mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal management system for a gas turbine engine comprising: a cooler including a first portion and a second portion , the first portion for cooling a hot flow with a coolant characterized in that the second portion is for cooling a portion of the coolant with a refrigerant , wherein the first portion comprises a fuel/oil cooler and the second portion comprises a refrigerant/fuel cooler; and a vapor compression system circulating the refrigerant through the second portion of the cooler , wherein the vapor compression system is a closed system in communication with at least one heat load (76A-D) in addition to the second portion of the cooler , wherein a flow of fuel is communicated through the first portion to cool a flow of oil and an excess flow of fuel flows through the second portion and is cooled by the refrigerant . a cooler including a first portion and a second portion , the first portion for cooling a hot flow with a coolant characterized in that the second portion is for cooling a portion of the coolant with a refrigerant , wherein the first portion comprises a fuel/oil cooler and the second portion comprises a refrigerant/fuel cooler; and a vapor compression system circulating the refrigerant through the second portion of the cooler , wherein the vapor compression system is a closed system in communication with at least one heat load (76A-D) in addition to the second portion of the cooler , wherein a flow of fuel is communicated through the first portion to cool a flow of oil and an excess flow of fuel flows through the second portion and is cooled by the refrigerant .
An apparatus comprising: a resonator comprising a crystalline substrate formed from a first material; a piezoelectric transducer layer in contact with the substrate such that stress generated in the piezoelectric transducer layer acts on phonon modes of the crystalline substrate, wherein the piezoelectric transducer layer is formed from a second material, the second material being different from the first material; and a qubit coupled to the piezoelectric transducer layer such that an electric field produced by the qubit generates stress in the piezoelectric transducer layer. a resonator comprising a crystalline substrate formed from a first material; a piezoelectric transducer layer in contact with the substrate such that stress generated in the piezoelectric transducer layer acts on phonon modes of the crystalline substrate, wherein the piezoelectric transducer layer is formed from a second material, the second material being different from the first material; and a qubit coupled to the piezoelectric transducer layer such that an electric field produced by the qubit generates stress in the piezoelectric transducer layer.
A hyraulic tool user interface comprising: a rocker section comprising a first end , a second end , and a first contact portion between the first end and the second end, wherein the first contact portion is configured to contact a drain pin ; a drain trigger section at the first end ; and an activation trigger section between the first end and the second end , wherein the activation trigger section is configured to contact the second end , and wherein the activation trigger section is configured to contact an electrical switch, characterized in that the activation trigger section comprises an activation trigger member movably connected to the rocker section , wherein a center portion of the rocker section forms a first axis, and wherein the rocker section , the drain trigger section , and the activation trigger section are pivotable about the first axis. a rocker section comprising a first end , a second end , and a first contact portion between the first end and the second end, wherein the first contact portion is configured to contact a drain pin ; a drain trigger section at the first end ; and an activation trigger section between the first end and the second end , wherein the activation trigger section is configured to contact the second end , and wherein the activation trigger section is configured to contact an electrical switch, characterized in that the activation trigger section comprises an activation trigger member movably connected to the rocker section , wherein a center portion of the rocker section forms a first axis, and wherein the rocker section , the drain trigger section , and the activation trigger section are pivotable about the first axis.
A multimodal ethylene copolymer composition having a density of 920 to 949 kg/m 3 measured according to ISO 1183-1:2004 Method A on compression molded test specimens prepared according to EN ISO 1872-2 (Feb 2007), and a flexural modulus, wherein said flexural modulus is measured according to the method of ISO 178 by using compression molded test specimens produced according to EN ISE 1872-2, wherein numerical values of said flexural modulus, in MPa, and density in kg/m 3 , follow the equation: Flexural modulus < 21.35 ⋅ density − 19585 wherein said ethylene copolymer is produced with a Ziegler- Natta catalyst with an internal organic compound having the formula (I) wherein in the formula (I) R 1 to R 5 are same or different and can be hydrogen, a linear or branched C 1 to C 8 -alkyl group, or a C 3 -C 8 -alkylene group, or two or more of R 1 to R 5 can form a ring, and the two oxygen-containing rings are individually saturated or partially unsaturated or unsaturated, whereinsaid multimodal ethylene copolymer composition has MFR 2 measured according to ISO 1133 at 190 °C of 0.5 to 2 g/10min, and wherein said ethylene copolymer is produced in at least two polymerization stages.
A cleansing composition for skin or hair, comprising the following (A) and (B): (A) an internal olefin sulfonate having 16 or more and 18 or less carbon atoms; and (B) an oil solution having a solubility of from 0 to 1 g in 100 g of water at 20°C. (A) an internal olefin sulfonate having 16 or more and 18 or less carbon atoms; and (B) an oil solution having a solubility of from 0 to 1 g in 100 g of water at 20°C.
A thermal patch , comprising: an array of heating pads ; and a plurality of stretchable conductors interconnecting each of the array of heating pads with adjacent heating pads, the stretchable conductors being shaped as a lateral spring structure between a first heating pad and an adjacent second heating pad, wherein the stretchable conductors are configured to be increasable in lateral distance between the first and second heating pads by stretching of their spring structure. an array of heating pads ; and a plurality of stretchable conductors interconnecting each of the array of heating pads with adjacent heating pads, the stretchable conductors being shaped as a lateral spring structure between a first heating pad and an adjacent second heating pad, wherein the stretchable conductors are configured to be increasable in lateral distance between the first and second heating pads by stretching of their spring structure.
An air-conditioning control device , comprising: model storage means configured by storing a discomfort probability model in which an estimated value of discomfort of an occupant to a relationship between time elapsed after an energy-saving operation of an air conditioner installed in a room is turned on and before the energy-saving operation is turned off by the occupant, and an air-conditioning state of the room at the time when the energy-saving operation is turned off is defined; acquisition means configured to acquire a current air-conditioning state of the room during the energy-saving operation of the air conditioner; and control means configured to turn off the energy-saving operation, based on occupant's discomfort obtained by applying the discomfort probability model to the acquired air-conditioning state and the time elapsed after the energy-saving operation is turned on and before a present time. model storage means configured by storing a discomfort probability model in which an estimated value of discomfort of an occupant to a relationship between time elapsed after an energy-saving operation of an air conditioner installed in a room is turned on and before the energy-saving operation is turned off by the occupant, and an air-conditioning state of the room at the time when the energy-saving operation is turned off is defined; acquisition means configured to acquire a current air-conditioning state of the room during the energy-saving operation of the air conditioner; and control means configured to turn off the energy-saving operation, based on occupant's discomfort obtained by applying the discomfort probability model to the acquired air-conditioning state and the time elapsed after the energy-saving operation is turned on and before a present time.
An exhaust aftertreatment device , comprising: - an inlet and an outlet ; - a main housing body between the inlet and the outlet ; - a mixing tube having a first portion within the main housing body and a second portion , said first portion of the mixing tube defining a plurality of apertures ; - a swirl structure for swirling exhaust around said first mixing tube portion ; - a doser mount for a doser adapted to dispense reactant into the mixing tube ; - an exhaust aftertreatment substrate positioned within the main housing body at a location between the inlet and said first mixing tube portion ; wherein said second portion of said mixing tube forms said outlet ; characterized and in that said substrate defines a center axis that intersects the mixing tube within the main housing body ; and in that the mixing tube is provided with fins inwardly extending from an inner wall of the mixing tube . - an inlet and an outlet ; - a main housing body between the inlet and the outlet ; - a mixing tube having a first portion within the main housing body and a second portion , said first portion of the mixing tube defining a plurality of apertures ; - a swirl structure for swirling exhaust around said first mixing tube portion ; - a doser mount for a doser adapted to dispense reactant into the mixing tube ; - an exhaust aftertreatment substrate positioned within the main housing body at a location between the inlet and said first mixing tube portion ;
A removable magazine (W) in which a plurality of connection elements is dischargeably storable at a plurality of defined positions, wherein the removable magazine (W) is connectable with a loading station (B) and a setting device (S) for transfer and removal of connection elements, wherein the removable magazine (W) comprises the following features: a. a storage plate having a plurality of defined arranged and only one-sided open chambers , the shape of which is adapted to a connection element to be received, especially to a type of a connection element to be received, so that at least one connection element is position-orientated storable therein, and b. a closing component , wherein the storage plate and the closing component are rotatable and/or pivotable and/or movable with respect to each other, characterized in that c. the closing component comprises a relatively movable chamber opening which closes the plurality of the defined arranged chambers such that only one chamber is opened for a loading and an unloading of the plurality of defined arranged chambers , as the chamber opening is movable with respect to the plurality of chambers , so that every chamber can be specifically reached, loaded or that a connection element stored therein can be specifically removed, wherein d. the respective chamber is movable with respect to the chamber opening such that the chamber-specific loading and unloading of the respective chamber takes place via the chamber opening . a. a storage plate having a plurality of defined arranged and only one-sided open chambers , the shape of which is adapted to a connection element to be received, especially to a type of a connection element to be received, so that at least one connection element is position-orientated storable therein, and b. a closing component , wherein the storage plate and the closing component are rotatable and/or pivotable and/or movable with respect to each other, characterized in that c. the closing component comprises a relatively movable chamber opening which closes the plurality of the defined arranged chambers such that only one chamber is opened for a loading and an unloading of the plurality of defined arranged chambers , as the chamber opening is movable with respect to the plurality of chambers , so that every chamber can be specifically reached, loaded or that a connection element stored therein can be specifically removed, wherein d. the respective chamber is movable with respect to the chamber opening such that the chamber-specific loading and unloading of the respective chamber takes place via the chamber opening .
A microneedle device system, comprising: a microneedle device having a sheet-like microneedle having a sheet in which one surface is a skin contact surface and the other surface is a rear surface and whose one portion is a skin piercing region , in which a plurality of microneedles are formed substantially along a surface of the sheet, and in which the microneedles in the skin piercing region are designed to be raised from the skin contact surface so as to be capable of piercing skin if the sheet is bent in a thickness direction, an adhesive layer that is disposed on the sheet-like microneedle , and a liner that is attached to the adhesive layer so as to be releasable therefrom; and an auxiliary tool which has a bending portion for bending the microneedle device in the thickness direction, and on which the microneedle device is mounted so as to be movable along the bending portion , wherein the liner has a function to raise the microneedles . a microneedle device having a sheet-like microneedle having a sheet in which one surface is a skin contact surface and the other surface is a rear surface and whose one portion is a skin piercing region , in which a plurality of microneedles are formed substantially along a surface of the sheet, and in which the microneedles in the skin piercing region are designed to be raised from the skin contact surface so as to be capable of piercing skin if the sheet is bent in a thickness direction, an adhesive layer that is disposed on the sheet-like microneedle , and a liner that is attached to the adhesive layer so as to be releasable therefrom; and a sheet-like microneedle having a sheet in which one surface is a skin contact surface and the other surface is a rear surface and whose one portion is a skin piercing region , in which a plurality of microneedles are formed substantially along a surface of the sheet, and in which the microneedles in the skin piercing region are designed to be raised from the skin contact surface so as to be capable of piercing skin if the sheet is bent in a thickness direction, an adhesive layer that is disposed on the sheet-like microneedle , and a liner that is attached to the adhesive layer so as to be releasable therefrom; and an auxiliary tool which has a bending portion for bending the microneedle device in the thickness direction, and on which the microneedle device is mounted so as to be movable along the bending portion , wherein the liner has a function to raise the microneedles .
A managed file transfer, MFT, method , comprising: receiving by an MFT enterprise server operating on one or more server machines a request from a sender to send a file to a recipient , the MFT enterprise server configured for providing a plurality of server functions including a managed file transfer web service and a managed file transfer service; the MFT enterprise server determining a location of the recipient; the MFT enterprise server determining a first MFT location server of a plurality of MFT location servers that is closest to the location of the recipient , the first MFT location server having an MFT transfer server and a file server , the first MFT location server having no web services or databases; and the MFT enterprise server automatically initiating a server-to-server transfer to move the file to the first MFT location server that is closest to the location of the recipient . receiving by an MFT enterprise server operating on one or more server machines a request from a sender to send a file to a recipient , the MFT enterprise server configured for providing a plurality of server functions including a managed file transfer web service and a managed file transfer service; the MFT enterprise server determining a location of the recipient; the MFT enterprise server determining a first MFT location server of a plurality of MFT location servers that is closest to the location of the recipient , the first MFT location server having an MFT transfer server and a file server , the first MFT location server having no web services or databases; and the MFT enterprise server automatically initiating a server-to-server transfer to move the file to the first MFT location server that is closest to the location of the recipient .
A self-propelled agricultural machine , for example a self-propelled merger, said self-propelled agricultural machine being provided with at least one motor, at least one elongated unit for carrying out, in use, an agricultural operation on the land, a first wheel axle and a second wheel axle located at a distance from the first wheel axle, wherein the first wheel axle and/or the second wheel axle is/are to be driven by the motor for moving the agricultural machine, wherein the elongated unit is movable from a transport position to a working position and vice versa, so that the maximum width of the self-propelled agricultural machine in the unit's transport position is less than in the unit's working position, characterized in that the distance between the first wheel axle and the second wheel axle is to be varied depending on the position of the elongated unit, wherein the at least one elongated unit is located in the working position in front of the first wheel axle, wherein in the transport position the at least one elongated unit is located largely or completely behind the first wheel axle.
A rotor for electric motor comprising: - a rotor shaft rotatably mounted about an axis (X): - a lamination stack mounted coaxially on the rotor shaft , said lamination stack comprising a plurality of inner cavities ; - a plurality of permanent magnets housed inside the inner cavities of the lamination stack ; - a front flange and a rear flange mounted coaxially on the rotor shaft and arranged axially on either side of the lamination stack ; in which one of the front and rear flanges is formed in a plastic material and is integral with the plurality of permanent magnets , each permanent magnet being formed of a matrix made of plastic material incorporating particles having magnetic properties; characterized in that the other of said front and rear flanges is formed of metal, the density of the plastic flange being substantially equal to the density of the metal flange. - a rotor shaft rotatably mounted about an axis (X): - a lamination stack mounted coaxially on the rotor shaft , said lamination stack comprising a plurality of inner cavities ; - a plurality of permanent magnets housed inside the inner cavities of the lamination stack ; - a front flange and a rear flange mounted coaxially on the rotor shaft and arranged axially on either side of the lamination stack ; in which one of the front and rear flanges is formed in a plastic material and is integral with the plurality of permanent magnets , each permanent magnet being formed of a matrix made of plastic material incorporating particles having magnetic properties; characterized in that the other of said front and rear flanges is formed of metal, the density of the plastic flange being substantially equal to the density of the metal flange.
High-current plug connector , which is suitable for transmitting more than 25 A (amperes), for installing and/or mounting on a busbar of an electrical device and for mating with a mating plug connector and for transmitting electrical energy to the mating plug connector , wherein the high-current plug connector has the following: - an insulating body , which has a polarization element for defining the alignment of the mating plug connector on the insulating body and a coding element for preventing mismatings, characterized by : - a plug contact arranged in and/or on the insulating body and having a plug-in region and, opposite this, a connection region with a screw thread , - wherein the plug contact , by means of its screw thread , can be screwed into or onto a busbar of the electrical device for fastening and electrical contacting and - wherein the insulating body is at the same time held on the plug contact such that it is rotatable about a mating axis (S) of the plug contact . - an insulating body , which has a polarization element for defining the alignment of the mating plug connector on the insulating body and a coding element for preventing mismatings, characterized by : - a plug contact arranged in and/or on the insulating body and having a plug-in region and, opposite this, a connection region with a screw thread , - wherein the plug contact , by means of its screw thread , can be screwed into or onto a busbar of the electrical device for fastening and electrical contacting and - wherein the insulating body is at the same time held on the plug contact such that it is rotatable about a mating axis (S) of the plug contact . - a plug contact arranged in and/or on the insulating body and having a plug-in region and, opposite this, a connection region with a screw thread , - wherein the plug contact , by means of its screw thread , can be screwed into or onto a busbar of the electrical device for fastening and electrical contacting and - wherein the insulating body is at the same time held on the plug contact such that it is rotatable about a mating axis (S) of the plug contact .
Stator for an electric machine , with a stator main body which has radial stator teeth for receiving coils of an electrical winding and has, on a first axial end side of the stator main body , an insulating lamination with receiving pockets for insulation-displacement elements , wherein the coils are wound by means of a winding wire which is inserted into the receiving pockets , wherein an interconnect plate has annular conductors which are arranged radially next to one another and which are insulated from one another and on which in each case a plurality of insulation-displacement elements are arranged which engage axially into the receiving pockets in order to make electrical contact with the winding wire , wherein the interconnect plate is manufactured from plastic and has annular grooves which are open axially in the direction of the insulating lamination and into which the annular conductors are fitted, characterized in that centring pins which extend in an axial direction are moulded onto the insulating lamination , said centring pins engaging axially into corresponding centring receptacles , formed in the axial direction, in the interconnect plate in order to position the interconnect plate , and thus also the insulation-displacement elements , exactly with respect to the receiving pockets .
Enveloping material for a baler for enveloping at least the lateral surface of a bale , wherein the enveloping material has a plurality of entrainers , characterized in that the entrainers are arranged approximately in a row transversely to a delivery direction F across the width B of the enveloping material , and the entrainers are configured in the form of a cutout, wherein the cutout is configured at least approximately in a round and/or oval manner.