mhurhangee/patent-ind-claim-en huggingface dataset:
An air pump assembly for an inflatable product having an interior , comprising: a housing having a vent hole in fluid communication with the interior of the inflatable product ; a cover coupled to the housing, the cover including a plurality of vent openings ; and a rotatable assembly supported by the housing , the rotatable assembly comprising a pump housing having a first air vent and a second air vent ; an impeller positioned in the pump housing; a motor operatively coupled to the impeller to drive a rotation of the impeller; and a rotary disc positioned between the pump housing and the vent hole of the housing ; wherein the rotatable assembly being rotatable to a first position wherein air flows from the first air vent of the pump housing to the second air vent of the pump housing and subsequently through the rotary disc and the vent hole in the housing into the interior of the inflatable product and a second position wherein air flows from the interior of the inflatable product through the vent hole in the housing into the first air vent of the pump housing to the second air vent of the pump housing . a housing having a vent hole in fluid communication with the interior of the inflatable product ; a cover coupled to the housing, the cover including a plurality of vent openings ; and a rotatable assembly supported by the housing , the rotatable assembly comprising a pump housing having a first air vent and a second air vent ; an impeller positioned in the pump housing; a motor operatively coupled to the impeller to drive a rotation of the impeller; and a rotary disc positioned between the pump housing and the vent hole of the housing ; a pump housing having a first air vent and a second air vent ; an impeller positioned in the pump housing; a motor operatively coupled to the impeller to drive a rotation of the impeller; and a rotary disc positioned between the pump housing and the vent hole of the housing ; wherein the rotatable assembly being rotatable to a first position wherein air flows from the first air vent of the pump housing to the second air vent of the pump housing and subsequently through the rotary disc and the vent hole in the housing into the interior of the inflatable product and a second position wherein air flows from the interior of the inflatable product through the vent hole in the housing into the first air vent of the pump housing to the second air vent of the pump housing .
A dispenser with a cap for sachets made of plastic, designed for permanent connection with sachets, having a body with an outer surface shaped with a tube-like outline, a weldable portion at the bottom end and a pouring nozzle with a cap at the top end characterized in that the pouring nozzle has a top region made of thermoplastic elastomer, forming an integral part with the rest of the body of the dispenser which below the top region is made of polyethylene or polypropylene, and which pouring nozzle is equipped in the top region with an elastic partition forming a membrane with a pair of intersecting slits extending radially outwards, wherein the body of the dispenser is made by a two-component injection-molding process.
A household appliance comprising : a first power input terminal for connecting to a first power source (P1); a second power input terminal for connecting to a second power source (P2), wherein the second power input terminal comprises two endpoints each in electrical connection with a respective electrical line, the electric lines being comprised in the household appliance; a power supply circuit for receiving power from the first power input terminal and/or, via said electric lines, from the second power input terminal and for distributing power to operate the household appliance ; a protection circuit comprising a first switch and a second switch , both switches being configured to be operated by power received from the second power source ; wherein said first and second switches are arranged such that the second power input terminal is electrically connected to the power supply circuit when the second power input terminal is connected to the second power source (P2) and the second power input terminal is electrically disconnected from the power supply circuit when the second power input terminal is not connected to the second power source (P2), characterized in that the first switch is on one of said electric lines, the first switch being arranged to be in conducting state when the second power input terminal is connected to the second power source (P2), and to be in non-conducting state when the second power input terminal is not connected to the second power source (P2); and the second switch is connected between said electric lines, the second switch being arranged to be in non-conducting state when the second power input terminal is connected to the second power source (P2), and to be in conducting state when the second power input terminal is not connected to the second power source (P2).
A blood cell lysis reagent comprising: (i) TRIS, (ii) lithium lauryl sulfate (LLS) at a concentration of from 4% (w/v) to 15% (w/v), and (iii) magnesium chloride at a concentration of from 20 mM to 35 mM, wherein the reagent has a pH that is greater than 5.5.
A data storage center comprising a plurality of cabinets (240a-240f) configured with one or more racks, said racks being configured for accommodating one or more appliances; characterized in that at least one of said cabinets (240a-240f) is displaceable in a first direction, and in a second direction perpendicular to the first direction, over a transverse rail system (238, 237a-237d), to facilitate access to the respective racks of said cabinet and to racks of a neighboring cabinet of said cabinets .
A method of functionalizing graphitic material, comprising the steps of: providing a graphitic material, wherein said graphitic material is a carbon nanotube or graphene; cutting said graphitic material; providing a catalyst comprising at least one catalyst of a Friedel-Crafts catalyst, a Heck catalyst, and a Suzuki type catalyst; providing a reagent; binding said catalyst to said reagent; binding said reagent to said graphitic material through the use of the catalyst; and recovering said catalyst; wherein cutting comprises ultrasonic vibration to induce the reaction of the graphitic material with the reagent in the presence of the catalyst. providing a graphitic material, wherein said graphitic material is a carbon nanotube or graphene; cutting said graphitic material; providing a catalyst comprising at least one catalyst of a Friedel-Crafts catalyst, a Heck catalyst, and a Suzuki type catalyst; providing a reagent; binding said catalyst to said reagent; binding said reagent to said graphitic material through the use of the catalyst; and recovering said catalyst;
A system for compressing hydrogen, comprising: a humidifier configured to receive and humidify a hydrogen stream and produce a first humidified hydrogen stream ; an electrochemical hydrogen compressor configured to receive and compress the first humidified hydrogen stream , and produce a pressurized humidified hydrogen stream ; and a dryer including a first bed configured to: in production mode receive the pressurized humidified hydrogen stream , absorb at least a portion of the humidity, and producing a product hydrogen stream ; wherein the hydrogen stream is a concentrated hydrogen stream obtainable by removing carbon monoxide and carbon dioxide from syngas ; and characterized in that the first bed is configured to, in regeneration mode receive a portion of the concentrated hydrogen stream to regenerate the first bed producing a second humidified hydrogen stream . a humidifier configured to receive and humidify a hydrogen stream and produce a first humidified hydrogen stream ; an electrochemical hydrogen compressor configured to receive and compress the first humidified hydrogen stream , and produce a pressurized humidified hydrogen stream ; and a dryer including a first bed configured to: in production mode receive the pressurized humidified hydrogen stream , absorb at least a portion of the humidity, and producing a product hydrogen stream ; wherein the hydrogen stream is a concentrated hydrogen stream obtainable by removing carbon monoxide and carbon dioxide from syngas ; and characterized in that the first bed is configured to, in regeneration mode receive a portion of the concentrated hydrogen stream to regenerate the first bed producing a second humidified hydrogen stream . in production mode receive the pressurized humidified hydrogen stream , absorb at least a portion of the humidity, and producing a product hydrogen stream ; wherein the hydrogen stream is a concentrated hydrogen stream obtainable by removing carbon monoxide and carbon dioxide from syngas ; and characterized in that the first bed is configured to, in regeneration mode receive a portion of the concentrated hydrogen stream to regenerate the first bed producing a second humidified hydrogen stream .
An ergonomic controller for a self-propelled floor preparation machine , such as a self-propelled shot blasting machine , the ergonomic controller comprising: a mount , the mount being essentially a plate comprising a first handle , a channel and a hub positioned and mounted within the channel , the hub defining a first axis of rotation substantially perpendicular to the plate ; a joint having a first member configured to be coupled to a self-propelled floor preparation machine , a second member coupled to the mount , a pivot member adapted to permit the second member to pivot relative to the first member at least along a second axis of rotation perpendicular to said first axis of rotation , and a first lock , wherein the first lock is adapted to be released to permit the second member and the mount to be pivoted relative to the first member and the self-propelled floor preparation machine , and wherein the first lock is further adapted to be engaged to selectively fix the second member and mount in place in a selected position relative to the first member and the self-propelled floor preparation machine ; characterized in that the ergonomic controller comprises furthermore a control stick mounted to and extending from the hub and adapted to be rotated about the first axis of rotation . a mount , the mount being essentially a plate comprising a first handle , a channel and a hub positioned and mounted within the channel , the hub defining a first axis of rotation substantially perpendicular to the plate ; a joint having a first member configured to be coupled to a self-propelled floor preparation machine , a second member coupled to the mount , a pivot member adapted to permit the second member to pivot relative to the first member at least along a second axis of rotation perpendicular to said first axis of rotation , and a first lock , wherein the first lock is adapted to be released to permit the second member and the mount to be pivoted relative to the first member and the self-propelled floor preparation machine , and wherein the first lock is further adapted to be engaged to selectively fix the second member and mount in place in a selected position relative to the first member and the self-propelled floor preparation machine ; characterized in that the ergonomic controller comprises furthermore a control stick mounted to and extending from the hub and adapted to be rotated about the first axis of rotation .
A pressure relief module, comprising: a primary membrane configured to seal an opening of a contained system , wherein the primary membrane is configured to burst open when a pressure in the contained system reaches a predetermined burst pressure; and a secondary membrane , wherein the secondary membrane is arranged to be exposed to back pressure, characterized in that the primary membrane and the secondary membrane are joined together at their flange portions to form a membrane interspace between respective activation portions of the primary and secondary membrane; further being characterized in that the primary membrane and the secondary membrane are reverse-acting rupture disks each having a convex side that in use is configured to invert when an over-pressure condition is reached, wherein the convex side of the primary membrane has a higher crown height than the convex side of the secondary membrane ; and the membrane interspace formed between the primary membrane and the secondary membrane is configured to prevent the backpressure to which the secondary membrane is exposed from changing the burst pressure required to burst open the primary membrane . a primary membrane configured to seal an opening of a contained system , wherein the primary membrane is configured to burst open when a pressure in the contained system reaches a predetermined burst pressure; and a secondary membrane , wherein the secondary membrane is arranged to be exposed to back pressure, characterized in that the primary membrane and the secondary membrane are joined together at their flange portions to form a membrane interspace between respective activation portions of the primary and secondary membrane; further being characterized in that the primary membrane and the secondary membrane are reverse-acting rupture disks each having a convex side that in use is configured to invert when an over-pressure condition is reached, wherein the convex side of the primary membrane has a higher crown height than the convex side of the secondary membrane ; and the membrane interspace formed between the primary membrane and the secondary membrane is configured to prevent the backpressure to which the secondary membrane is exposed from changing the burst pressure required to burst open the primary membrane .
Method for feeding green tyres to curing apparatuses, said method comprising: providing a plurality of storage units , each one supporting a plurality of green tyres (GT); providing a plurality of curing apparatuses , wherein a loading position (LP1-LPn) corresponds to each curing apparatus; providing a first AGV , supporting a first robotized arm ; providing a command and control unit; providing, in proximity to a given curing apparatus of said curing apparatuses , a first storage unit of said plurality of storage units ; sending to said first AGV , through said command and control unit, a first command signal (CS1) for moving said first AGV to the loading position (LP1-LPn) corresponding to said given curing apparatus ; sending to said first robotized arm supported by said first AGV , through said command and control unit, a first pick-up command (PC1) in order to activate said first robotized arm , so that said first robotized arm picks up a green tyre (GT) from said first storage unit and loads said green tyre (GT) into said given curing apparatus . providing a plurality of storage units , each one supporting a plurality of green tyres (GT); providing a plurality of curing apparatuses , wherein a loading position (LP1-LPn) corresponds to each curing apparatus; providing a first AGV , supporting a first robotized arm ; providing a command and control unit; providing, in proximity to a given curing apparatus of said curing apparatuses , a first storage unit of said plurality of storage units ; sending to said first AGV , through said command and control unit, a first command signal (CS1) for moving said first AGV to the loading position (LP1-LPn) corresponding to said given curing apparatus ; sending to said first robotized arm supported by said first AGV , through said command and control unit, a first pick-up command (PC1) in order to activate said first robotized arm , so that said first robotized arm picks up a green tyre (GT) from said first storage unit and loads said green tyre (GT) into said given curing apparatus .
Device comprising a collar-type, harness-type or bracelet- type support and a case integrated with or fixed to the said support , said case containing a liquid solution containing at least one active material in a tank , said solution being ejected through an ejection orifice , said tank being equipped with an activatable diffusion mechanism , which communicates with an electronic circuit , powered by a battery , the activation of which triggers spraying of said active material, wherein the ejection orifice is connected to a tubular duct with a length of between 5 and 70 cm provided with at least one outlet orifice and characterized in that the tubular duct has an internal diameter ranging from 0. 2 to 5 mm and an ejection nozzle with a diameter of between 0.2 mm and 2 mm at its outlet orifice .
A display device that displays an image based on image data, comprising: a touch panel that transforms the image data into a rectangular image and displays the rectangular image on a screen, a depressed time measuring section that measures depressed time in the area of the image displayed on the touch panel , and a determining section that determines whether the depressed time measured by the depressed time measuring section is longer than a prescribed period of time, characterized by : a virtual line displaying section that displays a virtual line if the determining section determines that the depressed time is longer than the prescribed period of time, said virtual line extending in the diagonal direction of the rectangular image such that the length of said virtual line is longer than the length of the diagonal line of the rectangular image , a display mode changing section that changes display modes of the image that has been displayed on the touch panel depending on the depressed state of the virtual line displayed by the virtual line displaying section , and a virtual line hiding section that hides the displayed virtual line , wherein the display mode changing section magnifies or reduces the display size of the image such that a corner of the image is located at the depressed position on the virtual line , and the virtual line hiding section hides the virtual line if the depression in an area not on the virtual line is detected. a touch panel that transforms the image data into a rectangular image and displays the rectangular image on a screen, a depressed time measuring section that measures depressed time in the area of the image displayed on the touch panel , and a determining section that determines whether the depressed time measured by the depressed time measuring section is longer than a prescribed period of time, a virtual line displaying section that displays a virtual line if the determining section determines that the depressed time is longer than the prescribed period of time, said virtual line extending in the diagonal direction of the rectangular image such that the length of said virtual line is longer than the length of the diagonal line of the rectangular image , a display mode changing section that changes display modes of the image that has been displayed on the touch panel depending on the depressed state of the virtual line displayed by the virtual line displaying section , and a virtual line hiding section that hides the displayed virtual line , wherein the display mode changing section magnifies or reduces the display size of the image such that a corner of the image is located at the depressed position on the virtual line , and the virtual line hiding section hides the virtual line if the depression in an area not on the virtual line is detected.
A service connection control method, comprising: determining (S210), by a terminal, that a network signal is interrupted; maintaining (S220), by the terminal, a first service connection to a server, wherein the first service connection is a service connection that is used for communication between the server and the terminal before the network signal is interrupted; determining (S230), by the terminal, that the network signal recovers to normal; and reusing (S240), by the terminal, the first service connection if an Internet Protocol, IP, address of the terminal does not change within a first time interval, wherein the first time interval is a time interval between a moment at which the network signal is interrupted and a moment at which the network signal recovers to normal. determining (S210), by a terminal, that a network signal is interrupted; maintaining (S220), by the terminal, a first service connection to a server, wherein the first service connection is a service connection that is used for communication between the server and the terminal before the network signal is interrupted; determining (S230), by the terminal, that the network signal recovers to normal; and reusing (S240), by the terminal, the first service connection if an Internet Protocol, IP, address of the terminal does not change within a first time interval, wherein the first time interval is a time interval between a moment at which the network signal is interrupted and a moment at which the network signal recovers to normal.
A system for producing an extruded protein product, the system comprising: an extruder configured to produce a stream comprising a proteinaceous composition having a protein component that can form oriented fibers, the composition having a protein content of 15% to 90% based on dry weight of the composition, the stream having a moisture content of at least 27%; and an elongated die having an internal longitudinal channel configured to receive the stream from the extruder, the longitudinal channel having a transverse cross-section that is a continuous loop along at least a portion of the length of the die, the channel having a length and gap thickness configured to form oriented fibers from the protein component in a generally uniform, parallel orientation throughout the thickness of the protein product to produce the extruded protein product, wherein the ratio of the length of the channel to the gap thickness of the channel is between 30:1 and 1000:1, and the gap thickness of the channel is between 2 mm to 100 mm. an extruder configured to produce a stream comprising a proteinaceous composition having a protein component that can form oriented fibers, the composition having a protein content of 15% to 90% based on dry weight of the composition, the stream having a moisture content of at least 27%; and an elongated die having an internal longitudinal channel configured to receive the stream from the extruder, the longitudinal channel having a transverse cross-section that is a continuous loop along at least a portion of the length of the die, the channel having a length and gap thickness configured to form oriented fibers from the protein component in a generally uniform, parallel orientation throughout the thickness of the protein product to produce the extruded protein product, wherein the ratio of the length of the channel to the gap thickness of the channel is between 30:1 and 1000:1, and the gap thickness of the channel is between 2 mm to 100 mm.
A method of repairing a composite material tubular drive shaft comprising the steps of: (a) identifying a damaged area on a composite tubular drive shaft ; and (b) placing a patch on a surface of said drive shaft and over said damaged area, wherein there are a plurality of patch layers placed to cover said damaged area, and wherein at least a second patch is circumferentially spaced, but axially aligned with said patch over said damaged area, with a location for said second patch being selected to provide balancing of the composite tubular drive shaft. (a) identifying a damaged area on a composite tubular drive shaft ; and (b) placing a patch on a surface of said drive shaft and over said damaged area,