mhurhangee/ep-ind-claims huggingface dataset:
An interface display method for hiboard at least comprising a top display area and a dynamic message display area, characterized by comprising: obtaining, from a server side, multiple pieces of state information of the terminal and priorities of the multiple pieces of state information determined by the server side; displaying, according to the priorities of the multiple pieces of state information, the state information of the terminal on the dynamic message display area; displaying associated information of the state information on the top display area according to the state information; updating the associated information when the state information is updated; and displaying preset information on the top display area when the state information is not updated within a preset time. obtaining, from a server side, multiple pieces of state information of the terminal and priorities of the multiple pieces of state information determined by the server side; displaying, according to the priorities of the multiple pieces of state information, the state information of the terminal on the dynamic message display area; displaying associated information of the state information on the top display area according to the state information; updating the associated information when the state information is updated; and displaying preset information on the top display area when the state information is not updated within a preset time.
Vibration ramming device for driving rammable material, in particular pipes and piles, with a fastening unit for fastening on a construction machine, with a vibration unit, and with a gripper arrangement having two gripper halves (3a, 3b), wherein the rammable material can, in an operational state, be held between the first gripper half and the second gripper half, and wherein the first gripper half is formed from two spaced-apart gripper arms (4a, 4b), characterized in that the second gripper half is formed only from one gripper arm, which is arranged in a longitudinal direction between the two spaced-apart gripper arms (4a, 4b) of the first gripper half.
A software update device comprising: a communication unit connected with an electronic device that executes software; a wake-up receiving unit that, when receiving a wake-up request transmitted by a control unit within a server device from a wireless access point registered in advance, allows the communication unit to transition from a sleep state to a wake-up state, wherein when the communication unit transitioned to the wake-up state, the communication unit initiates wireless communication with the control unit, receives update software transmitted by the control unit from the wireless access point, and updates the software of the electronic device by the update software received. a communication unit connected with an electronic device that executes software; a wake-up receiving unit that, when receiving a wake-up request transmitted by a control unit within a server device from a wireless access point registered in advance, allows the communication unit to transition from a sleep state to a wake-up state, wherein when the communication unit transitioned to the wake-up state, the communication unit initiates wireless communication with the control unit, receives update software transmitted by the control unit from the wireless access point, and updates the software of the electronic device by the update software received.
A method for preparing a medical product, said method comprising - providing an aqueous dispersion of nanofibrillar cellulose, - providing a layer of gauze, - impregnating the layer of gauze by soaking throughout with the aqueous dispersion of nanofibrillar cellulose so that the nanofibrillar cellulose is distributed evenly in the gauze and no separate layers are formed from the nanofibrillar cellulose on any surface of the gauze, and - dewatering the impregnated gauze, to obtain the medical product. - providing an aqueous dispersion of nanofibrillar cellulose, - providing a layer of gauze, - impregnating the layer of gauze by soaking throughout with the aqueous dispersion of nanofibrillar cellulose so that the nanofibrillar cellulose is distributed evenly in the gauze and no separate layers are formed from the nanofibrillar cellulose on any surface of the gauze, and - dewatering the impregnated gauze,
A timepiece comprising a supporting structure and a generator formed of a rotor, provided with at least one magnet and mounted to pivot in the supporting structure, and of a stator composed of two coils (52, 54) and forming, with an electronic circuit, an electronic module which is arranged so as to be able to be mounted in the supporting structure after mounting the supporting structure with the rotor pivoted therein; the electronic module comprising a support for the two coils having a first part forming an articulation with a first element of the supporting structure, the first part and the first element being arranged so that this first part or/and this first element can undergo an elastic deformation allowing them to be assembled, in a removable manner, to form said articulation by laterally introducing, by pressure, the first part into the first element or the first element into the first part; the timepiece being arranged so that, during a lateral mounting of the electronic module in the supporting structure preassembled with the rotor, the first part and the first element can be assembled to form said articulation, which then allows a rotation of the electronic module, around an axis of rotation defined by this articulation and parallel to an axis of rotation of the rotor, from a first angular position, wherein this electronic module is located directly after forming the articulation, to a second angular position to bring at least one of the two coils closer to the axis of rotation of the rotor, so that these two coils are each located in a functional position substantially at the same distance from the axis of rotation of the rotor, the electronic module being held in the second angular position by a fastening system (32, 60, 70) which is arranged to be able to block the articulation in this second angular position.
A method for purification of lipid material, the method comprising a) Providing a feed of lipid material, b) heat treating the lipid material without added water or other solvent characte rised in that heat treatment takes place at any temperature in the range of 240°C to 280°C, and further characterised in that the residence time in step b) is maintained during a period of 1 minute to 30 minutes, such as 5 minutes to 30 minutes, c) post treating the lipid material comprising a water treatment step which is performed in the presence of water in an amount of 1 wt % to 5 wt % to the volume of the lipid material, wherein water treatment step c) is performed at a temperature of 130°C to 220°C,to thereby reduce the amount of phosphorous and /or metal compounds in the lipid material. a) Providing a feed of lipid material, b) heat treating the lipid material without added water or other solvent characte rised in that heat treatment takes place at any temperature in the range of 240°C to 280°C, and further characterised in that the residence time in step b) is maintained during a period of 1 minute to 30 minutes, such as 5 minutes to 30 minutes, c) post treating the lipid material comprising a water treatment step which is performed in the presence of water in an amount of 1 wt % to 5 wt % to the volume of the lipid material,
Electrical bushing for medium and high voltage, the bushing comprising: a fluid filled insulation volume; a sensor unit in contact with the fluid in the fluid filled insulation volume; characterised in that the sensor unit is configured to measure a breakdown voltage of the fluid. a fluid filled insulation volume; a sensor unit in contact with the fluid in the fluid filled insulation volume; characterised in that the sensor unit is configured to measure a breakdown voltage of the fluid.
A method of forming an implant to be implanted into living bone, the method comprising the steps of: roughening at least a portion of the implant surface to form a roughened surface; and increasing the hydrophilicity of the roughened surface by depositing non-toxic sodium lactate salt residuals on the roughened surface by exposing the roughened surface to a solution including the sodium lactate salt. roughening at least a portion of the implant surface to form a roughened surface; and increasing the hydrophilicity of the roughened surface by depositing non-toxic sodium lactate salt residuals on the roughened surface by exposing the roughened surface to a solution including the sodium lactate salt.
Cosmetic composition, in particular a hair cosmetic composition, comprising one or more polysaccharide(s) having at least one mannose unit, one or more anionic fixing polymer(s) and one or more liquid monoalcohols or polyols, the content of liquid monoalcohols or polyols being greater than or equal to 20% by weight of the total weight of the composition, the pH of the composition, when it is aqueous, being less than or equal to 6.5.
A holding assembly (200, 220, 3502, 3504, 3600, 3900, 4000) configured to hold an article (102, 3510, 3702, 3722) of footwear, comprising: a base portion (130, 202, 204, 3908); a last portion (220, 3503, 3505) attached to the base portion (130, 202, 204, 3908), the last portion (220, 3503, 3505) including a first side portion (222, 224, 226) and a second side portion (222, 224, 226), wherein the first side portion (222, 224, 226) further comprises: a frame portion; a flexible membrane mounted over the frame portion; a plurality of bead members disposed in an interior chamber (246, 2502, 502, 550) formed between the frame portion and the flexible membrane; wherein the interior chamber (246, 2502, 502, 550) is configured to be in fluid communication with a vacuum pump; wherein the first side portion (222, 224, 226) has a first configuration and a second configuration, the second configuration occurring when a vacuum is applied to the interior chamber (246, 2502, 502, 550) of the first side portion (222, 224, 226); wherein the rigidity of an outer surface (2350, 260) of the first side portion (222, 224, 226) increases from the first configuration to the second configuration; and wherein the spacing between the first side portion (222, 224, 226) and the second side portion (222, 224, 226) of the last portion (220, 3503, 3505) is adjustable.
A radar module for level and/or limit monitoring, comprising: - a radar signal source configured to generate, transmit and receive a radar signal, wherein the radar signal source comprises a surface which faces a filling material, - a radar signal conductor configured to receive, conduct and emit the radar signal, wherein the radar signal conductor is attached to the surface of the radar signal source, - a casting compound, the casting compound at least partially covering the surface of the radar signal source and at least partially covering the radar signal conductor, characterized in that the radar module comprises a carrier, wherein the radar signal source is fixed to the carrier by the casting compound. - a radar signal source configured to generate, transmit and receive a radar signal, - a radar signal conductor configured to receive, conduct and emit the radar signal, - a casting compound, the casting compound at least partially covering the surface of the radar signal source and at least partially covering the radar signal conductor, characterized in that
A console of a passenger compartment for a vehicle comprising a container and at least one arm rest (2, 3) articulated on the edge of the frame of said container, the arm rest (2, 3) being locked in order to close the console, characterized in that it includes a compact mechanism mounted on a support integral with the frame including a control element able to cooperate by direct contact with an element for unlocking the arm rest (2, 3), and in that the control element of the mechanism integrates a push button mounted between an end of the lever arms, the other end comprising a sleeve able to pivot about an axis connected to the support.
A method of making a plurality of sulfonated resin beads comprising (a) providing a reaction mixture comprising monovinyl aromatic monomer, multivinyl aromatic monomer, an initiator that is insoluble in water and that is soluble in the monomer(s), and methyl isobutyl carbinol, wherein (i) the amount of said monovinyl aromatic monomer is 93.5% to 96% by weight based on the weight of said monovinyl aromatic monomer plus the weight of said multivinyl aromatic monomer, (ii) the amount of said multivinyl aromatic monomer is 4% to 6.5% by weight based on the weight of said monovinyl aromatic monomer plus the weight of said multivinyl aromatic monomer, (iii) the amount of porogen is 35% to 39% by weight based on the total organic phase of said reaction mixture, (b) performing aqueous suspension polymerization on said reaction mixture to form resin beads, and (c) sulfonating said resin beads. (a) providing a reaction mixture comprising monovinyl aromatic monomer, multivinyl aromatic monomer, an initiator that is insoluble in water and that is soluble in the monomer(s), and methyl isobutyl carbinol, wherein (i) the amount of said monovinyl aromatic monomer is 93.5% to 96% by weight based on the weight of said monovinyl aromatic monomer plus the weight of said multivinyl aromatic monomer, (ii) the amount of said multivinyl aromatic monomer is 4% to 6.5% by weight based on the weight of said monovinyl aromatic monomer plus the weight of said multivinyl aromatic monomer, (iii) the amount of porogen is 35% to 39% by weight based on the total organic phase of said reaction mixture, (i) the amount of said monovinyl aromatic monomer is 93.5% to 96% by weight based on the weight of said monovinyl aromatic monomer plus the weight of said multivinyl aromatic monomer, (ii) the amount of said multivinyl aromatic monomer is 4% to 6.5% by weight based on the weight of said monovinyl aromatic monomer plus the weight of said multivinyl aromatic monomer, (iii) the amount of porogen is 35% to 39% by weight based on the total organic phase of said reaction mixture, (b) performing aqueous suspension polymerization on said reaction mixture to form resin beads, and (c) sulfonating said resin beads.
A thrust bearing device for a supercharger comprising: a turbine wheel and a compressor wheel that are fixed to a rotary shaft; a turbine-side thrust collar and a compressor-side thrust collar that are fixed to the rotary shaft and each having a sliding-contact surface; a thrust bearing that is fixed to a bearing housing, has the two thrust collars coming into sliding contact with sliding-contact surfaces at both sides of the thrust bearing in a thrust direction, and receives a thrust load applied to the rotary shaft; an oil passage that is formed in the two thrust collars or the thrust bearing so that lubricating oil is supplied between respective said sliding-contact surfaces formed between the sliding-contact surfaces the two thrust collars and the sliding-contact surfaces of the thrust bearing; and a gap that forms a lubricating oil film between the sliding-contact surfaces, wherein the gap where the lubricating oil film is formed is formed so that the lubricating oil outflow resistance of a radial outer region becomes larger than that of a radial inner region when the rotary shaft rotates, and wherein at least one surface of the sliding-contact surfaces is configured as an inclined surface so as to approach a facing surface as the inclined surface goes outward in the radial direction, and the gap between the sliding-contact surfaces decreases gradually outward in the radial direction. a turbine wheel and a compressor wheel that are fixed to a rotary shaft; a turbine-side thrust collar and a compressor-side thrust collar that are fixed to the rotary shaft and each having a sliding-contact surface; a thrust bearing that is fixed to a bearing housing, has the two thrust collars coming into sliding contact with sliding-contact surfaces at both sides of the thrust bearing in a thrust direction, and receives a thrust load applied to the rotary shaft; an oil passage that is formed in the two thrust collars or the thrust bearing so that lubricating oil is supplied between respective said sliding-contact surfaces formed between the sliding-contact surfaces the two thrust collars and the sliding-contact surfaces of the thrust bearing; and a gap that forms a lubricating oil film between the sliding-contact surfaces, wherein the gap where the lubricating oil film is formed is formed so that the lubricating oil outflow resistance of a radial outer region becomes larger than that of a radial inner region when the rotary shaft rotates, and wherein at least one surface of the sliding-contact surfaces is configured as an inclined surface so as to approach a facing surface as the inclined surface goes outward in the radial direction, and the gap between the sliding-contact surfaces decreases gradually outward in the radial direction.
A turbomachine assembly comprising: a turbine exhaust case including an exhaust duct extending axially from an exhaust section; and a flow control device at an aft end of the exhaust duct, wherein the flow control device is configured to move between a first position and a second position; wherein: the exhaust duct has a plurality of cooling holes; the flow control device in the first position causes more air to move through the cooling holes than the flow control device in the second position; and the turbine exhaust case forms a portion of an augmentor, characterised in that: the flow control device is positioned axially closer to an aft end of an exhaust duct than a forward end of the exhaust duct. a turbine exhaust case including an exhaust duct extending axially from an exhaust section; and a flow control device at an aft end of the exhaust duct, wherein the flow control device is configured to move between a first position and a second position; wherein: the exhaust duct has a plurality of cooling holes; the flow control device in the first position causes more air to move through the cooling holes than the flow control device in the second position; and the turbine exhaust case forms a portion of an augmentor, the exhaust duct has a plurality of cooling holes; the flow control device in the first position causes more air to move through the cooling holes than the flow control device in the second position; and the turbine exhaust case forms a portion of an augmentor,
A hermetic scroll compressor wherein an electric motor is mounted at a lower part in a sealed housing and a scroll compressor driven by the electric motor is mounted at an upper part in the sealed housing, wherein the sealed housing includes a cylindrical center housing that is sealed by a lower housing at the lower end and accommodates the electric motor securely mounted therein, a ring-like bearing bracket provided at the upper end of the center housing, and an upper housing that is provided on the bearing bracket, seals the upper part of the center housing, and accommodates the scroll compressor therein, characterized in that the bearing bracket has first and second welded portions (54, 55) provided at an outer circumferential portion thereof, to which ends of the center and upper housings are fitted and to which the housings are welded from the outer circumference side, and a bearing case in which the scroll compressor is incorporated is fixed on the top surface of the bearing bracket with bolts, and the bearing bracket has the first welded portion to which the end of the upper housing is fitted from the outside and has the second welded portion to which the end of the center housing is fitted from the inside.
A method for operating a clothes dryer, the dryer comprising a drum rotatably installed within a cabinet, a blow fan configured to supply air into the drum, a heater configured to heat air into the drum, and a liquid injection means configured to inject liquid into the drum, the method comprising: a drying step of inputting clothes to be dried into the drum and of supplying hot air heated by the heater into the drum; a preprocessing step of cooling the inside of the drum; and a liquid injection step of injecting the liquid into the drum, wherein the liquid injection step is repeatedly performed in plural times with a preset interval; a unit drying step of supplying hot air into the drum after each of the liquid injection steps to thereby dry moisture contained in the clothes due to the liquid injected during the liquid injection step; and a droplet setting step in which the droplets of the liquid injected during the liquid injection steps float in the air and then are deposited on the clothes, and in which the heater and the blow fan remain turned off is performed between the liquid injection step and the unit drying step. a drying step of inputting clothes to be dried into the drum and of supplying hot air heated by the heater into the drum; a preprocessing step of cooling the inside of the drum; and a liquid injection step of injecting the liquid into the drum, wherein the liquid injection step is repeatedly performed in plural times with a preset interval; a unit drying step of supplying hot air into the drum after each of the liquid injection steps to thereby dry moisture contained in the clothes due to the liquid injected during the liquid injection step; and a droplet setting step in which the droplets of the liquid injected during the liquid injection steps float in the air and then are deposited on the clothes, and in which the heater and the blow fan remain turned off is performed between the liquid injection step and the unit drying step.
A non-transitory computer-readable storage medium including instructions that, when executed by a processor, cause the processor to perform the steps of: receiving a request from a user specifying one or more geospatial commands; generating an initial user specific geospatial command model generated based on at least one of collected user behavior and feedback data, wherein the collected user behavior and feedback data comprises data describing user navigational preferences, classifying the user into one of a plurality of affinity groups, the affinity groups defining groups of users who share common characteristics and interests, refining the initial user-specific geospatial command model based on the affinity group into which the user was classified in order to generate a refined user specific geospatial command model, generating a navigation query based on the one or more geospatial commands and the refined user-specific geospatial command model, generated based on at least one of collected user behavior and feedback data and based on the affinity group into which a user is classified; and executing the generated navigation query against a navigation database to determine route and destination information. receiving a request from a user specifying one or more geospatial commands; generating an initial user specific geospatial command model generated based on at least one of collected user behavior and feedback data, wherein the collected user behavior and feedback data comprises data describing user navigational preferences, classifying the user into one of a plurality of affinity groups, the affinity groups defining groups of users who share common characteristics and interests, refining the initial user-specific geospatial command model based on the affinity group into which the user was classified in order to generate a refined user specific geospatial command model, generating a navigation query based on the one or more geospatial commands and the refined user-specific geospatial command model, generated based on at least one of collected user behavior and feedback data and based on the affinity group into which a user is classified; and executing the generated navigation query against a navigation database to determine route and destination information.