mhurhangee/patent-ind-claim-en huggingface dataset:
Double drill rod section with an outer drill rod section and an inner drill rod section , wherein the inner drill rod section has at least one conductor and drilling fluid can be conveyed through the interior of the inner drill string and the annulus between the inner drill string and the outer drill string at least in some sections, wherein the inner drill rod section has a substantially annular external contact in the annulus , electrically connected with the externally routed conductor , for forming an electric connection of the conductor with a further electric conductor , and a pick-up is in contact with the annular external contact of the inner drill rod section in the annulus between the outer drill rod section and the inner drill rod section connected with the outer drill rod section in a torque-proof way, wherein the pick-up is connected with the further conductor and the outer region of the inner drill rod section is sealed in the region of the external contact by means of sealing elements distanced from each other in longitudinal direction of the double drill rod section and the pick-up is sealed off from the annulus between the inner drill rod section and the outer drill rod section , wherein the double drill rod section has a sealing means in the inner drill rod section , which prevents an ingress of drilling fluid into the region of the inner drill rod section in which the conductor is connected with the external contact .
Column for supporting a covering, comprising a core profiled section having a plurality of fitting grooves in its periphery and a plurality of interchangeable insertion profiled sections which are each interchangeably fittable into each fitting groove, in such a way that, after fitting one of said insertion profiled sections into each fitting groove, the column has a substantially rectangular cross section and each inserted insertion profiled section forms a corner of the substantially rectangular cross section of the column , wherein each side wall of the column between the insertion profiled sections is formed by the core profiled section , wherein said core profiled section is made of one piece, wherein the outer walls of the insertion profiled sections are aligned with the corresponding side walls of the core profiled section so that the outer walls of the insertion profiled sections and the side walls of the core profiled section form together the outer walls of the column defining said substantially rectangular cross section of the column , characterized in that the insertion profiled sections are fittable into each fitting groove, along both side edges connected to the core profiled section .
A saddle-ride-type vehicle provided with a seat on which a rider is seated, a floor-shaped step which supports legs of the rider, and an undercover which covers the step from below, wherein an electric component is arranged below a tread surface of the step and above the undercover , a high-temperature component having a higher temperature than the electric component is arranged at a position above the undercover , a hollow heat shielding wall having a front wall portion and a rear wall portion formed behind the front wall portion in a spaced-apart manner is formed on the undercover in an upwardly projecting manner, wherein the hollow heat shielding wall includes left and right side wall portions respectively connect left and right end portions of the front wall portion and left and right end portions of the rear wall portion to each other, and characterized in that a ceiling connects an upper end of the front wall portion , an upper end of the rear wall portion and upper ends of the left and right side wall portions to each other so that leakage of air in the upward direction is prevented by the ceiling . an electric component is arranged below a tread surface of the step and above the undercover , a high-temperature component having a higher temperature than the electric component is arranged at a position above the undercover , a hollow heat shielding wall having a front wall portion and a rear wall portion formed behind the front wall portion in a spaced-apart manner is formed on the undercover in an upwardly projecting manner, wherein the hollow heat shielding wall includes left and right side wall portions respectively connect left and right end portions of the front wall portion and left and right end portions of the rear wall portion to each other, and characterized in that a ceiling connects an upper end of the front wall portion , an upper end of the rear wall portion and upper ends of the left and right side wall portions to each other so that leakage of air in the upward direction is prevented by the ceiling .
Molded foam comprising: a tube body (X1); and a plate-shaped portion (Y1) joined to an outer side of the tube body (X1), wherein the portion of the tube body (X1) is obtained by pressing the foamed resin in the molten state into cavities of split mold blocks with a predetermined blow pressure, the plate-shaped portion (Y1) is obtained by pressing the foamed resin in the molten state with a predetermined pressing force Z, which is applied by the split mold blocks that clamps the foamed resin in the molten state, in the thickness direction of the plate-shaped portion (Y1), and then further compressing to a thickness (T) between the cavities of the split mold blocks , characterized in that an expansion ratio of the molded foam is from 1.5 to 1.8, and a value of a ratio B/A between a thickness A of the tube body (X1) within a range (L1) of 5 mm from a point (α) joined to the plate-shaped portion (Y1) and a thickness B of the plate-shaped portion (Y1) is greater than 1.40 and less than 2.82. a tube body (X1); and a plate-shaped portion (Y1) joined to an outer side of the tube body (X1), wherein the portion of the tube body (X1) is obtained by pressing the foamed resin in the molten state into cavities of split mold blocks with a predetermined blow pressure, the plate-shaped portion (Y1) is obtained by pressing the foamed resin in the molten state with a predetermined pressing force Z, which is applied by the split mold blocks that clamps the foamed resin in the molten state, in the thickness direction of the plate-shaped portion (Y1), and then further compressing to a thickness (T) between the cavities of the split mold blocks , characterized in that an expansion ratio of the molded foam is from 1.5 to 1.8, and a value of a ratio B/A between a thickness A of the tube body (X1) within a range (L1) of 5 mm from a point (α) joined to the plate-shaped portion (Y1) and a thickness B of the plate-shaped portion (Y1) is greater than 1.40 and less than 2.82.
A method for tire inspection, the tire having reinforcements and an inner surface , the tire defining a circumferential direction (C), the method comprising the steps of: positioning a sensor device near the inner surface of the tire, the sensor device having a plurality of sensors arranged along multiple rows arranged adjacent to each other along the circumferential direction of the tire; moving the inner surface of the tire past the rows of sensors; generating a first series of signals from a first row of and a second series of signals from a second row of ; rejecting signals from the first series and the second series which are not indicative of at least one break in the tire reinforcement; and determining signals from the first series and the second series which are indicative of at least one break in the tire reinforcement.
An image processing device comprising: an obtaining portion configured to obtain background image data representing a background image, wherein the background image represents an image including an outline of text; a distribution data generation portion configured to generate distribution data, which is histogram data, representing a tone value distribution of the background image data; and a specific range determination portion configured to determine the specific range, which is a background colour range (A12), based on the distribution data; wherein the specific range includes a plurality of consecutive tone values, and the plurality of consecutive tone values included within the specific range include a peak tone value that is included in a tone value distribution of the background image data and corresponds to a background of the outline of the text; and characterised by further comprising: a correction portion configured to perform a correction process on the background image data for setting a value of a first-type pixel having a tone value within the specific range before the correction process is performed, to a tone value within the specific range after the correction process is performed, and a value of a second-type pixel having a tone value out of the specific range before the correction process is performed, to a tone value within the specific range after the correction process is performed, wherein the correction process includes a process for reducing obtrusiveness of the outline of the text in the background image. an obtaining portion configured to obtain background image data representing a background image, wherein the background image represents an image including an outline of text; a distribution data generation portion configured to generate distribution data, which is histogram data, representing a tone value distribution of the background image data; and a specific range determination portion configured to determine the specific range, which is a background colour range (A12), based on the distribution data; wherein the specific range includes a plurality of consecutive tone values, and the plurality of consecutive tone values included within the specific range include a peak tone value that is included in a tone value distribution of the background image data and corresponds to a background of the outline of the text; and characterised by further comprising: a correction portion configured to perform a correction process on the background image data for setting a value of a first-type pixel having a tone value within the specific range before the correction process is performed, to a tone value within the specific range after the correction process is performed, and a value of a second-type pixel having a tone value out of the specific range before the correction process is performed, to a tone value within the specific range after the correction process is performed, wherein the correction process includes a process for reducing obtrusiveness of the outline of the text in the background image.
Device for producing an expanded granulate from mineral material in the form of grains of sand with an expanding agent, for example for producing an expanded granulate from perlite sand or obsidian sand with bonded water as expanding agent, the device comprising a furnace with a substantially vertical furnace shaft having an upper end and a lower end , wherein a conveying section extends between the two ends which passes through a plurality of heating zones arranged separately from one another in a conveying direction , wherein the heating zones each comprise at least one heating element which can be controlled independently of one another in order to heat the material at least to a critical temperature and to expand the sand grains , wherein furthermore at least one feeding means is provided, which is adapted to feed at least the unexpanded material at one of the two ends of the furnace shaft into the furnace shaft in the direction of the other of the two ends of the furnace shaft in order to expand the material , as viewed in conveying direction , in the last half, preferably in the last third, of the conveying section , wherein at least one directing element is provided, which is arranged at least in sections in the furnace shaft , wherein the directing element forms a gap with an inner wall of the furnace shaft at least in the region of the one of the two ends of the furnace shaft , wherein the at least one feeding means is adapted for feeding the unexpanded material into the gap , characterised in that releasable fastening means are provided for the at least one directing element in order to be able to remove the at least one directing element from the furnace shaft and reinsert it as required.
A catheter pump assembly , comprising: a proximal portion and a distal portion; an impeller disposed at the distal portion and configured to pump blood generally in a longitudinal direction, the impeller including one or more impeller blades ; and a stator assembly expandable from a collapsed configuration to a deployed configuration and disposed downstream of the impeller , the stator assembly including one or more stator blades extending outwardly from a central body , each of the stator blades having a first region (A) with higher curvature with respect to a line parallel to a longitudinal axis of the central body and a second region (B) with lower curvature with respect to a line parallel to a longitudinal axis of the central body , the first region (A) being between a leading edge of the stator blade and the second region (B). a proximal portion and a distal portion; an impeller disposed at the distal portion and configured to pump blood generally in a longitudinal direction, the impeller including one or more impeller blades ; and a stator assembly expandable from a collapsed configuration to a deployed configuration and disposed downstream of the impeller , the stator assembly including one or more stator blades extending outwardly from a central body , each of the stator blades having a first region (A) with higher curvature with respect to a line parallel to a longitudinal axis of the central body and a second region (B) with lower curvature with respect to a line parallel to a longitudinal axis of the central body , the first region (A) being between a leading edge of the stator blade and the second region (B).
Work safety scaffold for safe working on roof structures , in particular on at least partially glazed roof structures, for example on glass roofs of greenhouses, or on industrial roofs, with at least two catwalks lying opposite one another and extending transversely to the ridge direction of a roof ridge of the roof structure , and with at least one locomotion system for moving and/or displacing the work safety scaffold in the ridge direction, wherein a working area with an access opening to the roof structure is formed between the catwalks , and wherein a fall protection system is provided for protecting a person, and wherein the person is held by the fall protection system at a suspension point (A) against further falling in the event of a safety situation, characterized in that the suspension point (A) is located in the central area between the catwalks , so that the person is held in the central area between the catwalks in the event of securing, the fall protection system having at least one securing beam arranged centrally between the catwalks and extending transversely to the ridge direction, wherein the person is held at the suspension point (A) via the securing beam and the position of the suspension point (A) is predetermined by the securing beam , wherein the securing beam shifts the position of the fallen person in the event of securing into the central region of the access opening between the catwalks and wherein the securing beam is arranged at a height of at least 1.80 m above the catwalks .
A method of operating a network node in a communications network, the method comprising: for each of a number (N(T)) of respective samples over a period of time (T), determining a respective number (M1 1,j (T)) of physical resource blocks, PRBs, for a first communication device (UE 1 ) for the respective sample; for each of the number (N(T)) of respective samples over the period of time (T), determining a respective number (L 1,j (T)) of multiple input multiple output, MIMO, layers scheduled for the first communication device (UE 1 ) for the respective sample; and determining a PRB usage value (M(T)) for the period of time (T) based on the respective number (M1 1,j (T)) of PRBs for the first communication device (UE 1 ) for each of the number (N(T)) of respective samples over the period of time (T) and based on the respective number (L 1,j (T)) of MIMO layers scheduled for the first communication device (UE 1 ) for each of the number (N(T)) of respective samples over the period of time (T). for each of a number (N(T)) of respective samples over a period of time (T), determining a respective number (M1 1,j (T)) of physical resource blocks, PRBs, for a first communication device (UE 1 ) for the respective sample; for each of the number (N(T)) of respective samples over the period of time (T), determining a respective number (L 1,j (T)) of multiple input multiple output, MIMO, layers scheduled for the first communication device (UE 1 ) for the respective sample; and determining a PRB usage value (M(T)) for the period of time (T) based on the respective number (M1 1,j (T)) of PRBs for the first communication device (UE 1 ) for each of the number (N(T)) of respective samples over the period of time (T) and based on the respective number (L 1,j (T)) of MIMO layers scheduled for the first communication device (UE 1 ) for each of the number (N(T)) of respective samples over the period of time (T).
A solid concentrated detergent composition comprising alkali metal hydroxide, alkali metal tripolyphosphate, and methylglycinediacetic acid. alkali metal hydroxide, alkali metal tripolyphosphate, and methylglycinediacetic acid.
A prosthetic foot, comprising: an elongate support member of carbon filament material having a top surface ; an adapter comprising: a compressible member ; a base portion; a cavity sized to receive the compressible member ; a connector portion extending from the base portion and configured to releasably secure the prosthetic foot to a prosthesis, wherein the base portion comprises a contact surface arranged to contact the top surface of the support member, wherein the volume of the cavity provides a gap (G) between the compressible member and the surfaces of the cavity prior to use, the compressible member is deformable to fill the cavity when compressed and wherein the application of a force to the connector portion compresses the compressible member to dampen movement of the base portion relative to the support member until the contact surface contacts the top surface . a compressible member ; a base portion; a cavity sized to receive the compressible member ; a connector portion extending from the base portion and configured to releasably secure the prosthetic foot to a prosthesis, wherein the base portion comprises a contact surface arranged to contact the top surface of the support member, wherein the volume of the cavity provides a gap (G) between the compressible member and the surfaces of the cavity prior to use, the compressible member is deformable to fill the cavity when compressed and wherein the application of a force to the connector portion compresses the compressible member to dampen movement of the base portion relative to the support member until the contact surface contacts the top surface .
A robotic system , comprising: at least one robot ; a robot controller configured to control an operation of the at least one robot ; a robot sensor system with at least one robot sensor , wherein the robot sensor system is coupled to the robot controller and configured to detect presence of an object in a robot safety zone , which robot safety zone at least partially surrounds the at least one robot ; and at least one automated vehicle for supplying the at least one robot ; wherein the at least one automated vehicle comprises at least one vehicle sensor configured to detect presence of an object in a vehicle safety zone , which vehicle safety zone at least partially surrounds the at least one automated vehicle ; wherein the robot controller is configured to determine an entry of the at least one automated vehicle into the robot safety zone ; and wherein the robot controller is configured to adjust at least a part of the robot safety zone in response to determining the entry of the at least one vehicle into the robot safety zone , characterized in that the robot controller is configured to adjust the robot safety zone based on merging at least a part of the robot safety zone and at least a part of the vehicle safety zone . at least one robot ; a robot controller configured to control an operation of the at least one robot ; a robot sensor system with at least one robot sensor , wherein the robot sensor system is coupled to the robot controller and configured to detect presence of an object in a robot safety zone , which robot safety zone at least partially surrounds the at least one robot ; and at least one automated vehicle for supplying the at least one robot ; wherein the at least one automated vehicle comprises at least one vehicle sensor configured to detect presence of an object in a vehicle safety zone , which vehicle safety zone at least partially surrounds the at least one automated vehicle ; wherein the robot controller is configured to determine an entry of the at least one automated vehicle into the robot safety zone ; and wherein the robot controller is configured to adjust at least a part of the robot safety zone in response to determining the entry of the at least one vehicle into the robot safety zone , characterized in that the robot controller is configured to adjust the robot safety zone based on merging at least a part of the robot safety zone and at least a part of the vehicle safety zone .
A method of current control of a biasing stage of an electronic system - wherein the electronic system comprises a biasing transistor and an output transistor , - wherein the biasing transistor and the output transistor are of the same type - wherein both gates of the biasing transistor and the output transistor are interconnected as a current mirror connected to a supply voltage, - wherein the drain of the output transistor is connected to an output voltage of the electronic system; characterised in that the method comprises the steps of: - detecting if the supply voltage, reduced by a threshold voltage, is not higher than the output voltage; - maintaining the drain-source voltage across the biasing transistor to be the same as the drain-source voltage across the output transistor if said condition is detected; and - connecting the gate and the drain of the biasing transistor otherwise. - wherein the biasing transistor and the output transistor are of the same type - wherein both gates of the biasing transistor and the output transistor are interconnected as a current mirror connected to a supply voltage, - wherein the drain of the output transistor is connected to an output voltage of the electronic system; - detecting if the supply voltage, reduced by a threshold voltage, is not higher than the output voltage; - maintaining the drain-source voltage across the biasing transistor to be the same as the drain-source voltage across the output transistor if said condition is detected; and - connecting the gate and the drain of the biasing transistor otherwise.