mhurhangee/patent-ind-claim-en huggingface dataset:
A connection structure of an aluminum cable and a terminal , comprising: an aluminum cable , comprising a cable core , wherein the cable core is constructed with a cable welding portion ; and a terminal , welded to the cable welding portion, characterized in that a nominal cross-sectional area of the cable core is M, and a welding area S between the cable welding portion and the terminal meets 5*M≤S≤6*M. an aluminum cable , comprising a cable core , wherein the cable core is constructed with a cable welding portion ; and a terminal , welded to the cable welding portion, characterized in that a nominal cross-sectional area of the cable core is M, and a welding area S between the cable welding portion and the terminal meets 5*M≤S≤6*M.
Laundry treating device , in particular a washing machine or a laundry dryer, having: - a rotatable drum having a circumferential drum wall for placing the laundry in, - a drive motor for the drum , - at least one protrusion on an inside of the circumferential drum wall, wherein - the protrusion is variable and/or movable or flexible in its height over the inside of the circumferential drum wall, and/or the protrusion is variable and/or movable or flexible in its outer shape, - actuation means are provided for effecting a change of height or shape of the protrusion , - a power control unit for supplying a drive current to the drive motor , - current sensor means for supervising the drive current supplied to the drive motor , - a device control is provided having a processing means for calculating a rotation position of the drum and/or a drive current from the respective sensor means , characterized by : - rotation position sensor means for supervising a rotation position of the drum , - in the processing means a storage is provided in which various groups of diagrams are stored being representative of a dependency of the drive current of the load in the drum as well as of the major fibre portion of the laundry , wherein the diagrams have a variation of the drive current depending on the shape of the protrusion being varied, - the processing means is adapted to calculate the load or weight of laundry in the drum , the typical size of pieces of laundry in the drum and/or the major fibre portion of the laundry . - a rotatable drum having a circumferential drum wall for placing the laundry in, - a drive motor for the drum , - at least one protrusion on an inside of the circumferential drum wall, - the protrusion is variable and/or movable or flexible in its height over the inside of the circumferential drum wall, and/or the protrusion is variable and/or movable or flexible in its outer shape, - actuation means are provided for effecting a change of height or shape of the protrusion , - a power control unit for supplying a drive current to the drive motor , - current sensor means for supervising the drive current supplied to the drive motor , - a device control is provided having a processing means for calculating a rotation position of the drum and/or a drive current from the respective sensor means , - rotation position sensor means for supervising a rotation position of the drum , - in the processing means a storage is provided in which various groups of diagrams are stored being representative of a dependency of the drive current of the load in the drum as well as of the major fibre portion of the laundry , wherein the diagrams have a variation of the drive current depending on the shape of the protrusion being varied, - the processing means is adapted to calculate the load or weight of laundry in the drum , the typical size of pieces of laundry in the drum and/or the major fibre portion of the laundry .
Control unit for controlling a charging process of a rechargeable storage module for electrical energy of a domestic appliance ; comprising - a detection device which is configured to detect the current capacity and/or the current charge state of the storage module before and/or after the charging process and/or during the charging process; and - a switch-off device which is configured to end a charging process of the storage module when a target charge state or a target capacity on the storage module has been reached; characterised in that the initial target charge state is less than 100% and/or the initial target capacity is below the initial maximum capacity of the storage module and in that the control unit is configured to increase the target charge state of the storage module with increasing capacity losses of the storage module until 100% has been reached and/or to maintain the target capacity of the storage module with increasing capacity losses of the storage module until the current maximum capacity has been reached. - a detection device which is configured to detect the current capacity and/or the current charge state of the storage module before and/or after the charging process and/or during the charging process; and - a switch-off device which is configured to end a charging process of the storage module when a target charge state or a target capacity on the storage module has been reached;
Panel which comprises coupling parts (4-5) on at least two opposite sides (2-3) by means of which coupling parts two such panels can be brought into a coupled position; wherein these coupling parts (4-5) form a horizontally active locking system and a vertically active locking system ; wherein the horizontally active locking system has a male part and a female part which allow two such panels to be connected to each other on the aforementioned sides (2-3) by fitting one of these panels with the associated male part in the female part of the other panel by means of a downward movement (M); wherein the vertically active locking system comprises a locking element which is fitted in one of the respective sides (2-3) in the form of an insert; wherein this locking element comprises at least a blocking body , a securing section and a bending zone ; wherein the aforementioned bending zone consists of an elastic bending zone which forms a connection between the securing section and the blocking body , wherein the locking element consists of a strip which is secured in a recess in the panel, wherein the locking element consists of a coextruded plastic strip which, viewed in cross section, consists of several zones made of plastic with different properties, namely, on the one hand, at least a first zone formed by the aforementioned blocking body , and, on the other hand, at least a second zone formed by the aforementioned bending zone , wherein the blocking body is substantially made of a first polymer, wherein the bending zone is substantially made of a second polymer, characterized in that the blocking body is substantially or entirely made of a mixture of the first polymer and the second polymer, or in that the bending zone is substantially or entirely made of a mixture of the second polymer and the first polymer. wherein the vertically active locking system comprises a locking element which is fitted in one of the respective sides (2-3) in the form of an insert; wherein this locking element comprises at least a blocking body , a securing section and a bending zone ; wherein the aforementioned bending zone consists of an elastic bending zone which forms a connection between the securing section and the blocking body , wherein the locking element consists of a strip which is secured in a recess in the panel, wherein the locking element consists of a coextruded plastic strip which, viewed in cross section, consists of several zones made of plastic with different properties, namely, on the one hand, at least a first zone formed by the aforementioned blocking body , and, on the other hand, at least a second zone formed by the aforementioned bending zone , wherein the blocking body is substantially made of a first polymer, wherein the bending zone is substantially made of a second polymer, characterized in that the blocking body is substantially or entirely made of a mixture of the first polymer and the second polymer, or in that the bending zone is substantially or entirely made of a mixture of the second polymer and the first polymer.
A photostable sunscreen composition comprising, (a) 0.05 to 15 % by weight compound of formula A; where R1, R2 and R3 are each selected from any one of alkyl, branched alkyl, cycloalkyl, polycycloalkyl, heterocycloalkyl, alkaryl, alkoxy, aryl, aralkyl, alkenyl, alkynyl or fluorocarbon groups containing 1 to 50 carbon atom(s) (b) 0.01 % to 10 % by weight a non-ionic surfactant; selected from the group consisting of (a) fatty alcohol ethoxylates with saturated carbon chain and having HLB higher than 15.5; (b) alkyl phenol ethoxylates having HLB higher than 15; or (c) polyoxyethylene sorbitan alkyl esters with saturated C12 to C16 carbon chain and having HLB higher than 12; (c) a cosmetically acceptable base, being a vanishing cream, comprising 6 to 25 % hystric acid by weight of the composition. (a) 0.05 to 15 % by weight compound of formula A; where R1, R2 and R3 are each selected from any one of alkyl, branched alkyl, cycloalkyl, polycycloalkyl, heterocycloalkyl, alkaryl, alkoxy, aryl, aralkyl, alkenyl, alkynyl or fluorocarbon groups containing 1 to 50 carbon atom(s) (b) 0.01 % to 10 % by weight a non-ionic surfactant; selected from the group consisting of (a) fatty alcohol ethoxylates with saturated carbon chain and having HLB higher than 15.5; (b) alkyl phenol ethoxylates having HLB higher than 15; or (c) polyoxyethylene sorbitan alkyl esters with saturated C12 to C16 carbon chain and having HLB higher than 12; (a) fatty alcohol ethoxylates with saturated carbon chain and having HLB higher than 15.5; (b) alkyl phenol ethoxylates having HLB higher than 15; or (c) polyoxyethylene sorbitan alkyl esters with saturated C12 to C16 carbon chain and having HLB higher than 12; (c) a cosmetically acceptable base, being a vanishing cream, comprising 6 to 25 % hystric acid by weight of the composition.
The compound ((E)-N'-(3,5-dibromo-2,4-dihydroxybenzylidene)-2-(m-tolylamino)acetohydrazide, or a salt thereof; or (E)-N'-(3,5-dibromo-2,4-dihydroxybenzylidene)-2-(p-tolylamino)acetohydrazide; or a salt thereof, for use in a method of treating or preventing pancreatitis in a subject.
An aircraft comprising: a fuselage having a longitudinal axis extending through the fuselage front end and the fuselage rear end ; a foldable wing located on the fuselage and being movable between a flight position wherein the wing is generally perpendicular to the longitudinal axis , and a stowed position wherein the wing is generally parallel to the longitudinal axis ; a pair of stabilizing wings having an anhedral orientation disposed on the fuselage adjacent to the fuselage rear end when the foldable wing is in the flight position; and a rear landing gear connected directly to the fuselage and disposed adjacent to the pair of stabilizing wings . a fuselage having a longitudinal axis extending through the fuselage front end and the fuselage rear end ; a foldable wing located on the fuselage and being movable between a flight position wherein the wing is generally perpendicular to the longitudinal axis , and a stowed position wherein the wing is generally parallel to the longitudinal axis ; a pair of stabilizing wings having an anhedral orientation disposed on the fuselage adjacent to the fuselage rear end when the foldable wing is in the flight position; and a rear landing gear connected directly to the fuselage and disposed adjacent to the pair of stabilizing wings .
A method of manufacturing a cutting tool from a highly refractory composite obtained from boron carbide and an intermetallic compound of the Ti-Si system, relaying on mixing starting powders in the form of boron carbide (B 4 C), the intermetallic compound of the Ti-Si system, carbon C and boron B in the isopropyl alcohol environment, forming shaped pieces from the mixture of powders and subjecting them to sintering and mechanical working, characterized in that the highly refractory composite contains titanium silicide TiSi or TiSi 2 as the intermetallic compound of the Ti-Si system, in the molar ratio B 4 C:TiSi/TiSi 2 :C:B of 1:2:3:1, wherein the obtained TiB 2 -TiC-SiC-TiSi composite containing titanium silicide TiSi has 60.0-65.0% by weight of TiB 2 , 20-34% by weight of TiC, 5-14% by weight of SiC and 0.9-1.0% by weight of TiSi, while the obtained TiB 2 -TiC-SiC-TiSi 2 composite containing titanium silicide TiSi 2 has 65.0-70.0% by weight of TiB 2 , 9.2-10% by weight of TiC, 19.9-24.1% by weight of SiC and 0.9-1.0% by weight of TiSi 2 , and the sintering process of the formed shaped pieces is carried out by spark plasma sintering method SPS under the protection of argon, at a temperature of 1350-1450°C, with a temperature increase of 200-300°C per minute, with a holding time of 1÷5 minutes and under the pressure of 50 MPa or by the hot pressing method at a temperature of 1500-1550°C, with the temperature increase of 10°C per minute, with the holding time of 30 minutes and under the pressure of 50 MPa.
A method performed by a selection engine for selecting a first virtualisation engine to execute an application deployment request , the method comprising: receiving the application deployment request comprising an identification of an application image ; selecting the first virtualisation engine from a plurality of virtualisation engines based on a plurality of respective values of at least one characteristic associated with execution of the application image by each of the plurality of virtualisation engines; and initiating execution of the application image by the first virtualisation engine; wherein the at least one characteristic comprises a first characteristic and a second characteristic, characterized in that selecting the first virtualisation engine comprises: allocating each of the plurality of virtualisation engines whose associated value of the first characteristic for execution of the application image meets a first requirement to a subset of the plurality of virtualisation engines; and responsive to the subset comprising more than one virtualisation engine, selecting a virtualisation engine from the subset whose associated value of the second characteristic for execution of the application image meets a second requirement as the first virtualisation engine. receiving the application deployment request comprising an identification of an application image ; selecting the first virtualisation engine from a plurality of virtualisation engines based on a plurality of respective values of at least one characteristic associated with execution of the application image by each of the plurality of virtualisation engines; and initiating execution of the application image by the first virtualisation engine; wherein the at least one characteristic comprises a first characteristic and a second characteristic, characterized in that selecting the first virtualisation engine comprises: allocating each of the plurality of virtualisation engines whose associated value of the first characteristic for execution of the application image meets a first requirement to a subset of the plurality of virtualisation engines; and responsive to the subset comprising more than one virtualisation engine, selecting a virtualisation engine from the subset whose associated value of the second characteristic for execution of the application image meets a second requirement as the first virtualisation engine. allocating each of the plurality of virtualisation engines whose associated value of the first characteristic for execution of the application image meets a first requirement to a subset of the plurality of virtualisation engines; and responsive to the subset comprising more than one virtualisation engine, selecting a virtualisation engine from the subset whose associated value of the second characteristic for execution of the application image meets a second requirement as the first virtualisation engine.
An ablation catheter comprising: a catheter body having a distal portion ; a tip assembly defining a tip lumen extending therethrough, said tip assembly coupled to said distal portion of said catheter body , and wherein said tip assembly is a flexible tip electrode including a generally cylindrical side wall and a dome tip ; and a lumen extension member positioned in said tip lumen , said lumen extension member coupled to said distal portion of said catheter body , said lumen extension member comprising a tubular member coupled to the catheter body and positioned within the elongate electrode, said tubular member comprising a sidewall and at least one opening extending through said sidewall , wherein said sidewall comprises a proximal portion having a first inner diameter and a distal portion having a second inner diameter that is different from the first inner diameter, wherein said tip assembly has a first length and is configured to have flexible properties, and said lumen extension member has a second length that is shorter than the first length and is configured to not compromise the flexible properties of said tip assembly . a catheter body having a distal portion ; a tip assembly defining a tip lumen extending therethrough, said tip assembly coupled to said distal portion of said catheter body , and wherein said tip assembly is a flexible tip electrode including a generally cylindrical side wall and a dome tip ; and a lumen extension member positioned in said tip lumen , said lumen extension member coupled to said distal portion of said catheter body , said lumen extension member comprising a tubular member coupled to the catheter body and positioned within the elongate electrode, said tubular member comprising a sidewall and at least one opening extending through said sidewall , wherein said sidewall comprises a proximal portion having a first inner diameter and a distal portion having a second inner diameter that is different from the first inner diameter, wherein said tip assembly has a first length and is configured to have flexible properties, and said lumen extension member has a second length that is shorter than the first length and is configured to not compromise the flexible properties of said tip assembly .
A power supply control apparatus , wherein the power supply control apparatus is configured to control power supply to a cabinet in a data center and the power supply control apparatus comprises: a communications module , configured to receive an instruction of a network management center ; and characterized in that the power supply control apparatus comprises a controllable switch , configured to adjust a breaking capacity of the controllable switch according to the instruction to perform power-on/power-off control on the cabinet . a communications module , configured to receive an instruction of a network management center ; and characterized in that the power supply control apparatus comprises a controllable switch , configured to adjust a breaking capacity of the controllable switch according to the instruction to perform power-on/power-off control on the cabinet .
An electricity-generating coating for a window surface of a military aircraft, the electricity-generating coating comprising: a conformal organic photovoltaic device , including one or more cells connected in series and/or parallel, wherein the conformal organic photovoltaic device is configured to be adhered to the window surface to convert the window surface into an electricity-generating window surface; a pressure-sensitive adhesive on the conformal organic photovoltaic device, the pressure-sensitive adhesive being capable of adhering the conformal organic photovoltaic device to the window surface , wherein the organic photovoltaic device is semitransparent and the pressure-sensitive adhesive is one of semitransparent and transparent such that light is capable of passing through the electricity-generating coating; and a very thin, highly flexible transparent substrate , wherein the conformal organic photovoltaic device is covered by the very thin, highly flexible transparent substrate . a conformal organic photovoltaic device , including one or more cells connected in series and/or parallel, wherein the conformal organic photovoltaic device is configured to be adhered to the window surface to convert the window surface into an electricity-generating window surface; a pressure-sensitive adhesive on the conformal organic photovoltaic device, the pressure-sensitive adhesive being capable of adhering the conformal organic photovoltaic device to the window surface , wherein the organic photovoltaic device is semitransparent and the pressure-sensitive adhesive is one of semitransparent and transparent such that light is capable of passing through the electricity-generating coating; and a very thin, highly flexible transparent substrate , wherein the conformal organic photovoltaic device is covered by the very thin, highly flexible transparent substrate .
Composite material comprising: - Boron nitride (BN(C)) in the form of a porous material consisting of BN possibly doped with carbon (BNC) of continuous 3D structure, not dispersed; - An internal layer of a Phase Change Material (PCM) incorporated within said continuous structure of BN(C) , and - A surface portion of BN(C) devoid of PCM, under each of the upper and lower external faces of the composite material, with thickness E1 and E2, said material being characterized in that : the layer of PCM is encapsulated by a coating layer of polymer of thickness E', and said surface portions devoid of PCM, are each located on either side of the internal layer of encapsulated PCM. - Boron nitride (BN(C)) in the form of a porous material consisting of BN possibly doped with carbon (BNC) of continuous 3D structure, not dispersed; - An internal layer of a Phase Change Material (PCM) incorporated within said continuous structure of BN(C) , and - A surface portion of BN(C) devoid of PCM, under each of the upper and lower external faces of the composite material, with thickness E1 and E2,
An artificial reality system comprising: an image capture device configured to capture image data; a head-mounted display (HMD) configured to output artificial reality content ; a peripheral device including a display; a user interface engine configured to detect the peripheral device from the image data, characterized in that the user interface engine is further configured to: send a communication to the peripheral device to cause the peripheral device to deactivate the display, receive an indication that the display is deactivated, generate, in response to determining, based on the indication that the display is deactivated, a virtual user interface appearing to be a surface of the peripheral device and comprising one or more virtual user interface elements; the artificial reality system further comprising: a rendering engine configured to render the artificial reality content and to render, at a user interface position locked relative to a position of the peripheral device in the artificial reality content , the virtual user interface for display at the HMD . an image capture device configured to capture image data; a head-mounted display (HMD) configured to output artificial reality content ; a peripheral device including a display; a user interface engine configured to detect the peripheral device from the image data, characterized in that the user interface engine is further configured to: send a communication to the peripheral device to cause the peripheral device to deactivate the display, receive an indication that the display is deactivated, generate, in response to determining, based on the indication that the display is deactivated, a virtual user interface appearing to be a surface of the peripheral device and comprising one or more virtual user interface elements; the artificial reality system further comprising: a rendering engine configured to render the artificial reality content and to render, at a user interface position locked relative to a position of the peripheral device in the artificial reality content , the virtual user interface for display at the HMD .