mhurhangee/patent-ind-claim-en huggingface dataset:
Process for making a container for cooking foods comprising a main element , provided with a first surface , such element being intended to define a bottom , a lateral wall of the container and to be shaped with substantially concave conformation, within said container it being possible to house said foods for cooking, and a layer , positioned on the outside of the bottom in a portion of the first surface and attained with powders which are heated if subjected to magnetic fields, the process comprising the steps of: providing at least one main element of said container made of a first metal material and defining at least one first surface which at the end of processing will correspond with the outside of said bottom ; providing powders of a second material selected from the group consisting of ferromagnetic materials, ferromagnetic ceramic materials and mixtures of ferromagnetic materials and ferromagnetic ceramic materials; the process being characterized in that it further comprises the steps of: providing at least one mould , arranging at least said main element and said powders in said at least one mould , pressing in said mould said powders of said second material on at least one portion of at least said first surface of said main element , so as to attain at least one layer of said second material associated with at least said portion . providing at least one main element of said container made of a first metal material and defining at least one first surface which at the end of processing will correspond with the outside of said bottom ; providing powders of a second material selected from the group consisting of ferromagnetic materials, ferromagnetic ceramic materials and mixtures of ferromagnetic materials and ferromagnetic ceramic materials; the process being characterized in that it further comprises the steps of: providing at least one mould , arranging at least said main element and said powders in said at least one mould , pressing in said mould said powders of said second material on at least one portion of at least said first surface of said main element , so as to attain at least one layer of said second material associated with at least said portion . providing at least one mould , arranging at least said main element and said powders in said at least one mould , pressing in said mould said powders of said second material on at least one portion of at least said first surface of said main element , so as to attain at least one layer of said second material associated with at least said portion .
Conjunction device comprising: (i) one or more elements including a static/moving current medium or communication medium; and (ii) a halogen-free polymer composition surrounding the element(s), wherein said polymer composition is obtainable or obtained by compounding and extrusion of at least the following components: (a) 24-32 wt.-% of a linear very low density polyethylene (VLDPE) composition having a density in the range from 0.85 g/cm 3 to 0.93 g/cm 3 , as measured according to ISO 1183, and having a melting point of above 110°C, as determined by differential scanning calorimetry; (b) 8-16 wt.-% of one or more polyolefin-elastomers, wherein the polyolefin-elastomer(s) is/are (an) ultra-low density random ethylene-octene copolymer(s) having - a glass transition temperature of below -50°C, as determined by differential scanning calorimetry, and - a melting point of below 40°C, as determined by differential scanning calorimetry; and (c) 55-65 wt.-% of a flame retardant filler, which is a hydrated metal-based filler. (i) one or more elements including a static/moving current medium or communication medium; and (ii) a halogen-free polymer composition surrounding the element(s), wherein said polymer composition is obtainable or obtained by compounding and extrusion of at least the following components: (a) 24-32 wt.-% of a linear very low density polyethylene (VLDPE) composition having a density in the range from 0.85 g/cm 3 to 0.93 g/cm 3 , as measured according to ISO 1183, and having a melting point of above 110°C, as determined by differential scanning calorimetry; (b) 8-16 wt.-% of one or more polyolefin-elastomers, wherein the polyolefin-elastomer(s) is/are (an) ultra-low density random ethylene-octene copolymer(s) having - a glass transition temperature of below -50°C, as determined by differential scanning calorimetry, and - a melting point of below 40°C, as determined by differential scanning calorimetry; and (c) 55-65 wt.-% of a flame retardant filler, which is a hydrated metal-based filler. (a) 24-32 wt.-% of a linear very low density polyethylene (VLDPE) composition having a density in the range from 0.85 g/cm 3 to 0.93 g/cm 3 , as measured according to ISO 1183, and having a melting point of above 110°C, as determined by differential scanning calorimetry; (b) 8-16 wt.-% of one or more polyolefin-elastomers, wherein the polyolefin-elastomer(s) is/are (an) ultra-low density random ethylene-octene copolymer(s) having - a glass transition temperature of below -50°C, as determined by differential scanning calorimetry, and - a melting point of below 40°C, as determined by differential scanning calorimetry; and - a glass transition temperature of below -50°C, as determined by differential scanning calorimetry, and - a melting point of below 40°C, as determined by differential scanning calorimetry; and (c) 55-65 wt.-% of a flame retardant filler, which is a hydrated metal-based filler.
A method for localized heat treatment of a selected region of an orthodontic wire comprising: forming a small region of a wire into a desired shape; selectively heating the small region of a wire above a temperature to change its metallurgical properties using a hot air source having a small nozzle and a maximum flow rate of approximately 10 liters per minute while maintaining the desired shape of the region of the wire , and cooling the heated region .
Hydraulic end-of-travel stop for a motor vehicle suspension, receiving along a main axis (A) a compression speed to be braked (V), comprising on the side receiving this speed (V) a hydraulic compression chamber , and on the other side a reservoir receiving the fluid coming from the compression chamber during its compression, comprising between the compression chamber and the reservoir a first inertial conduit containing a first column of fluid forming a main braking system, and comprising in parallel with this main braking system, between the compression chamber and the reservoir reservoir a secondary braking system capable of transferring only a limited portion of fluid from the compression chamber to the reservoir , characterized in that the limited portion of fluid from the compression chamber is included in a secondary compression chamber included in the compression chamber , and can be included in a secondary reservoir included in the reservoir .
An ion detection system for a quadrupole mass analyzer comprising: a stack of microchannel plates comprising a front face and a rear face , the stack disposed so as to receive, at the front face , a flux of ions (I) from an exit aperture of a quadrupole and to emit, at the rear face , a flux of electrons (e - ) in response to the received flux of ions (I); a scintillator having a front and a rear surface and disposed so as to receive the flux of electrons (e - ) at the front surface and to emit, at the rear surface, a flux of photons (p) in response to the received flux of electrons (e - ); a photo-imager configured to receive the flux of photons (p); a power supply ; and first, second and third electrodes coupled to the power supply and disposed at the front face , rear face and front surface , respectively, the system characterised in that : the scintillator comprises a single crystal plate of a phosphorescent material and in that at least one of the scintillator and the stack of microchannel plates comprises an encoded pre-aging pattern therein, the encoded pre-aging pattern being disposed in a pre-determined alignment with respect to a set of rod electrodes (X1, X2, Y1, Y2) of the quadrupole such that the encoded pre-aging pattern corresponds to an expected pattern of ion flux from the quadrupole . a stack of microchannel plates comprising a front face and a rear face , the stack disposed so as to receive, at the front face , a flux of ions (I) from an exit aperture of a quadrupole and to emit, at the rear face , a flux of electrons (e - ) in response to the received flux of ions (I); a scintillator having a front and a rear surface and disposed so as to receive the flux of electrons (e - ) at the front surface and to emit, at the rear surface, a flux of photons (p) in response to the received flux of electrons (e - ); a photo-imager configured to receive the flux of photons (p); a power supply ; and first, second and third electrodes coupled to the power supply and disposed at the front face , rear face and front surface , respectively, the system characterised in that : the scintillator comprises a single crystal plate of a phosphorescent material and in that at least one of the scintillator and the stack of microchannel plates comprises an encoded pre-aging pattern therein, the encoded pre-aging pattern being disposed in a pre-determined alignment with respect to a set of rod electrodes (X1, X2, Y1, Y2) of the quadrupole such that the encoded pre-aging pattern corresponds to an expected pattern of ion flux from the quadrupole . the scintillator comprises a single crystal plate of a phosphorescent material and in that at least one of the scintillator and the stack of microchannel plates comprises an encoded pre-aging pattern therein, the encoded pre-aging pattern being disposed in a pre-determined alignment with respect to a set of rod electrodes (X1, X2, Y1, Y2) of the quadrupole such that the encoded pre-aging pattern corresponds to an expected pattern of ion flux from the quadrupole .
A method of controlling tint of one or more tintable windows to account for occupancy comfort in a room of a building, the method comprising: determining an overlap between an occupancy region of the room and an intersection of a three-dimensional projection of light through the one or more tintable windows with a plane of interest in the room, the three-dimensional projection of light being defined by parallel light rays passing through the one or more tintable windows; using the overlap to determine a tint level for the one or more tintable windows; and providing instructions to transition tint of the one or more tintable windows from a current tint level to the tint level determined. determining an overlap between an occupancy region of the room and an intersection of a three-dimensional projection of light through the one or more tintable windows with a plane of interest in the room, the three-dimensional projection of light being defined by parallel light rays passing through the one or more tintable windows; using the overlap to determine a tint level for the one or more tintable windows; and providing instructions to transition tint of the one or more tintable windows from a current tint level to the tint level determined.
A computer-implemented method comprising: maintaining a data cache indicating data items, from a plurality of data items within a data source, that have been identified for processing at an on-demand code execution environment; varying an expected number of data items within a batch to maintain computing resource usage under a threshold level; iteratively retrieving data items, from the plurality of data items, from the data source in batches in accordance with the expected number of data items within a batch; obtaining a unique identifier for each retrieved data item of the plurality of data items; determining whether the unique identifier for each retrieved data item is currently being processed or has previously been processed; enqueuing within the data cache those retrieved data items, from the plurality of data items, that are not currently being processed and have not previously been processed; iteratively submitting calls to the on-demand code execution environment to process data items from the data cache by execution of a task; recording results of the calls submitted with respect to the data items from the data cache; determining that no additional data items, from the plurality of data items, are awaiting processing by execution of the task; and transmitting, to a user computing device associate with the plurality of data items, a notification indicating that processing of the plurality of data items has been completed. maintaining a data cache indicating data items, from a plurality of data items within a data source, that have been identified for processing at an on-demand code execution environment; varying an expected number of data items within a batch to maintain computing resource usage under a threshold level; iteratively retrieving data items, from the plurality of data items, from the data source in batches in accordance with the expected number of data items within a batch; obtaining a unique identifier for each retrieved data item of the plurality of data items; determining whether the unique identifier for each retrieved data item is currently being processed or has previously been processed; enqueuing within the data cache those retrieved data items, from the plurality of data items, that are not currently being processed and have not previously been processed; iteratively submitting calls to the on-demand code execution environment to process data items from the data cache by execution of a task; recording results of the calls submitted with respect to the data items from the data cache; determining that no additional data items, from the plurality of data items, are awaiting processing by execution of the task; and transmitting, to a user computing device associate with the plurality of data items, a notification indicating that processing of the plurality of data items has been completed.
A slurry distributor for use in a slurry spreading equipment, said slurry distributor comprising a distributor housing containing a ball bearing with a bearing housing , on which are mounted one or more eccentrically arranged cutter rings , characterized in that a reservoir for a lubricant in the form of lubricating oil or grease is arranged around the bearing , said reservoir is having the form of a cavity surrounding the ball bearings ; which reservoir is connected with an external container for the lubricant through an internal channel within the slurry distributor and a hose connecting the slurry distributor with the external container .
A plier jaw assembly , comprising: a first laminated jaw , comprising: a first plate defining a gripping profile ; and a second plate fixedly coupled to the first plate , the second plate including a flange at least partially overhanging the first plate ; and a second jaw pivotally coupled to the first laminated jaw , wherein the first laminated jaw and the second jaw are selectively repositionable relative to one another between a fully open position and a fully closed position, characterized in that the first plate is an inner plate, the flange is a first flange , and the second plate is a first outer plate , wherein the first laminated jaw further comprises a second outer plate fixedly coupled to the first outer plate , wherein the inner plate is positioned between the first outer plate and the second outer plate , and wherein the second outer plate includes a second flange extending toward the first flange , and wherein the first laminated jaw is slidably and rotatably coupled to the second jaw , and wherein the first laminated jaw is configured such that the first laminated jaw can slide relative to the second jaw only when the first laminated jaw is oriented within a threshold range of angular positions relative to the second jaw , the threshold range of angular positions being less than 360 degrees. a first laminated jaw , comprising: a first plate defining a gripping profile ; and a second plate fixedly coupled to the first plate , the second plate including a flange at least partially overhanging the first plate ; and a first plate defining a gripping profile ; and a second plate fixedly coupled to the first plate , the second plate including a flange at least partially overhanging the first plate ; and a second jaw pivotally coupled to the first laminated jaw , wherein the first laminated jaw and the second jaw are selectively repositionable relative to one another between a fully open position and a fully closed position, characterized in that the first plate is an inner plate, the flange is a first flange , and the second plate is a first outer plate , wherein the first laminated jaw further comprises a second outer plate fixedly coupled to the first outer plate , wherein the inner plate is positioned between the first outer plate and the second outer plate , and wherein the second outer plate includes a second flange extending toward the first flange , and wherein the first laminated jaw is slidably and rotatably coupled to the second jaw , and wherein the first laminated jaw is configured such that the first laminated jaw can slide relative to the second jaw only when the first laminated jaw is oriented within a threshold range of angular positions relative to the second jaw , the threshold range of angular positions being less than 360 degrees.
A solid herbicidal composition comprising: a) from 50 grams active ingredient per kilogram (g ai/kg) to 600 g ai/kg, with respect to the total composition, of pyroxsulam; b) from 50 g ai/kg to 600 g ai/kg, with respect to the total composition, of cloquintocet acid or a salt thereof; c) from 30 g ai/kg to 250 g ai/kg, with respect to the total composition, of a lignosulfonate salt; d) from 10 g/kg to 100 g/kg, with respect to the total composition, of another anionic surfactant; e) from 50 g/kg to 250 g/kg, with respect to the total composition, of a solid buffer, wherein the solid buffer is ammonium sulfate or citric acid; and f) a disintegrant. a) from 50 grams active ingredient per kilogram (g ai/kg) to 600 g ai/kg, with respect to the total composition, of pyroxsulam; b) from 50 g ai/kg to 600 g ai/kg, with respect to the total composition, of cloquintocet acid or a salt thereof; c) from 30 g ai/kg to 250 g ai/kg, with respect to the total composition, of a lignosulfonate salt; d) from 10 g/kg to 100 g/kg, with respect to the total composition, of another anionic surfactant; e) from 50 g/kg to 250 g/kg, with respect to the total composition, of a solid buffer, wherein the solid buffer is ammonium sulfate or citric acid; and f) a disintegrant.
An application display method, applied to an electronic device, wherein first fingerprint information is stored in the electronic device, a first application is installed in the electronic device, wherein the first application is an application that needs to be logged into by using login information, and the method comprises: obtaining login information of the first application; establishing a correspondence between the login information and the first fingerprint information; storing the correspondence among the first fingerprint information, the first application, and the login information of the first application in the electronic device; receiving a touch operation , wherein the touch operation is used to request to display an application switch screen; obtaining second fingerprint information from the touch operation; matching the second fingerprint information and the first fingerprint information; and when the second fingerprint information matches the first fingerprint information, displaying a screen thumbnail of the first application in the application switch screen, wherein the screen thumbnail of the first application is a screen thumbnail of the first application at a previous exit; and using the login information corresponding to the first fingerprint information to log in to the first application; when the second fingerprint information does not match the first fingerprint information, displaying , in the application switch screen, a second application and the first application on which blurring processing is performed, wherein verification against the first fingerprint information does not need to be performed to run the second application. obtaining login information of the first application; establishing a correspondence between the login information and the first fingerprint information; storing the correspondence among the first fingerprint information, the first application, and the login information of the first application in the electronic device; receiving a touch operation , wherein the touch operation is used to request to display an application switch screen; obtaining second fingerprint information from the touch operation; matching the second fingerprint information and the first fingerprint information; and when the second fingerprint information matches the first fingerprint information, displaying a screen thumbnail of the first application in the application switch screen, wherein the screen thumbnail of the first application is a screen thumbnail of the first application at a previous exit; and using the login information corresponding to the first fingerprint information to log in to the first application; when the second fingerprint information does not match the first fingerprint information, displaying , in the application switch screen, a second application and the first application on which blurring processing is performed, wherein verification against the first fingerprint information does not need to be performed to run the second application.
A scroll compressor which comprises a casing , a drive motor accommodated in the casing , an orbiting scroll having a disc portion with a boss portion extending from a first side surface and orbiting scroll wraps extending from a second side surface, the disc portion having a first oil path having an inlet and an outlet, a drive shaft extending from the motor having an eccentric portion inserted in the boss portion for rotation of the orbiting scroll by the drive motor , the drive shaft having an oil-passage for supplying oil from an oil storage tank provided in the casing to the boss portion under pressure, a fixed scroll engaged with the orbiting scroll , the fixed scroll comprising fixed scroll wraps engaged with the orbiting scroll wraps , the outlet of the first oil path being formed in the second side surface of the disc portion so that oil flows from the outlet and between the contact surfaces of the fixed and orbiting scroll wraps , a back pressure chamber proximate to the orbiting scroll , an inlet pipe that is disposed in the casing and supplies refrigerant to a compression chamber formed by the orbiting scroll and the fixed scroll , and a discharge pipe that is disposed in the casing and discharges the refrigerant discharged from the compression chamber outside the casing , an oil feed passage is configured to connect the back pressure chamber and the oil storage tank so that oil of the oil storage tank is supplied to the back pressure chamber ; and a flow control valve is disposed in the oil feed passage , the flow control valve configured to control an amount of oil to be supplied to the back pressure chamber via the oil feed passage , wherein the flow control valve controls the amount of oil to be supplied via the oil feed passage in accordance with a suction pressure of the refrigerant to be sucked through the inlet pipe , a discharge pressure of the refrigerant to be discharged through the discharge pipe , and a rotational velocity of the drive motor , characterised in that the boss portion communicates with the inlet of the first oil path so that oil flows directly from the boss portion into the first oil path through the inlet, and in that the disc portion of the orbiting scroll comprises a second oil path connecting the second side surface of the disc portion with the back pressure chamber so that oil is discharged from between the first and second scroll wraps into the back pressure chamber through said second oil path .