mhurhangee/patent-ind-claim-en huggingface dataset:
A device comprising: a processor; and a memory in communication with the processor, the memory comprising executable instructions that, when executed by the processor, cause the processor to control the device to perform functions of: detecting that a first user has invited a second user to a communication session, wherein the first user is associated with a first user account registered to a first domain platform and the second user is not associated with any of user accounts registered to the first domain platform, the first domain platform defining a first user privilege granted to the user accounts registered to the first domain platform; based on the detection that the first user has invited the second user to the communication session, causing a second user account associated with the second user to be created and registered to a second domain platform, the second domain platform being different from the first domain platform and defining a second user privilege granted to user accounts registered to the second domain platform; and granting the second user account the second user privilege. a processor; and a memory in communication with the processor, the memory comprising executable instructions that, when executed by the processor, cause the processor to control the device to perform functions of: detecting that a first user has invited a second user to a communication session, wherein the first user is associated with a first user account registered to a first domain platform and the second user is not associated with any of user accounts registered to the first domain platform, the first domain platform defining a first user privilege granted to the user accounts registered to the first domain platform; based on the detection that the first user has invited the second user to the communication session, causing a second user account associated with the second user to be created and registered to a second domain platform, the second domain platform being different from the first domain platform and defining a second user privilege granted to user accounts registered to the second domain platform; and granting the second user account the second user privilege. detecting that a first user has invited a second user to a communication session, wherein the first user is associated with a first user account registered to a first domain platform and the second user is not associated with any of user accounts registered to the first domain platform, the first domain platform defining a first user privilege granted to the user accounts registered to the first domain platform; based on the detection that the first user has invited the second user to the communication session, causing a second user account associated with the second user to be created and registered to a second domain platform, the second domain platform being different from the first domain platform and defining a second user privilege granted to user accounts registered to the second domain platform; and granting the second user account the second user privilege.
A photovoltaic diode, 300, comprising: an emitter layer, 301, of doped Group III-V semiconductor material, having a first conductivity type and a first bandgap in at least part of the layer, an intrinsic layer, 302, of dilute nitride Group III-V semiconductor material having a composition given by the formula Ga 1-z In z N x As y Sb 1-x-y , where 0 < z < 0.20, 0.01 < x < 0.05, and y > 0.80 having a second bandgap, a base layer, 303, of semiconductor material having a third bandgap and a second conductivity type opposite to the first conductivity type, wherein the emitter, intrinsic and base layers form a diode junction, and wherein the first bandgap is greater than the second bandgap, wherein the emitter layer comprises a wide bandgap emitter layer, 301a, of Group III-V semiconductor material having the first bandgap and a narrow bandgap emitter layer, 301b, between the wide bandgap emitter layer and the intrinsic layer, the narrow gap emitter layer having the first conductivity type and being of a dilute nitride Group III-V semiconductor material having composition given by the formula Ga 1-z In z N x As y Sb 1-x-y , where 0 < z < 0.20, 0.01 < x < 0.05, and y > 0.80, wherein the narrow gap emitter layer has a fourth bandgap that is smaller than the first bandgap, characterized in that the narrow bandgap emitter layer is less in thickness than a diffusion length of the minority carriers. an emitter layer, 301, of doped Group III-V semiconductor material, having a first conductivity type and a first bandgap in at least part of the layer, an intrinsic layer, 302, of dilute nitride Group III-V semiconductor material having a composition given by the formula Ga 1-z In z N x As y Sb 1-x-y , where 0 < z < 0.20, 0.01 < x < 0.05, and y > 0.80 having a second bandgap, a base layer, 303, of semiconductor material having a third bandgap and a second conductivity type opposite to the first conductivity type, wherein the emitter, intrinsic and base layers form a diode junction, and wherein the first bandgap is greater than the second bandgap, wherein the emitter layer comprises a wide bandgap emitter layer, 301a, of Group III-V semiconductor material having the first bandgap and a narrow bandgap emitter layer, 301b, between the wide bandgap emitter layer and the intrinsic layer, the narrow gap emitter layer having the first conductivity type and being of a dilute nitride Group III-V semiconductor material having composition given by the formula Ga 1-z In z N x As y Sb 1-x-y , where 0 < z < 0.20, 0.01 < x < 0.05, and y > 0.80, wherein the narrow gap emitter layer has a fourth bandgap that is smaller than the first bandgap, characterized in that the narrow bandgap emitter layer is less in thickness than a diffusion length of the minority carriers.
A method of storing data in a memory device comprising: applying a first error process comprising a hash or hash-like process to a user data block resulting in first error process data ; applying a second error process comprising an error correction code process to the user data block resulting in second error process data (514 ... 524, 534); storing the user data block, the first error process data and the second error process data to the memory device as a data block . applying a first error process comprising a hash or hash-like process to a user data block resulting in first error process data ; applying a second error process comprising an error correction code process to the user data block resulting in second error process data (514 ... 524, 534); storing the user data block, the first error process data and the second error process data to the memory device as a data block .
A device for manipulating a left atrial appendage (LAA) of a heart, including (a) an elongated guide instrument provided with a tip, said guide instrument is shaped and sized to be transaortally and transseptally introducible into the left atrium (LA), (b) a suction channel terminating with a concave holder at said tip, characterized in that : said a concave holder is shaped and sized to be introduced into said left atrial appendage (LAA) and adapted to hold a portion of said left atrial appendage (LAA) inside said left atrial appendage (LAA) and to draw said left atrial appendage (LAA) portion into said left atrium (LA) upon application of suction through said channel and said concave holder , so that said held and drawn left atrial appendage (LAA) portion is repositionable into said left atrium (LA) when said guide instrument is controllably guided thereafter, wherein said concave holder is suitably configured to prevent perforation of said left atrial appendage (LAA) when said guide instrument is advanced transluminally; and wherein said device comprising fastening means which is appliable to said repositioned left atrial appendage (LAA) portion, to permanently prevent return of said repositioned left atrial appendage (LAA) portion to its normal position. said a concave holder is shaped and sized to be introduced into said left atrial appendage (LAA) and adapted to hold a portion of said left atrial appendage (LAA) inside said left atrial appendage (LAA) and to draw said left atrial appendage (LAA) portion into said left atrium (LA) upon application of suction through said channel and said concave holder , so that said held and drawn left atrial appendage (LAA) portion is repositionable into said left atrium (LA) when said guide instrument is controllably guided thereafter, wherein said concave holder is suitably configured to prevent perforation of said left atrial appendage (LAA) when said guide instrument is advanced transluminally; and wherein said device comprising fastening means which is appliable to said repositioned left atrial appendage (LAA) portion, to permanently prevent return of said repositioned left atrial appendage (LAA) portion to its normal position.
A device for regulating the fuel supply flow rate for a turbine engine, comprising: - at least one pump , - an upstream line leading to the pump , - a downstream line exiting the pump , - a recirculation duct branched off the downstream line , allowing to collect a certain quantity of fluid in the downstream line and channel the fluid collected from the downstream line towards the upstream line , - a means for regulating flow rate disposed on the recirculation duct , - a phase measurer able to determine the gas content of a two-phase flow disposed in the upstream line , the recirculation duct being connected to the upstream line , downstream of the phase measurer , - a computing unit connected to the phase measurer and to the flow rate regulating means , said computing unit being configured to control the flow rate regulating means such as to controla degree of opening of said flow rate regulating means, according to the gas content value in the upstream line determined by the phase measurer . - at least one pump , - an upstream line leading to the pump , - a downstream line exiting the pump , - a recirculation duct branched off the downstream line , allowing to collect a certain quantity of fluid in the downstream line and channel the fluid collected from the downstream line towards the upstream line , - a means for regulating flow rate disposed on the recirculation duct , - a phase measurer able to determine the gas content of a two-phase flow disposed in the upstream line , the recirculation duct being connected to the upstream line , downstream of the phase measurer , - a computing unit connected to the phase measurer and to the flow rate regulating means , said computing unit being configured to control the flow rate regulating means such as to controla degree of opening of said flow rate regulating means, according to the gas content value in the upstream line determined by the phase measurer .
Method for securing documents, characterized in that it comprises: - a step of marking the document with a pre-printed marking area and an anti-copy mark that is identical for a plurality of documents, the anti-copy mark comprising information; - a step of reading an anti-copy mark for obtaining a value representative of at least one portion of the information of the anti-copy mark; - a step of generating an identification mark that can vary from one document to another and according to said value obtained from reading the anti-copy mark, the generation step being carried out through concatenation, encryption and modulation of at least the value obtained; - a step of calculating a position in the pre-printed marking area; and - a step of marking said document, at the calculated position, to form said identification mark on said document. - a step of marking the document with a pre-printed marking area and an anti-copy mark that is identical for a plurality of documents, the anti-copy mark comprising information; - a step of reading an anti-copy mark for obtaining a value representative of at least one portion of the information of the anti-copy mark; - a step of generating an identification mark that can vary from one document to another and according to said value obtained from reading the anti-copy mark, the generation step being carried out through concatenation, encryption and modulation of at least the value obtained; - a step of calculating a position in the pre-printed marking area; and - a step of marking said document, at the calculated position, to form said identification mark on said document.
A combination of a wire (W1) and a contact comprising a contact main body comprising a base portion and having a wire fixing portion arranged on a back side of the base portion and fixed with the wire (W1), and a contacting member formed separately from the contact main body , and connected to the wire (W1) and configured to be in contact with a mating contact , the contacting member comprising a fixing portion and an extension portion extending backward from the fixing portion up to the wire fixing portion , a core wire (M1) of the wire (W1) being arranged on the extension portion , wherein an insulation layer is provided on a portion of the contact main body contacting with the contacting member so that the contacting member and the contact main body are insulated from each other, characterized in that the fixing portion is fixed to a contacting member fixing portion of the contact main body arranged on a front side of the base portion ; the core wire (M1) is connected to the extension portion by the wire fixing portion ; and the insulation layer is also provided on a portion of the wire fixing portion contacting the core wire (M1) of the wire (W1) in addition to the portion of the contact main body contacting with the contacting member so that the core wire (M1) of the wire (W1) and the contact main body are insulated from each other. the fixing portion is fixed to a contacting member fixing portion of the contact main body arranged on a front side of the base portion ; the core wire (M1) is connected to the extension portion by the wire fixing portion ; and the insulation layer is also provided on a portion of the wire fixing portion contacting the core wire (M1) of the wire (W1) in addition to the portion of the contact main body contacting with the contacting member so that the core wire (M1) of the wire (W1) and the contact main body are insulated from each other.
A lid for mounting on a cup opening defined by a brim of a cup body, comprising, a cover having a substantially planar portion and a recessed opening disposed on the cover ; a side wall disposed around the periphery of the cover ; a flange extended from the bottom edge of the side wall and forms a trench space for accommodating the brim of the cup body when the lid is mounted on the cup opening; and a breathable film disposed below the substantially planar portion and covered the recessed opening of the cover ; characterized in that the cover and the breathable film are integrally formed into a single piece. a cover having a substantially planar portion and a recessed opening disposed on the cover ; a side wall disposed around the periphery of the cover ; a flange extended from the bottom edge of the side wall and forms a trench space for accommodating the brim of the cup body when the lid is mounted on the cup opening; and a breathable film disposed below the substantially planar portion and covered the recessed opening of the cover ; characterized in that the cover and the breathable film are integrally formed into a single piece.
A topical skin care composition for use in a method of treating inflammation in skin cells by reducing tumor necrosis factor alpha (TNF-α) and/or vascular endothelial growth factor (VEGF) production in skin cells, the method comprising topically applying said composition to skin in need thereof, said composition comprising: (a) an effective amount of an extract of Opuntia ficus-indica tuna , Opuntia ficus-indica nopales , or both, to reduce tumor necrosis factor alpha (TNF-α) and/or vascular endothelial growth factor (VEGF) production in skin cells, wherein the extract is an aqueous extract obtained via maceration using water; and (b) a cosmetically acceptable vehicle. (a) an effective amount of an extract of Opuntia ficus-indica tuna , Opuntia ficus-indica nopales , or both, to reduce tumor necrosis factor alpha (TNF-α) and/or vascular endothelial growth factor (VEGF) production in skin cells, wherein the extract is an aqueous extract obtained via maceration using water; and (b) a cosmetically acceptable vehicle.
A mortar delivery system comprising: a hopper in material communication with a mixing structure ; a feed auger in material communication with the mixing structure ; the mixing structure located in an upper area of the hopper and the feed auger located in a lower area of the hopper ; a feed tube containing the feed auger ; a first source of rotational energy mechanically coupled to the mixing structure ; and a second source of rotational energy mechanically coupled to the feed auger ; the mortar delivery system comprising a nozzle coupled to the feed tube for forming a mortar bed; characterized by the mortar delivery system comprising a nozzle output pressure sensor contained within the nozzle and configured to provide an analog signal that is proportional to the nozzle output pressure, wherein the mortar delivery system further comprises an analog to digital converter and a microcontroller, the microcontroller being configured to use the signal from the nozzle output pressure sensor converted by the analog to digital converter for process control and feedback. a hopper in material communication with a mixing structure ; a feed auger in material communication with the mixing structure ; the mixing structure located in an upper area of the hopper and the feed auger located in a lower area of the hopper ; a feed tube containing the feed auger ; a first source of rotational energy mechanically coupled to the mixing structure ; and a second source of rotational energy mechanically coupled to the feed auger ; the mortar delivery system comprising a nozzle coupled to the feed tube for forming a mortar bed; characterized by the mortar delivery system comprising a nozzle output pressure sensor contained within the nozzle and configured to provide an analog signal that is proportional to the nozzle output pressure, wherein the mortar delivery system further comprises an analog to digital converter and a microcontroller, the microcontroller being configured to use the signal from the nozzle output pressure sensor converted by the analog to digital converter for process control and feedback.
Device for clamping, holding and/or guiding flat material, namely paper or cardboard or another fibrous flat material, during three-dimensional deformation of this material by a ram and an associated drawing bush , wherein a pressing device and a support are provided and wherein a mechanical drive capable of pressing the pressing device against the support is provided and wherein at least one spring element is provided between the pressing device and mechanical drive and/or in the mechanical drive, characterised in that the spring element during clamping of the flat material can be loaded to block state or in the case of several spring elements at least one spring element can be loaded to block state.
A velocity calculating device to be mounted on a movable body having at least a front wheel and a rear wheel and for moving on a traveling surface, comprising: an acceleration acquiring module configured to acquire an acceleration of an axle of the front wheels in vertical directions of the movable body, wherein the acceleration acquiring module is situated in front of the center (C) of gravity of the moving body and near the axle of the front wheels; an angular velocity acquiring module configured to acquire a pitch angular velocity of the movable body; a time difference detecting module configured to detect a time difference between the acceleration in the vertical directions and the pitch angular velocity; and a velocity calculating module configured to calculate a moving velocity of the movable body based on a ratio of a wheelbase with respect to the time difference, the wheelbase being a distance between the axle of the front wheel and the axle of the rear wheel, characterized in that the acceleration acquiring module comprises a longitudinal acceleration acquiring module configured to acquire an acceleration of the movable body in longitudinal directions thereof, and the velocity calculating module calculates the moving velocity of the movable body based on the ratio of the wheelbase with respect to the time difference, and the acceleration in the longitudinal directions. an acceleration acquiring module configured to acquire an acceleration of an axle of the front wheels in vertical directions of the movable body, wherein the acceleration acquiring module is situated in front of the center (C) of gravity of the moving body and near the axle of the front wheels; an angular velocity acquiring module configured to acquire a pitch angular velocity of the movable body; a time difference detecting module configured to detect a time difference between the acceleration in the vertical directions and the pitch angular velocity; and a velocity calculating module configured to calculate a moving velocity of the movable body based on a ratio of a wheelbase with respect to the time difference, the wheelbase being a distance between the axle of the front wheel and the axle of the rear wheel, characterized in that the acceleration acquiring module comprises a longitudinal acceleration acquiring module configured to acquire an acceleration of the movable body in longitudinal directions thereof, and the velocity calculating module calculates the moving velocity of the movable body based on the ratio of the wheelbase with respect to the time difference, and the acceleration in the longitudinal directions.
A process for preparing terpinene-4-ol of formula (II) said process comprising contacting limonene-4-ol of formula (I) with hydrogen in the presence of at least one nickel catalyst and at least one inert organic solvent selected from carboxylic acid esters.
A locking washer assembly (1; 1') intended to be used with a screw, the locking washer assembly comprising a first locking washer and a second locking washer , wherein the first (2; 2') and second locking washer comprise teeth for engaging an element to be attached by means of a screw joint and further said first and second locking washer (1; 1') comprise means for engaging each other, wherein the first locking washer (2; 2') comprises a central through hole that is larger than the central hole of the second locking washer , characterized in that said second locking washer has a diameter of its central through hole that prevents the teeth of the second locking washer to engage with a screw head that has a chamfer or radius in the transition between the screw head and the shank of said screw (15, 15', 15") that it is intended to be used with, wherein the through hole has a diameter that if the washer is introduced closest to said screw head having said radius or said chamfer having two radiuses the second locking washer will when being parallel with the underside of the screw head, form a gap , wherein the first (2; 2') and the second locking washers are of the cam locking type the first locking washer (2; 2") has a diameter of its central through hole that allows the first locking washer's teeth to engage with a surface of said screw ead, wherein this engagement is possible when the first locking washer (2; 2') is pushed up against said screw head.