mhurhangee/patent-ind-claim-en huggingface dataset:
A domestic compact article folding machine configured for autonomous article folding and comprising: first, second and third primary conveyors (C1, C2, C3), at least two of which being in a stacked formation, each comprising two primary rollers and a primary belt extending thereabout; characterized in that the domestic compact article folding machine further comprises: first and second holding conveyors (U1, U2), each comprising at least three holding rollers and a holding belt extending thereabout, each of the holding conveyors (U1, U2) being in engagement with each of the first and second primary conveyors (C1, C2) respectively; at least a first width-folder being configured to create a fold in the lateral direction of the folding machine for creating a width-fold in the article; and at least a first length-folder being configured to create a fold in the longitudinal direction of the folding machine for creating a length-fold in the article, first, second and third primary conveyors (C1, C2, C3), at least two of which being in a stacked formation, each comprising two primary rollers and a primary belt extending thereabout; characterized in that the domestic compact article folding machine further comprises: first and second holding conveyors (U1, U2), each comprising at least three holding rollers and a holding belt extending thereabout, each of the holding conveyors (U1, U2) being in engagement with each of the first and second primary conveyors (C1, C2) respectively; at least a first width-folder being configured to create a fold in the lateral direction of the folding machine for creating a width-fold in the article; and at least a first length-folder being configured to create a fold in the longitudinal direction of the folding machine for creating a length-fold in the article, first and second holding conveyors (U1, U2), each comprising at least three holding rollers and a holding belt extending thereabout, each of the holding conveyors (U1, U2) being in engagement with each of the first and second primary conveyors (C1, C2) respectively; at least a first width-folder being configured to create a fold in the lateral direction of the folding machine for creating a width-fold in the article; and at least a first length-folder being configured to create a fold in the longitudinal direction of the folding machine for creating a length-fold in the article,
A method for wireless communications at a base station, comprising: transmitting an indication of which of a clustered scheme for transmitting consecutive control information resource sets, or a distributed scheme for transmitting interleaved control information and downlink data transmissions is configured for control information transmissions; transmitting , during first time resources and over a first frequency bandwidth, first control information scheduling a first data transmission during second time resources and over a second frequency bandwidth, the first time resources being selected based at least in part on the indication; transmitting , during third time resources and over a third frequency bandwidth, second control information scheduling a second data transmission during fourth time resources and over a fourth frequency bandwidth, the third time resources being selected based at least in part on the indication; transmitting the first data transmission during the second time resources; and transmitting the second data transmission during the fourth time resources. transmitting an indication of which of a clustered scheme for transmitting consecutive control information resource sets, or a distributed scheme for transmitting interleaved control information and downlink data transmissions is configured for control information transmissions; transmitting , during first time resources and over a first frequency bandwidth, first control information scheduling a first data transmission during second time resources and over a second frequency bandwidth, the first time resources being selected based at least in part on the indication; transmitting , during third time resources and over a third frequency bandwidth, second control information scheduling a second data transmission during fourth time resources and over a fourth frequency bandwidth, the third time resources being selected based at least in part on the indication; transmitting the first data transmission during the second time resources; and transmitting the second data transmission during the fourth time resources.
A magnetic field communication system, comprising: metal equipment; a sensor unit , disposed inside the metal equipment, including: a sensor configured to detect an internal state of the metal equipment and to output a sensing signal indicative of the detected state, and an interface configured to convert the outputted sensing signal into a magnetic field signal and to transmit the magnetic field signal outside the metal equipment; and an adapter disposed outside the metal equipment and configured to receive the transmitted magnetic field signal from the sensor unit and to analyze the received magnetic field signal in order to determine a status of the internal state of the metal equipment, characterized in that : the adapter includes: a magnetic field receiver configured to receive the magnetic field signal and to output a value indicative of the received magnetic field signal; a controller configured to analyze the value from the magnetic field receiver and to determine the status of the internal state of the metal equipment based on the analyzed value; and a power supply unit configured to generate power using the magnetic field signal from the sensor unit and to store the generated power. metal equipment; a sensor unit , disposed inside the metal equipment, including: a sensor configured to detect an internal state of the metal equipment and to output a sensing signal indicative of the detected state, and an interface configured to convert the outputted sensing signal into a magnetic field signal and to transmit the magnetic field signal outside the metal equipment; and a sensor configured to detect an internal state of the metal equipment and to output a sensing signal indicative of the detected state, and an interface configured to convert the outputted sensing signal into a magnetic field signal and to transmit the magnetic field signal outside the metal equipment; and an adapter disposed outside the metal equipment and configured to receive the transmitted magnetic field signal from the sensor unit and to analyze the received magnetic field signal in order to determine a status of the internal state of the metal equipment, characterized in that : the adapter includes: a magnetic field receiver configured to receive the magnetic field signal and to output a value indicative of the received magnetic field signal; a controller configured to analyze the value from the magnetic field receiver and to determine the status of the internal state of the metal equipment based on the analyzed value; and a power supply unit configured to generate power using the magnetic field signal from the sensor unit and to store the generated power. a magnetic field receiver configured to receive the magnetic field signal and to output a value indicative of the received magnetic field signal; a controller configured to analyze the value from the magnetic field receiver and to determine the status of the internal state of the metal equipment based on the analyzed value; and a power supply unit configured to generate power using the magnetic field signal from the sensor unit and to store the generated power.
A heat exchanger tube inserting apparatus for inserting, in a process of assembling a heat exchanger including a number of fins and heat exchanger tubes passing through the number of fins, a heat exchanger tube into insertion holes formed in the fins comprising: a roller conveyor section including a roller for advancing the heat exchanger tube in a conveyance direction (Y) to thereby insert the heat exchanger tube into the insertion holes of the fins and to a first position (I) by rotation of the roller; a pushing section for pushing the heat exchanger tube which has been moved to the first position (I) by the roller conveyor section to a second position (II) located further inside than the first position (I), a main body frame supporting the roller conveyor section and the pushing section , and a horizontal mover for moving the main body frame horizontally, the heat exchanger tube inserting apparatus being characterized in that the pushing section is mounted to a lower mounting board of the main body frame and at a side of the roller conveyor section at the upstream side of the roller conveyor section in the horizontal movement direction (X) of the main body frame by the horizontal mover , which is a direction perpendicularly intersecting the conveyance direction (Y). a roller conveyor section including a roller for advancing the heat exchanger tube in a conveyance direction (Y) to thereby insert the heat exchanger tube into the insertion holes of the fins and to a first position (I) by rotation of the roller; a pushing section for pushing the heat exchanger tube which has been moved to the first position (I) by the roller conveyor section to a second position (II) located further inside than the first position (I), a main body frame supporting the roller conveyor section and the pushing section , and a horizontal mover for moving the main body frame horizontally, the heat exchanger tube inserting apparatus being characterized in that the pushing section is mounted to a lower mounting board of the main body frame and at a side of the roller conveyor section at the upstream side of the roller conveyor section in the horizontal movement direction (X) of the main body frame by the horizontal mover , which is a direction perpendicularly intersecting the conveyance direction (Y).
An animal related system with an animal related space arranged to accommodate an animal , in particular a dairy animal, the system comprising an animal related device that is arranged to perform an animal related action on the animal when present in the animal related space, which system comprises a device controller with a camera system , wherein the device controller is arranged to control the animal related device for performing the animal related action on the basis of the 3D image as determined by the camera system, wherein the camera system is a camera system configured to create 3D images of the animal or a part of the animal, in particular a back part or teat of a cow, comprising a 3D camera device to capture images of the object, and a processing device operatively connected to the 3D camera device and arranged to determine a 3D image from the captured images, wherein the 3D camera device comprises at least two components, a first component comprising a first 2D receiver arranged to capture images of the object, and a second component comprising at least one of - a second 2D receiver arranged to capture images of the object, and - an illuminating unit configured to project light on the object, characterized in that the camera system comprises a mover device configured to move at least one of said components with a reciprocating movement during capturing of images, in particular a translating movement, wherein an amplitude of the reciprocating movement is below 5 mm, preferably below 2 mm, and wherein a frequency of the reciprocating movement is within the range of 0.25-20 Hz, preferably within the range of 0.5-5 Hz. - a second 2D receiver arranged to capture images of the object, and - an illuminating unit configured to project light on the object,
A resonator for use in an accelerometer , said resonator comprising: a substrate ; a transparent cover ; and a proof mass mounted between said substrate and said transparent cover , said proof mass comprising: a central portion ; a first spring ; a first portion coupled to said central portion by said first spring ; a second spring ; and a second portion coupled to said central portion by said second spring ; and wherein the central portion of the proof mass is configured to absorb a portion of a light beam. a substrate ; a transparent cover ; and a proof mass mounted between said substrate and said transparent cover , said proof mass comprising: a central portion ; a first spring ; a first portion coupled to said central portion by said first spring ; a second spring ; and a second portion coupled to said central portion by said second spring ; and a central portion ; a first spring ; a first portion coupled to said central portion by said first spring ; a second spring ; and a second portion coupled to said central portion by said second spring ; and wherein the central portion of the proof mass is configured to absorb a portion of a light beam.
An injection mold comprising: a first mold half ; a second mold half , said first and second mold halves being supported and movable relative to each other, said first and second mold halves having a mold shut height when said mold is an operational configuration; and a core plate adjustment mechanism that is integrated with and embedded within said first mold half and includes at least one core plate adjustment device received in a recess defined in a core plate of said first mold half , said at least one core plate adjustment device being operable to move between a retracted position and an extended position, wherein said at least one core plate adjustment device comprises an engagement portion with an engagement surface , and characterised by said mold being operable such that when said core plate adjustment device is in said extended position, said engagement surface provides for an increased distance between said core plate and a stripper plate of said first mold half to thereby adjust said mold shut height. a first mold half ; a second mold half , said first and second mold halves being supported and movable relative to each other, said first and second mold halves having a mold shut height when said mold is an operational configuration; and a core plate adjustment mechanism that is integrated with and embedded within said first mold half and includes at least one core plate adjustment device received in a recess defined in a core plate of said first mold half , said at least one core plate adjustment device being operable to move between a retracted position and an extended position, wherein said at least one core plate adjustment device comprises an engagement portion with an engagement surface , and characterised by said mold being operable such that when said core plate adjustment device is in said extended position, said engagement surface provides for an increased distance between said core plate and a stripper plate of said first mold half to thereby adjust said mold shut height.
Device for the end cutoff of a motorised drive device of a winding shaft of a roller shutter , having a sensor for detecting torque changes resulting from loads and/or load change processes acting on the winding shaft or the drive device , wherein the sensor is formed as a mechanical switching element which has two interacting components , of which the angular position relative to each other, based on a common longitudinal axis , is changeable, wherein, depending on the relative angular position, different switching states of the switching element can be represented, wherein the two components are arranged concentrically around the longitudinal axis , and the first component , formed as a connecting part, is rotatable by the angle ± α relative to the second component , formed as a switch housing, wherein the first component has an actuating element , with which two switches of the switching element can be actuated, wherein a spring element arranged under preload in a receptacle of the switching element is provided, and wherein stop means for the first component are formed at the ends of the spring element , characterized in that the first switch can be actuated by the first component in a first angular position of the two components relative to each other and, as a result, effects an end cutoff of the motorised drive device in a first end position of a roller shutter shell of the roller shutter, while the second switch can be actuated by the first component in a second angular position of the two components relative to each other and, as a result, effects an end cutoff of the motorised drive device in a second end position of the roller shutter shell of the roller shutter.
A surface-modified inorganic nitride comprising: - an inorganic nitride; and - adsorbed onto a surface of the inorganic nitride, a compound of the formula R 1 - (X-Y) n -R 2 wherein n is an integer of ≥ 3; X each independently is an aromatic hydrocarbon ring group or an aromatic heterocyclic group; Y each independently is a single bond, -O-, -CO-, -CO-O-, -O-CO-, -S-, -CS-, -NR A - wherein R A is H or alkyl, -N=N-, or a divalent unsaturated hydrocarbon group; R 1 and R 2 each independently are H or a substituent; and at least one of R 1 or R 2 is an organic group containing a specific functional group A selected from aldehyde, acyl azide, succinimide, sulfonyl chloride, carboxylic acid chloride, onium, carbonate, aryl halide, carbodiimide, acid anhydride, phosphonic acid, phosphinic acid, phosphoric acid, phosphoric acid ester, sulfonic acid, halogenated alkyl, nitrile, nitro, imidoester, alkoxysilyl, oxetanyl, vinyl, alkynyl and maleimide. - an inorganic nitride; and - adsorbed onto a surface of the inorganic nitride, a compound of the formula R 1 - (X-Y) n -R 2 wherein n is an integer of ≥ 3; X each independently is an aromatic hydrocarbon ring group or an aromatic heterocyclic group; Y each independently is a single bond, -O-, -CO-, -CO-O-, -O-CO-, -S-, -CS-, -NR A - wherein R A is H or alkyl, -N=N-, or a divalent unsaturated hydrocarbon group; R 1 and R 2 each independently are H or a substituent; and at least one of R 1 or R 2 is an organic group containing a specific functional group A selected from aldehyde, acyl azide, succinimide, sulfonyl chloride, carboxylic acid chloride, onium, carbonate, aryl halide, carbodiimide, acid anhydride, phosphonic acid, phosphinic acid, phosphoric acid, phosphoric acid ester, sulfonic acid, halogenated alkyl, nitrile, nitro, imidoester, alkoxysilyl, oxetanyl, vinyl, alkynyl and maleimide. n is an integer of ≥ 3; X each independently is an aromatic hydrocarbon ring group or an aromatic heterocyclic group; Y each independently is a single bond, -O-, -CO-, -CO-O-, -O-CO-, -S-, -CS-, -NR A - wherein R A is H or alkyl, -N=N-, or a divalent unsaturated hydrocarbon group; R 1 and R 2 each independently are H or a substituent; and at least one of R 1 or R 2 is an organic group containing a specific functional group A selected from aldehyde, acyl azide, succinimide, sulfonyl chloride, carboxylic acid chloride, onium, carbonate, aryl halide, carbodiimide, acid anhydride, phosphonic acid, phosphinic acid, phosphoric acid, phosphoric acid ester, sulfonic acid, halogenated alkyl, nitrile, nitro, imidoester, alkoxysilyl, oxetanyl, vinyl, alkynyl and maleimide.
A cylindrical flow distributor for performing, by means of solid reaction members, a biological or chemical transformation, or physical or chemical trapping from, or release of agents to, a fluidic media, the flow distributor comprising: a top wall ; a bottom wall comprising a central through going opening ; an outer wall extending between the top wall and the bottom wall ; and an inner wall ; wherein the outer wall comprises a first plurality of longitudinally extending ribs arranged side by side along a longitudinal centerline CL of the flow distributor with gaps extending in the circumferential direction between two adjacent ribs , and a circumferentially extending first scaffold encircling and being fixedly attached to a peripheral outer surface of said plurality of longitudinally extending ribs ; wherein the inner wall comprises a second scaffold having an extension along an axial direction of the flow distributor , and a plurality of consecutive turns of a second wire being fixedly attached to an outer surface of said second scaffold , such that axially extending gaps are formed between each turn of said second wire ; and wherein the top wall , the bottom wall , an inner envelope surface of the outer wall and an outer envelope surface of the inner wall facing the outer wall together define a confinement configured to contain solid reaction members or a rigid body of a reaction member material. a top wall ; a bottom wall comprising a central through going opening ; an outer wall extending between the top wall and the bottom wall ; and an inner wall ; wherein the outer wall comprises a first plurality of longitudinally extending ribs arranged side by side along a longitudinal centerline CL of the flow distributor with gaps extending in the circumferential direction between two adjacent ribs , and a circumferentially extending first scaffold encircling and being fixedly attached to a peripheral outer surface of said plurality of longitudinally extending ribs ; wherein the inner wall comprises a second scaffold having an extension along an axial direction of the flow distributor , and a plurality of consecutive turns of a second wire being fixedly attached to an outer surface of said second scaffold , such that axially extending gaps are formed between each turn of said second wire ; and wherein the top wall , the bottom wall , an inner envelope surface of the outer wall and an outer envelope surface of the inner wall facing the outer wall together define a confinement configured to contain solid reaction members or a rigid body of a reaction member material.
A work string for conducting a downhole operation within a wellbore, the work string comprising: a running string which defines a flowbore ; a bottom hole assembly having at least one electrically powered sensor or tool; a hybrid cable within the flowbore , the hybrid cable including at least one electrical conductor and at least one optic fiber ; a connector which interconnects the bottom hole assembly with the running string ; wherein the electrical conductor passes through the connector and is interconnected with the electrically powered sensor or tool within the bottom hole assembly ; and the optic fiber terminates within the connector . a running string which defines a flowbore ; a bottom hole assembly having at least one electrically powered sensor or tool; a hybrid cable within the flowbore , the hybrid cable including at least one electrical conductor and at least one optic fiber ; a connector which interconnects the bottom hole assembly with the running string ; wherein the electrical conductor passes through the connector and is interconnected with the electrically powered sensor or tool within the bottom hole assembly ; and the optic fiber terminates within the connector .