mhurhangee/ep-ind-claims huggingface dataset:
Process for the realization of decorations by utilizing at least one typology of granules of precious and/or semiprecious, natural and/or synthetic stones, said process comprising the following phases: - making at least one portion of surface of an initial support adhesive; - distributing one typology of stone granules on the surface of said initial support; - pressing the stone granules on the surface of said initial support so that the stone granules adhere to the at least one portion of surface, and so that an initial decoration is realized; - recovering the stone granules that have not adhered to the at least one portion of surface; characterized by the fact that, after joining the granules to a support so as to realize an initial decoration, the following additional steps are comprised: - placing the initial decoration in the inside of a template having perimeter dimensions equal to those of the initial decoration itself so that the granules of stones of the initial decoration are facing upwards with respect to the initial support; - pouring a hardening substance in the liquid state inside the room defined by the template, on the granules of stones of the initial decoration; - making hard the hardening substance so that the granules of stones of the initial decoration fix to it; - when the hardening substance has become hard, removing the template from the so-obtained manufactured article; - removing the initial support and the adhesive substance from the manufactured article obtained so as to obtain the final decoration whose surface is provided with the granules of stones; and by the fact that before pouring the hardening substance in the inside of the template, the initial decoration placed in the template is covered evenly with precious stones of very fine grain. - making at least one portion of surface of an initial support adhesive; - distributing one typology of stone granules on the surface of said initial support; - pressing the stone granules on the surface of said initial support so that the stone granules adhere to the at least one portion of surface, and so that an initial decoration is realized; - recovering the stone granules that have not adhered to the at least one portion of surface; - placing the initial decoration in the inside of a template having perimeter dimensions equal to those of the initial decoration itself so that the granules of stones of the initial decoration are facing upwards with respect to the initial support; - pouring a hardening substance in the liquid state inside the room defined by the template, on the granules of stones of the initial decoration; - making hard the hardening substance so that the granules of stones of the initial decoration fix to it; - when the hardening substance has become hard, removing the template from the so-obtained manufactured article; - removing the initial support and the adhesive substance from the manufactured article obtained so as to obtain the final decoration whose surface is provided with the granules of stones;
An lock-latch assembly including a lock, a latch and at least one linking member (4; 4'), said linking member including: - a cam (8; 10) configured to pivot about an axis (6; 7) secured to the lock rotor or to an element of the latch and capable of being linked to a transmission element linking the lock and the latch, and - a stroke adapter mechanism (11; 21) interposed between said axis (6; 7) and said cam (8; 10), said stroke adapter mechanism (11; 21) being configured to increase or reduce the angular displacement of the axis (6; 7) relative to the angular displacement of the cam (8; 10); characterized in that said stroke adapter mechanism (11; 21) includes a gear train capable of meshing, on the one hand, with said axis (6; 7) and, on the other hand, with said cam (8; 10), and characterized in that said gear train includes: - a toothed wheel coaxial with and secured to the axis (6; 7), - a planet pinion meshing with the toothed wheel, and - a ring coaxial with the axis (6; 7) and secured to the cam (8; 10), said ring having an inner peripheral toothing meshing with the planet pinion. - a cam (8; 10) configured to pivot about an axis (6; 7) secured to the lock rotor or to an element of the latch and capable of being linked to a transmission element linking the lock and the latch, and - a stroke adapter mechanism (11; 21) interposed between said axis (6; 7) and said cam (8; 10), said stroke adapter mechanism (11; 21) being configured to increase or reduce the angular displacement of the axis (6; 7) relative to the angular displacement of the cam (8; 10); - a toothed wheel coaxial with and secured to the axis (6; 7), - a planet pinion meshing with the toothed wheel, and - a ring coaxial with the axis (6; 7) and secured to the cam (8; 10), said ring having an inner peripheral toothing meshing with the planet pinion.
An article of apparel comprising: a body comprising at least a front portion and a back portion each having a lower margin, a first side with respect to a hypothetical midline axis that bisects the body into generally equal right and left halves, a second side with respect to the hypothetical midline axis, a first shoulder strap having a first aperture, and a second shoulder strap having a second aperture, the back portion comprising at least a first pair of maintainers (122A; 122B), each maintainer positioned opposite the other maintainer with respect to the hypothetical midline axis; and a liner positioned adjacent and internal to the body, the liner having a first harness strap and a second harness strap, wherein the first harness strap is adapted to pass through the first aperture and at least one maintainer of the first pair of maintainers (122A; 122B), the first harness strap having a terminally located first tab (138, 140), and wherein the second harness strap is adapted to pass through the second aperture and at least one maintainer of the first pair of maintainers (122A; 122B), the second harness strap having a terminally located second tab (138, 140), wherein the first side of the body comprises a first attachment element (142, 144) to which the first tab (138, 140) is adapted to be attached and the second side of the body comprises a second attachment element (142, 144) to which the second tab (138, 140) is adapted to be attached.
A signal processing method to detect a target signal, the method involving combining a primary representation of a transmitted signal and a primary representation of a received signal after modifying one of the primary representations using at least two auxiliary signals and determining from the result of the combination whether the target signal is present, characterised by: generating first (Fig. 25a: d C (t); d S (t)) and second (Fig. 25b: d C (t); d S (t)) auxiliary signals, wherein each auxiliary signal is formed by generating multiple different predetermined frequencies within a frequency range corresponding to possible frequency discrepancies between the transmitted and received signals to form a multi-frequency signal having multiple concurrent components of said different frequencies, and wherein each auxiliary signal comprises successive finite-duration shaped portions ( d CE (t), d CO (t); d SE (t), d SO (t)) having relatively low-amplitude leading and trailing parts, the portions being interleaved with signal portions of the other auxiliary signal such that the leading parts of the portions of each signal overlap the trailing parts of the portions of the other signal, whereby a received signal exhibiting a frequency discrepancy corresponding to a said frequency produces a significant response in the combination result. generating first (Fig. 25a: d C (t); d S (t)) and second (Fig. 25b: d C (t); d S (t)) auxiliary signals, wherein each auxiliary signal is formed by generating multiple different predetermined frequencies within a frequency range corresponding to possible frequency discrepancies between the transmitted and received signals to form a multi-frequency signal having multiple concurrent components of said different frequencies, and wherein each auxiliary signal comprises successive finite-duration shaped portions ( d CE (t), d CO (t); d SE (t), d SO (t)) having relatively low-amplitude leading and trailing parts, the portions being interleaved with signal portions of the other auxiliary signal such that the leading parts of the portions of each signal overlap the trailing parts of the portions of the other signal, whereby a received signal exhibiting a frequency discrepancy corresponding to a said frequency produces a significant response in the combination result.
A surgical instrument, comprising: an elongate member having a proximal end and a distal end, the elongate member defining a longitudinal axis and configured to rotate relative to the longitudinal axis; a handle member configured to be attached to the proximal end of the elongate member, the handle member operatively associated with a rotation mechanism; and an end effector configured to be attached to the distal end of the elongate member, the end effector operatively associated with an articulation mechanism and configured to be pivotable throughout a plurality of directions relative to the longitudinal axis of the elongate member; wherein a software algorithm running on a processor records a first position of the elongate member, a first position of the end effector, and establishes a predetermined positional reference point which is a relationship between the first position of the elongate member and the first position of the end effector, wherein the software algorithm further records all position changes of the elongate member relative to the end effector and, upon operator command, repositions the end effector and the elongate member to match the predetermined positional reference point. an elongate member having a proximal end and a distal end, the elongate member defining a longitudinal axis and configured to rotate relative to the longitudinal axis; a handle member configured to be attached to the proximal end of the elongate member, the handle member operatively associated with a rotation mechanism; and an end effector configured to be attached to the distal end of the elongate member, the end effector operatively associated with an articulation mechanism and configured to be pivotable throughout a plurality of directions relative to the longitudinal axis of the elongate member; wherein a software algorithm running on a processor records a first position of the elongate member, a first position of the end effector, and establishes a predetermined positional reference point which is a relationship between the first position of the elongate member and the first position of the end effector, wherein the software algorithm further records all position changes of the elongate member relative to the end effector and, upon operator command, repositions the end effector and the elongate member to match the predetermined positional reference point.
A process for producing monoalkyltin trihalide comprising: (a) contacting dialkyltin dihalide with an alkylation agent and, optionally, tin tetrahalide, to form a tetraalkyltin mixture comprising tetraalkyltin, trialkyltin halide, and dialkyltin dihalide; (b) reacting the tetraalkyltin mixture with tin tetrahalide to form a monoalkyltin trihalide mixture comprising monoalkyltin trihalide, dialkyltin dihalide and optionally trialkyltin halide; (c) processing the monoalkyltin trihalide mixture to separately recover the monoalkyltin trihalide and a dialkyltin dihalide stream comprising the dialkyltin dihalide and optionally trialkyltin halide; and (d) recycling at least a portion of the dialkyltin dihalide stream recovered in step (c) to the contacting step (a), wherein the dialkyltin dihalide is re-alkylated in step (a) either alone or with the optional tin tetrahalide; and wherein the alkyl is a linear alkyl, a branched alkyl, or a cycloalkyl. (a) contacting dialkyltin dihalide with an alkylation agent and, optionally, tin tetrahalide, to form a tetraalkyltin mixture comprising tetraalkyltin, trialkyltin halide, and dialkyltin dihalide; (b) reacting the tetraalkyltin mixture with tin tetrahalide to form a monoalkyltin trihalide mixture comprising monoalkyltin trihalide, dialkyltin dihalide and optionally trialkyltin halide; (c) processing the monoalkyltin trihalide mixture to separately recover the monoalkyltin trihalide and a dialkyltin dihalide stream comprising the dialkyltin dihalide and optionally trialkyltin halide; and (d) recycling at least a portion of the dialkyltin dihalide stream recovered in step (c) to the contacting step (a), wherein the dialkyltin dihalide is re-alkylated in step (a) either alone or with the optional tin tetrahalide; and wherein the alkyl is a linear alkyl, a branched alkyl, or a cycloalkyl. wherein the dialkyltin dihalide is re-alkylated in step (a) either alone or with the optional tin tetrahalide; and wherein the alkyl is a linear alkyl, a branched alkyl, or a cycloalkyl.
An information processing device comprising: a controller adapted to: control alteration of a first reproduction information according to a flag, said reproduction information being a play list occupying a data capacity corresponding to a stream portion of a clip that is referred to by said play list on a disc, wherein the flag indicates whether a content file referred to by the first reproduction information is referred to by a second reproduction information, wherein alteration of the first reproduction information comprises dividing the first reproduction information into first reproduction information and other reproduction information or combining the first reproduction information with other reproduction information, wherein, when the flag indicates that the content file referred to by the first reproduction information is not referred to by a second reproduction information, in response to dividing the first reproduction information, the flag is set to indicate that the content file referred to by the first reproduction information is referred to by a second reproduction information, and wherein, when the flag indicates that the content file referred to by the first reproduction information and the other reproduction information is not referred to by a second reproduction information, in response to combining the first reproduction information with the other reproduction information, the flag is set to indicate that the content file referred to by the first reproduction information is not referred to by a second reproduction information. control alteration of a first reproduction information according to a flag, said reproduction information being a play list occupying a data capacity corresponding to a stream portion of a clip that is referred to by said play list on a disc, wherein the flag indicates whether a content file referred to by the first reproduction information is referred to by a second reproduction information, wherein alteration of the first reproduction information comprises dividing the first reproduction information into first reproduction information and other reproduction information or combining the first reproduction information with other reproduction information, wherein, when the flag indicates that the content file referred to by the first reproduction information is not referred to by a second reproduction information, in response to dividing the first reproduction information, the flag is set to indicate that the content file referred to by the first reproduction information is referred to by a second reproduction information, and wherein, when the flag indicates that the content file referred to by the first reproduction information and the other reproduction information is not referred to by a second reproduction information, in response to combining the first reproduction information with the other reproduction information, the flag is set to indicate that the content file referred to by the first reproduction information is not referred to by a second reproduction information.
An electromagnetic isolation gap sub telemetry apparatus for use in well drilling and production in conjunction with a drilling rig including a derrick and a drill string including multiple, tubular drill pipes comprising electrically-conductive first and second cylindrical members interconnected at respective male and female threaded, tapered sections, the apparatus comprising: at least three axial cuts disposed at generally equally-spaced intervals around the diameter of the tapered section of either the male-threaded portion, or the female-threaded portion, or both, thereby forming axial slots; characterized by: a plurality of non-conductive inserts each disposed in a respective axial slot between the threaded sections with the first electrically conductive cylindrical member threaded into said second electrically conductive cylindrical member, said inserts forming an annular gap between said first and second electrically conductive cylindrical members. at least three axial cuts disposed at generally equally-spaced intervals around the diameter of the tapered section of either the male-threaded portion, or the female-threaded portion, or both, thereby forming axial slots; characterized by: a plurality of non-conductive inserts each disposed in a respective axial slot between the threaded sections with the first electrically conductive cylindrical member threaded into said second electrically conductive cylindrical member, said inserts forming an annular gap between said first and second electrically conductive cylindrical members.
Routing circuitry in an integrated circuit ("IC") comprising: a vertical channel (101V1) comprising a plurality of routing lines; a horizontal channel (101H0) comprising a plurality of routing lines; and a first single level selection circuit switch array comprising a plurality of selectable inputs and a plurality of outputs, the first single level selection circuit switch array being coupled to receive inputs from the vertical channel (101V1) and the horizontal channel (101H0) and to provide outputs to inputs of a plurality of logic elements of a first logic region and to routing wires in at least one of the vertical channel (101V1) and the horizontal channel (101H0), wherein the routing circuitry further comprises for the logic region of the plurality of logic regions, a second single level selection circuit switch array comprising a plurality of selectable inputs and a plurality of outputs, wherein the first single level selection circuit switch array is coupled to receive input from a first portion of the plurality of routing lines of the vertical channel (101V1) and a first portion of the plurality of routing lines of the horizontal channel (101H0), and the first single level selection circuit switch array is further coupled to receive inputs from outputs of the plurality of logic elements of the first logic region and optionally further from a second logic region; and wherein the second single level selection circuit switch array is coupled to receive input from a second portion of the plurality of routing lines of the vertical channel (101V1) and a second portion of the plurality of routing lines of the horizontal channel (101H0). a vertical channel (101V1) comprising a plurality of routing lines; a horizontal channel (101H0) comprising a plurality of routing lines; and wherein the first single level selection circuit switch array is coupled to receive input from a first portion of the plurality of routing lines of the vertical channel (101V1) and a first portion of the plurality of routing lines of the horizontal channel (101H0), and the first single level selection circuit switch array is further coupled to receive inputs from outputs of the plurality of logic elements of the first logic region and optionally further from a second logic region; and wherein the second single level selection circuit switch array is coupled to receive input from a second portion of the plurality of routing lines of the vertical channel (101V1) and a second portion of the plurality of routing lines of the horizontal channel (101H0).
A wiper operation speed adjustment system; which enables to eliminate the water accumulation produced by the water cloud, which rises from the wheels of the other vehicles that the vehicle passes by in cases of movements such as overtaking in rainy weather conditions, on the windshield by gradually increasing the wiper speed; comprising - at least one wiper motor which enables to move the wipers to clean the windshield, and characterized by - at least one vehicle computer which collects data from the right and left turn signals and the wipers of the vehicle about their operation states, - at least one control module, which detects that the vehicle changes direction and the wipers are operating at normal speed according to the data received from the vehicle computer, and enables to gradually increase the operation speed of the vehicle wipers and to completely remove the water on the windshield that hinders sight of the driver. - at least one wiper motor which enables to move the wipers to clean the windshield, and characterized by - at least one vehicle computer which collects data from the right and left turn signals and the wipers of the vehicle about their operation states, - at least one control module, which detects that the vehicle changes direction and the wipers are operating at normal speed according to the data received from the vehicle computer, and enables to gradually increase the operation speed of the vehicle wipers and to completely remove the water on the windshield that hinders sight of the driver.
A soft tissue repair implant, comprising a body having a base section and at least one appendage (126, 128) connected to said base section, said body being flexible such that said at least one appendage (126, 128) is movable relative to said base section, said body being collapsible to a substantially planar configuration, in which said at least one appendage (126, 128) is positioned substantially co-planar relative to said base section, and being expandable to a substantially three-dimensional configuration, in which said at least one appendage (126, 128) extends at an angle from said base section, said at least one appendage (126, 128) being sized and shaped so as to be affixed to a tissue to secure said body at a repair site, and said body being constructed from a single, one-piece sheet such that said at least one appendage (126, 128) is connected to said base section seamlessly without any joint therebetween, wherein said body includes an outer perimeter and a plurality of cuts extending from said perimeter into said body such that said at least one appendage (126, 128) has a portion extending into said base section, the implant further comprising at least one layer (160, 164) attached to said base section to provide said implant with a desirable tissue interface characteristic, wherein said base section has a first side and a second side, characterized in that said at least one layer (160, 164) includes a first layer having an opening therethrough and is attached to said first side of said base section, said at least one appendage (126, 128) extending through said opening of said first layer such that it is freely movable relative to said base section.