mhurhangee/patent-ind-claim-en huggingface dataset:
Flexible pipe body for a flexible pipe for transporting production fluid from a sub-sea location, comprising: an inner sheath layer for retaining fluid within a bore of the flexible pipe body ; an outer sheath layer provided radially outwardly of the inner sheath layer ; a pressure armour layer formed from an interlocked construction of wires wound with a lay angle close to 90° and first and second tensile armour layers formed from a plurality of metallic wires helically wound along the length of the pipe body, each between the inner sheath layer and the outer sheath layer , an abrasion layer provided radially outwardly of the outer sheath layer for protecting the outer sheath layer against abrasion damage; and a reinforcement layer provided between the outer sheath layer and the abrasion layer , for protecting the outer sheath layer against impact damage, wherein the reinforcement layer comprises a plurality of filaments that are woven, braided, knitted or otherwise intertwined, wherein the plurality of filaments are embedded in a matrix material. an inner sheath layer for retaining fluid within a bore of the flexible pipe body ; an outer sheath layer provided radially outwardly of the inner sheath layer ; a pressure armour layer formed from an interlocked construction of wires wound with a lay angle close to 90° and first and second tensile armour layers formed from a plurality of metallic wires helically wound along the length of the pipe body, each between the inner sheath layer and the outer sheath layer , an abrasion layer provided radially outwardly of the outer sheath layer for protecting the outer sheath layer against abrasion damage; and a reinforcement layer provided between the outer sheath layer and the abrasion layer , for protecting the outer sheath layer against impact damage, wherein the reinforcement layer comprises a plurality of filaments that are woven, braided, knitted or otherwise intertwined, wherein the plurality of filaments are embedded in a matrix material.
A method for producing stabilized flour comprising: tempering whole grains having bran, germ, and endosperm to obtain a final moisture content in the whole grains of 10% by weight to 14% by weight, based upon the weight of the whole grains; treating the whole grains with an aqueous solution of a lipase inhibitor during the tempering to inhibit lipase in the bran and germ to form treated whole grains; and milling the treated whole grains to obtain a stabilized whole grain flour having a free fatty acid content of less than 3000 ppm when stored at 38°C (100°F) for 30 days, wherein the concentration of the lipase inhibitor during treatment is from 2 molar to 7 molar, and the amount of the inhibitor during treatment is 1 mole to 5 moles of inhibitor per 45.36 kg (100 lbs) of whole grains. tempering whole grains having bran, germ, and endosperm to obtain a final moisture content in the whole grains of 10% by weight to 14% by weight, based upon the weight of the whole grains; treating the whole grains with an aqueous solution of a lipase inhibitor during the tempering to inhibit lipase in the bran and germ to form treated whole grains; and milling the treated whole grains to obtain a stabilized whole grain flour having a free fatty acid content of less than 3000 ppm when stored at 38°C (100°F) for 30 days, wherein the concentration of the lipase inhibitor during treatment is from 2 molar to 7 molar, and the amount of the inhibitor during treatment is 1 mole to 5 moles of inhibitor per 45.36 kg (100 lbs) of whole grains.
Method for engraving, marking, lettering and/or cutting workpieces with applied graphics , in particular a graphic area, comprising the following steps: - Creating and/or loading of a processing job with a graphic or a graphic area, respectively, and identifying features on a display element , in particular a computer ; - Application of the identifying features and the graphic or the graphic area, respectively, on the workpiece ; - Placing of the workpiece in a processing area of a processing device , in particular a laser plotter with an optical unit for detecting the identifying features ; - Detection of the workpiece , in particular the identifying features , in order to determine the position and orientation of the workpiece , in particular of the applied graphics or the graphics area, respectively, in the processing area ; - Execution of the machining process after successful detection of the workpiece , in particular of the graphic or the graphic area, respectively, characterized in that after the position or alignment of the workpiece and/or the graphic or the graphic area has been detected, an engraving verification process is carried out, in which parameters, such as engraving angle deviation, alignment angle deviation, engraving depth, engraving width, etc., for the deviation of the optimal preferably horizontal and/or vertical alignment of the graphic or the graphic area and/or the workpiece are stored on the display element , in particular on the computer , or in a database or the control unit of the laser plotter , whereby these preset values are taken into account during the engraving verification process, so that if a tolerance range of the defined parameters is exceeded, whereby the determined position or alignment of the graphic or the graphic area and/or the workpiece is used to determine whether engraving or lettering, in particular an engraving process in the defined engraving and/or lettering area , is possible or not, the engraving process is stopped. - Creating and/or loading of a processing job with a graphic or a graphic area, respectively, and identifying features on a display element , in particular a computer ; - Application of the identifying features and the graphic or the graphic area, respectively, on the workpiece ; - Placing of the workpiece in a processing area of a processing device , in particular a laser plotter with an optical unit for detecting the identifying features ; - Detection of the workpiece , in particular the identifying features , in order to determine the position and orientation of the workpiece , in particular of the applied graphics or the graphics area, respectively, in the processing area ; - Execution of the machining process after successful detection of the workpiece , in particular of the graphic or the graphic area, respectively,
A method for obtaining, by a user equipment, UE, power headroom information in a communication system, the method comprising: configuring first path loss reference information for a first serving cell and second path loss reference information for a second serving cell, wherein the first path loss reference information indicates one serving cell of which downlink carrier's path loss is to be referenced for the first serving cell and the second path loss reference information indicates one serving cell of which downlink carrier's path loss is to be referenced for the second serving cell; triggering a power headroom report, PHR, in case that a prohibitPHR-Timer expires, a path loss is changed more than a threshold for at least one activated cell which is used as path loss reference based on the first path loss reference information and the second path loss reference information, and there is uplink resources for a new transmission, wherein at least one cell is activated by a medium access control, MAC, control element, CE; obtaining a maximum power for each of activated cells with configured uplink, UL; and obtaining power headroom information for each of activated cells configured with UL, based on the maximum power for each of activated cells with configured UL, in case that a PHR associated with multiple cells is configured. configuring first path loss reference information for a first serving cell and second path loss reference information for a second serving cell, wherein the first path loss reference information indicates one serving cell of which downlink carrier's path loss is to be referenced for the first serving cell and the second path loss reference information indicates one serving cell of which downlink carrier's path loss is to be referenced for the second serving cell; triggering a power headroom report, PHR, in case that a prohibitPHR-Timer expires, a path loss is changed more than a threshold for at least one activated cell which is used as path loss reference based on the first path loss reference information and the second path loss reference information, and there is uplink resources for a new transmission, wherein at least one cell is activated by a medium access control, MAC, control element, CE; obtaining a maximum power for each of activated cells with configured uplink, UL; and obtaining power headroom information for each of activated cells configured with UL, based on the maximum power for each of activated cells with configured UL, in case that a PHR associated with multiple cells is configured.
Coloured plastic obtainable by the catalytic crosslinking of a polyisocyanate composition A in the presence of at least one pigment, characterized in that (i) the plastic comprises at least 5% by weight of a fibrous filler with aspect ratio at least 100, based on the total of the weights of polyisocyanate composition A, pigment and fibrous filler; and (ii) the total nitrogen content bound within uretdione structures, isocyanurate structures, biuret structures and iminooxadiazinedione structures is at least 60% of the total nitrogen content of the polyisocyanate composition A.
A conveyor belt wear monitoring system comprising: a non-contact sensor disposed facing a surface of an upper cover rubber of a conveyor belt ; and a calculation unit into which detection data from the non-contact sensor is inputted, and a flapping prevention member that comes into contact with a surface of a lower cover rubber on the opposite side of the surface of the upper cover rubber detected by the non-contact sensor , wherein the calculation unit obtains an amount of wear (H) of the upper cover rubber by comparing pre-stored reference data with the detection data, characterized in that the non-contact sensor is configured to detect a distance to the surface of the cover rubber in a predetermined range in a belt width direction the flapping prevention member has a flat plate shape and is arranged in a position corresponding to the detection range detected by the non-contact sensor and the non-contact sensor and the flapping prevention member are arranged opposite each other with the conveyor belt therebetween. a non-contact sensor disposed facing a surface of an upper cover rubber of a conveyor belt ; and a calculation unit into which detection data from the non-contact sensor is inputted, and a flapping prevention member that comes into contact with a surface of a lower cover rubber on the opposite side of the surface of the upper cover rubber detected by the non-contact sensor , wherein the calculation unit obtains an amount of wear (H) of the upper cover rubber by comparing pre-stored reference data with the detection data, characterized in that the non-contact sensor is configured to detect a distance to the surface of the cover rubber in a predetermined range in a belt width direction the flapping prevention member has a flat plate shape and is arranged in a position corresponding to the detection range detected by the non-contact sensor and the non-contact sensor and the flapping prevention member are arranged opposite each other with the conveyor belt therebetween.
A control system for controlling a multiphase power converter , the control system comprising: a current control module for generating command signals (Ua_Cmd, Ub_Cmd, Uc_Cmd) for the multiphase power converter ; a supervisory controller for generating active and reactive current command signals for the current control module based on active and reactive power commands set by a user, estimated by an algorithm based on grid conditions, or based on a condition of a DC power supply ; a voltage control module for generating reference converter current command signals for the current control module ; and a current command selector for supplying the active and reactive current command signals from the supervisory controller to the current control module when the multiphase power converter is connected to a grid , and for supplying the reference converter current command signals from the voltage control module to the current control module when the multiphase power converter is unconnected to a grid ; wherein the voltage control module comprises a filter impedance model for determining filter current signals (ICd_FF, ICq_FF) of an LC filter coupled to the multiphase power converter based on reference voltage command signals (V_Cmd) from an oscillator of a phase locked loop ; and wherein the filter impedance model is configured to determine the filter current signals (ICd_FF, ICq_FF) by taking derivatives of the reference voltage command signals (V Cmd) scaled by a capacitor value of the LC filter . a current control module for generating command signals (Ua_Cmd, Ub_Cmd, Uc_Cmd) for the multiphase power converter ; a supervisory controller for generating active and reactive current command signals for the current control module based on active and reactive power commands set by a user, estimated by an algorithm based on grid conditions, or based on a condition of a DC power supply ; a voltage control module for generating reference converter current command signals for the current control module ; and a current command selector for supplying the active and reactive current command signals from the supervisory controller to the current control module when the multiphase power converter is connected to a grid , and for supplying the reference converter current command signals from the voltage control module to the current control module when the multiphase power converter is unconnected to a grid ; wherein the voltage control module comprises a filter impedance model for determining filter current signals (ICd_FF, ICq_FF) of an LC filter coupled to the multiphase power converter based on reference voltage command signals (V_Cmd) from an oscillator of a phase locked loop ; and wherein the filter impedance model is configured to determine the filter current signals (ICd_FF, ICq_FF) by taking derivatives of the reference voltage command signals (V Cmd) scaled by a capacitor value of the LC filter .
A vehicle cruise control device comprising: an external world information acquisition unit configured to acquire at least information about a situation in front of a vehicle ; and a control unit configured to obtain a target trajectory of the vehicle based on a traveling route specification target included in information acquired by the external world information acquisition unit , and perform traveling trajectory control so as to cause the vehicle to travel along the target trajectory, wherein an area where a traveling route branches into a plurality of traveling routes and a target trajectory cannot be obtained based on the traveling route specification target is assumed to be a particular area , and characterized in that , when the vehicle travels the particular area , the control unit determines a traveling route that the vehicle is to travel after traveling the particular area , obtains an interim target trajectory for the particular area based on a traveling route specification target in an area adjacent to the particular area and the determined traveling route, and executes interim traveling trajectory control so that the vehicle travels along the interim target trajectory . an external world information acquisition unit configured to acquire at least information about a situation in front of a vehicle ; and a control unit configured to obtain a target trajectory of the vehicle based on a traveling route specification target included in information acquired by the external world information acquisition unit , and perform traveling trajectory control so as to cause the vehicle to travel along the target trajectory, wherein an area where a traveling route branches into a plurality of traveling routes and a target trajectory cannot be obtained based on the traveling route specification target is assumed to be a particular area , and characterized in that , when the vehicle travels the particular area , the control unit determines a traveling route that the vehicle is to travel after traveling the particular area , obtains an interim target trajectory for the particular area based on a traveling route specification target in an area adjacent to the particular area and the determined traveling route, and executes interim traveling trajectory control so that the vehicle travels along the interim target trajectory .
A distributing machine, in particular a spreading machine and/or sowing machine, having at least one container (7; 8, 9), supported by a support frame , for receiving powdered and/or particulate material to be distributed, at least one outlet opening arranged on the base of the container (7; 8, 9), a metering element that is arranged downstream of the outlet opening and that has a motor-driven metering slide that can be displaced relative to the outlet opening , and at least one distributing element , arranged downstream of the metering element, for distributing the material to be distributed on the ground, wherein the drive of the metering slide of the metering element comprises a threaded spindle that is mounted in an axially fixed manner and that is driven in rotation by means of a motor rotary drive having an axially fixed output shaft , guided along which threaded spindle is a spindle nut that is in engagement with the threaded spindle and that is connected to the metering slide , or to a lever arm arranged thereon, in order to actuate the metering slide by rotation of the threaded spindle , characterized in that metering slide of the metering element is rotationally displaceable about a pivot axis (D), which passes through the base of the container (7; 8, 9) that is provided with the outlet opening , wherein, on the side of the base that is opposite to the metering slide , a lever arm that is connected in a rotationally fixed manner to its pivot axis (D) is connected to the spindle nut .
A multi-linkage handle for a circuit breaker, comprising a first handle , wherein a middle part of the first handle is connectable to an end of a hinging and linking shaft hinged to a a housing of the cricuit breaker, coaxially and rotatably relative to each other, and characterized in that it further comprises a concealed handle connectable to another end of the hinging and linking shaft opposite to the end connectable to the first handle , coaxially and rotatably relative to each other, an intermittent linkage mechanism is disposed between the concealed handle and the first handle , and the concealed handle is intermittently linked to the first handle through the intermittent linkage mechanism, wherein the intermittent linkage mechanism comprises a second handle sleeved on a periphery of the concealed handle coaxially and rotatably relative to each other, the second handle is provided with an intermittent linkage area , and the concealed handle is provided with a protruding block corresponding to the intermittent linkage area ; and the intermittent linkage mechanism further comprises a connection assembly disposed between the first handle and the second handle , and the first handle drives the second handle to work simultaneously through the connection assembly.
Rotating gas turbine blade , comprising an airfoil with a suction side and a pressure side , said airfoil extending in a radial direction from a blade root to a blade tip , wherein said blade tip comprises a tip shroud , said airfoil comprises internal cooling passages for a cooling medium, which extend through said tip shroud , and outlet ports are provided radially outward with respect to a selected internal airfoil cooling passage for said cooling medium to be ejected on the radially outer side of said tip shroud in direction of the blade's pressure side , wherein: - said tip shroud is provided with two or more fins extending parallel to each other on the radially outer side of said tip shroud in circumferential direction; - interspaces are defined between neighbouring of said fins , - elevated areas are provided in said interspaces ; said outlet ports are disposed in said elevated areas ; characterised in that : means for avoiding dust accumulation are provided at the tip end of said selected internal cooling passage , said means for avoiding dust accumulation being disposed in said elevated areas ; and said means for avoiding dust accumulation comprises dust holes extending in radial direction from said selected internal cooling passage to the outside on the radially outer side of the tip shroud . - said tip shroud is provided with two or more fins extending parallel to each other on the radially outer side of said tip shroud in circumferential direction; - interspaces are defined between neighbouring of said fins , - elevated areas are provided in said interspaces ;
A method of manufacturing a three-dimensional object comprising: imparting a first liquid having a first composition including a solvent and a curable material and a second liquid having a second composition to form a liquid film; curing the liquid film; and repeating the imparting and the curing to obtain the three-dimensional object, wherein an imparting position and an imparting amount of each of the first liquid and the second liquid are controlled such that the first liquid and second liquid are imparted to determined sites in predetermined amounts to form a liquid film including multiple areas where at least one of post-curing compression stress and post-curing modulus of elasticity is different. imparting a first liquid having a first composition including a solvent and a curable material and a second liquid having a second composition to form a liquid film; curing the liquid film; and repeating the imparting and the curing to obtain the three-dimensional object, wherein an imparting position and an imparting amount of each of the first liquid and the second liquid are controlled such that the first liquid and second liquid are imparted to determined sites in predetermined amounts to form a liquid film including multiple areas where at least one of post-curing compression stress and post-curing modulus of elasticity is different.
A rolled tissue product comprising a spirally wound embossed, multi-ply tissue web having a first outer surface comprising a plurality of embossments and a non-crosslinked latex polymer disposed thereon, and a second outer surface comprising a plurality of embossments and a non-crosslinked latex polymer disposed thereon, the product having a basis weight from about 45 to about 60 gsm, a geometric mean tensile strength (GMT) from about 700 to about 1,500 g/3" (g/7.62 cm) and a Slough from about 0.10 to about 2.00 mg, wherein the Slough is measured according to the test procedure described herein, wherein the non-crosslinked latex polymer is a vinyl acetate-ethylene latex polymer, and wherein the non-crosslinked latex polymer is comprised in a binder composition which is applied to the web in an amount of 1 to 25 % by weight based upon the total weight of the web.