mhurhangee/patent-ind-claim-en huggingface dataset:
A homogenous paste for forming a protective diffusion aluminide coating on a substrate surface, comprising: (a) a metallic base component; (b) 40-50 wt.% of an organic binder based on the total amount of paste; and optionally (c) a modifying element selected from the group of hafnium, yttrium, zirconium, chromium and/or silicon, and combinations thereof or a solvent; characterized in that the organic binder consists of methyl cellulose and de-ionized water and said metallic base component consists of: (i) Co 2 Al 9 , wherein Co 2 Al 9 is from 1% to 50% by weight of the total metallic base component; (ii) a halide activator, wherein the halide activator is from 0.1% to 5.0% by weight of the total metallic base component; and (iii) an inert filler, wherein the inert filler is from 45% to 99% by weight of the total metallic base component. (a) a metallic base component; (b) 40-50 wt.% of an organic binder based on the total amount of paste; and optionally (c) a modifying element selected from the group of hafnium, yttrium, zirconium, chromium and/or silicon, and combinations thereof or a solvent; characterized in that the organic binder consists of methyl cellulose and de-ionized water and said metallic base component consists of: (i) Co 2 Al 9 , wherein Co 2 Al 9 is from 1% to 50% by weight of the total metallic base component; (ii) a halide activator, wherein the halide activator is from 0.1% to 5.0% by weight of the total metallic base component; and (iii) an inert filler, wherein the inert filler is from 45% to 99% by weight of the total metallic base component. (i) Co 2 Al 9 , wherein Co 2 Al 9 is from 1% to 50% by weight of the total metallic base component; (ii) a halide activator, wherein the halide activator is from 0.1% to 5.0% by weight of the total metallic base component; and (iii) an inert filler, wherein the inert filler is from 45% to 99% by weight of the total metallic base component.
Handle for a cooking vessel or for a cooking vessel lid comprising at least one thermoelectric generator which is thermally connected to a heat sink , said handle comprising an inner cavity which extends longitudinally over at least one third of the length of the handle , said handle being characterised in that the heat sink extends longitudinally into the cavity and into at least two-thirds of the length of the cavity .
A method for producing a cast article of spheroidal graphite cast iron, characterized in that said spheroidal graphite cast iron meets the following conditions: N 5 − ≥ 250 , N 5 − 20 / N 5 − ≥ 0.6 , and N 30 − / N 5 − ≤ 0.2 , wherein N (5-) , N (5-20) , and N (30-) are the number (/mm 2 ) of graphite particles having equivalent-circle diameters of 5 μm or more, the number (/mm 2 ) of graphite particles having equivalent-circle diameters of 5 μm or more and less than 20 μm, and the number (/mm 2 ) of graphite particles having equivalent-circle diameters of 30 μm or more, respectively, among graphite particles observed in an arbitrary cross section of at least 1 mm 2 ; and said method comprises addition of a Fe-Si alloy as an inoculant when pouring a melt into a casting mold, pressing a surface of a melt poured into a gas-permeable casting mold by a gas at pressure of 10-50 kPa, before said melt starts eutectic solidification; and solidifying said melt while supplying said gas into said casting mold, wherein said method meets 0 ≤ dt pE / dt E ≤ 1 , wherein dt E represents a time period from the start of eutectic solidification of said melt to the completion of the eutectic solidification, and dt pE represents a time period from the start of eutectic solidification of said melt to the completion of said pressing. addition of a Fe-Si alloy as an inoculant when pouring a melt into a casting mold, pressing a surface of a melt poured into a gas-permeable casting mold by a gas at pressure of 10-50 kPa, before said melt starts eutectic solidification; and
A method for saving power of a radio frequency, RF, system associable with a motor vehicle, the steps comprising: supplying a RF transmitter of the RF system configured for sending a RF transmission at a first transmission power level ; supplying a RF receiver in communication with a controller of the RF system, the RF receiver configured for receiving the RF transmission from the RF transmitter , characterised in that the controller comprises a control algorithm to adjust the transmission power level of the RF transmitter based upon a status of a data frame to be received by the RF receiver . supplying a RF transmitter of the RF system configured for sending a RF transmission at a first transmission power level ; supplying a RF receiver in communication with a controller of the RF system, the RF receiver configured for receiving the RF transmission from the RF transmitter , characterised in that the controller comprises a control algorithm to adjust the transmission power level of the RF transmitter based upon a status of a data frame to be received by the RF receiver .
Vehicle with an electrically heatable latent heat accumulator with a phase-change material (PCM) as storage medium to heat a passenger compartment and/or a vehicle interior, the latent heat accumulator having a fluidly sealed housing in which the PCM is arranged, characterized in that a plurality of electrically effective heating elements are essentially uniformly distributed throughout the volume of the PCM and/or that at least one electrically effective heating element is provided and a plurality of thermal conductivity structures are essentially distributed uniformly throughout the volume of the PCM , characterised in that a ratio of the heating output of the heating elements or of the heating element to a heat accumulator capacity of the phase-change material is at least 5 h- 1 , wherein the effective parts of the heating elements or of the heating element are completely covered by the phase-change material independently of the aggregate state of the phase-change material . a plurality of thermal conductivity structures are essentially distributed uniformly throughout the volume of the PCM , characterised in that a ratio of the heating output of the heating elements or of the heating element to a heat accumulator capacity of the phase-change material is at least 5 h- 1 , wherein the effective parts of the heating elements or of the heating element are completely covered by the phase-change material independently of the aggregate state of the phase-change material .
Digital decorator machine for the decoration of products (P), comprising a support frame , at least one conveyor comprising a conveyor belt , for transporting the products (P) to be decorated along an advancement direction , and a plurality of decoration elements , associated with said support frame by means of connection means of removable type, positioned above said conveyor and arranged side-by-side each other along said advancement direction , each of said decoration elements comprising respective print heads provided with ejector nozzles for a fluid to be dispensed on the surface of the products (P) to be decorated, and a support to which said print heads are associated, each of said decoration elements comprising a respective casing within which said support is housed, said support being movable, with respect to said casing , between an upper inactive position and a lower operating position, in which said heads are correctly spaced with respect to the surface of the products to be decorated (P), characterized in that said support frame defines two abutment portions parallel to said advancement direction arranged at the sides of said conveyor belt , each of said decoration elements being connectable to said abutment portions in a removable manner.
An assembly for a turbine engine, comprising: a combustor bulkhead including a shell and a heat shield ; a swirler including a mounting lug and a tubular swirler body extending along an axis, the mounting lug projecting radially out from the swirler body ; and a mounting strap attached to the combustor bulkhead , wherein the mounting lug is axially restrained between the combustor bulkhead and the mounting strap , wherein the mounting strap fixedly secures the swirler body to the combustor bulkhead , wherein the mounting strap includes an intermediate portion between opposing end portions , the intermediate portion axially engages the mounting lug , and the end portions are respectively attached to the combustor bulkhead by a plurality of fasteners , the fasteners being studs of the heat shield mated with nuts , characterized in that the assembly further comprises one or more spacers disposed between the bulkhead shell and at least one of the end portions , wherein the mounting strap is preloaded against the mounting lug by the spacers , and the height of the spacers is selected such that the end portions are pulled towards the bulkhead when the nuts are tightened, thereby fixedly securing the swirler body to the combustor bulkhead . a combustor bulkhead including a shell and a heat shield ; a swirler including a mounting lug and a tubular swirler body extending along an axis, the mounting lug projecting radially out from the swirler body ; and a mounting strap attached to the combustor bulkhead , wherein the mounting lug is axially restrained between the combustor bulkhead and the mounting strap , wherein the mounting strap fixedly secures the swirler body to the combustor bulkhead , wherein the mounting strap includes an intermediate portion between opposing end portions , the intermediate portion axially engages the mounting lug , and the end portions are respectively attached to the combustor bulkhead by a plurality of fasteners , the fasteners being studs of the heat shield mated with nuts , characterized in that the assembly further comprises one or more spacers disposed between the bulkhead shell and at least one of the end portions , wherein the mounting strap is preloaded against the mounting lug by the spacers , and the height of the spacers is selected such that the end portions are pulled towards the bulkhead when the nuts are tightened, thereby fixedly securing the swirler body to the combustor bulkhead .
An optical module configured to be optically coupleable to a laser amplifier module , the optical module comprising: an inner optical element having a plurality of M inner reflective elements arranged around a center of the inner optical element; a plurality of N outer reflective elements arranged around the inner optical element , the plurality of N outer reflective elements being configured to face the inner optical element , wherein the plurality of M inner reflective elements and the plurality of N outer reflective elements are configured to provide an optical path for a laser beam , the optical module being characterized in that : one outer reflective element of the plurality of N outer reflective elements or one inner reflective element of the plurality of M inner reflective elements is configured to couple the laser beam to be amplified into the optical module or wherein one outer reflective element of the plurality of N outer reflective elements or one inner reflective element of the plurality of M inner reflective elements is configured to decouple the amplified laser beam from the optical module . an inner optical element having a plurality of M inner reflective elements arranged around a center of the inner optical element; a plurality of N outer reflective elements arranged around the inner optical element , the plurality of N outer reflective elements being configured to face the inner optical element , wherein the plurality of M inner reflective elements and the plurality of N outer reflective elements are configured to provide an optical path for a laser beam , the optical module being characterized in that : one outer reflective element of the plurality of N outer reflective elements or one inner reflective element of the plurality of M inner reflective elements is configured to couple the laser beam to be amplified into the optical module or wherein one outer reflective element of the plurality of N outer reflective elements or one inner reflective element of the plurality of M inner reflective elements is configured to decouple the amplified laser beam from the optical module . one outer reflective element of the plurality of N outer reflective elements or one inner reflective element of the plurality of M inner reflective elements is configured to couple the laser beam to be amplified into the optical module or wherein one outer reflective element of the plurality of N outer reflective elements or one inner reflective element of the plurality of M inner reflective elements is configured to decouple the amplified laser beam from the optical module .
A near-field wireless device comprising a gaming controller, comprising: a near-field antenna having a first conductive surface on one side of the gaming controller and a second conductive surface on a diametrically opposite side of the gaming controller; wherein the conductive surfaces are configured to carry non-propagating quasi-static near-field electro-induction (NFEI) signals; a tuning circuit coupled to the near-field antenna and having a set of tuning parameters; a controller coupled to the tuning circuit; wherein the controller is configured to monitor a loading of the near-field antenna; wherein the controller is configured to adjust the tuning parameters if the loading is different from a preselected loading; and wherein the controller is configured to set a user present status in response to a predefined threshold change in the set of tuning parameters. a near-field antenna having a first conductive surface on one side of the gaming controller and a second conductive surface on a diametrically opposite side of the gaming controller; wherein the conductive surfaces are configured to carry non-propagating quasi-static near-field electro-induction (NFEI) signals; a tuning circuit coupled to the near-field antenna and having a set of tuning parameters; a controller coupled to the tuning circuit; wherein the controller is configured to monitor a loading of the near-field antenna; wherein the controller is configured to adjust the tuning parameters if the loading is different from a preselected loading; and wherein the controller is configured to set a user present status in response to a predefined threshold change in the set of tuning parameters.
Method for multicolour ink jet printing on containers , comprising the steps of: S1) joint printing, in a first printing ink (DF2) and onto the containers , of a motif and at least one print mark (2A-2D, 2E, 3A-3D, 3E) that is arranged in particular within the motif ; S2) mechanical optical inspection of the at least one print mark (2A-2D, 2E, 3A-3D, 3E); S3) alignment of the containers on the basis of step S2 and printing of the motif and in particular the print mark (2A-2D, 2E, 3A-3D, 3E) in a subsequent print colour (DF3); and S4) overprinting of the print mark (2A-2D, 2E, 3A-3D, 3E), characterised in that the containers are excited to fluoresce using UV light in step S2, and steps S2 and S3 are repeated in pairs for at least two further subsequent print colours (DF4-DF5). S1) joint printing, in a first printing ink (DF2) and onto the containers , of a motif and at least one print mark (2A-2D, 2E, 3A-3D, 3E) that is arranged in particular within the motif ; S2) mechanical optical inspection of the at least one print mark (2A-2D, 2E, 3A-3D, 3E); S3) alignment of the containers on the basis of step S2 and printing of the motif and in particular the print mark (2A-2D, 2E, 3A-3D, 3E) in a subsequent print colour (DF3); and S4) overprinting of the print mark (2A-2D, 2E, 3A-3D, 3E), characterised in that the containers are excited to fluoresce using UV light in step S2, and steps S2 and S3 are repeated in pairs for at least two further subsequent print colours (DF4-DF5).
A method for preparation of a low-chlorine epoxy resin, comprising: performing an aldol condensation reaction of a bisphenol A epoxy resin containing chlorine impurities and a polyfluoroalkyl aldehyde under a first preset reaction condition to obtain a reaction product; adding a perfluoroalkane solution to the reaction product for extraction, standing and then separating to obtain an extract phase and a raffinate phase, wherein the extract phase comprises a fluorine-containing chlorinated product generated by the aldol condensation reaction of the bisphenol A epoxy resin containing chlorine impurities and the polyfluoroalkyl aldehyde, and the raffinate phase comprises a low-chlorine bisphenol A epoxy resin; and separating the extract phase from the raffinate phase, so as to achieve the purpose of separating the fluorine-containing chlorinated product from the chlorine-free bisphenol A epoxy resin, thereby obtaining the low-chlorine bisphenol A epoxy resin, wherein the chlorine content of the low-chlorine bisphenol A epoxy resin is lower than that of the bisphenol A epoxy resin before reaction. performing an aldol condensation reaction of a bisphenol A epoxy resin containing chlorine impurities and a polyfluoroalkyl aldehyde under a first preset reaction condition to obtain a reaction product; adding a perfluoroalkane solution to the reaction product for extraction, standing and then separating to obtain an extract phase and a raffinate phase, wherein the extract phase comprises a fluorine-containing chlorinated product generated by the aldol condensation reaction of the bisphenol A epoxy resin containing chlorine impurities and the polyfluoroalkyl aldehyde, and the raffinate phase comprises a low-chlorine bisphenol A epoxy resin; and separating the extract phase from the raffinate phase, so as to achieve the purpose of separating the fluorine-containing chlorinated product from the chlorine-free bisphenol A epoxy resin, thereby obtaining the low-chlorine bisphenol A epoxy resin, wherein the chlorine content of the low-chlorine bisphenol A epoxy resin is lower than that of the bisphenol A epoxy resin before reaction.
A work tool configured to perform a specified operation on a workpiece by linearly driving a tool accessory , the work tool comprising a driving motor , a rotary shaft member configured to be rotationally driven by the driving motor , a swinging member configured to be caused to swing by rotation of the rotary shaft member , a tool accessory driving mechanism configured to drive the tool accessory by swinging of the swinging member , a body housing the driving motor , the rotary shaft member , the swinging member and the tool accessory driving mechanism, and a vibration reducing mechanism configured to reduce vibration caused in the body , wherein the vibration reducing mechanism includes a dynamic vibration reducer having an elastic member and a weight , the weight being biased by the elastic member and being reciprocatable, wherein the vibration reducing mechanism further includes a connecting member connecting the weight and the swinging member , and the vibration reducing mechanism is configured to directly and forcibly reciprocate the weight via the connecting member by the swinging of the swinging member , and wherein the weight and the connecting member are connected to be rotatable on a pivot axis with respect to each other. a driving motor , a rotary shaft member configured to be rotationally driven by the driving motor , a swinging member configured to be caused to swing by rotation of the rotary shaft member , a tool accessory driving mechanism configured to drive the tool accessory by swinging of the swinging member , a body housing the driving motor , the rotary shaft member , the swinging member and the tool accessory driving mechanism, and a vibration reducing mechanism configured to reduce vibration caused in the body , wherein the vibration reducing mechanism includes a dynamic vibration reducer having an elastic member and a weight , the weight being biased by the elastic member and being reciprocatable, wherein the vibration reducing mechanism further includes a connecting member connecting the weight and the swinging member , and the vibration reducing mechanism is configured to directly and forcibly reciprocate the weight via the connecting member by the swinging of the swinging member , and wherein the weight and the connecting member are connected to be rotatable on a pivot axis with respect to each other.
An application association processing method performed by an apparatus, comprising: detecting (S201) a second operation gesture performed on an application icon displayed on a display interface of the apparatus, the application icon corresponding to an application program; and in response to detecting the second operation gesture, switching (S202) the application icon to an editable state, wherein the editable state comprises a floating state; detecting (S203) a first operation gesture after the application icon is switched to the editable state; in response to detecting the first operation gesture, displaying (S204) the associated control icon in a floating window, wherein the associated control icon corresponds to a visual control associated with the application program and the visual control displays a function of the application program; and detecting (S205) a third operation gesture performed on the associated control icon; and in response to detecting the third operation gesture, displaying (S206) the visual control corresponding to the associated control icon on the display interface. detecting (S201) a second operation gesture performed on an application icon displayed on a display interface of the apparatus, the application icon corresponding to an application program; and in response to detecting the second operation gesture, switching (S202) the application icon to an editable state, wherein the editable state comprises a floating state; detecting (S203) a first operation gesture after the application icon is switched to the editable state; in response to detecting the first operation gesture, displaying (S204) the associated control icon in a floating window, wherein the associated control icon corresponds to a visual control associated with the application program and the visual control displays a function of the application program; and detecting (S205) a third operation gesture performed on the associated control icon; and in response to detecting the third operation gesture, displaying (S206) the visual control corresponding to the associated control icon on the display interface.