (25; 25'); e) attaching a casting compound from the inside of the vehicle to the display element and to the region, surrounding the display element, of the inner surface of the body outer skin in order to seal the display element from the surroundings on the inside of the vehicle; f) attaching a transparent film from the outside of the body to the outer surface of the body outer skin at least in the region of the at least one opening, surrounding the edges of the opening in sealing fashion or f') casting the at least one body opening (24', 24", 24′′′) with a transparent casting compound in order to close the body opening (24', 24'', 24′′′) in sealing fashion, and f'') grinding and polishing the hardened transparent casting compound; g) connecting the display element to an electrical energy supply and control device. a) providing a body shell having the body outer skin, wherein the body outer skin has an outer surface facing the outside of the vehicle and an inner surface facing the inside of the vehicle; b) introducing at least one viewing window opening (24; 24', 24", 24′′′) into the body outer skin; c) applying at least one strip of adhesive (25; 25') to the inner surface of the body outer skin in the region of the edges of the at least one viewing window opening (24; 24', 24'', 24′′′); d) attaching the display element to the strip of adhesive (25; 25'); e) attaching a casting compound from the inside of the vehicle to the display element and to the region, surrounding the display element, of the inner surface of the body outer skin in order to seal the display element from the surroundings on the inside of the vehicle; f) attaching a transparent film from the outside of the body to the outer surface of the body outer skin at least in the region of the at least one opening, surrounding the edges of the opening in sealing fashion or f') casting the at least one body opening (24', 24", 24′′′) with a transparent casting compound in order to close the body opening (24', 24'', 24′′′) in sealing fashion, and f'') grinding and polishing the hardened transparent casting compound; g) connecting the display element to an electrical energy supply and control device.
A method for locally deforming a flat surface of a substrate made of glass or a glass ceramic, characterized by the following process steps: - applying heat exclusively within a locally limited region via the surface of the substrate by means of laser radiation, gas flame, infrared radiation, electrical microwaves or plasma discharge directed towards the surface of the substrate in such a manner that the substrate is softened at least on the surface within the locally limited region, and a temperature and viscosity gradient is formed within the substrate laterally and orthogonally to the surface within the locally limited region so that a substrate surface opposite the surface of the substrate to which heat is applied has a viscosity above those viscosity values at which the substrate material begins to soften, - applying a pressing force oriented orthogonally to the surface acting on the softened surface within the locally limited region and/or a shear force oriented obliquely to the surface by means of which the softened substrate material is displaced, with the result that displacements of the softened substrate material directed laterally to the surface are obtained which are characterized by material deformations appearing on the surface of the softened material, by means of a tool which is brought in punctuate or flat contact with the softened surface of the substrate, and - cooling the substrate to obtain a surface that is deformed and set within the local region. - applying heat exclusively within a locally limited region via the surface of the substrate by means of laser radiation, gas flame, infrared radiation, electrical microwaves or plasma discharge directed towards the surface of the substrate in such a manner that the substrate is softened at least on the surface within the locally limited region, and a temperature and viscosity gradient is formed within the substrate laterally and orthogonally to the surface within the locally limited region so that a substrate surface opposite the surface of the substrate to which heat is applied has a viscosity above those viscosity values at which the substrate material begins to soften, - applying a pressing force oriented orthogonally to the surface acting on the softened surface within the locally limited region and/or a shear force oriented obliquely to the surface by means of which the softened substrate material is displaced, with the result that displacements of the softened substrate material directed laterally to the surface are obtained which are characterized by material deformations appearing on the surface of the softened material, by means of a tool which is brought in punctuate or flat contact with the softened surface of the substrate, and - cooling the substrate to obtain a surface that is deformed and set within the local region.
A method of mixing audio signals, the method comprising: receiving a number M of input channels, wherein M is two or more, up-mixing the input channels into a number N of component channels, wherein N is greater than M, adjusting the frequency response equalization of the phase or magnitude of each of the N component channels, the adjustment being different for at least two of the N component channels, re-mixing the adjusted component channels into a number P of fixed-speaker output channels, providing the P fixed-speaker output channels, generating a number Q of binaural signal pairs from the N component channels, adjusting the frequency response equalization of the phase or magnitude of each the Q binaural signal pairs, the adjustment being different for at least two of the Q binaural signal pairs, and re-mixing the adjusted binaural signal pairs into a number R of binaural output channels. receiving a number M of input channels, wherein M is two or more, up-mixing the input channels into a number N of component channels, wherein N is greater than M, adjusting the frequency response equalization of the phase or magnitude of each of the N component channels, the adjustment being different for at least two of the N component channels, re-mixing the adjusted component channels into a number P of fixed-speaker output channels, providing the P fixed-speaker output channels, generating a number Q of binaural signal pairs from the N component channels, adjusting the frequency response equalization of the phase or magnitude of each the Q binaural signal pairs, the adjustment being different for at least two of the Q binaural signal pairs, and re-mixing the adjusted binaural signal pairs into a number R of binaural output channels.
A method comprising: generating a sector map as part of a process of installing an operating system on a computing device, the sector map identifying one or more sectors of the storage volume as well as signatures written to prior to the sector map being locked; locking the sector map to prohibit changes to the sector map and the sector map signatures of sectors that were written to the storage volume prior to the sector map being locked; receiving, at a computing device, a request to activate a policy for the computing device, the policy indicating that data written by the computing device to a storage volume after activation of the policy be encrypted; activating, in response to the request, the policy for the computing device, including: using the sector map to identify one or more sectors of the storage volume that are not encrypted, returning, in response to the request, the indication of compliance with the policy despite one or more sectors of the storage volume being unencrypted; encrypting subsequent data written to the storage volume; and using the sector map to determine whether to decrypt content of a sector of the storage volume in response to a request to read the content of the sector. generating a sector map as part of a process of installing an operating system on a computing device, the sector map identifying one or more sectors of the storage volume as well as signatures written to prior to the sector map being locked; locking the sector map to prohibit changes to the sector map and the sector map signatures of sectors that were written to the storage volume prior to the sector map being locked; receiving, at a computing device, a request to activate a policy for the computing device, the policy indicating that data written by the computing device to a storage volume after activation of the policy be encrypted; activating, in response to the request, the policy for the computing device, including: using the sector map to identify one or more sectors of the storage volume that are not encrypted, returning, in response to the request, the indication of compliance with the policy despite one or more sectors of the storage volume being unencrypted; encrypting subsequent data written to the storage volume; and using the sector map to determine whether to decrypt content of a sector of the storage volume in response to a request to read the content of the sector. using the sector map to identify one or more sectors of the storage volume that are not encrypted, returning, in response to the request, the indication of compliance with the policy despite one or more sectors of the storage volume being unencrypted; encrypting subsequent data written to the storage volume; and using the sector map to determine whether to decrypt content of a sector of the storage volume in response to a request to read the content of the sector.
A drum for a laundry machine, comprising: a plurality of outer side patterns embossed on an inner circumferential surface of the drum; at least one inner pattern on the inner circumferential surface of the drum and surrounded by at least some of the outer side patterns; and a main through hole formed inside the inner pattern; characterized in that the at least one inner pattern is engraved on the inner circumferential surface of the drum; and a sub through hole is formed at a circumferential portion of the outer side pattern which is in contact with a circumferential portion of another outer side pattern. a plurality of outer side patterns embossed on an inner circumferential surface of the drum; at least one inner pattern on the inner circumferential surface of the drum and surrounded by at least some of the outer side patterns; and a main through hole formed inside the inner pattern; characterized in that the at least one inner pattern is engraved on the inner circumferential surface of the drum; and a sub through hole is formed at a circumferential portion of the outer side pattern which is in contact with a circumferential portion of another outer side pattern.
A cosmetic formulation in the form of a gel or cream having a density less than 1 g/mL at 25°C and standard atmospheric pressure (1 atm) comprising: (a) a cosmetic mixture; and (b) from 40 to 80% by volume of air incorporated in the cosmetic mixture; wherein the cosmetic mixture comprises (i) a decylglucoside, (ii) a quaternized cellulosic polymer, and (iii) a guar gum and a hydroxyethylcellulose as thickeners, wherein the decylglucoside is present in an amount of 0.5 to 5 % by weight, the quaternized cellulosic polymer is present in an amount of 0.1 to 2 % by weight, the guar gum is present in an amount of 0.5 to 3 % by weight and the hydroxyethylcellulose is present in an amount of 0.5 to 2.0 % by weight, all weights being based on the cosmetic mixture. (a) a cosmetic mixture; and (b) from 40 to 80% by volume of air incorporated in the cosmetic mixture;