mhurhangee/ep-ind-claims huggingface dataset:
A multilayer containment and protection tube (10, 110) for conduits, cables and the like, the multilayer containment and protection tube (10, 110) comprising: - an inner layer (11, 111) made of polymeric material with a smooth internal surface (12, 112) which forms a duct for supporting conduits or cables,, - one or more intermediate layers (13, 113) of reinforcement, - an outer layer made of a polymeric material, - a covering and finishing layer (15, 115), said inner layer (11,111), said one or more intermediate layers (13,113), said outer layer and said covering and finishing layer (15, 115) being all electrically at least antistatic and said inner layer (11, 111) being made of polytetrafluoroethylene PTFE, characterized in that said material of said covering and finishing layer (15, 115) is ultrahigh molecular weight polyethylene UHMWPE. - an inner layer (11, 111) made of polymeric material with a smooth internal surface (12, 112) which forms a duct for supporting conduits or cables,, - one or more intermediate layers (13, 113) of reinforcement, - an outer layer made of a polymeric material, - a covering and finishing layer (15, 115), said inner layer (11,111), said one or more intermediate layers (13,113), said outer layer and said covering and finishing layer (15, 115) being all electrically at least antistatic and said inner layer (11, 111) being made of polytetrafluoroethylene PTFE, characterized in that said material of said covering and finishing layer (15, 115) is ultrahigh molecular weight polyethylene UHMWPE.
A method for processing 360 video data by an apparatus for receiving 360 video data, the method comprising: receiving a bitstream including 360 video data and metadata for the 360 video data; decapsulating the 360 video data and the metadata; decoding the 360 video data; and rendering the 360 video data based on the metadata, wherein the metadata includes viewpoint information including position information of a viewpoint in which the 360 video data is acquired, wherein the metadata further includes viewpoint group information including an identifier for a viewpoint group that is a group of viewpoints for the 360 video data, wherein the identifier for the viewpoint group is used to switch to a viewpoint in the group, wherein the metadata further includes dynamic viewpoint information that are dynamically changed over time, wherein the dynamic viewpoint information includes a flag representing whether yaw, pitch, and roll rotation angles of X, Y, Z axes, of a global coordinates system of a viewpoint relative to a common reference coordinate system remain unchanged or not in samples referring to a sample entry. receiving a bitstream including 360 video data and metadata for the 360 video data; decapsulating the 360 video data and the metadata; decoding the 360 video data; and rendering the 360 video data based on the metadata, wherein the metadata includes viewpoint information including position information of a viewpoint in which the 360 video data is acquired, wherein the metadata further includes viewpoint group information including an identifier for a viewpoint group that is a group of viewpoints for the 360 video data, wherein the identifier for the viewpoint group is used to switch to a viewpoint in the group, wherein the metadata further includes dynamic viewpoint information that are dynamically changed over time, wherein the dynamic viewpoint information includes a flag representing whether yaw, pitch, and roll rotation angles of X, Y, Z axes, of a global coordinates system of a viewpoint relative to a common reference coordinate system remain unchanged or not in samples referring to a sample entry.
An isolated pancreatic islet for use in treating a subject with type I diabetes comprising, transplanting into the anterior chamber of the eye of a subject with type I diabetes an amount effective of the isolated pancreatic islet cell to promote insulin production in the subject.
A combat vehicle having a weapon system comprising at least one breech a blowback system, a smaller-caliber barrel having a loading part with a loading space length and a loading space diameter, and a larger-caliber barrel that can be exchanged for the smaller-caliber barrel having a loading part with a loading space length, wherein the larger-caliber barrel has a loading space lengthening compared with the loading space of a smaller-caliber barrel, while more or less maintaining a loading space diameter (16, 16') of the smaller-caliber barrel to increase the performance of the weapon system, wherein the outer dimensions of the larger-caliber barrel remain virtually unchanged compared with the smaller-caliber barrel in the region of the loading part (15, 15'). at least one breech a blowback system, a smaller-caliber barrel having a loading part with a loading space length and a loading space diameter, and a larger-caliber barrel that can be exchanged for the smaller-caliber barrel having a loading part with a loading space length, wherein the larger-caliber barrel has a loading space lengthening compared with the loading space of a smaller-caliber barrel, while more or less maintaining a loading space diameter (16, 16') of the smaller-caliber barrel to increase the performance of the weapon system, wherein the outer dimensions of the larger-caliber barrel remain virtually unchanged compared with the smaller-caliber barrel in the region of the loading part (15, 15').
Compositions comprising as active ingredient an extract of Rhus coriaria L., optionally in combination with extracts of Aloe barbadensis Miller, for use in the treatment of hyperhidrosis.
Apparatus for use in heating at least one cell in a cell-based composite structure, comprising: a tooling block configured to be inserted into the cell, the tooling block including a tool body formed of a material transparent to an electromagnetic field and at least one susceptor embedded within the tool body, said susceptor being responsive to electromagnetic energy from a source thereof for heating at least a portion (68, 70) of the cell, wherein: the tool body has an outer peripheral surface configured to contact walls of the cell, and the susceptor includes multiple susceptor elements embedded in and located proximal to the outer peripheral surface of the tool body. the tool body has an outer peripheral surface configured to contact walls of the cell, and the susceptor includes multiple susceptor elements embedded in and located proximal to the outer peripheral surface of the tool body.
A device for producing tubular structures for packaging tubes, comprising an elongated mandrel extending in an axial direction, around which a substrate web can be shaped to produce a tubular shape, wherein a plurality of gas outlet openings to which compressed gas can be applied to generate a gas cushion, in particular an air cushion, between the mandrel and the tubular shape are provided in the mandrel, and wherein welding means are provided for welding the tubular shape, and wherein the tubular shape can be pressed radially inwards in the direction of a mandrel surface of the mandrel, the surface being convex-curved in the circumferential direction, with the aid of combined pressure-application and conveying means disposed radially adjacent to the mandrel and can be transported in the direction of the longitudinal direction of the mandrel by means of a friction effect between the means and the tubular shape, characterised in that the curved mandrel surface is constituted, at least in sections, by a microporous and/or nanoporous material comprising the gas outlet openings in the form of pores, and that the gas outlet openings are constituted such that the generated gas cushion counteracts the contact pressure of the combined pressure-application and conveying means.
A method for semi-quantitative or quantitative analysis of assays, wherein the method comprises the steps of: assigning at least one unique barcode coded text segment on a test strip of the assay, acquiring an image comprising the at least one barcode coded text segment together with lines or other measurement objects that are the test results of the assay, identifying the at least one unique barcode coded text segment in the acquired image, and use this image of the barcode coded text segment for identifying the amount of geometrical distortion from the acquired barcode in order to correct the image, using the corrected image to detect positions of test result lines or other measurement objects that are the test results of the assay.
A floor construction comprising a floor including a gap and a rigid thermal insulation element, characterized in that the floor is formed by concrete slabs, whereas the gap extends between two neighbouring slabs, in which gap the rigid thermal insulation element is mounted, wherein the insulation element comprises an upper side and an opposite lower side, wherein the insulation element is provided with at least one groove extending from the lower side toward the upper side and ending at a groove bottom so as to form tongues at both sides of the groove, which are mutually pivotable about a pivoting axis extending between the groove bottom and the upper side, wherein the upper side of the insulation element extends below an upper surface of the concrete slabs adjacent to the gap and the remaining space between the slabs and above the insulation element is filled with concrete.
A large-sized display screen coordinating device in six degrees of freedom, wherein it comprises three completely identical mechanical arms, which are disposed equidistantly and parallelly to one another, each mechanical arm includes: a vertically provided support column, at the top and bottom ends of which a column pivoting kinematic pair that can pivot about an axis Y is provided respectively; a tension arm, one end of which is provided on a side face of the support column via a tension arm pivoting kinematic pair; a first pivoted arm, which is fitted and connected to the free end of the tension arm via a first pivoting kinematic pair; a second pivoted arm, which is fitted and connected to the free end of the first pivoted arm via a second pivoting kinematic pair; and a third pivoted arm, which is fitted and connected to the free end of the second pivoted arm via a third pivoting kinematic pair; and said third pivoted arm is fitted and connected to a display screen via a display screen pivoting kinematic pair; said tension arm pivoting kinematic pair, said first pivoting kinematic pair and said second pivoting kinematic pair are provided to be parallel to one another; and said second pivoting kinematic pair, said third pivoting kinematic pair and said display screen pivoting kinematic pair are provided to be perpendicular to one another. a vertically provided support column, at the top and bottom ends of which a column pivoting kinematic pair that can pivot about an axis Y is provided respectively; a tension arm, one end of which is provided on a side face of the support column via a tension arm pivoting kinematic pair; a first pivoted arm, which is fitted and connected to the free end of the tension arm via a first pivoting kinematic pair; a second pivoted arm, which is fitted and connected to the free end of the first pivoted arm via a second pivoting kinematic pair; and a third pivoted arm, which is fitted and connected to the free end of the second pivoted arm via a third pivoting kinematic pair; and said third pivoted arm is fitted and connected to a display screen via a display screen pivoting kinematic pair; said tension arm pivoting kinematic pair, said first pivoting kinematic pair and said second pivoting kinematic pair are provided to be parallel to one another; and said second pivoting kinematic pair, said third pivoting kinematic pair and said display screen pivoting kinematic pair are provided to be perpendicular to one another.
Electronic switch having - a first and a second terminal (11, 12) between which an electrically conductive connection is able to be established or interrupted, - at least one bidirectional turn-off semiconductor switching element which comprises two semiconductor switches connected in antiseries or in antiparallel and which is arranged between the first and second terminals (11, 12) and by means of which the connection between the first and second terminals is able to be established or interrupted, and - a voltage-limiting circuit which is connected in parallel with the semiconductor switching element, wherein the voltage-limiting circuit comprises a plurality of bidirectional suppressor diodes in a series connection and wherein a capacitor is arranged in parallel with one or more, but less than all, of the suppressor diodes. - a first and a second terminal (11, 12) between which an electrically conductive connection is able to be established or interrupted, - at least one bidirectional turn-off semiconductor switching element which comprises two semiconductor switches connected in antiseries or in antiparallel and which is arranged between the first and second terminals (11, 12) and by means of which the connection between the first and second terminals is able to be established or interrupted, and - a voltage-limiting circuit which is connected in parallel with the semiconductor switching element, wherein the voltage-limiting circuit comprises a plurality of bidirectional suppressor diodes in a series connection and wherein a capacitor is arranged in parallel with one or more, but less than all, of the suppressor diodes.
An insole assembly to be inserted in an item of footwear to provide foot support, the insole assembly comprising: a flexible full-length insole base having an upper contoured surface for engaging a plantar surface of a foot and a lower contoured surface opposite the upper contoured surface, and including a heel portion, a forefoot portion and midfoot portion between the heel portion and the forefoot portion; and a rigid heel cap having an upper contoured surface and a lower contoured surface opposite the upper contoured surface which has the same general contours as the upper contoured surface to define a thin shell structure, the rigid heel cap being bonded to the flexible full-length insole base with the upper contoured surface of the rigid heel cap in contact with the lower contoured surface of the flexible full-length insole base to underlie at least the heel portion thereof and provide support thereto, and the rigid heel cap including a plurality of engagement features protruding from the lower contoured surface thereof, the plurality of engagement features being a series of intersecting elongated ridges that run generally diagonally from an aft end of the rigid heel cap toward a leading end < of the rigid heel cap to engage a midsole of the item of footwear during use and to resist motion of the insole assembly relative to the midsole. a flexible full-length insole base having an upper contoured surface for engaging a plantar surface of a foot and a lower contoured surface opposite the upper contoured surface, and including a heel portion, a forefoot portion and midfoot portion between the heel portion and the forefoot portion; and a rigid heel cap having an upper contoured surface and a lower contoured surface opposite the upper contoured surface which has the same general contours as the upper contoured surface to define a thin shell structure, the rigid heel cap being bonded to the flexible full-length insole base with the upper contoured surface of the rigid heel cap in contact with the lower contoured surface of the flexible full-length insole base to underlie at least the heel portion thereof and provide support thereto, and the rigid heel cap including a plurality of engagement features protruding from the lower contoured surface thereof, the plurality of engagement features being a series of intersecting elongated ridges that run generally diagonally from an aft end of the rigid heel cap toward a leading end < of the rigid heel cap to engage a midsole of the item of footwear during use and to resist motion of the insole assembly relative to the midsole.
Temporary paint capable of being stripped using a stripping agent comprising a non-ionic surfactant and having a pH that lies in the range 3 to 6, characterised in that said paint includes: - 10 to 50 wt% of an alkyd resin of natural origin in an aqueous emulsion, said alkyd resin having a molar mass M p that lies in the range 3,000 g/mol to 100,000 g/mol, a polydispersity index I p that lies in the range 1 to 20, an oil length that lies in the range 20 to 40%, and an acid number that lies in the range 16 to 35, preferably in the range 18 to 35, and more preferably in the range 18 to 30; - at least one mineral filler and/or pigment; - water quantum satis, it being understood that the parameters M p and I p are obtained by steric exclusion chromatography. - 10 to 50 wt% of an alkyd resin of natural origin in an aqueous emulsion, said alkyd resin having a molar mass M p that lies in the range 3,000 g/mol to 100,000 g/mol, a polydispersity index I p that lies in the range 1 to 20, an oil length that lies in the range 20 to 40%, and an acid number that lies in the range 16 to 35, preferably in the range 18 to 35, and more preferably in the range 18 to 30; - at least one mineral filler and/or pigment; - water quantum satis,
An inner ring for holding a substrate in a chemical mechanical polishing apparatus, the inner ring comprising: an annular body having an inner surface configured to circumferentially surround the edge of a substrate to retain the substrate during polishing, an annular lower surface configured to be brought into contact with a polishing pad, an annular upper surface, and an outer surface, wherein: the inner surface includes a lower region adjacent to the lower surface that is a vertical cylindrical surface and an upper region that is a vertical cylindrical surface and has an inner radial diameter greater than the lower region of the inner surface, and the outer surface includes a lower region adjacent to the lower surface that is a vertical cylindrical surface, an upper region that is a vertical cylindrical surface, an outwardly projecting lip between the lower region and the upper region of the outer surface, the inner ring being characterized in that: the upper region of the outer surface has a greater outer radial diameter than the lower region of the outer surface, and in that the lip includes a horizontal lower surface, and a sloped area connecting the lower portion of the outer surface to the horizontal lower surface of the lip. the inner surface includes a lower region adjacent to the lower surface that is a vertical cylindrical surface and an upper region that is a vertical cylindrical surface and has an inner radial diameter greater than the lower region of the inner surface, and the outer surface includes a lower region adjacent to the lower surface that is a vertical cylindrical surface, an upper region that is a vertical cylindrical surface, an outwardly projecting lip between the lower region and the upper region of the outer surface, the inner ring being characterized in that: the upper region of the outer surface has a greater outer radial diameter than the lower region of the outer surface, and in that the lip includes a horizontal lower surface, and a sloped area connecting the lower portion of the outer surface to the horizontal lower surface of the lip. the upper region of the outer surface has a greater outer radial diameter than the lower region of the outer surface, and in that the lip includes a horizontal lower surface, and a sloped area connecting the lower portion of the outer surface to the horizontal lower surface of the lip.
A caliper piston tool (100, 200, 300, 400) comprising: a first handle (102, 202, 302, 402) including a guide track (116, 216) and a first paddle (112, 212, 312, 412) fixed in position on the first handle; a second handle (104, 204, 304, 404) to pivot about the first handle at a handle joint (110, 210, 310, 410), the second handle including a drive finger (224, 324, 424) fixed in position on the second handle; and a second paddle (114, 214, 314, 414) characterised in that the second paddle includes: a drive socket (226, 326, 426), wherein the drive finger is engaged within the drive socket, and a guide follower (118, 218) constrained to linear motion along the guide track, wherein rotation of the drive finger about the handle joint drives a linear motion of the guide follower along the guide track. a first handle (102, 202, 302, 402) including a guide track (116, 216) and a first paddle (112, 212, 312, 412) fixed in position on the first handle; a second handle (104, 204, 304, 404) to pivot about the first handle at a handle joint (110, 210, 310, 410), the second handle including a drive finger (224, 324, 424) fixed in position on the second handle; and a second paddle (114, 214, 314, 414) characterised in that the second paddle includes: a drive socket (226, 326, 426), wherein the drive finger is engaged within the drive socket, and a guide follower (118, 218) constrained to linear motion along the guide track, wherein rotation of the drive finger about the handle joint drives a linear motion of the guide follower along the guide track. a drive socket (226, 326, 426), wherein the drive finger is engaged within the drive socket, and a guide follower (118, 218) constrained to linear motion along the guide track, wherein rotation of the drive finger about the handle joint drives a linear motion of the guide follower along the guide track.
A transcranial magnetic stimulation system, comprising: means for generating a magnetic field, the magnetic field generating means having a coil for generating a variable magnetic field to be applied to a part of a patient's head and a holder for holding the coil; wherein the transcranial magnetic stimulation system further comprises means (150a, 150b) for recognizing specific portions of ears of the patient as predetermined reference markings, the recognizing means being at least two cameras; characterized in that the magnetic field generating means and the recognizing means (150a, 150b) being designed so that an alignment of collimation marks of the recognizing means (150a, 150b) with respect to the reference markings causes the coil to be set in a proper posture with respect to the part of the patient's head. means for generating a magnetic field, the magnetic field generating means having a coil for generating a variable magnetic field to be applied to a part of a patient's head and a holder for holding the coil; wherein the transcranial magnetic stimulation system further comprises means (150a, 150b) for recognizing specific portions of ears of the patient as predetermined reference markings, the recognizing means being at least two cameras; characterized in that the magnetic field generating means and the recognizing means (150a, 150b) being designed so that an alignment of collimation marks of the recognizing means (150a, 150b) with respect to the reference markings causes the coil to be set in a proper posture with respect to the part of the patient's head.