mhurhangee/patent-ind-claim-en huggingface dataset:
A pouch handling machine comprising a frame , multiple pouch related process stations (10 - 18) arranged on the frame in series, and a reciprocating beams conveyor that is adapted to advance pouches intermittently in a horizontal path along said series of multiple stations, wherein the reciprocating beams conveyor comprises: - a left-hand side and a right-hand side elongated reciprocating beam , each of said reciprocating beams being provided at intervals along the length thereof with pouch retention members , - a left-hand side and a right-hand side support member , each of said support members supporting and forming a linear guide for said left-hand side and right-hand side reciprocating beam respectively, - a longitudinal reciprocating motion drive mechanism adapted to cause an intermittent reciprocating motion of the reciprocating beams in the longitudinal direction thereof, - a transverse motion mechanism (40 - 45, 47, 48) adapted to cause a periodic transverse motion of the left-hand side and a right-hand side support members towards and away from one another in order to clamp a pouch between opposed pouch retention members of the left-hand and right-hand reciprocating beams and to release a pouch, characterized in that the longitudinal reciprocating motion drive mechanism comprises a left-hand side and a right-hand side electromagnetic linear actuator , each of said electromagnetic linear actuators being mounted between the respective reciprocating beams and the respective support member , and in that said electromagnetic linear actuators are linked to an electronic controller that is adapted to synchronize the motions of the electromagnetic linear actuators, said controller is provided with a memory wherein, for each of multiple pouch types a respective data set at least representing an actuator motion profile to be performed by each of the actuators when handling the corresponding pouch type, e.g. wherein the data set comprises a profile of linear speed and/or acceleration of the electromagnetic linear actuator as well as stop positions of the electromagnetic linear actuator. - a left-hand side and a right-hand side elongated reciprocating beam , each of said reciprocating beams being provided at intervals along the length thereof with pouch retention members , - a left-hand side and a right-hand side support member , each of said support members supporting and forming a linear guide for said left-hand side and right-hand side reciprocating beam respectively, - a longitudinal reciprocating motion drive mechanism adapted to cause an intermittent reciprocating motion of the reciprocating beams in the longitudinal direction thereof, - a transverse motion mechanism (40 - 45, 47, 48) adapted to cause a periodic transverse motion of the left-hand side and a right-hand side support members towards and away from one another in order to clamp a pouch between opposed pouch retention members of the left-hand and right-hand reciprocating beams and to release a pouch,
An abrasion resistant pulse nozzle comprising a pulse nozzle body , a piston with a piston head body movably provided inside the pulse nozzle body , an elastic member provided between a first holder attached to the piston and a second holder attached to the pulse nozzle body characterized in that the piston head body is provided with an abrasion resistant layer on its front.
A method of analyzing the likelihood of weight regain in a subject who has reached a target weight by practicing a weight loss program, the method comprising determining an amount or presence of at least one microbe and/or product thereof in the gut microbiome of the subject, wherein the amount of said at least one microbe is altered during a prior weight gain period of the subject to reach a level representative of an obese subject and further wherein the amount of said at least one microbe is retained at said level following said weight loss program, wherein the amount or presence of said at least one microbe or product thereof is predictive of weight regain.
Electronic module having the following features: at least one support plate , wherein a contact-making side of the support plate has at least one contact element ; and at least one electronic component which is arranged on the contact-making side , wherein the contact element projects beyond the electronic component , wherein the support plate has at least one passage opening , wherein the passage opening is arranged opposite the electronic component and is in the form of a fluidic channel between the contact-making side and a side of the support plate which is situated opposite the contact-making side , wherein the electronic component has a sensitive region for detecting at least one physical property of an external environment of the electronic module , wherein the sensitive region is situated opposite the contact-making side , characterized in that the passage opening is arranged offset in relation to the sensitive region , and wherein the sensitive region is completely covered by the support plate . at least one support plate , wherein a contact-making side of the support plate has at least one contact element ; and at least one electronic component which is arranged on the contact-making side , wherein the contact element projects beyond the electronic component , wherein the support plate has at least one passage opening , wherein the passage opening is arranged opposite the electronic component and is in the form of a fluidic channel between the contact-making side and a side of the support plate which is situated opposite the contact-making side , wherein the electronic component has a sensitive region for detecting at least one physical property of an external environment of the electronic module , wherein the sensitive region is situated opposite the contact-making side , characterized in that the passage opening is arranged offset in relation to the sensitive region , and wherein the sensitive region is completely covered by the support plate .
A chassis for an autonomous mobile robot, the chassis comprising: a moulded frame comprising a central compartment defined by two side walls (4.1, 4.2) and bottom parts (6.1, 6.2, 3.1, 3.2); outer side shelves (7.1, 7.2) extending from outer sides of the two side walls (4.1, 4.2) at a level between a bottom and a top of the central compartment and configured to provide a mounting support for electrical and electronic equipment; and a detachable top cover mounted on top of the moulded frame , where the top cover covers the central compartment and space above the outer side shelves and the edges of the top cover substantially define the outer periphery of the chassis. a moulded frame comprising a central compartment defined by two side walls (4.1, 4.2) and bottom parts (6.1, 6.2, 3.1, 3.2); outer side shelves (7.1, 7.2) extending from outer sides of the two side walls (4.1, 4.2) at a level between a bottom and a top of the central compartment and configured to provide a mounting support for electrical and electronic equipment; and a detachable top cover mounted on top of the moulded frame , where the top cover covers the central compartment and space above the outer side shelves and the edges of the top cover substantially define the outer periphery of the chassis.
An information processing device for performing packetizing processing of packetizing and adding common header information to encoded data of image data encoded at every precinct, the device comprising: a processor that acquires image data encoded in increments of precincts that are groups of lines including sub-bands that generate one line worth of lowest band components of the image data; creating means adapted to create said common header information based upon precinct header information; dividing means for dividing said precincts of encoded image data into a plurality of partial data for a corresponding plurality of packets, at every predetermined data amount determined beforehand; packetizing means for forming a plurality of packets by adding said common header information created by said creating means to each of said plurality of partial data obtained by said encoded precincts of encoded image data having been divided by said dividing means; and flag setting means for setting, as to a head packet of the packets generated by said packetizing means of which the payload is the head of a precinct of the encoded image data, a head flag included in the common header information, indicating said head packet; and setting, as to a final packet of which the payload is the end of the precinct of the encoded image data, an end flag included in the common header information, indicating said final packet; wherein said head flag has only one of two fixed values, and said end flag has only one of two fixed values. a processor that acquires image data encoded in increments of precincts that are groups of lines including sub-bands that generate one line worth of lowest band components of the image data; creating means adapted to create said common header information based upon precinct header information; dividing means for dividing said precincts of encoded image data into a plurality of partial data for a corresponding plurality of packets, at every predetermined data amount determined beforehand; packetizing means for forming a plurality of packets by adding said common header information created by said creating means to each of said plurality of partial data obtained by said encoded precincts of encoded image data having been divided by said dividing means; and flag setting means for setting, as to a head packet of the packets generated by said packetizing means of which the payload is the head of a precinct of the encoded image data, a head flag included in the common header information, indicating said head packet; and setting, as to a final packet of which the payload is the end of the precinct of the encoded image data, an end flag included in the common header information, indicating said final packet; wherein said head flag has only one of two fixed values, and said end flag has only one of two fixed values.
A winding structure of a stator of a generator of a wind power installation , comprising: - multiple form-wound coils , wherein the form-wound coils each - have an electrical conductor with a first terminal and with a second terminal and the terminals in each case have a thread, and - the winding structure comprises multiple connecting elements in each case for the electrical connection of two terminals of two form-wound coils by means of screw connection, wherein the conductive connection of the connecting elements have a U-shape, wherein the connecting elements are arranged in groups , in particular in groups of three , and ends of the same side of U-shaped conductive connectors of one group are arranged between the ends of two sides of U-shaped conductive connectors of another group and are connected to the form-wound coils , wherein the openings of the "U"'s of the conductive connectors of successive groups point alternatively in the circumferential direction towards the center of the generator or away from the center. - multiple form-wound coils , wherein the form-wound coils each - have an electrical conductor with a first terminal and with a second terminal and the terminals in each case have a thread, and - the winding structure comprises multiple connecting elements in each case for the electrical connection of two terminals of two form-wound coils by means of screw connection, wherein the conductive connection of the connecting elements have a U-shape, wherein the connecting elements are arranged in groups , in particular in groups of three , and ends of the same side of U-shaped conductive connectors of one group are arranged between the ends of two sides of U-shaped conductive connectors of another group and are connected to the form-wound coils , wherein the openings of the "U"'s of the conductive connectors of successive groups point alternatively in the circumferential direction towards the center of the generator or away from the center.
A slatted frame for a reclining or seating furniture article, including: - a frame for receiving at least two zone elements , wherein at least one slat is arranged on the zone elements, - at least one elastic longitudinal bracing means , wherein the zone elements by way of the longitudinal bracing means are connected together and/or are connected to a transverse side of the frame , - at least one carrier means fixed to the frame for mounting the at least two zone elements along a longitudinal extent (LE) of the frame , characterised in that there is provided at least one elastic transverse bracing means , wherein the zone elements are connected to a longitudinal side of the frame by way of at least one transverse bracing means . - a frame for receiving at least two zone elements , wherein at least one slat is arranged on the zone elements, - at least one elastic longitudinal bracing means , wherein the zone elements by way of the longitudinal bracing means are connected together and/or are connected to a transverse side of the frame , - at least one carrier means fixed to the frame for mounting the at least two zone elements along a longitudinal extent (LE) of the frame ,
A cooking device (P) comprising at least one device body (G), at least one cooking compartment provided in the device body (G), and at least one device door (K) controlling access into the cooking compartment , comprising: - at least one air suction channel which is in connection with the cooking compartment from at least one side and receives the air inside the cooking compartment ; - at least one water tank which is in connection with the air suction channel and suitable for cooling and filtering the air from the air suction channel by means of water; - at least one vacuum pump for sucking the air, wherein air sucked from the cooking compartment first passes through the water tank ; - at least one water inlet apparatus for conveying water into the water tank ; and - at least one water outlet apparatus for discharging the water in the water tank to the outside. characterized by the water tank comprising at least one hollow tank body , at least one tank cover , at least one distribution plate in the form of a perforated plate which is located in the tank chamber and which is suitable for passing the air through the water in the water tank with bubble form when the tank is filled with water, and at least one guiding element for passing the air received in the water tank over the distribution plate ; and wherein the cooking device further comprises at least one filter chamber comprising at least one filtering element. - at least one air suction channel which is in connection with the cooking compartment from at least one side and receives the air inside the cooking compartment ; - at least one water tank which is in connection with the air suction channel and suitable for cooling and filtering the air from the air suction channel by means of water; - at least one vacuum pump for sucking the air, wherein air sucked from the cooking compartment first passes through the water tank ; - at least one water inlet apparatus for conveying water into the water tank ; and - at least one water outlet apparatus for discharging the water in the water tank to the outside. characterized by the water tank comprising at least one hollow tank body , at least one tank cover , at least one distribution plate in the form of a perforated plate which is located in the tank chamber and which is suitable for passing the air through the water in the water tank with bubble form when the tank is filled with water, and at least one guiding element for passing the air received in the water tank over the distribution plate ; and wherein the cooking device further comprises at least one filter chamber comprising at least one filtering element.
A method of enabling retrieval of information from a video surveillance system , the method comprising: automatically identifying an object of interest in a video scene of a master camera ; automatically classifying at least one feature of the object of interest to produce master metadata , determining the object of interest for a slave camera as a function of the master metadata , the determining including tracking the object of interest by adjusting the slave camera's field of view based on object information included in the master metadata and generating slave metadata , which includes object information extracted from the video scene by the slave camera , the master and slave metadata comprising object type ; and storing the master and slave metadata on a server in a database in association with video of at least the slave camera , creating a link between the master and slave metadata, and retrieving the video of the slave camera using the master and/or slave metadata and the link, wherein the metadata from the slave camera includes more detailed classification information about the object of interest than the metadata from the master camera , and wherein, if the object type of the slave metadata is different to the object type of the master metadata, the slave camera is configured to communicate an indication that the master metadata is incorrect, and the server is configured to overwrite the object type of the master metadata with the object type of the slave metadata. automatically identifying an object of interest in a video scene of a master camera ; automatically classifying at least one feature of the object of interest to produce master metadata , determining the object of interest for a slave camera as a function of the master metadata , the determining including tracking the object of interest by adjusting the slave camera's field of view based on object information included in the master metadata and generating slave metadata , which includes object information extracted from the video scene by the slave camera , the master and slave metadata comprising object type ; and storing the master and slave metadata on a server in a database in association with video of at least the slave camera , creating a link between the master and slave metadata, and retrieving the video of the slave camera using the master and/or slave metadata and the link, wherein the metadata from the slave camera includes more detailed classification information about the object of interest than the metadata from the master camera , and wherein, if the object type of the slave metadata is different to the object type of the master metadata, the slave camera is configured to communicate an indication that the master metadata is incorrect, and the server is configured to overwrite the object type of the master metadata with the object type of the slave metadata.
A transmission quality estimation device in a transmission quality estimation system which includes three or more nodes and the transmission quality estimation device configured to estimate transmission quality and in which a multi-core fiber is used in at least a partial segment of a connection between the nodes, the transmission quality estimation device comprising: a receiving unit configured to receive transmission quality measurement light dropped from some of the plurality of cores of the multi-core fiber, the multi-core fiber including a core configured to transmit the transmission quality measurement light; and an estimation unit configured to estimate transmission quality between the nodes on the basis of the transmission quality measurement light; the transmission quality estimation device being characterized in that the multi-core fiber includes a plurality of first cores configured to transmit respectively communication optical signals modulated by low frequency intensity components or having different wavelengths such that each of the plurality of first cores can be identified, and a second core configured to transmit the transmission quality measurement light including light leaking from at least one of the plurality of first cores, and the estimation unit configured to identify a first core from which light leaks among the plurality of first cores based on light intensity of a low frequency component or light intensity of a wavelength included in the transmission quality measurement light. a receiving unit configured to receive transmission quality measurement light dropped from some of the plurality of cores of the multi-core fiber, the multi-core fiber including a core configured to transmit the transmission quality measurement light; and an estimation unit configured to estimate transmission quality between the nodes on the basis of the transmission quality measurement light; the transmission quality estimation device being characterized in that the multi-core fiber includes a plurality of first cores configured to transmit respectively communication optical signals modulated by low frequency intensity components or having different wavelengths such that each of the plurality of first cores can be identified, and a second core configured to transmit the transmission quality measurement light including light leaking from at least one of the plurality of first cores, and the estimation unit configured to identify a first core from which light leaks among the plurality of first cores based on light intensity of a low frequency component or light intensity of a wavelength included in the transmission quality measurement light.
A composition comprising an anti-AGE antibody for use in treating metastatic cancer, and/or preventing cancer metastasis in a subject, wherein the anti-AGE antibody binds a carboxymethyllysine-modified protein.
A textile yarn , comprising: a first segment comprising a plurality of first strands braided together in a tubular braid, the first segment having a constant first denier; and a second segment comprising a plurality of second strands braided together in a tubular braid, the second segment having a constant second denier; wherein there are more second strands in the second segment than first strands in the first segment such that the second denier is at least twice as large as the first denier; wherein a first portion of the plurality of second strands is made from a first plurality of yarn elements that extend through the first segment and the second segment, and wherein a second portion of the plurality of second strands is made from a second plurality of yarn elements that are present in the second segment and not the first segment; and wherein the yarn elements in the second plurality of yarn elements terminate in a transition zone between the first segment and the second segment; and wherein ends of the strands in the second plurality of yarn elements are loose in the transition zone. a first segment comprising a plurality of first strands braided together in a tubular braid, the first segment having a constant first denier; and a second segment comprising a plurality of second strands braided together in a tubular braid, the second segment having a constant second denier; wherein there are more second strands in the second segment than first strands in the first segment such that the second denier is at least twice as large as the first denier; wherein a first portion of the plurality of second strands is made from a first plurality of yarn elements that extend through the first segment and the second segment, and wherein a second portion of the plurality of second strands is made from a second plurality of yarn elements that are present in the second segment and not the first segment; and wherein the yarn elements in the second plurality of yarn elements terminate in a transition zone between the first segment and the second segment; and wherein ends of the strands in the second plurality of yarn elements are loose in the transition zone.