mhurhangee/patent-ind-claim-en huggingface dataset:
A method for obtaining an electrochemically active nanoparticulate polymer material, characterized in that it comprises the following stages: a) dissolving an amount expressed as a percentage by weight of the final total weight of the nanoparticulate polymer material between 10% and 70% of methylcellulose in deionized water at a temperature between 50°C and 70°C under agitation at revolutions between 50 rpm and 1,500 rpm and, once dissolved, cooling at a temperature between 5°C and 35°C; b) adding an amount expressed as a percentage by weight of the final total weight of the nanoparticulate polymer material between 10% and 70% of sulfonated lignin in the solution obtained in stage (a); c) adding an amount expressed as a percentage by weight of the final total weight of the nanoparticulate polymer material between 10% and 70% of pyrrole drop by drop to the solution obtained in stage (b) and, next, adding a catalyst of the polymerization reaction and agitating at revolutions between 50 rpm and 1,500 rpm for a period of time between 5 h and 7 h; d) purifying the mixture obtained in stage (c); e) washing the gel phase obtained in stage (d); f) repeating stages (d) and (e) at least three times; and g) drying the gel phase obtained in stage (f). a) dissolving an amount expressed as a percentage by weight of the final total weight of the nanoparticulate polymer material between 10% and 70% of methylcellulose in deionized water at a temperature between 50°C and 70°C under agitation at revolutions between 50 rpm and 1,500 rpm and, once dissolved, cooling at a temperature between 5°C and 35°C; b) adding an amount expressed as a percentage by weight of the final total weight of the nanoparticulate polymer material between 10% and 70% of sulfonated lignin in the solution obtained in stage (a); c) adding an amount expressed as a percentage by weight of the final total weight of the nanoparticulate polymer material between 10% and 70% of pyrrole drop by drop to the solution obtained in stage (b) and, next, adding a catalyst of the polymerization reaction and agitating at revolutions between 50 rpm and 1,500 rpm for a period of time between 5 h and 7 h; d) purifying the mixture obtained in stage (c); e) washing the gel phase obtained in stage (d); f) repeating stages (d) and (e) at least three times; and g) drying the gel phase obtained in stage (f).
An assembly for providing a rugged interface between an electronic host device and an electronic add-on module , comprising: the host device including a host device body with a side including a docking bay , wherein the docking bay includes a receiving surface that is recessed a distance from the side of the host device body to define a depth of the docking bay and wherein the host device includes a hook mating feature with a body protruding outward from the docking bay; and the add-on module including a module body with a top side and a bottom side , wherein the module body is positionable within the docking bay with the top side of the module body abutting the receiving surface of the docking bay, wherein the module body includes a hook extending upward from an end of the top side that is adapted to receive the body of the hook mating feature when the module body is positioned within the docking bay to block rotation of the module body out of the docking bay; wherein the module body further comprises at least one fastener (280; 282) with a threaded end extending outward from the top side of the module body, wherein the at least one fastener is provided in a first end of the module body opposite a second end of the module body containing the hook, and wherein the receiving surface of the docking bay includes one or more threaded holes for receiving the threaded end of the at least one fastener when the module body is positioned within the docking bay. the host device including a host device body with a side including a docking bay , wherein the docking bay includes a receiving surface that is recessed a distance from the side of the host device body to define a depth of the docking bay and wherein the host device includes a hook mating feature with a body protruding outward from the docking bay; and the add-on module including a module body with a top side and a bottom side , wherein the module body is positionable within the docking bay with the top side of the module body abutting the receiving surface of the docking bay, wherein the module body includes a hook extending upward from an end of the top side that is adapted to receive the body of the hook mating feature when the module body is positioned within the docking bay to block rotation of the module body out of the docking bay; wherein the module body further comprises at least one fastener (280; 282) with a threaded end extending outward from the top side of the module body, wherein the at least one fastener is provided in a first end of the module body opposite a second end of the module body containing the hook, and wherein the receiving surface of the docking bay includes one or more threaded holes for receiving the threaded end of the at least one fastener when the module body is positioned within the docking bay.
A pharmaceutical composition for use for preventing or treating keloid scars or hypertrophic scars, comprising benzbromarone as an active ingredient.
A thermoplastic-olefin-based roofing membrane comprising: a polymer blend comprising: a thermoplastic olefin elastomer at 30% to 75% by weight of the polymer blend; a thermoplastic vulcanizate at 10% to 40% by weight of the polymer blend; and a thermoplastic polyolefin copolymer at 5% to 10% by weight of the polymer blend; wherein the thermoplastic olefin-based roofing membrane is a single ply membrane configured to have a swelling height of less than 0.25" (0.635 cm) when exposed to an elastomer polymer compound; wherein the thermoplastic olefin-based roofing membrane is 20 mils (0.51 mm) to 40 mils (1.02 mm) thick; and wherein the thermoplastic-olefin-based roofing membrane comprises a stretchability of 14 lbf (62.28 N) to 30 lbf (133.45 N). a polymer blend comprising: a thermoplastic olefin elastomer at 30% to 75% by weight of the polymer blend; a thermoplastic vulcanizate at 10% to 40% by weight of the polymer blend; and a thermoplastic polyolefin copolymer at 5% to 10% by weight of the polymer blend; a thermoplastic olefin elastomer at 30% to 75% by weight of the polymer blend; a thermoplastic vulcanizate at 10% to 40% by weight of the polymer blend; and a thermoplastic polyolefin copolymer at 5% to 10% by weight of the polymer blend; wherein the thermoplastic olefin-based roofing membrane is a single ply membrane configured to have a swelling height of less than 0.25" (0.635 cm) when exposed to an elastomer polymer compound; wherein the thermoplastic olefin-based roofing membrane is 20 mils (0.51 mm) to 40 mils (1.02 mm) thick; and wherein the thermoplastic-olefin-based roofing membrane comprises a stretchability of 14 lbf (62.28 N) to 30 lbf (133.45 N).
Method for producing a structural component from an organic sheet , wherein in a first step the organic sheet is preheated, introduced into a tool and subsequently shaped, characterized in that - in a second step a region (3.2) of the shaped organic sheet is heated, and - in a third step at least the heated region (3.2) of the shaped organic sheet is shaped further such that said region enters into a material bond with a further region of the organic sheet to form an at least partially closed hollow profile. - in a second step a region (3.2) of the shaped organic sheet is heated, and - in a third step at least the heated region (3.2) of the shaped organic sheet is shaped further such that said region enters into a material bond with a further region of the organic sheet to form an at least partially closed hollow profile.
A beauty apparatus comprising: a first stimulation provider configured to provide a skin with a first stimulation; a second stimulation provider including a pair of RF electrodes and configured to provide the skin with a second stimulation which is a stimulation induced by a Radio Frequency (RF) and different from the first stimulation; and a housing that holds the first stimulation provider and the second stimulation provider , the second stimulation provider being located in vicinity of the first stimulation provider ; and wherein the housing fixes one of the first stimulation provider and the second stimulation provider , and characterized in that the beauty apparatus comprises a retractable mechanism in which the other of the first stimulation provider and the second stimulation provider is retracted from the one of the first stimulation provider and the second stimulation provider . a first stimulation provider configured to provide a skin with a first stimulation; a second stimulation provider including a pair of RF electrodes and configured to provide the skin with a second stimulation which is a stimulation induced by a Radio Frequency (RF) and different from the first stimulation; and a housing that holds the first stimulation provider and the second stimulation provider , the second stimulation provider being located in vicinity of the first stimulation provider ; and wherein the housing fixes one of the first stimulation provider and the second stimulation provider , and characterized in that the beauty apparatus comprises a retractable mechanism in which the other of the first stimulation provider and the second stimulation provider is retracted from the one of the first stimulation provider and the second stimulation provider .
A noise-absorbing device for a railway vehicle wheel, comprising: - at least one strip extending radially from a connecting end capable of being fastened to the periphery of the wheel , to a free end , - at least one damping mass fastened on a face of the free end of the strip, away from the connecting end , characterized in that the strip includes at least two metal or composite layers and at least one layer of viscoelastic material gripped between the two metal or composite layers . - at least one strip extending radially from a connecting end capable of being fastened to the periphery of the wheel , to a free end , - at least one damping mass fastened on a face of the free end of the strip, away from the connecting end ,
A curtain wall that comprises one or more mullions and one or more transoms and panels (4-4A) that are fitted with their edges at least in the mullions and optionally in the transoms , wherein the one or more mullions extend vertically and are provided on two opposite sides with a groove with an access opening , said grooves forming a rebate in which the lateral edge of an aforementioned panel (4-4A) is fitted, wherein the ends of the one or more transoms are provided with compressible head pieces , wherein the one or more transoms extend horizontally between two mullions and their ends are fitted with the head pieces in the aforementioned grooves of these two mullions , wherein the one or more transoms are fastened to two mullions without the use of screws by fitting the ends of the one or more transoms with the head pieces in a recess in the aforementioned grooves of these two mullions , wherein the aforementioned mullion is assembled from at least an inner profile and an outer profile joined together by means of one or more plastic profiles , wherein the inner profile , the outer profile and the one or more plastic profiles are fastened to each other and are not dismountable from one another, characterized in that at least the inner profile consists substantially of steel.
Method for order-picking goods (18a-c), in which method the individual goods (18a-c) are removed from a goods collection , combined into groups of goods (WG) according to specifications into bags (17, T, T1-T5, Ta, Tb) or baskets suspended on a suspension conveyor and outputted in the form of these groups of goods (WG) for further processing, characterized in that the goods are filled into a package which is attached in the bag (17, T, T1-T5, Ta, Tb) or the basket , wherein a group of goods is filled into one package or divided among a plurality of packages , wherein the package in a first step before filling in goods is introduced into a bag (17, T, T1-T5, Ta, Tb) or a basket and is subsequently filled.
A work vehicle comprising: - a cabin in which a boarding space is formed; and - an electronic control system for automatic driving through which a vehicle body is automatically driven; wherein - the electronic control system includes - a positioning unit that measures the position and orientation of the vehicle body, - the cabin is provided with a roof that provides a storage space , and - antennas of the communication module are provided on an upper end portion of the cabin , characterized in that - a cooperation control unit that causes the vehicle body to automatically travel in cooperation with another vehicle is provided, the cooperation control unit including a communication module that wirelessly communicates with another vehicle to exchange information regarding cooperative travel with the other vehicle, including vehicle body position information, - the storage space is surrounded by an inner roof and an outer roof , and - a communication information processing apparatus of the communication module is provided in the storage space surrounded by the inner roof and an outer roof . - a cabin in which a boarding space is formed; and - an electronic control system for automatic driving through which a vehicle body is automatically driven; wherein - the electronic control system includes - a positioning unit that measures the position and orientation of the vehicle body, - a positioning unit that measures the position and orientation of the vehicle body, - the cabin is provided with a roof that provides a storage space , and - antennas of the communication module are provided on an upper end portion of the cabin , characterized in that - a cooperation control unit that causes the vehicle body to automatically travel in cooperation with another vehicle is provided, the cooperation control unit including a communication module that wirelessly communicates with another vehicle to exchange information regarding cooperative travel with the other vehicle, including vehicle body position information, - the storage space is surrounded by an inner roof and an outer roof , and - a communication information processing apparatus of the communication module is provided in the storage space surrounded by the inner roof and an outer roof .
Combination of a refractory lining and a tube wall for an incinerator, wherein the refractory lining is retained on the tube wall , the refractory lining comprising: at least four refractory tiles of ceramic material, which are arranged next to and above one another, wherein the tiles at their tube wall-side, which is facing the tube wall , are provided with a vertical insertion channel , and wherein an edge of each of the four tiles adjoins an edge of each of the three other tiles; a holder for each tile , wherein the tile holder is provided with an anchor that is attached to the tube wall , and wherein in mounted position of the lining, the holder extends substantially perpendicular to the tube wall and the holder partially extends into the insertion channel , and wherein a free space is formed between the tiles and the tube wall ; joint material , which is provided between the refractory tiles ; characterized in that a tile spacer is provided adjacent to the four mutually adjoining edges of the at least four refractory tiles , wherein the spacer supports at least one side face containing an adjoining edge of one of the four tiles wherein the spacer has an I-shape with flanges at both ends of the body , and wherein the spacer is partly made of a material that disappears, burns or evaporates during operation of the incinerator. at least four refractory tiles of ceramic material, which are arranged next to and above one another, wherein the tiles at their tube wall-side, which is facing the tube wall , are provided with a vertical insertion channel , and wherein an edge of each of the four tiles adjoins an edge of each of the three other tiles; a holder for each tile , wherein the tile holder is provided with an anchor that is attached to the tube wall , and wherein in mounted position of the lining, the holder extends substantially perpendicular to the tube wall and the holder partially extends into the insertion channel , and wherein a free space is formed between the tiles and the tube wall ; joint material , which is provided between the refractory tiles ; characterized in that a tile spacer is provided adjacent to the four mutually adjoining edges of the at least four refractory tiles , wherein the spacer supports at least one side face containing an adjoining edge of one of the four tiles wherein the spacer has an I-shape with flanges at both ends of the body , and wherein the spacer is partly made of a material that disappears, burns or evaporates during operation of the incinerator.
Method for producing an inner and an outer ring-shaped formed part from a blank , comprising the steps: - cup extrusion of the blank to form a cup having a drawn-out cup base and an adjoining stepless cup wall , - forming of the cup wall in such a way that the formed cup wall comprises an inner ring-shaped section and an adjoining outer ring-shaped section which is partly offset in an axial direction, and - separation of the outer ring-shaped section from the inner ring-shaped section and separation of the inner ring-shaped section from the drawn-out cup base , the detached outer ring-shaped section constituting the outer ring-shaped formed part and the detached inner ring-shaped section constituting the inner ring-shaped formed part . - cup extrusion of the blank to form a cup having a drawn-out cup base and an adjoining stepless cup wall , - forming of the cup wall in such a way that the formed cup wall comprises an inner ring-shaped section and an adjoining outer ring-shaped section which is partly offset in an axial direction, and - separation of the outer ring-shaped section from the inner ring-shaped section and separation of the inner ring-shaped section from the drawn-out cup base , the detached outer ring-shaped section constituting the outer ring-shaped formed part and the detached inner ring-shaped section constituting the inner ring-shaped formed part .
Microcontroller comprising: a core ; a unit for managing the power supply of the core comprising: a flip-flop having a clock input adapted to receiving an external wake up signal to wake up the microcontroller, a configured data input adapted to receiving a power supply voltage (Vdd), a reset input, and an output (S44); and a circuit configured to generate a signal for resetting the power supply of the core , this signal also being applied to the reset input of the flip-flop , characterized in that it comprises: a module configured to intercept the output signal (S44) of the flip-flop and to deliver a control signal (S36) for resetting the circuit , the module comprising: a block for detecting the microcontroller power supply voltage (Vdd), a delay element connected to the output (S32) of said block , and a logic AND-type gate configured to combine the output (S34) of the delay element and the output (S44) of the flip-flop to deliver the control signal (S36) for resetting the circuit . a core ; a unit for managing the power supply of the core comprising: a flip-flop having a clock input adapted to receiving an external wake up signal to wake up the microcontroller, a configured data input adapted to receiving a power supply voltage (Vdd), a reset input, and an output (S44); and a circuit configured to generate a signal for resetting the power supply of the core , this signal also being applied to the reset input of the flip-flop , a flip-flop having a clock input adapted to receiving an external wake up signal to wake up the microcontroller, a configured data input adapted to receiving a power supply voltage (Vdd), a reset input, and an output (S44); and a circuit configured to generate a signal for resetting the power supply of the core , this signal also being applied to the reset input of the flip-flop , characterized in that it comprises: a module configured to intercept the output signal (S44) of the flip-flop and to deliver a control signal (S36) for resetting the circuit , the module comprising: a block for detecting the microcontroller power supply voltage (Vdd), a delay element connected to the output (S32) of said block , and a logic AND-type gate configured to combine the output (S34) of the delay element and the output (S44) of the flip-flop to deliver the control signal (S36) for resetting the circuit . a block for detecting the microcontroller power supply voltage (Vdd), a delay element connected to the output (S32) of said block , and a logic AND-type gate configured to combine the output (S34) of the delay element and the output (S44) of the flip-flop to deliver the control signal (S36) for resetting the circuit .
A method of fabricating a polymer carbonated beverage container having reduced residual stress, the method comprising: a) providing a preform for a polymer carbonated beverage container; b) measuring the photoelasticity of at least one selected section of the preform using circularly polarized light to determine residual stress patterns in the preform; c) using the residual stress patterns in the preform to determine an axial stretch ratio and a hoop stretch ratio for stretch blow-molding the preform which reduce residual stress in the polymer container; d) stretch blow-molding the preform to form the polymer carbonated beverage container using the determined axial stretch ratio and a hoop stretch ratio; e) measuring the photoelasticity of at least one selected section of the polymer container using circularly polarized light to determine residual stress patterns in the polymer carbonated beverage container; f) using the residual stress patterns in the polymer carbonated beverage container to adjust preform dimensions for a size-adjusted preform, further reducing residual stress in the size-adjusted preform compared to the preform of step a); and g) repeating steps a)-d) to form an improved polymer carbonated beverage container which further reduces residual stress in the improved polymer container compared to the polymer carbonated beverage container of step d). a) providing a preform for a polymer carbonated beverage container; b) measuring the photoelasticity of at least one selected section of the preform using circularly polarized light to determine residual stress patterns in the preform; c) using the residual stress patterns in the preform to determine an axial stretch ratio and a hoop stretch ratio for stretch blow-molding the preform which reduce residual stress in the polymer container; d) stretch blow-molding the preform to form the polymer carbonated beverage container using the determined axial stretch ratio and a hoop stretch ratio; e) measuring the photoelasticity of at least one selected section of the polymer container using circularly polarized light to determine residual stress patterns in the polymer carbonated beverage container; f) using the residual stress patterns in the polymer carbonated beverage container to adjust preform dimensions for a size-adjusted preform, further reducing residual stress in the size-adjusted preform compared to the preform of step a); and g) repeating steps a)-d) to form an improved polymer carbonated beverage container which further reduces residual stress in the improved polymer container compared to the polymer carbonated beverage container of step d).