mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a mobile device ; the method comprising: - dialling a mobile number or telephone number belonging to a dialled party or to whom to dial; - querying a database or a server comprising a list of telephone numbers or mobile numbers on whether the dialled mobile or telephone number is comprised in said list; - if mobile number or telephone number is comprised in said list, the method characterized by : - activating and/or displaying at least a keypad of the mobile device automatically without involving a user of the mobile device and simultaneously activating a speaker of the mobile device; wherein activating and/or displaying the keypad enables the user to select or push on at least a key of the keypad; wherein the selected or pushed key of the keypad being requested by the dialled party, and wherein simultaneously activating the speaker enables the user to hear the dialled party requesting the user of the mobile device to select or push the requested at least one key of the keypad. - dialling a mobile number or telephone number belonging to a dialled party or to whom to dial; - querying a database or a server comprising a list of telephone numbers or mobile numbers on whether the dialled mobile or telephone number is comprised in said list; - if mobile number or telephone number is comprised in said list, - activating and/or displaying at least a keypad of the mobile device automatically without involving a user of the mobile device and simultaneously activating a speaker of the mobile device; wherein activating and/or displaying the keypad enables the user to select or push on at least a key of the keypad; wherein the selected or pushed key of the keypad being requested by the dialled party, and wherein simultaneously activating the speaker enables the user to hear the dialled party requesting the user of the mobile device to select or push the requested at least one key of the keypad.
Truck , trailer for a truck or semitrailer for a truck , having the following features: a. the truck , the trailer or the semitrailer has a loading space , and b. the loading space has a plurality of holding units for holding battery units as a payload, and characterized in that c. each holding unit comprises a holding region fixedly integrated into the structure of the loading space, and a holding container provided to be held in this holding region , which in turn is provided to hold the battery unit , and d. each holding unit - is equipped with at least one sensor (25A-25D, 37A-B) for detecting a state variable of the battery unit held therein, and/or - is equipped with at least one connecting device to be connected to the battery unit and to be connected to at least one sensor integrated into the battery unit for detecting a state variable of the battery unit , and/or - is equipped with at least one connecting device to be connected to terminal elements of the battery unit for the purpose of voltage monitoring. a. the truck , the trailer or the semitrailer has a loading space , and b. the loading space has a plurality of holding units for holding battery units as a payload, and c. each holding unit comprises a holding region fixedly integrated into the structure of the loading space, and a holding container provided to be held in this holding region , which in turn is provided to hold the battery unit , and d. each holding unit - is equipped with at least one sensor (25A-25D, 37A-B) for detecting a state variable of the battery unit held therein, and/or - is equipped with at least one connecting device to be connected to the battery unit and to be connected to at least one sensor integrated into the battery unit for detecting a state variable of the battery unit , and/or - is equipped with at least one connecting device to be connected to terminal elements of the battery unit for the purpose of voltage monitoring. - is equipped with at least one sensor (25A-25D, 37A-B) for detecting a state variable of the battery unit held therein, and/or - is equipped with at least one connecting device to be connected to the battery unit and to be connected to at least one sensor integrated into the battery unit for detecting a state variable of the battery unit , and/or - is equipped with at least one connecting device to be connected to terminal elements of the battery unit for the purpose of voltage monitoring.
A stackable plastic container comprising a single integrated moulding including: a body portion comprising a base disposed at a distal end of the container; and a neck area comprising a neck opening disposed at a proximal end of the container; an integral handle part located at or adjacent the neck opening , in which the handle part comprises one or more handles for carrying and handling the container; and an integral first chime configured to receive and engage the base of an identical container, in which the integral first chime is configured to provide the one or more handles , characterised in that the container comprises a generally rounded shoulder, wherein the neck area is the constricted area between the shoulder and the neck opening , the shoulder tapers towards a generally straight-sided section of the body portion before reaching the base; and wherein the or each handle(s) and integral first chime are formed during an initial injection moulding step and wherein the body portion , including the shoulder area, is formed into its final profile in a subsequent blow moulding process. a body portion comprising a base disposed at a distal end of the container; and a neck area comprising a neck opening disposed at a proximal end of the container; an integral handle part located at or adjacent the neck opening , in which the handle part comprises one or more handles for carrying and handling the container; and an integral first chime configured to receive and engage the base of an identical container, in which the integral first chime is configured to provide the one or more handles , a neck opening disposed at a proximal end of the container; an integral handle part located at or adjacent the neck opening , in which the handle part comprises one or more handles for carrying and handling the container; and an integral first chime configured to receive and engage the base of an identical container, in which the integral first chime is configured to provide the one or more handles , characterised in that the container comprises a generally rounded shoulder, wherein the neck area is the constricted area between the shoulder and the neck opening , the shoulder tapers towards a generally straight-sided section of the body portion before reaching the base; and wherein the or each handle(s) and integral first chime are formed during an initial injection moulding step and wherein the body portion , including the shoulder area, is formed into its final profile in a subsequent blow moulding process.
A method for producing a syringe having a piercing means , comprising the following steps: a) providing a syringe body having a distal end section , which comprises an inner channel that discharges at a distal opening , wherein the distal end section is in a formable state; b) providing a piercing means ; c) inserting a proximal section of the piercing means through the distal opening into the inner channel of the distal end section ; d) shaping the distal end section by means of a first shaping tool in such a way that an inner surface of the distal end section contacts at least portions of the piercing means , as a result of which at least portions of the piercing means are secured. a) providing a syringe body having a distal end section , which comprises an inner channel that discharges at a distal opening , wherein the distal end section is in a formable state; b) providing a piercing means ; c) inserting a proximal section of the piercing means through the distal opening into the inner channel of the distal end section ; d) shaping the distal end section by means of a first shaping tool in such a way that an inner surface of the distal end section contacts at least portions of the piercing means , as a result of which at least portions of the piercing means are secured.
An operating method for a vehicle (F) having at least one device for harvesting wind energy, in particular at least one wind wheel and/or at least one wind turbine, wherein the wind energy is harvested by means of headwind during a braking operation of the vehicle (F), wherein the vehicle (F) has at least one openable and closable air-guiding element for the device and the device and/or the air-guiding element is arranged on or integrated in the vehicle roof, characterized in that first of all the air-guiding element is moved into the open state and the wind energy is harvested by means of headwind, leading to a braking operation of the vehicle (F), and the vehicle brake system is activated only in the event of a relatively high braking requirement of the vehicle (F), in order to achieve an additional braking action, wherein the vehicle brake system is activated by a vehicle control device as a function of a predefined speed of the vehicle (F) and/or as a function of a distance from a vehicle travelling in front.
A population of enzyme-containing granules, obtainable by a method comprising the step of coating an enzyme-containing layer onto cores in a fluidized bed spray coater, wherein said cores have a particle dispersity index of 2.0 or less, wherein at least 95% of said granules comprise a single core and an enzyme-containing layer coated over said core, wherein said core consists of one or more inorganic salts, and wherein at least 80% of said granules comprise a diameter of 150 to 355 microns.
Current collector comprising: - at least two conductive materials among the following: carbon based materials and water-soluble or water-dispersible conductive polymers, said conductive materials including at least one carbon based material and being in an total amount in the range from about 70 to 99.5 per weight % relative to the total weight of the current collector , - at least one binder comprising a lignocellulosic material selected from the group consisting of cellulose fibres, refined cellulose fibres, cellulose microfibrils or microfibrillated cellulose (MFC), cellulose nanofibrils and lignin, in an amount in the range from about 0.5 to 30 weight % relative to the total weight of the current collector . - at least two conductive materials among the following: carbon based materials and water-soluble or water-dispersible conductive polymers, said conductive materials including at least one carbon based material and being in an total amount in the range from about 70 to 99.5 per weight % relative to the total weight of the current collector , - at least one binder comprising a lignocellulosic material selected from the group consisting of cellulose fibres, refined cellulose fibres, cellulose microfibrils or microfibrillated cellulose (MFC), cellulose nanofibrils and lignin, in an amount in the range from about 0.5 to 30 weight % relative to the total weight of the current collector .
A method for de-oiling and/or cleaning parts from mass production, preferably machine components such as in particular screws, bolts, nuts, cold extruded parts, punched steel sheet parts, bent parts or the like, in which the parts from mass production are in a first step introduced into a centrifuge and de-oiled in the centrifuge, then washed in a second step and finally rinsed in a third step, characterized in that the steps of de-oiling and/or cleaning the parts from mass production are carried out by means of a centrifuge which can be displaced in a bearer frame between three or more positions that are essentially placed in a horizontal plane, wherein in the first position the parts from mass production will be de-oiled and/or dephosphatised, in the second position they will be washed and submitted to spinning and in the third position they will be rinsed, submitted to spinning and preferably also be dried.
An electronic smoking apparatus comprising: a liquid reservoir configured to store a flavoured liquid; non-conductive or insulating wicks configured to draw flavoured liquid from the liquid reservoir ; a heater configured to heat the flavoured liquid on the non-conductive or insulating wicks to generate a flavoured vapour; and an electronic controller connected to lengthwise ends of the non-conductive or insulating wicks through respective terminals (T3, T4), the electronic controller configured to measure an electrical resistance of the non-conductive or insulating wicks , and detect depletion of the flavoured liquid in the liquid reservoir based on the electrical resistance of the non-conductive or insulating wicks . a liquid reservoir configured to store a flavoured liquid; non-conductive or insulating wicks configured to draw flavoured liquid from the liquid reservoir ; a heater configured to heat the flavoured liquid on the non-conductive or insulating wicks to generate a flavoured vapour; and an electronic controller connected to lengthwise ends of the non-conductive or insulating wicks through respective terminals (T3, T4), the electronic controller configured to measure an electrical resistance of the non-conductive or insulating wicks , and detect depletion of the flavoured liquid in the liquid reservoir based on the electrical resistance of the non-conductive or insulating wicks . measure an electrical resistance of the non-conductive or insulating wicks , and detect depletion of the flavoured liquid in the liquid reservoir based on the electrical resistance of the non-conductive or insulating wicks .
A method for dynamic wear-levelling and load redirection in a solid-state drive, SSD comprising one or more blocks , the method comprising: receiving , by a controller , a request to write data; calculating, by the controller , a vulnerability factor of the one or more blocks ; selecting , by the controller , a target block from the one or more blocks to receive the request to write the data; determining , by the controller , a status of the target block based on the vulnerability factor of the target block; writing , by the controller , the data to the target block based on the status of the target block; and updating , by the controller , a mapping table based on the data written to the target block, characterized in that the method further comprising writing , by the controller , the data to a replica block in response to the vulnerability factor of the target block exceeding a predetermined threshold. receiving , by a controller , a request to write data; calculating, by the controller , a vulnerability factor of the one or more blocks ; selecting , by the controller , a target block from the one or more blocks to receive the request to write the data; determining , by the controller , a status of the target block based on the vulnerability factor of the target block; writing , by the controller , the data to the target block based on the status of the target block; and updating , by the controller , a mapping table based on the data written to the target block, characterized in that the method further comprising writing , by the controller , the data to a replica block in response to the vulnerability factor of the target block exceeding a predetermined threshold.
A method of assessing the vitamin C renal leak status of a human subject, wherein the human subject has fasted and not received any supplemental extraneous source of vitamin C for at least six hours and wherein the human subject undergoes an initial micturition after the at least six hours fasting, the initial micturition defining time 0, the method comprising: (a) collecting all subsequent urine output following time 0 as one or more urine voids from the human subject during a predefined timed interval, wherein the predefined timed interval encompasses a period of time of from 30 minutes to 24 hours and which begins at time 0, (b) obtaining a plasma sample from the human subject during the predefined timed interval, which begins at time 0, (c) providing no food or beverage items with high vitamin C content and no supplemental extraneous source of vitamin C throughout the predefined timed interval to the human subject, (d) assaying for the concentration of vitamin C in the plasma sample, (e) assaying for the presence of vitamin C in the collected urine output, whereby: (f) the presence of vitamin C in the collected urine output and a concentration of vitamin C in the plasma sample less than the Minimum Elimination Threshold (MET) indicates the presence of vitamin C renal leak in the human subject, wherein: (g) the human subject is male, and the MET is between 32.5 μM and 43.5 μM, or (h) the human subject is female, and the MET is between 35.5 μM and 51.0 μM. (a) collecting all subsequent urine output following time 0 as one or more urine voids from the human subject during a predefined timed interval, wherein the predefined timed interval encompasses a period of time of from 30 minutes to 24 hours and which begins at time 0, (b) obtaining a plasma sample from the human subject during the predefined timed interval, which begins at time 0, (c) providing no food or beverage items with high vitamin C content and no supplemental extraneous source of vitamin C throughout the predefined timed interval to the human subject, (d) assaying for the concentration of vitamin C in the plasma sample, (e) assaying for the presence of vitamin C in the collected urine output, whereby: (f) the presence of vitamin C in the collected urine output and a concentration of vitamin C in the plasma sample less than the Minimum Elimination Threshold (MET) indicates the presence of vitamin C renal leak in the human subject, wherein: (g) the human subject is male, and the MET is between 32.5 μM and 43.5 μM, or (h) the human subject is female, and the MET is between 35.5 μM and 51.0 μM.
A method for the production of a moisture curable composition, whereby the reactive end groups of a reactive polymer are reacted with a cross-linking agent for forming a prepolymer, whereby the method proceeds in batch and the production of the prepolymer occurs in a mixing vessel, characterized in that , after forming the prepolymer in the mixing vessel, the lid of the mixing vessel is raised and the stirrer and/or scraper is pulled up from the liquid, the mixing vessel is closed by means of two foils of plastic, whereby the first foil is provided as close as possible against the product and against the upright sidewall of the open mixing vessel, and subsequently the second foil is stretched over the upper rim of the mixing vessel.
A method for forming a fiber-reinforced thermoplastic hollow structure (100; 300), comprising: abutting a first surface (111; 311) of a first flange (112; 312; 412; 512; 612) of a shell (110; 310; 410; 510; 610) and a second surface (113; 313) of a second flange (114; 314) of the shell (110; 310; 410; 510; 610) with a mating component (120; 320); configuring an end block to restrain lateral movement of the shell (110; 310; 410; 510; 610); applying a first load (F1) to a sidewall (118; 117; 317) of the shell (110; 310; 410; 510; 610); applying a second load (F2) to the second flange (114; 314) of the shell (110; 310; 410; 510; 610); and vibrating one of the shell (110; 310; 410; 510; 610) or the mating component (120; 320) while keeping a non-vibrating component stationary, the non-vibrating component including one of the shell (110; 310; 410; 510; 610) or the mating component (120; 320) the method characterised in that a direct load is not applied to the first flange (112; 312; 412; 512; 612). abutting a first surface (111; 311) of a first flange (112; 312; 412; 512; 612) of a shell (110; 310; 410; 510; 610) and a second surface (113; 313) of a second flange (114; 314) of the shell (110; 310; 410; 510; 610) with a mating component (120; 320); configuring an end block to restrain lateral movement of the shell (110; 310; 410; 510; 610); applying a first load (F1) to a sidewall (118; 117; 317) of the shell (110; 310; 410; 510; 610); applying a second load (F2) to the second flange (114; 314) of the shell (110; 310; 410; 510; 610); and vibrating one of the shell (110; 310; 410; 510; 610) or the mating component (120; 320) while keeping a non-vibrating component stationary, the non-vibrating component including one of the shell (110; 310; 410; 510; 610) or the mating component (120; 320) the method characterised in that a direct load is not applied to the first flange (112; 312; 412; 512; 612).
A coasting control device which performs coasting control to disengage a clutch and reduce the number of revolutions per minute of an engine to a number of idle revolutions per minute when the engine is doing no work for the outside of the engine while the vehicle is in motion, characterized in that the coasting control device comprising gearshift prevention means for preventing a gearshift operation during coasting control by locking a shift lever .
A gas turbine engine comprising: a core nacelle defined about an engine centerline axis (A); a fan nacelle mounted at least partially around said core nacelle to define a fan bypass airflow path (B) for a fan bypass airflow (B) having a bypass ratio greater than six; a fan variable area nozzle axially movable relative said fan nacelle to vary a fan nozzle exit area and adjust a pressure ratio of the fan bypass airflow (B) during engine operation; and a controller (C) operable to control said fan variable area nozzle to vary said fan nozzle exit area and adjust the pressure ratio of the fan bypass airflow (B), characterized in that : the engine further comprises a multiple of fan exit guide vanes in communication with said fan bypass flow path (B), said multiple of fan exit guide vanes rotatable about an axis of rotation (A); the fan pressure ratio is less than 1.45 at cruise at 0.8 Mach and 35,000 ft (10,668 m); and said controller (C) is operable to reduce said fan nozzle exit area at a cruise flight condition. a core nacelle defined about an engine centerline axis (A); a fan nacelle mounted at least partially around said core nacelle to define a fan bypass airflow path (B) for a fan bypass airflow (B) having a bypass ratio greater than six; a fan variable area nozzle axially movable relative said fan nacelle to vary a fan nozzle exit area and adjust a pressure ratio of the fan bypass airflow (B) during engine operation; and a controller (C) operable to control said fan variable area nozzle to vary said fan nozzle exit area and adjust the pressure ratio of the fan bypass airflow (B), the engine further comprises a multiple of fan exit guide vanes in communication with said fan bypass flow path (B), said multiple of fan exit guide vanes rotatable about an axis of rotation (A); the fan pressure ratio is less than 1.45 at cruise at 0.8 Mach and 35,000 ft (10,668 m); and said controller (C) is operable to reduce said fan nozzle exit area at a cruise flight condition.