mhurhangee/ep-ind-claims huggingface dataset:
An agricultural harvester with a row independent harvesting head and a system for sectional yield measurement across a width of the row independent harvesting head, wherein the row independent harvesting head comprises a frame that extends laterally and generally perpendicular to a direction of travel "V" and a reciprocating knife fixed to a forward edge of the frame and extending substantially an entire width of the frame, and the system for sectional yield measurement comprises an ECU configured to determine a sectional crop yield in zones (A-H) across the width of the harvesting head, characterized in that the frame is a draper frame with a plurality of rollers (122, 126) spaced apart from one another across the width of the draper frame, wherein the plurality of rollers rotate about axes that extend generally parallel to the direction of travel "V", that a first endless belt (120, 124) is supported on the plurality of rollers (122, 126) and disposed behind the reciprocating knife to receive cut crop material severed by the reciprocating knife, that load sensors are disposed to sense a cut crop load applied to the plurality of rollers (122, 126) and to generate signals indicative of the cut crop load, that the ECU is coupled to the load sensors and configured to receive the signals indicative of the cut crop load on the respective rollers (122, 126) and to calculate the sectional yield of the row independent harvesting head based at least upon the signals indicative of the cut crop load, and that the ECU is configured to determine the sectional yield of a zone (A-H) based upon a change in load between adjacent rollers that are disposed at the edges of the respective zone (A-H) by calculating a difference between a first signal which is generated by a first load sensor and indicates a cut crop load on a first roller of the plurality of rollers (122, 126) and a second signal which is generated by a second load sensor and indicates a cut crop load on a second roller of the plurality of rollers (122, 126).
Non-rail-bound vehicle, in particular a truck, with a current collector supplying electric energy from a two-pole overhead conductor having a frame bearing a rocker with contact strips which, to establish or interrupt electric sliding contact between contact strips and overhead conductor, is embodied movable, wherein the frame has at least two support extension arms onto the catenary-wire ends of which the rocker is articulated and the vehicle-side ends of which are supported via lower hinge assemblies on the vehicle frame, wherein the rocker, through a tilting movement of the support extension arms around horizontal tilting axes of the lower hinge assemblies, is able to be raised or lowered vertically and, through a pivoting movement of the extension support arms around vertical pivot axes of the lower hinge assemblies, is able to be deflected laterally, characterised in that the lower hinge assemblies are supported on a lifting device connected to the vehicle frame of the vehicle, by means of which the current collector is able to be moved vertically between a lower parked position and an upper operating position.
A computer-implemented method for analysis of a tissue sample, the method comprising: receiving a first image and a second image, wherein the first image is a biomarker image and the second image is an H&E image; performing an analysis of the first image, including deriving features from the first image; receiving an input that identifies at least a portion of the first image; registering at least the portion of the first image to the second image to form a registered image, the registered image comprising a portion of the second image corresponding to the registered portion of the first image; performing an analysis of the registered image, including deriving features from the registered image; merging the features derived from the first image and the features derived from the registered image, wherein the features include probability features derived from the registered image; and classifying nuclei within the first image based on the merged features. receiving a first image and a second image, wherein the first image is a biomarker image and the second image is an H&E image; performing an analysis of the first image, including deriving features from the first image; receiving an input that identifies at least a portion of the first image; registering at least the portion of the first image to the second image to form a registered image, the registered image comprising a portion of the second image corresponding to the registered portion of the first image; performing an analysis of the registered image, including deriving features from the registered image; merging the features derived from the first image and the features derived from the registered image, wherein the features include probability features derived from the registered image; and classifying nuclei within the first image based on the merged features.
Tyre for vehicles which are intended to bear heavy loads, the tread of which comprises a composition based on at least: - an elastomer matrix comprising: ∘ a thermoplastic styrene elastomer which represents from 10 to 45% by weight of the elastomer matrix, which thermoplastic styrene elastomer comprises at least one rigid styrene segment and at least one flexible diene segment, which at least one flexible diene segment comprises at least 20% by weight of conjugated diene units, it being possible for the conjugated diene units to be all or in part hydrogenated, ∘ a diene elastomer selected from the group consisting of polybutadienes, butadiene copolymers and mixtures thereof, which represents more than 50% of the difference between the weight of the elastomer matrix and the weight of the thermoplastic styrene elastomer, - a reinforcing filler comprising ∘ silica, between 50% and 99% by weight of the reinforcing filler, ∘ carbon black, between 1% and 50% by weight of the reinforcing filler, ∘ the content of reinforcing filler varying within a range extending from 20 to 60 phr, - a coupling agent, - a crosslinking system. - an elastomer matrix comprising: ∘ a thermoplastic styrene elastomer which represents from 10 to 45% by weight of the elastomer matrix, which thermoplastic styrene elastomer comprises at least one rigid styrene segment and at least one flexible diene segment, which at least one flexible diene segment comprises at least 20% by weight of conjugated diene units, it being possible for the conjugated diene units to be all or in part hydrogenated, ∘ a diene elastomer selected from the group consisting of polybutadienes, butadiene copolymers and mixtures thereof, which represents more than 50% of the difference between the weight of the elastomer matrix and the weight of the thermoplastic styrene elastomer, ∘ a thermoplastic styrene elastomer which represents from 10 to 45% by weight of the elastomer matrix, which thermoplastic styrene elastomer comprises at least one rigid styrene segment and at least one flexible diene segment, which at least one flexible diene segment comprises at least 20% by weight of conjugated diene units, it being possible for the conjugated diene units to be all or in part hydrogenated, ∘ a diene elastomer selected from the group consisting of polybutadienes, butadiene copolymers and mixtures thereof, which represents more than 50% of the difference between the weight of the elastomer matrix and the weight of the thermoplastic styrene elastomer, - a reinforcing filler comprising ∘ silica, between 50% and 99% by weight of the reinforcing filler, ∘ carbon black, between 1% and 50% by weight of the reinforcing filler, ∘ the content of reinforcing filler varying within a range extending from 20 to 60 phr, ∘ silica, between 50% and 99% by weight of the reinforcing filler, ∘ carbon black, between 1% and 50% by weight of the reinforcing filler, ∘ the content of reinforcing filler varying within a range extending from 20 to 60 phr, - a coupling agent, - a crosslinking system.
A semiconductor device, wherein the semiconductor device is an optical sensor, a photoelectric conversion device, or a solar battery, comprising: a first substrate (101; 301); a first electrode over the first substrate (101; 301); a semiconductor element (102; 302) serving as a light receiving portion over the first electrode and electrically connected to the first electrode; a second electrode over the semiconductor element (102; 302) and electrically connected thereto; a first electrode terminal (103; 313) over the semiconductor element and electrically connected to the first electrode; a second electrode terminal (104; 314) over the semiconductor element and electrically connected to the second electrode; a second substrate having opposing major surfaces and a side surface extending between and connecting said major surfaces; a first connection terminal on the first major surface of the second substrate and extending over the side surface onto the second major surface; and a second connection terminal on the first major surface of the second substrate and extending over the side surface onto the second major surface of the second substrate, wherein the semiconductor element (102; 302) and the second substrate are bonded to each other via an adhesive joint member, wherein the adhesive joint member is an anisotropic conductive adhesive agent or an anisotropic conductive film, wherein the adhesive joint member includes conductive particles (110, 111), wherein the first electrode terminal (103; 313) is electrically connected to the first connection terminal via a conductive particle, and wherein the second electrode terminal (104; 314) is electrically connected to the second connection terminal via a conductive particle. a first substrate (101; 301); a first electrode over the first substrate (101; 301); a semiconductor element (102; 302) serving as a light receiving portion over the first electrode and electrically connected to the first electrode; a second electrode over the semiconductor element (102; 302) and electrically connected thereto; a first electrode terminal (103; 313) over the semiconductor element and electrically connected to the first electrode; a second electrode terminal (104; 314) over the semiconductor element and electrically connected to the second electrode; a second substrate having opposing major surfaces and a side surface extending between and connecting said major surfaces; a first connection terminal on the first major surface of the second substrate and extending over the side surface onto the second major surface; and a second connection terminal on the first major surface of the second substrate and extending over the side surface onto the second major surface of the second substrate,
A receiver for use with a satellite navigation system comprising a constellation of multiple satellites in which each satellite transmits a signal incorporating a spreading code, the receiver including: at least one code storage unit that includes combinatorial logic for storing a memory code comprising a fixed pattern of chips, said stored memory code corresponding to a spreading code incorporated into a signal transmitted from a satellite, wherein said combinatorial logic includes address decoding functionality for retrieving a specified portion of the stored memory code, wherein the internal hardware configuration of said combinatorial logic is customised to the stored set of data; and a correlator for performing a correlation between an incoming signal and the stored memory code retrieved from the at least one code storage unit; characterized in that the internal hardware configuration of said combinatorial logic does not comprise standardised memory cells and the combinatorial logic for storing the memory code and the address functionality are integrated at the physical component level with no clear division between the two. at least one code storage unit that includes combinatorial logic for storing a memory code comprising a fixed pattern of chips, said stored memory code corresponding to a spreading code incorporated into a signal transmitted from a satellite, wherein said combinatorial logic includes address decoding functionality for retrieving a specified portion of the stored memory code, wherein the internal hardware configuration of said combinatorial logic is customised to the stored set of data; and a correlator for performing a correlation between an incoming signal and the stored memory code retrieved from the at least one code storage unit;
An anti-wear sheet for improving anti-wear performance of an object to be protected, comprising: a release film; a resin layer disposed on the release film and including photo-curable resin and hard particles supported by the photo-curable resin; a light-shielding film disposed on an opposite side of the resin layer from the release film; and a shape-maintaining base material embedded in the resin layer and disposed on a side adjacent to the release film within the resin layer. a release film; a resin layer disposed on the release film and including photo-curable resin and hard particles supported by the photo-curable resin; a light-shielding film disposed on an opposite side of the resin layer from the release film; and a shape-maintaining base material embedded in the resin layer and disposed on a side adjacent to the release film within the resin layer.
A mould-filling machine for producing and filling containers from preforms, comprising a mould-filling station having a mould for receiving a preform, the mould having an opening such that an opening region of the preform in the mould is accessible, wherein the mould filling station comprises a processing unit with at least two processing subunits (105, 106), which are characterized in that the at least two processing subunits are movably arranged in the processing unit so that the processing subunits (105, 106) can be alternately positioned above the opening, and the processing unit comprises a sealing element which can be positioned above the opening of the mould so as to form a gas-tight space enclosing the interior of the preform and/or of the container as well as the processing subunits (221, 222, 223).
A distributed mode actuator, comprising: a plate adapted to create a force to cause vibration of a load extending in a plane to generate sound waves, the plate having a width, W T, along a first direction at a first edge of the plate and a length, L T, along a second direction orthogonal to the first direction, the first and second directions being parallel to the plane, the plate extending along the second direction from a first end to a second end; a stub extending from the first edge of the plate, the stub having a width, W S, in the first direction at a region of connection to the plate at the first end of the plate that is less than W T, the stub being attachable to the load to transfer the force received from the plate through to the load and cause the load to vibrate; and a damper supported by a surface of the plate facing the load when the stub is attached to the load, the damper being configured to couple the plate to the load, the damper having a width, W D, extending in the first direction by an amount greater than W S. a plate adapted to create a force to cause vibration of a load extending in a plane to generate sound waves, the plate having a width, W T, along a first direction at a first edge of the plate and a length, L T, along a second direction orthogonal to the first direction, the first and second directions being parallel to the plane, the plate extending along the second direction from a first end to a second end; a stub extending from the first edge of the plate, the stub having a width, W S, in the first direction at a region of connection to the plate at the first end of the plate that is less than W T, the stub being attachable to the load to transfer the force received from the plate through to the load and cause the load to vibrate; and a damper supported by a surface of the plate facing the load when the stub is attached to the load, the damper being configured to couple the plate to the load, the damper having a width, W D, extending in the first direction by an amount greater than W S.
A spinal stabilization system comprising: - a plurality of cross-links, each of the cross-links including a central rod holder and first and second extension members extending and operably attaching each of the cross-links to a vertebral body, and - a rod member extending through the central rod holder of two or more cross-links, thereby creating a stabilized system across multiple levels of the spine, - wherein the first extension member is coupled to a first fixation member, wherein the first fixation member is configured to be attached to the vertebral body and the second extension member is coupled to a second fixation member, wherein the second fixation member is configured to be attached to the vertebral body, characterized in that - the central rod holder comprises a pair of arms (31, 32), wherein each of the arms (31, 32) includes a recessed portion (33,34) and an aperture, both the recessed portion (33, 34) and the aperture configured to be gripped by an insertion instrument advantageously providing additional points of contact with respect to the insertion instrument. - a plurality of cross-links, each of the cross-links including a central rod holder and first and second extension members extending and operably attaching each of the cross-links to a vertebral body, and - a rod member extending through the central rod holder of two or more cross-links, thereby creating a stabilized system across multiple levels of the spine, - wherein the first extension member is coupled to a first fixation member, wherein the first fixation member is configured to be attached to the vertebral body and the second extension member is coupled to a second fixation member, wherein the second fixation member is configured to be attached to the vertebral body, characterized in that - the central rod holder comprises a pair of arms (31, 32), wherein each of the arms (31, 32) includes a recessed portion (33,34) and an aperture, both the recessed portion (33, 34) and the aperture configured to be gripped by an insertion instrument advantageously providing additional points of contact with respect to the insertion instrument.
A flow meter well tool comprising: a volumetric well flow meter to be positioned in a wellbore, the volumetric well flow meter comprising a hollow cylindrical tubing to be positioned in the wellbore, the hollow cylindrical tubing comprising an internal portion, wherein an internal cross-sectional area of the internal portion is less than an internal cross-sectional area of the hollow cylindrical tubing, an internal sensor to measure a pressure differential in an internal fluid through the volumetric well flow meter, characterised in that the volumetric flow meter further comprises an external sensor to measure a pressure differential in an external fluid through an annulus between the wellbore and the volumetric well flow meter when the hollow cylindrical tubing splits well fluid flow through the wellbore into the internal fluid and the external fluid. a volumetric well flow meter to be positioned in a wellbore, the volumetric well flow meter comprising a hollow cylindrical tubing to be positioned in the wellbore, the hollow cylindrical tubing comprising an internal portion, wherein an internal cross-sectional area of the internal portion is less than an internal cross-sectional area of the hollow cylindrical tubing, an internal sensor to measure a pressure differential in an internal fluid through the volumetric well flow meter, characterised in that the volumetric flow meter further comprises an external sensor to measure a pressure differential in an external fluid through an annulus between the wellbore and the volumetric well flow meter when the hollow cylindrical tubing splits well fluid flow through the wellbore into the internal fluid and the external fluid.
An apparatus of a User Equipment, UE, (105; 700) the apparatus comprising: memory; and processing circuitry coupled to the memory (804, 806), wherein to protect a Group Member Discovery Message, the processing circuitry is configured to: generate the Group Member Discovery Message comprising a Proximity services UE identifier, ProSE UE ID, Announcer Info, and a Discovery Group ID, wherein a first part of the Group Member Discovery Message comprising the Discovery Group ID is sent in clear-text, and wherein a remaining part of the Group Member Discovery Message is protected by message-specific confidentiality; calculate a Message Integrity Code, MIC, using a discovery user integrity key, DUIK; add message-specific confidentiality to the Group Member Discovery Message; append the MIC to the Group Member Discovery Message; and encode the Group Member Discovery Message including the appended MIC for transmission; wherein the processing circuitry is further configured to encode, at pre-defined discovery intervals, the Group Member Discovery Message and wherein the memory (804, 806) is configured to store the Group Member Discovery Message. generate the Group Member Discovery Message comprising a Proximity services UE identifier, ProSE UE ID, Announcer Info, and a Discovery Group ID, wherein a first part of the Group Member Discovery Message comprising the Discovery Group ID is sent in clear-text, and wherein a remaining part of the Group Member Discovery Message is protected by message-specific confidentiality; calculate a Message Integrity Code, MIC, using a discovery user integrity key, DUIK; add message-specific confidentiality to the Group Member Discovery Message; append the MIC to the Group Member Discovery Message; and encode the Group Member Discovery Message including the appended MIC for transmission; wherein the processing circuitry is further configured to encode, at pre-defined discovery intervals, the Group Member Discovery Message and wherein the memory (804, 806) is configured to store the Group Member Discovery Message.
A management device for a board work machine comprising: a storage device storing version information in which a current version of software executed by a constitutive device of a board work machine in a production process is associated individually with the multiple constitutive devices, wherein constitutive devices of aboard work machine are devices which make up the board work machine, characterized in that multiple versions of the software, which differ from each other, are installed in advance in the board work machine; and a version designation section configured to designate a version of the software which is to be applied to the production process by selecting one of the multiple versions of the software installed in the board work machine based on a type of the production process and the version information. a storage device storing version information in which a current version of software executed by a constitutive device of a board work machine in a production process is associated individually with the multiple constitutive devices, wherein constitutive devices of aboard work machine are devices which make up the board work machine, characterized in that multiple versions of the software, which differ from each other, are installed in advance in the board work machine; and a version designation section configured to designate a version of the software which is to be applied to the production process by selecting one of the multiple versions of the software installed in the board work machine based on a type of the production process and the version information.