mhurhangee/ep-ind-claims huggingface dataset:
Fingerboard latch assembly comprising: a latch configured for operational engagement with a fingerboard for lockingly retaining at least one tubular to the fingerboard; the latch being movable within a range of motion extending from at least a locked position to an unlocked position; a positioner (30; 30') operatively engaged with the latch, characterised in that the positioner (30; 30') being communicably couplable to a process control network; the positioner (30; 30') sized and shaped for receipt within a latch channel of the fingerboard; the positioner (30; 30') configured to move the latch within the range of motion in response to signals received from the PCN; the positioner (30; 30') configured to capture position data for the latch, the position data including the position of the latch at a plurality of points within the range of motion; and the positioner (30; 30') further configured to communicate the captured position data to the PCN. a latch configured for operational engagement with a fingerboard for lockingly retaining at least one tubular to the fingerboard; the latch being movable within a range of motion extending from at least a locked position to an unlocked position; a positioner (30; 30') operatively engaged with the latch, characterised in that the positioner (30; 30') being communicably couplable to a process control network; the positioner (30; 30') sized and shaped for receipt within a latch channel of the fingerboard; the positioner (30; 30') configured to move the latch within the range of motion in response to signals received from the PCN; the positioner (30; 30') configured to capture position data for the latch, the position data including the position of the latch at a plurality of points within the range of motion; and the positioner (30; 30') further configured to communicate the captured position data to the PCN.
A cap made of metal for closing containers comprising a seal consisting of a sealing material, wherein - the sealing material is PVC-free, i.e. PVC is completely absent in the sealing material, - the sealing material comprises at least one polyurethane thermoplastic elastomer and a second thermoplastic elastomer different from said polyurethane thermoplastic elastomer, said second thermoplastic elastomer being a styrene-type thermoplastic elastomer, the sealing material being free of liquids, i.e. liquids are completely absent in the sealing material. - the sealing material is PVC-free, i.e. PVC is completely absent in the sealing material, - the sealing material comprises at least one polyurethane thermoplastic elastomer and a second thermoplastic elastomer different from said polyurethane thermoplastic elastomer, said second thermoplastic elastomer being a styrene-type thermoplastic elastomer,
A sealed break-open package; the sealed package comprises: a sheet of semi-rigid plastic material; a sealed pocket, which contains a dose of a product and is delimited on one side by the sheet; and a pre-weakened area, which is made in a central area of the sheet for guiding, following a "V" shape folding of the sheet, a controlled breakage of the sheet in the pre-weakened area in order to cause the formation of an outlet opening for the product through the sheet; wherein the pre-weakened area comprises an outer incision, which is obtained through an outer surface of the sheet and at least partially extends at the pocket, and an inner incision, which is parallel to and staggered, i.e., not superimposed, with respect to the outer incision and is obtained through an inner surface of the sheet, which is opposite to the outer surface; the sealed package is characterized in that: the sealed package is characterized in that a bottom of the outer incision is farther from the outer surface of the sheet than a bottom of the inner incision, i.e., the bottom of the outer incision is closer to the inner surface of the sheet than to the bottom of the inner incision; and the difference (Δ) between a distance of the bottom of the outer incision from the outer surface of the sheet and a distance of the bottom of the inner incision from the outer surface of the sheet is comprised between 5% and 25% of a thickness of a supporting layer. a sheet of semi-rigid plastic material; a sealed pocket, which contains a dose of a product and is delimited on one side by the sheet; and a pre-weakened area, which is made in a central area of the sheet for guiding, following a "V" shape folding of the sheet, a controlled breakage of the sheet in the pre-weakened area in order to cause the formation of an outlet opening for the product through the sheet; wherein the pre-weakened area comprises an outer incision, which is obtained through an outer surface of the sheet and at least partially extends at the pocket, and an inner incision, which is parallel to and staggered, i.e., not superimposed, with respect to the outer incision and is obtained through an inner surface of the sheet, which is opposite to the outer surface; the sealed package is characterized in that: the sealed package is characterized in that a bottom of the outer incision is farther from the outer surface of the sheet than a bottom of the inner incision, i.e., the bottom of the outer incision is closer to the inner surface of the sheet than to the bottom of the inner incision; and the difference (Δ) between a distance of the bottom of the outer incision from the outer surface of the sheet and a distance of the bottom of the inner incision from the outer surface of the sheet is comprised between 5% and 25% of a thickness of a supporting layer.
A method for wireless communication at a user equipment, comprising: receiving, from a base station, an indication of a mode for processing a transport block, wherein the mode is associated with a rule set for delivering decoded code blocks to a medium access control layer of the user equipment; receiving, from the base station, the transport block comprising one or more code blocks in a first code block group and one or more code blocks in a second code block group; decoding the one or more code blocks in the first code block group of the transport block to decode one or more bits of the one or more code blocks in the first code block group; determining an alignment of a sub-protocol data unit of the medium access control layer within the first code block group, with a boundary of the first code block group, or within a code block; and delivering, to the medium access control layer of the user equipment and based at least in part on the mode for processing the transport block and based at least in part on determining the alignment of the sub-protocol data unit, the one or more decoded bits of the one or more decoded code blocks in the first code block group before completing the decoding of the second code block group. receiving, from a base station, an indication of a mode for processing a transport block, wherein the mode is associated with a rule set for delivering decoded code blocks to a medium access control layer of the user equipment; receiving, from the base station, the transport block comprising one or more code blocks in a first code block group and one or more code blocks in a second code block group; decoding the one or more code blocks in the first code block group of the transport block to decode one or more bits of the one or more code blocks in the first code block group; determining an alignment of a sub-protocol data unit of the medium access control layer within the first code block group, with a boundary of the first code block group, or within a code block; and delivering, to the medium access control layer of the user equipment and based at least in part on the mode for processing the transport block and based at least in part on determining the alignment of the sub-protocol data unit, the one or more decoded bits of the one or more decoded code blocks in the first code block group before completing the decoding of the second code block group.
A micro electro mechanical systems (MEMS) sensor packaging comprising: a first wafer having a readout integrated circuit (ROIC) formed thereon; a second wafer disposed corresponding to the first wafer and having a concave portion on one side thereof and a MEMS sensor prepared on the concave portion; joint solders (140a, 140b) formed along a surrounding of the MEMS sensor and sealing the MEMS sensor by joining the first and second wafers; and pad solders (150a, 150b) formed inner side of the joint solder (140a, 140b), and to electrically connect the ROIC circuit of the first wafer and the MEMS sensor of the second wafer by connecting the first wafer and the second wafer, wherein the pad solders (150a, 150b) are made from the same metal material as the joint solders (140a, 140b). a first wafer having a readout integrated circuit (ROIC) formed thereon; a second wafer disposed corresponding to the first wafer and having a concave portion on one side thereof and a MEMS sensor prepared on the concave portion; joint solders (140a, 140b) formed along a surrounding of the MEMS sensor and sealing the MEMS sensor by joining the first and second wafers; and pad solders (150a, 150b) formed inner side of the joint solder (140a, 140b), and to electrically connect the ROIC circuit of the first wafer and the MEMS sensor of the second wafer by connecting the first wafer and the second wafer, wherein the pad solders (150a, 150b) are made from the same metal material as the joint solders (140a, 140b).
Method for the detection of more than one signal contained in a receive signal, the method comprising: down-converting the receive signal, thereby providing a down-converted signal in a complex inphase-quadrature, IQ, base band; and at least partially cancelling a strongest user signal in the down-converted signal, thereby allowing for the detection of a possible secondary user signal; wherein the strongest user signal is at least partially cancelled by (i) phase and frequency compensating said down converted signal and using a projection in the time domain of the phase and frequency compensated down-converted signal onto a projection axis of the complex IQ plane; or, (ii) using a subtraction of conjugate symmetric sidebands of the Fourier transform of the strongest user signal from the Fourier transform of the down-converted signal in the frequency domain. down-converting the receive signal, thereby providing a down-converted signal in a complex inphase-quadrature, IQ, base band; and at least partially cancelling a strongest user signal in the down-converted signal, thereby allowing for the detection of a possible secondary user signal; wherein the strongest user signal is at least partially cancelled by (i) phase and frequency compensating said down converted signal and using a projection in the time domain of the phase and frequency compensated down-converted signal onto a projection axis of the complex IQ plane; or, (ii) using a subtraction of conjugate symmetric sidebands of the Fourier transform of the strongest user signal from the Fourier transform of the down-converted signal in the frequency domain. (i) phase and frequency compensating said down converted signal and using a projection in the time domain of the phase and frequency compensated down-converted signal onto a projection axis of the complex IQ plane; or, (ii) using a subtraction of conjugate symmetric sidebands of the Fourier transform of the strongest user signal from the Fourier transform of the down-converted signal in the frequency domain.
A disc brake caliper having: a housing; a piston for moving a friction element into contact with a rotor; a yoke for at least partially guiding the piston, the yoke being positioned within the housing and moveable relative to the housing; and a guide member along which the yoke is slideable; wherein the guide member is a component separate to the yoke and the housing and is mounted to the housing one or more guide surfaces formed on a surface of the yoke for opposing one or more guide surfaces formed on a surface of the housing characterised in that the guide member is a guide pin, and a bore is formed in the yoke for sliding engagement with the guide pin, and wherein the guide pin and bore are positioned towards one side of the yoke, and the guide surfaces (41, 51) are formed on two opposing surfaces of the yoke and housing towards an end of the yoke opposite the position of the guide pin and bore. a housing; a piston for moving a friction element into contact with a rotor; a yoke for at least partially guiding the piston, the yoke being positioned within the housing and moveable relative to the housing; and a guide member along which the yoke is slideable; wherein the guide member is a component separate to the yoke and the housing and is mounted to the housing one or more guide surfaces formed on a surface of the yoke for opposing one or more guide surfaces formed on a surface of the housing characterised in that the guide member is a guide pin, and a bore is formed in the yoke for sliding engagement with the guide pin, and wherein the guide pin and bore are positioned towards one side of the yoke, and the guide surfaces (41, 51) are formed on two opposing surfaces of the yoke and housing towards an end of the yoke opposite the position of the guide pin and bore.
A repair length determination method comprising: an image acquiring step for acquiring, by an image acquiring unit, an image obtained by imaging a crack repair target region in a structure; a detection step for detecting, by a crack detecting unit, a crack (22,23,23C) from the acquired image; a display step for displaying, by a display control unit, the crack detected in the detection step; and a pointing step for pointing a plurality of points including two points at both ends of the crack in response to an instruction from a user, through an operation unit; characterized by an interpolation curve creating step for creating, by an interpolation curve creating unit, an interpolation curve (32,33) by using the points pointed in the pointing step; a repair length determining step for detecting, by a repair length determining unit, a length of the interpolation curve and determining the length of the interpolation curve as the repair length; and an output step for outputting, by an output unit, information of a width of the crack and a length of the interpolation curve corresponding to the width, as well as information of a repair method corresponding to the width. an image acquiring step for acquiring, by an image acquiring unit, an image obtained by imaging a crack repair target region in a structure; a detection step for detecting, by a crack detecting unit, a crack (22,23,23C) from the acquired image; a display step for displaying, by a display control unit, the crack detected in the detection step; and a pointing step for pointing a plurality of points including two points at both ends of the crack in response to an instruction from a user, through an operation unit; characterized by an interpolation curve creating step for creating, by an interpolation curve creating unit, an interpolation curve (32,33) by using the points pointed in the pointing step; a repair length determining step for detecting, by a repair length determining unit, a length of the interpolation curve and determining the length of the interpolation curve as the repair length; and an output step for outputting, by an output unit, information of a width of the crack and a length of the interpolation curve corresponding to the width, as well as information of a repair method corresponding to the width.
An apparatus enabling the coupling by an in- transit ROV in a water column with an in-transit suspended machinery in the water column that is suspended from a link from an in- transit marine surface vessel, platform, or other surface or sub-surface structure, comprising: a suspended machinery; an ROV; at least one docking assembly including a capture collar disposed in one of the ROV and the suspended machinery; an extendable/retractable harpoon respectively disposed in one of the suspended machinery and the ROV; and actuating machinery associated with the extendable/retractable harpoon to controllably effect extension and retraction thereof. a suspended machinery; an ROV; at least one docking assembly including a capture collar disposed in one of the ROV and the suspended machinery; an extendable/retractable harpoon respectively disposed in one of the suspended machinery and the ROV; and actuating machinery associated with the extendable/retractable harpoon to controllably effect extension and retraction thereof.
A method of determining ranked cancer drug treatment options for a subject comprising de novo DNA sequencing of validated and non-validated molecular markers in a sample from the subject to determine their status and correlating the status of said markers with known efficacy data for the cancer drug treatment options wherein said correlating with known efficacy data i) comprises identifying any drug treatment options for which scientific information suggests the drug treatment options will be efficacious in a subject, based on the status of said molecular markers in the sample from the subject; and ii) comprises identifying any drug treatment options for which some scientific information suggests the drug treatment options will be efficacious in the subject, and some scientific information suggests the drug treatment options will not be efficacious in the subject, based on the status of said molecular markers in the sample from the subject; and iii) comprises identifying any drug treatment options for which scientific information indicates the drug treatment options will not be efficacious for the subject, based on the status of said molecular markers in the sample from the subject. i) comprises identifying any drug treatment options for which scientific information suggests the drug treatment options will be efficacious in a subject, based on the status of said molecular markers in the sample from the subject; and ii) comprises identifying any drug treatment options for which some scientific information suggests the drug treatment options will be efficacious in the subject, and some scientific information suggests the drug treatment options will not be efficacious in the subject, based on the status of said molecular markers in the sample from the subject; and iii) comprises identifying any drug treatment options for which scientific information indicates the drug treatment options will not be efficacious for the subject, based on the status of said molecular markers in the sample from the subject.
Composition for protecting an agricultural crop against biotic stress caused by microorganisms, in particular fungi, which composition comprises one or more lignosulfonates and natamycin.
An electro-active lens system comprising: an electro-active lens comprising a plurality of pixels, each pixel of said plurality of pixels having a variable index of refraction; a sensor adapted for sensing an ambient light; and a controller operably connected to said sensor and said electro-active lens, characterized in that said electro-active lens system is configured to provide a variable higher order aberration correction based on a change in ambient lighting detected by the sensor, the variable higher order aberration correction including a plurality of optical prescriptions of a wearer of the lens. an electro-active lens comprising a plurality of pixels, each pixel of said plurality of pixels having a variable index of refraction; a sensor adapted for sensing an ambient light; and a controller operably connected to said sensor and said electro-active lens, characterized in that said electro-active lens system is configured to provide a variable higher order aberration correction based on a change in ambient lighting detected by the sensor, the variable higher order aberration correction including a plurality of optical prescriptions of a wearer of the lens.
Mobile identification device for activation of a security system of a motor vehicle, particularly of an entry and/or driver permission system, with a housing, in which an electronic is arranged, which can be put in communication with the vehicle related to a security system, at least one actuation element accessible for a user, which is usable for an activation of the electric component of the electronic, wherein the actuation element is configured from a base body made of plastic, wherein the actuation element comprises a metallic coating on the outer side and an inner surface which is facing the electronic characterized in that the inner surface is configured with at least one open space free from metallic surface and that a sealing element configured from flexible plastic is arranged between the electronic and the actuation element, wherein the open space of the actuation element is arranged materially with the sealing element.
Device for storage and handling of optical waveguides, comprising a splice cassette receptacle and a distributor for the individual guidance of optical-waveguide fibres adducted as fibre bundles, wherein the splice cassette receptacle comprises at least one guiding channel and the fibres are guidable from the distributor to the guiding channel respectively to one of the guiding channels, and wherein the splice cassette receptacle comprises means for holding a plurality of splice cassettes or of other fibre guiding means, characterized in that the splice cassette receptacle comprises at least one module which is self-supporting and is equipped to be combined into a self-supporting structure together with further modules of the same kind, wherein modules of identical construction are snapable upon each other, such that the size of the splice cassette receptacle is extendable by way of stringing together a freely selectable number of modules.
An apparatus for distributing samples, comprising: a sample package, wherein said sample package comprises a sample product to be distributed being attached to a sample backing; a sample carrier, wherein said sample package is joined to said sample carrier, wherein said sample carrier is a publication, characterized in that said sample package is joined to the publication utilizing two adhesive strips, such that a flat surface of said sample backing of said sample package flatly abuts a surface of the binding of the publication, whereas a back of the sample package rests on the binding of the publication, whereas one of the adhesive strips is attached to the front cover of the publication, and whereas the other of the adhesive strips is attached to the back cover of the publication, whereas the adhesive strips of the sample backing have separation lines, and whereas the sample product being external to said publication. a sample package, wherein said sample package comprises a sample product to be distributed being attached to a sample backing; a sample carrier, wherein said sample package is joined to said sample carrier, wherein said sample carrier is a publication, characterized in that said sample package is joined to the publication utilizing two adhesive strips, such that a flat surface of said sample backing of said sample package flatly abuts a surface of the binding of the publication, whereas a back of the sample package rests on the binding of the publication, whereas one of the adhesive strips is attached to the front cover of the publication, and whereas the other of the adhesive strips is attached to the back cover of the publication, whereas the adhesive strips of the sample backing have separation lines, and whereas the sample product being external to said publication.