mhurhangee/ep-ind-claims huggingface dataset:
Process for the production of a composite part made of a plurality of layers, where a) a plastics film is inserted into a first half of an opened injection mould, where plastic used for the film comprises polycarbonate, polymethyl methacrylate, styrene-acrylonitrile, a cycloolefin copolymer, transparent polyamide or a blend of these plastics, b) the mould is closed in that the second half of the mould is applied to the first half to form a cavity, c) the film in the mould is in-mould coated with plastic which adheres thereto to produce a moulding, the plastic used for the in-mould-coating procedure being polycarbonate, styrene-acrylonitrile, a cycloolefin copolymer or polymethyl methacrylate, d) the mould is opened after cooling, and the second half of the mould is removed, whereupon the moulding from c) remains in the first half, e) the mould is then again closed by means of another mould half to which external mould release agent has optionally been provided, and a cavity is thus formed between the moulding and the wall of this mould half, the location of the cavity being on that side of the moulding that is opposite to the side with the plastics film, f) a lacquer is injected into the cavity, the lacquer being a urethane acrylate lacquer, a two-component polyurethane lacquer, an inorganic lacquer or a lacquer based on polysiloxanes, g) after hardening of the lacquer, the mould is opened and the lacquered moulding is removed. a) a plastics film is inserted into a first half of an opened injection mould, where plastic used for the film comprises polycarbonate, polymethyl methacrylate, styrene-acrylonitrile, a cycloolefin copolymer, transparent polyamide or a blend of these plastics, b) the mould is closed in that the second half of the mould is applied to the first half to form a cavity, c) the film in the mould is in-mould coated with plastic which adheres thereto to produce a moulding, the plastic used for the in-mould-coating procedure being polycarbonate, styrene-acrylonitrile, a cycloolefin copolymer or polymethyl methacrylate, d) the mould is opened after cooling, and the second half of the mould is removed, whereupon the moulding from c) remains in the first half, e) the mould is then again closed by means of another mould half to which external mould release agent has optionally been provided, and a cavity is thus formed between the moulding and the wall of this mould half, the location of the cavity being on that side of the moulding that is opposite to the side with the plastics film, f) a lacquer is injected into the cavity, the lacquer being a urethane acrylate lacquer, a two-component polyurethane lacquer, an inorganic lacquer or a lacquer based on polysiloxanes, g) after hardening of the lacquer, the mould is opened and the lacquered moulding is removed.
Seating furniture, in particular a sofa, comprising at least two seating units, preferably three seating units, which are arranged next to one another and which each have a seat part and a back part, wherein the back part at at least one of the seating units is adjustable relative to the seat part between a sitting position and a placement position in which the rear side of the back part forms a placement surface; and wherein a rear wall is arranged behind the back part and the back part comprises at least two placement plates (17, 19) which together form the placement surface in the placement position and for which an adjustment mechanism is provided which is active on the adjustment of the back part and which moves, in particular pivots, the placement plates (17, 19) relative to one another between the sitting position and the placement position, characterized in that the rear wall is adjustable by adjusting the back part.
A computer-implemnted method for accessing, by application programs (112, 114), resources provided by an operating system, wherein a resource (102, 104, 106, 107) resides inside an application isolation environment comprising an application isolation layer providing an application-specific view of the resources provided by the operating system and a user isolation layer providing a user-specific view of the resources, the method comprising the steps of: (a) receiving, by a first process, a request for the resource (102, 104, 106, 107) and an identifier associated with the resource (102, 104, 106, 107); (b) determining, by a second process, that the requested resource (102, 104, 106, 107) resides inside the application isolation environment; (c) redirecting, by a third process, the request for the resource (102, 104, 106, 107) and the identifier associated with the resource (102, 104, 106, 107) to the application isolation environment; and (d) responding, by a fourth process, to the request for the resource (102, 104, 106, 107) using an instance of the resource (102, 104, 106, 107) residing inside the application isolation environment; characterized in that the first process, second process, third process, and fourth process each execute within a multi-user computing environment, wherein at least one of the first process, second process, third process, and fourth process executes outside the application isolation environment, wherein at least one of the first process, second process, third process, and fourth process executes inside the application isolation environment, and wherein the application isolation layer provides the application-specific view of the resources by layering a user-specific view modification provided by a user isolation scope 242 on top of an application specific-view modification. (a) receiving, by a first process, a request for the resource (102, 104, 106, 107) and an identifier associated with the resource (102, 104, 106, 107); (b) determining, by a second process, that the requested resource (102, 104, 106, 107) resides inside the application isolation environment; (c) redirecting, by a third process, the request for the resource (102, 104, 106, 107) and the identifier associated with the resource (102, 104, 106, 107) to the application isolation environment; and (d) responding, by a fourth process, to the request for the resource (102, 104, 106, 107) using an instance of the resource (102, 104, 106, 107) residing inside the application isolation environment;
A device for connecting a first end-coupler with a second end-coupler, in particular of a piping, wherein: - the device comprises a nut provided at a first end with a threaded bore wherein the first end-coupler is screwed along a longitudinal axis up to a tightening position wherein the first end-coupler is in axial stress with the second end-coupler accommodated in the nut, - the nut and the second end-coupler include axial bearing means (9, 19) to limit the axial displacement of the nut with respect to the second end-coupler in the nut screwing direction, - the nut and both end-couplers each comprise a tubular body which undergoes said axial stress, - one of the end-couplers and the nut are two mutual blocking elements comprising anti-rotation means (8, 14, 21) including a protrusion belonging to one of the blocking elements and able to radially elastically penetrate at least one recess of the other blocking element, during a relative rotation between the nut and the blocking end-coupler, and to come out therefrom when a torque exceeding a determined threshold is applied to the nut, characterised in that the protrusion belongs to an elastic tab which is formed in the material of the tubular body of the one of the blocking elements (2, 15). - the device comprises a nut provided at a first end with a threaded bore wherein the first end-coupler is screwed along a longitudinal axis up to a tightening position wherein the first end-coupler is in axial stress with the second end-coupler accommodated in the nut, - the nut and the second end-coupler include axial bearing means (9, 19) to limit the axial displacement of the nut with respect to the second end-coupler in the nut screwing direction, - the nut and both end-couplers each comprise a tubular body which undergoes said axial stress, - one of the end-couplers and the nut are two mutual blocking elements comprising anti-rotation means (8, 14, 21) including a protrusion belonging to one of the blocking elements and able to radially elastically penetrate at least one recess of the other blocking element, during a relative rotation between the nut and the blocking end-coupler, and to come out therefrom when a torque exceeding a determined threshold is applied to the nut, - the nut and the second end-coupler include axial bearing means (9, 19) to limit the axial displacement of the nut with respect to the second end-coupler in the nut screwing direction, - the nut and both end-couplers each comprise a tubular body which undergoes said axial stress, - one of the end-couplers and the nut are two mutual blocking elements comprising anti-rotation means (8, 14, 21) including a protrusion belonging to one of the blocking elements and able to radially elastically penetrate at least one recess of the other blocking element, during a relative rotation between the nut and the blocking end-coupler, and to come out therefrom when a torque exceeding a determined threshold is applied to the nut,
Particle separator for the treatment of exhaust gases of an internal combustion engine, wherein at least one metallic layer through which exhaust gas can flow is arranged in a housing with an inlet opening, with an outlet opening and with a central axis, wherein at least one reconditioning opening is provided which extends through the side of the housing and which provides a passage to the metallic layer, characterized in that the at least one metallic layer has at least one depression to which the passage extends, and wherein the at least one depression of the metallic layer extends to the housing and the passage is arranged on a level with the at least one depression, and wherein the depression extends in the manner of a three-dimensionally shaped undulation through the housing and said extent is first delimited by opposite housing wall portions.
A data processor comprising: an instruction set having an operation instruction, wherein execution of the operation instruction by the data processor causes an operation process to be performed, thereby to generate flags, characterized in that the instruction set further has a prefix instruction which designates a flag to be updated, by a flag generated by a subsequent instruction that the prefix instruction modifies, out of flags generated by the operation instruction, a flag to be used for the update out of flags generated by the subsequent instruction that the prefix instruction modifies, and a logical operation between the two designated flags; wherein flags generated by the operation instruction are capable of coping with respective data sizes regardless of the data size of each operand subjected to the operation process. an instruction set having an operation instruction, wherein execution of the operation instruction by the data processor causes an operation process to be performed, thereby to generate flags, characterized in that the instruction set further has a prefix instruction which designates a flag to be updated, by a flag generated by a subsequent instruction that the prefix instruction modifies, out of flags generated by the operation instruction, a flag to be used for the update out of flags generated by the subsequent instruction that the prefix instruction modifies, and a logical operation between the two designated flags; wherein flags generated by the operation instruction are capable of coping with respective data sizes regardless of the data size of each operand subjected to the operation process.
A vial and insert assembly, comprising: a vial having an interior and an opening leading to the interior; and an insert (50, 150, 250) configured to fit within the interior, the insert forming a first receptacle (52, 152, 252) for housing a plurality of unused elongate strips (12, 112, 212) and a second receptacle (54, 154, 254) for housing a plurality of used elongate strips, wherein at least a portion of the second receptacle extends beneath the first receptacle (52, 152, 252), characterised in that the second receptacle (54, 154, 254) is defined by an interior region of the insert, and the insert (50, 150, 250) includes an outer surface (60, 160, 260) and an opening (58, 158, 258) formed in the outer surface (60, 160, 260), the opening (58, 158, 258) being in communication with an interior region of the second receptacle (54, 154, 254), the opening (58, 158, 258) being in the form of a slot, which is sized and shaped to accept the elongate strips (12, 112, 212). a vial having an interior and an opening leading to the interior; and an insert (50, 150, 250) configured to fit within the interior, the insert forming a first receptacle (52, 152, 252) for housing a plurality of unused elongate strips (12, 112, 212) and a second receptacle (54, 154, 254) for housing a plurality of used elongate strips, wherein at least a portion of the second receptacle extends beneath the first receptacle (52, 152, 252), characterised in that the second receptacle (54, 154, 254) is defined by an interior region of the insert, and the insert (50, 150, 250) includes an outer surface (60, 160, 260) and an opening (58, 158, 258) formed in the outer surface (60, 160, 260), the opening (58, 158, 258) being in communication with an interior region of the second receptacle (54, 154, 254), the opening (58, 158, 258) being in the form of a slot, which is sized and shaped to accept the elongate strips (12, 112, 212).
Method for manufacturing a wall of a device for creating a tyre component by winding, characterized in that: - a tube is manufactured; and - a helicoidal cut is made in the tube. - a tube is manufactured; and - a helicoidal cut is made in the tube.
A closure for a container, said closure comprising: a top panel; a skirt depending from the top panel and extending circumferentially about a central axis, wherein the skirt extends from a first end attached to the top panel to a second end opposite the first end, the skirt having an interior surface and an exterior surface; a tamper-evident band extending from a first end, attached to the second end of the skirt, to a second end; and at least one thread extending from the interior surface of the skirt; wherein the skirt is tapered radially outward from its first end to its second end such that a diameter of the skirt at its second end is greater than the diameter of the skirt at its first end; wherein the tamper-evident band is tapered radially outward over at least a portion from its first end to its second end such that an inner diameter of the tamper-evident band at its second end is greater than the inner diameter of the tamper-evident band at its first end, characterized in that an attachment band is hingedly connected to the second end of the tamper-evident band. a top panel; a skirt depending from the top panel and extending circumferentially about a central axis, wherein the skirt extends from a first end attached to the top panel to a second end opposite the first end, the skirt having an interior surface and an exterior surface; a tamper-evident band extending from a first end, attached to the second end of the skirt, to a second end; and at least one thread extending from the interior surface of the skirt; wherein the skirt is tapered radially outward from its first end to its second end such that a diameter of the skirt at its second end is greater than the diameter of the skirt at its first end; wherein the tamper-evident band is tapered radially outward over at least a portion from its first end to its second end such that an inner diameter of the tamper-evident band at its second end is greater than the inner diameter of the tamper-evident band at its first end, characterized in that an attachment band is hingedly connected to the second end of the tamper-evident band.
A computer implemented method for obtaining parameterized characteristics (500, 501, 502) of a tissue comprising: - obtaining at least two weighted magnetic resonance imaging, MRI, volume scans of the tissue for different slices; the at least two weighted MRI volume scans each comprising distinct data with respect to each other and having different weights; and - transforming (404, 603-607) the at least two weighted MRI volume scans into parameters of a parameterized voxel-based model of the tissue by combined performing, by a super-resolution imaging technique, constructing a volume comprising voxels of the parameterized voxel-based model, and, by a quantitative MRI modelling technique, based on said different weights, constructing the parameters for the respective voxels of the parameterized voxel-based model; characterized in that the combined performing further comprises: - calculating by an outer loop a residual based on an approximated set of the parameters; and wherein the calculating further comprises sequentially determining the approximated set by the quantitative MRI modelling technique respectively the super-resolution imaging technique thereby obtaining the residual; and - updating by an inner loop the approximated set with the residual by the quantitative MRI modelling technique; and in that the combined performing is performed until the residual is less than a predefined convergence threshold. - obtaining at least two weighted magnetic resonance imaging, MRI, volume scans of the tissue for different slices; the at least two weighted MRI volume scans each comprising distinct data with respect to each other and having different weights; and - transforming (404, 603-607) the at least two weighted MRI volume scans into parameters of a parameterized voxel-based model of the tissue by combined performing, by a super-resolution imaging technique, constructing a volume comprising voxels of the parameterized voxel-based model, and, by a quantitative MRI modelling technique, based on said different weights, constructing the parameters for the respective voxels of the parameterized voxel-based model; characterized in that the combined performing further comprises: - calculating by an outer loop a residual based on an approximated set of the parameters; and wherein the calculating further comprises sequentially determining the approximated set by the quantitative MRI modelling technique respectively the super-resolution imaging technique thereby obtaining the residual; and - updating by an inner loop the approximated set with the residual by the quantitative MRI modelling technique; - calculating by an outer loop a residual based on an approximated set of the parameters; and wherein the calculating further comprises sequentially determining the approximated set by the quantitative MRI modelling technique respectively the super-resolution imaging technique thereby obtaining the residual; and - updating by an inner loop the approximated set with the residual by the quantitative MRI modelling technique; and in that the combined performing is performed until the residual is less than a predefined convergence threshold.
An adapter configured to engage with a hand held computer device with a camera having an optical axis comprising: an anterior adapter portion comprising: a body, a clamp configured to engage with the hand held computer device at a first location and a second location, a lens holder engaged with a macro lens movable between a first position in the optical axis of the camera and a second position outside of the optical axis of the camera, an adjustable light source with a light axis parallel to a macro lens optical axis, a third engagement surface configured to slidably engage with the hand held computer device at a third location, and a complementary surface of the body configured to reversibly engage with a base section of a posterior portion, wherein the clamp defines an axis and the body of the anterior adapter portion is configured to move along the axis of the clamp; and the posterior portion comprising: the base section configured to reversibly engage with the complementary surface of the body of the anterior adapter portion, a telescoping section movable relative to the base section, and a lens holder engaged with a distal end of the telescoping section configured to removably engage with an ophthalmoscopy lens defining an optical axis,, the base section configured to removably engage with the body of the anterior adapter portion to form an optical axis between the ophthalmoscopy lens and the camera of the hand held computer device, wherein the third engagement surface allows the body to move along the axis of the clamp to align the optical axis of the camera with the optical axis of the ophthalmoscopy lens.. an anterior adapter portion comprising: a body, a clamp configured to engage with the hand held computer device at a first location and a second location, a lens holder engaged with a macro lens movable between a first position in the optical axis of the camera and a second position outside of the optical axis of the camera, an adjustable light source with a light axis parallel to a macro lens optical axis, a third engagement surface configured to slidably engage with the hand held computer device at a third location, and a complementary surface of the body configured to reversibly engage with a base section of a posterior portion, wherein the clamp defines an axis and the body of the anterior adapter portion is configured to move along the axis of the clamp; and the posterior portion comprising: the base section configured to reversibly engage with the complementary surface of the body of the anterior adapter portion, a telescoping section movable relative to the base section, and a lens holder engaged with a distal end of the telescoping section configured to removably engage with an ophthalmoscopy lens defining an optical axis,, the base section configured to removably engage with the body of the anterior adapter portion to form an optical axis between the ophthalmoscopy lens and the camera of the hand held computer device, wherein the third engagement surface allows the body to move along the axis of the clamp to align the optical axis of the camera with the optical axis of the ophthalmoscopy lens..