mhurhangee/patent-ind-claim-en huggingface dataset:
A dual-flow turbojet engine comprising : - a low-pressure shaft supported by at least two low-pressure bearings (BP#1-BP#4), - a high-pressure shaft supported by at least one front high-pressure bearing (HP#1) and one rear high-pressure bearing (HP#2), - a fan shaft supported by at least two fan bearings (S#1, S#2), and - a reduction mechanism , coupling the low-pressure shaft and the fan shaft , the turbojet engine further comprising at most six enclosures (A-F) housing the low-pressure bearings (BP#1-BP#4), the high-pressure bearings (HP#1, HP#2), the fan bearings (S#1, S#2) and the reduction mechanism , the low-pressure shaft being supported by at least three low-pressure bearings (BP#1-BP#4), the fan bearings (S#1, S#2), the reduction mechanism and at least one low-pressure bearing (BP#1) being housed in a same enclosure (A), which is ventilated, and the rear high-pressure bearing (HP#2) and two further low-pressure bearings (BP#2, BP#3), which are rear low-pressure bearings, being housed in non-ventilated enclosures (C, D, E). - a low-pressure shaft supported by at least two low-pressure bearings (BP#1-BP#4), - a high-pressure shaft supported by at least one front high-pressure bearing (HP#1) and one rear high-pressure bearing (HP#2), - a fan shaft supported by at least two fan bearings (S#1, S#2), and - a reduction mechanism , coupling the low-pressure shaft and the fan shaft ,
Pneumatic control installation for connecting to a compressed-air hoist , having at least one switchable valve assembly for controlling different operating states of the compressed-air hoist , having at least one connector for connecting to a compressed-air source , having at least one pressurization-capable load connector for connecting to a lifting cylinder or the like, having at least one throttle installation for pressurizing the load connector in a activation-proportional manner, having a valve housing , and having at least one manually operable activation member for implementing different switching states of the valve assembly , wherein the activation member mechanically interacts with the throttle installation, wherein the throttle installation comprises two adjustable throttle pistons which are in each case pre-pressurized in two potential positions, wherein a 3/3-way valve which as switchable valve bodies comprises the first and the second throttle piston is provided as the switchable valve assembly, wherein the throttle pistons have in each case control surfaces , wherein the operating pressure of the load connector acts on the control surfaces , and wherein the valve housing has two pilot chambers which are in each case connected to the load connector by way of pressure-equalization bores .
A power converter comprising: a power conversion circuit to convert an input power into a direct current power or an alternating current power; a base member made of electrically insulating resin on which the power conversion circuit is mounted; a cover member , wherein the power conversion circuit is housed between the cover member and the base member ; a coolant flow path provided within the base member , through which a coolant for cooling the power conversion circuit is circulated, and a temperature sensor provided on the base member and mounted to project into the coolant flow path to sense the temperature of the coolant circulating through the coolant flow path , wherein the temperature sensor has an electrically conductive member including at least a thermistor , and the electrically conductive member is surrounded by a wall of the electrically insulating resin projecting from the same side of the base member on which the power conversion circuit is mounted. a power conversion circuit to convert an input power into a direct current power or an alternating current power; a base member made of electrically insulating resin on which the power conversion circuit is mounted; a cover member , wherein the power conversion circuit is housed between the cover member and the base member ; a coolant flow path provided within the base member , through which a coolant for cooling the power conversion circuit is circulated, and a temperature sensor provided on the base member and mounted to project into the coolant flow path to sense the temperature of the coolant circulating through the coolant flow path , wherein the temperature sensor has an electrically conductive member including at least a thermistor , and the electrically conductive member is surrounded by a wall of the electrically insulating resin projecting from the same side of the base member on which the power conversion circuit is mounted.
A flat harness comprising: a plurality of flat circuit bodies that are stacked to each other, a mark (M1) is provided on a side surface (S1) of each of the plurality of flat circuit bodies ; and each of the plurality of flat circuit bodies has a bent portion formed by bending and overlapping a part of the corresponding flat circuit body ; the plurality of flat circuit bodies are stacked to each other in a thickness direction, a distance in the length direction (D3) of the flat circuit body from a reference position of the flat circuit body to the position of the mark (M1) is different for each type of the flat circuit body , characterized in that , the bent portion is the reference position and the reference positions of the plurality of flat circuit bodies are aligned along the thickness direction (D2). a plurality of flat circuit bodies that are stacked to each other, a mark (M1) is provided on a side surface (S1) of each of the plurality of flat circuit bodies ; and each of the plurality of flat circuit bodies has a bent portion formed by bending and overlapping a part of the corresponding flat circuit body ; the plurality of flat circuit bodies are stacked to each other in a thickness direction, a distance in the length direction (D3) of the flat circuit body from a reference position of the flat circuit body to the position of the mark (M1) is different for each type of the flat circuit body , characterized in that , the bent portion is the reference position and the reference positions of the plurality of flat circuit bodies are aligned along the thickness direction (D2).
A method for processing of a micro-batching stream to support fully stateful query processing, comprising: receiving, by a computing device, a continuous query; applying, by the computing device, a transformation to the continuous query to generate a query plan for the continuous query; transforming, by the computing device, the query plan using a transformation algorithm to generate a transformed query plan; receiving, by the computing device, a micro-batch stream of input events related to an application; processing, by the computing device, the input events of the micro-batch stream based at least in part on the transformed query plan to generate a set of output events related to the application; and storing, by the computing device, the set of output events related to the application in an output queue; wherein the transformation algorithm is a Continuous Query Language (CQL) transformation, the processing is performed using a continuous query processing engine, wherein the continuous query processing engine is configured to maintain a state of the continuous query for the micro-batch stream, and the processing comprises processing each of the input events incrementally to generate the output events. receiving, by a computing device, a continuous query; applying, by the computing device, a transformation to the continuous query to generate a query plan for the continuous query; transforming, by the computing device, the query plan using a transformation algorithm to generate a transformed query plan; receiving, by the computing device, a micro-batch stream of input events related to an application; processing, by the computing device, the input events of the micro-batch stream based at least in part on the transformed query plan to generate a set of output events related to the application; and storing, by the computing device, the set of output events related to the application in an output queue; wherein the transformation algorithm is a Continuous Query Language (CQL) transformation, the processing is performed using a continuous query processing engine, wherein the continuous query processing engine is configured to maintain a state of the continuous query for the micro-batch stream, and the processing comprises processing each of the input events incrementally to generate the output events.
Device for mixing and/or pureeing food comprising a container for the food to be mixed and/or pureed with a lid , as well as a base , which comprises a drive motor , and on which the container is placeable, characterized in that the lid comprises a permanent magnet and the container comprises a leaf spring , whereby the leaf spring is able to be attracted by the permanent magnet in such a way that a circuit integrated in the container is closable, that the container comprises an identification element with data storable thereon and the base comprises a reading and control module, whereby the identification element is able to be activated via the circuit , and whereby the data storable on the identification element are readable by the reading and control module and the drive motor is controllable. characterized in that the lid comprises a permanent magnet and the container comprises a leaf spring , whereby the leaf spring is able to be attracted by the permanent magnet in such a way that a circuit integrated in the container is closable, that the container comprises an identification element with data storable thereon and the base comprises a reading and control module, whereby the identification element is able to be activated via the circuit , and whereby the data storable on the identification element are readable by the reading and control module and the drive motor is controllable.
A three-layer circular knitted jacquard fabric comprising: - a first layer comprising a yarn made from a first material; - a second layer comprising a yarn made from a second material; and - a third layer comprising a yarn made from a third material comprising polyester; and wherein the second layer is positioned between the first layer and the third layer such that the second layer provides loft between the first layer and the third layer ; characterised in that : - the first material comprises ultra-high molecular weight polyethylene and a phase change material; and - the second material comprises polyester, viscose and a second phase change material. - a first layer comprising a yarn made from a first material; - a second layer comprising a yarn made from a second material; and - a third layer comprising a yarn made from a third material comprising polyester; and wherein the second layer is positioned between the first layer and the third layer such that the second layer provides loft between the first layer and the third layer ; characterised in that : - the first material comprises ultra-high molecular weight polyethylene and a phase change material; and - the second material comprises polyester, viscose and a second phase change material. and wherein the second layer is positioned between the first layer and the third layer such that the second layer provides loft between the first layer and the third layer ; characterised in that : - the first material comprises ultra-high molecular weight polyethylene and a phase change material; and - the second material comprises polyester, viscose and a second phase change material. - the first material comprises ultra-high molecular weight polyethylene and a phase change material; and - the second material comprises polyester, viscose and a second phase change material.
A system for securing a first composite panel to a second composite panel , the system comprising: a latch assembly having one or more latches , wherein the latch assembly is configured to be secured to one of the first composite panel or the second composite panel ; one or more strikes configured to retain at least a portion of the one or more latches , wherein the one or more strikes are configured to be secured to the other of the first composite panel or the second composite panel , wherein the latch assembly comprises: a first latch ; a second latch ; and a lock disposed between the first latch and the second latch . a latch assembly having one or more latches , wherein the latch assembly is configured to be secured to one of the first composite panel or the second composite panel ; one or more strikes configured to retain at least a portion of the one or more latches , wherein the one or more strikes are configured to be secured to the other of the first composite panel or the second composite panel , wherein the latch assembly comprises: a first latch ; a second latch ; and a lock disposed between the first latch and the second latch . a first latch ; a second latch ; and a lock disposed between the first latch and the second latch .
Non-therapeutic cosmetic and/or nutraceutical use of a Saccharomyces cerevisiae extract for increasing the cutaneous and/or mucosal commensal microbial flora, wherein the Saccharomyces cerevisiae extract is a hydrolysate which has been fermented by a lactic acid bacterium.
A communication device comprising: a first communication unit configured to communicate on a first frequency band that is an unlicensed band; a second communication unit configured to communicate on a second frequency band that is an unlicensed band different from the unlicensed band of the first frequency band; and a controller configured to control transmission of data using either one frequency band of communication on the first frequency band or the communication on the second frequency band on a basis of information regarding a resource on the second frequency band transmitted from a first communication device, wherein the controller is configured to control the transmission of the data using a frequency band with which the transmission is determined to be completed earlier, out of the communication on the first frequency band and the communication on the second frequency band. a first communication unit configured to communicate on a first frequency band that is an unlicensed band; a second communication unit configured to communicate on a second frequency band that is an unlicensed band different from the unlicensed band of the first frequency band; and a controller configured to control transmission of data using either one frequency band of communication on the first frequency band or the communication on the second frequency band on a basis of information regarding a resource on the second frequency band transmitted from a first communication device, wherein the controller is configured to control the transmission of the data using a frequency band with which the transmission is determined to be completed earlier, out of the communication on the first frequency band and the communication on the second frequency band.
An internal circulation type lampblack purifier, comprising a shell , an air inlet , an air outlet , an air inlet channel , an air outlet channel , a fan device , a mechanical grease separator , a gas purification device and a cooling device , wherein: the air inlet is arranged on the shell ; one end of the air inlet channel communicates with the air inlet , the other end of the air inlet channel communicates with the fan device ; the mechanical grease separator is arranged at the air inlet or in the air inlet channel ; and the cooling device comprises a water supply pipe , water spray guide plates , a spray pipe and a water receiving tank , wherein: the spray pipe communicates with the water supply pipe ; spray nozzles are arranged on the spray pipe and face the water spray guide plates ; the water receiving tank is located below the water spray guide plates ; characterized in that , the air outlet is arranged on the shell , one end of the air outlet channel communicates with the air outlet , and the other end of the air outlet channel communicates with the fan device , and the cooling device is arranged at the air outlet ; and the cooling device also comprises a water mist baffle plate , wherein the water mist baffle plate is provided with blades at certain gaps, and the blades are folded or bent inwards. the air outlet is arranged on the shell , one end of the air outlet channel communicates with the air outlet , and the other end of the air outlet channel communicates with the fan device , and the cooling device is arranged at the air outlet ; and the cooling device also comprises a water mist baffle plate , wherein the water mist baffle plate is provided with blades at certain gaps, and the blades are folded or bent inwards.
Photovoltaic (PV) module comprising a positive terminal , a negative terminal , at least two sub-modules (10a-c), wherein each of the at least two sub-modules (10a-c) comprises x parallel-connected sub-strings , wherein each of the x parallel-connected sub-strings comprises y series-connected sub-cells , wherein the y series-connected sub-cells are arranged in an array, the PV module + further comprising a back conductive sheet having a first connection pattern arranged for connecting the x parallel-connected sub-strings of each of the at least two sub-modules (10a-c), wherein each of the at least two sub-modules (10a-c) is provided with a power optimizer circuit (21a-c), and the output of the power optimizer circuits (21a-c) are connected in series between the positive terminal and the negative terminal . a positive terminal , a negative terminal , at least two sub-modules (10a-c), wherein each of the at least two sub-modules (10a-c) comprises x parallel-connected sub-strings , wherein each of the x parallel-connected sub-strings comprises y series-connected sub-cells , wherein the y series-connected sub-cells are arranged in an array, the PV module + further comprising a back conductive sheet having a first connection pattern arranged for connecting the x parallel-connected sub-strings of each of the at least two sub-modules (10a-c), wherein each of the at least two sub-modules (10a-c) is provided with a power optimizer circuit (21a-c), and the output of the power optimizer circuits (21a-c) are connected in series between the positive terminal and the negative terminal .
Bovine milk fat comprising, based on the total fatty acid weight, a. 8.9-20 wt% linoleic acid (C18:2 cis, 9,12), b. 0.9-2.4 wt% alpha-linolenic acid (C18:3 cis 9,12,15), and c. 3-5 wt% butyric acid (C4:0). wherein the weight ratio linoleic acid to alpha-linolenic acid is in the range of 4:1 - 10:1. a. 8.9-20 wt% linoleic acid (C18:2 cis, 9,12), b. 0.9-2.4 wt% alpha-linolenic acid (C18:3 cis 9,12,15), and c. 3-5 wt% butyric acid (C4:0).
A multi-stage amplifier comprised in an apparatus for laser shock peening, the multi-stage amplifier comprising amplifier stages arranged in consecutive order, the amplifier stages comprising: a first stage having a first amplifier module configured to first amplify a pulsed laser beam having a first energy output generated within the apparatus , to output a first amplified beam having a second energy, wherein the first stage comprises arranged in a sequential consecutive order: a first optical isolator , a first vacuum relay imaging module VRIM and the first amplifier module , such that the laser beam passes sequentially consecutively through the optical isolator , the first VRIM , and the first amplifier module to output the first amplified beam , wherein prior to the first amplifying to the second energy, the laser beam is collimated by the first VRIM to yield a larger diameter first collimated beam , and a consecutive second stage having a second amplifier module configured to second amplify the first amplified beam having the second energy to output a second amplified beam having a third energy, wherein the second stage comprises arranged in a sequential consecutive order: a second VRIM and the second amplifier module , such that the first amplified beam passes sequentially consecutively through the second VRIM and the second amplifier module to output the second amplified beam , wherein prior to the consecutive second amplifying to the third energy, the first amplified beam is collimated by the second VRIM to yield a larger diameter second collimated beam . a first stage having a first amplifier module configured to first amplify a pulsed laser beam having a first energy output generated within the apparatus , to output a first amplified beam having a second energy, wherein the first stage comprises arranged in a sequential consecutive order: a first optical isolator , a first vacuum relay imaging module VRIM and the first amplifier module , such that the laser beam passes sequentially consecutively through the optical isolator , the first VRIM , and the first amplifier module to output the first amplified beam , wherein prior to the first amplifying to the second energy, the laser beam is collimated by the first VRIM to yield a larger diameter first collimated beam , and a consecutive second stage having a second amplifier module configured to second amplify the first amplified beam having the second energy to output a second amplified beam having a third energy, wherein the second stage comprises arranged in a sequential consecutive order: a second VRIM and the second amplifier module , such that the first amplified beam passes sequentially consecutively through the second VRIM and the second amplifier module to output the second amplified beam , wherein prior to the consecutive second amplifying to the third energy, the first amplified beam is collimated by the second VRIM to yield a larger diameter second collimated beam .
A reinforced box for containing a plurality of items to be packaged, comprising: - a bottom wall and a top wall ; - a pair of first side walls and a pair of second side walls ; wherein said bottom wall , said top wall and said pair of first side walls are formed by a one-piece elongate element which extends along a longitudinal axis (L) in an unassembled state of the box and is provided with transverse fold lines wherein said pair of second side walls is formed by two separate end panels ; wherein creasing lines are provided, which define first side wings in said bottom and top walls, and in said pair of first side walls , and second side wings in said pair of second side walls ; wherein said pair of first side walls have corrugations with first extension lines (y, y 1 ,...y n ) and said pair of second side walls have corrugations with second extension lines (x, x 1 ,...x n ); wherein said second extension lines (x, x 1 ,...x n ) of the corrugations of said pair of second side walls are substantially perpendicular to said first extension lines (y, y 1 ,...y n ) and to said longitudinal axis (L) with said box in the assembled state; characterized in that said separate end panels forming said pair of second side walls have the same width (I) in a transverse direction as that of said one-piece elongate element forming said top wall , said bottom wall , and said first side walls in the unassembled state of the box, said end panels and said one-piece elongate element being different portions of a same longitudinal strip having said width (I) in a transverse direction, each of said second side walls being glued to said bottom wall by means of a respective second side wing overlapping said bottom wall to reinforce its longitudinal edges. - a bottom wall and a top wall ; - a pair of first side walls and a pair of second side walls ; wherein said bottom wall , said top wall and said pair of first side walls are formed by a one-piece elongate element which extends along a longitudinal axis (L) in an unassembled state of the box and is provided with transverse fold lines