mhurhangee/patent-ind-claim-en huggingface dataset:
A biodiesel fuel production method comprising: (a) charging a single reaction vessel with a charge of: a refined vegetable oil; a C1-C4 alcohol; a potassium hydroxide catalyst, and at least 0.2 parts by volume, related to unit volume of refined vegetable oil, of an apolar aliphatic hydrocarbon solvent with a boiling point of from 42°C to 200°C; (b) mixing the oil, alcohol, catalyst and solvent in said single reaction vessel under homogeneous conditions without stopping transesterification to remove by-product polar glycerol, and without subjecting the mixture to a further transesterification step with a fresh charge of alcohol and catalyst; (c) stopping the mixing and leaving the mixture to stand without further stirring for a predetermined period of time, so that; (d) the mixture separates into an upper apolar phase and a lower polar phase whilst standing, and (e) transesterification continues in the upper apolar phase to reach 95-98% completion, during which glycerol by-product of the continuing transesterification reaction in the apolar phase separates from the apolar phase and passes into the lower polar phase. (a) charging a single reaction vessel with a charge of: a refined vegetable oil; a C1-C4 alcohol; a potassium hydroxide catalyst, and at least 0.2 parts by volume, related to unit volume of refined vegetable oil, of an apolar aliphatic hydrocarbon solvent with a boiling point of from 42°C to 200°C; a refined vegetable oil; a C1-C4 alcohol; a potassium hydroxide catalyst, and at least 0.2 parts by volume, related to unit volume of refined vegetable oil, of an apolar aliphatic hydrocarbon solvent with a boiling point of from 42°C to 200°C; (b) mixing the oil, alcohol, catalyst and solvent in said single reaction vessel under homogeneous conditions without stopping transesterification to remove by-product polar glycerol, and without subjecting the mixture to a further transesterification step with a fresh charge of alcohol and catalyst; (c) stopping the mixing and leaving the mixture to stand without further stirring for a predetermined period of time, so that; (d) the mixture separates into an upper apolar phase and a lower polar phase whilst standing, and (e) transesterification continues in the upper apolar phase to reach 95-98% completion, during which glycerol by-product of the continuing transesterification reaction in the apolar phase separates from the apolar phase and passes into the lower polar phase.
Electrical machine , comprising: - a rotatably mounted rotor with a plurality of rotor poles , - a stator with a plurality of stator teeth which are arranged so as to face the rotor poles , wherein - a non-wound stator tooth is provided between two stator teeth which are each individually wound with turns of at least one coil , and wherein each of the coils is associated with a phase, characterized in that each phase is connected to a separate single-phase converter; wherein a width of the two wound stator teeth is greater than a width of the non-wound stator tooth , wherein a ratio of the width of a wound stator tooth to the width of the non-wound stator tooth is greater than or equal to 1.5 and less than or equal to 2.5. - a rotatably mounted rotor with a plurality of rotor poles , - a stator with a plurality of stator teeth which are arranged so as to face the rotor poles , wherein - a non-wound stator tooth is provided between two stator teeth which are each individually wound with turns of at least one coil , and wherein each of the coils is associated with a phase, characterized in that each phase is connected to a separate single-phase converter; wherein a width of the two wound stator teeth is greater than a width of the non-wound stator tooth , wherein a ratio of the width of a wound stator tooth to the width of the non-wound stator tooth is greater than or equal to 1.5 and less than or equal to 2.5.
A method of obtaining a multimedia service by a user equipment in a telecommunication network, characterized in that the method comprises the following steps: i. notifying, by a multimedia service management device, a service identifier and a service address of the multimedia service to a network server (A1), and notifying, by the multimedia service management device, said service identifier of the multimedia service to a multimedia service guide device (A2); ii. sending, by the user equipment, a receiving request message to the multimedia service guide device for requesting to receive multimedia service guides (B1; S21), wherein the multimedia service guides comprise the service identifier; iii. receiving, by the user equipment, said multimedia service guides from the multimedia service guide device, said multimedia service guides comprising a service identifier of each multimedia service (B2; S22); iv. sending, by the user equipment, a first query message to a network server according to the service identifier of a multimedia service chosen by a user (B3; S23), said first query message being used to query the service address corresponding to the service identifier of the chosen multimedia service; v. receiving, by the user equipment, a first response message from said network server (B4; S24), said first response message comprising the service address corresponding to the service identifier of the chosen multimedia service; vi. obtaining, by the user equipment, said chosen multimedia service according to said corresponding service address (B5, B6; S25). i. notifying, by a multimedia service management device, a service identifier and a service address of the multimedia service to a network server (A1), and notifying, by the multimedia service management device, said service identifier of the multimedia service to a multimedia service guide device (A2); ii. sending, by the user equipment, a receiving request message to the multimedia service guide device for requesting to receive multimedia service guides (B1; S21), wherein the multimedia service guides comprise the service identifier; iii. receiving, by the user equipment, said multimedia service guides from the multimedia service guide device, said multimedia service guides comprising a service identifier of each multimedia service (B2; S22); iv. sending, by the user equipment, a first query message to a network server according to the service identifier of a multimedia service chosen by a user (B3; S23), said first query message being used to query the service address corresponding to the service identifier of the chosen multimedia service; v. receiving, by the user equipment, a first response message from said network server (B4; S24), said first response message comprising the service address corresponding to the service identifier of the chosen multimedia service; vi. obtaining, by the user equipment, said chosen multimedia service according to said corresponding service address (B5, B6; S25).
A remote control device configured to perform remote-control of a robot cleaner , wherein the remote control device is arranged to generate mapping information between an actual region and a virtual region based on image information of a region, the image information being generated by a camera located on the remote control device, wherein an application is installed in the remote control device to perform the remote control of the robot cleaner, and wherein the remote control device is configured to transmit an implementing command for activating a lighting apparatus of the robot cleaner to generate a lighting image provided as recognition means recognizable by the camera when the application is implemented.
A computer-implemented method comprising: providing, by a server , for display a user interface identifying a mobile device of a user and at least one ancillary device belonging to the user, and permitting the user to select communications services to be temporarily disabled by the server in response to activation of a do-not-disturb mode and applied across the mobile device of the user and the at least one ancillary device belonging to the user, receiving, by the server , a do not-disturb notification by the mobile device of the user indicating that the mobile device has activated the do-not-disturb mode; and when the mobile device has activated the do-not-disturb mode, causing, by the server , at least one communications feature from among the communications services selected by the user and accessible on the at least one ancillary device to be temporarily disabled by the server , wherein the do-not-disturb notification by the mobile device is based on a first physical orientation of the mobile device , wherein the first physical orientation of the mobile device comprises an orientation in which a display screen of the mobile device is downwardly facing and the mobile device is stationary, and wherein the server sends to one or more services or servers associated with the mobile device or the user a broadcast message indicating that the mobile device is in a do-not-disturb mode. providing, by a server , for display a user interface identifying a mobile device of a user and at least one ancillary device belonging to the user, and permitting the user to select communications services to be temporarily disabled by the server in response to activation of a do-not-disturb mode and applied across the mobile device of the user and the at least one ancillary device belonging to the user, receiving, by the server , a do not-disturb notification by the mobile device of the user indicating that the mobile device has activated the do-not-disturb mode; and when the mobile device has activated the do-not-disturb mode, causing, by the server , at least one communications feature from among the communications services selected by the user and accessible on the at least one ancillary device to be temporarily disabled by the server , wherein the do-not-disturb notification by the mobile device is based on a first physical orientation of the mobile device , wherein the first physical orientation of the mobile device comprises an orientation in which a display screen of the mobile device is downwardly facing and the mobile device is stationary, and wherein the server sends to one or more services or servers associated with the mobile device or the user a broadcast message indicating that the mobile device is in a do-not-disturb mode.
A method of processing a customisable sheet for a security booklet comprising a set of individual pages of the same dimensions, the method comprising the steps of: • Producing a customisable sheet stiffened with a plastic-based material, • Defining a fold line on the customisable sheet, the customisable sheet comprising two leafs arranged on either side of the fold line, at least one of the two leafs being customisable, the customisable sheet comprising a customisable page of the same size as the individual pages and intended to include individual information relating to the bearer of the booklet, characterised in that the method comprises the step: • Locally machining said plastic-based material of the customisable page into a set of ridges , which draw, in the plane of said customisable page , a set of at least one pattern inscribed in a strip having a direction of elongation parallel to the fold line , each pattern comprising a line which is proximal to the fold line and a line which is distal to the fold line, • each ridge is comprised between a stop point disposed on the proximal line and a stop point disposed on the distal line , and • The ridges are intersecting the seam line . • Producing a customisable sheet stiffened with a plastic-based material, • Defining a fold line on the customisable sheet, the customisable sheet comprising two leafs arranged on either side of the fold line, at least one of the two leafs being customisable, the customisable sheet comprising a customisable page of the same size as the individual pages and intended to include individual information relating to the bearer of the booklet, • Locally machining said plastic-based material of the customisable page into a set of ridges , which draw, in the plane of said customisable page , a set of at least one pattern inscribed in a strip having a direction of elongation parallel to the fold line , each pattern comprising a line which is proximal to the fold line and a line which is distal to the fold line, • each ridge is comprised between a stop point disposed on the proximal line and a stop point disposed on the distal line , and • The ridges are intersecting the seam line .
An aircraft comprising: two wing members connected to a fuselage , each wing member comprising two inboard ribs , a continuous aft spar , a flaperon closeout, an aft cove formed by the continuous aft spar and the flaperon closeout, a proprotor gearbox , and a rotor pylon ; each wing member furthermore comprising a fixed engine and a cantilevered rotating spindle that rotates the proprotor gearbox and the rotor pylon between a hover and forward flight position, wherein the rotating spindle rotates about a rotation bearings on the two inboard ribs wherein the two inboard ribs are inboard with respect to the proprotor gearbox , the rotor pylon and the fixed engine and support the rotating spindle ; and an interconnect drive shaft connected to the fixed engine and providing a mechanical connection to the fixed engine fixed of the opposite wing member, wherein the interconnect drive shaft passes through the aft cove of the wing member and connects to the fixed engine via a forward-aft drive shaft , wherein the forward-aft drive shaft is connected to the proprotor gearbox ; and wherein a forward spar of the wing member comprises a U-shaped extension that is sized to allow space for and provides support of the rotor pylon in a forward position. two wing members connected to a fuselage , each wing member comprising two inboard ribs , a continuous aft spar , a flaperon closeout, an aft cove formed by the continuous aft spar and the flaperon closeout, a proprotor gearbox , and a rotor pylon ; each wing member furthermore comprising a fixed engine and a cantilevered rotating spindle that rotates the proprotor gearbox and the rotor pylon between a hover and forward flight position, wherein the rotating spindle rotates about a rotation bearings on the two inboard ribs wherein the two inboard ribs are inboard with respect to the proprotor gearbox , the rotor pylon and the fixed engine and support the rotating spindle ; and an interconnect drive shaft connected to the fixed engine and providing a mechanical connection to the fixed engine fixed of the opposite wing member, wherein the interconnect drive shaft passes through the aft cove of the wing member and connects to the fixed engine via a forward-aft drive shaft , wherein the forward-aft drive shaft is connected to the proprotor gearbox ; and wherein a forward spar of the wing member comprises a U-shaped extension that is sized to allow space for and provides support of the rotor pylon in a forward position.
A method of making a ceramic prepreg comprising: a) exposing at least one coated tow to a ceramic matrix slurry comprising a solvent and a ceramic precursor, wherein the coated tow comprises a bundle of ceramic fibers surrounded by at least 0.2 weight percent of a coating based on the total weight of the coated tow; and b) infusing the slurry into the bundle of ceramic fibers to form the ceramic prepreg; wherein at least 80 percent by weight of the coating is soluble in the solvent at 25 °C. a) exposing at least one coated tow to a ceramic matrix slurry comprising a solvent and a ceramic precursor, wherein the coated tow comprises a bundle of ceramic fibers surrounded by at least 0.2 weight percent of a coating based on the total weight of the coated tow; and b) infusing the slurry into the bundle of ceramic fibers to form the ceramic prepreg;
A reactor , comprising: a main winding substrate provided with a main winding , a control winding substrate provided with a control winding and a planar core , wherein the main winding substrate and the control winding substrate are incorporated in layers into the Planar core , the planar core has a center leg , a pair of inner legs arranged on both sides of the center leg , and a pair of outer legs arranged outside the inner legs , in which a main winding current of high-frequency current flowing through the main winding generates an AC magnetic flux around each of the pair of inner legs , the magnetic fluxes having a magnetic field in a direction opposite to each other so as to cancel each other out, a control current of a direct current flowing through the control winding generates a DC magnetic flux with a uniform magnetic flux density around all the legs of the planar core . a main winding substrate provided with a main winding , a control winding substrate provided with a control winding and a planar core , wherein the main winding substrate and the control winding substrate are incorporated in layers into the Planar core , the planar core has a center leg , a pair of inner legs arranged on both sides of the center leg , and a pair of outer legs arranged outside the inner legs , in which a main winding current of high-frequency current flowing through the main winding generates an AC magnetic flux around each of the pair of inner legs , the magnetic fluxes having a magnetic field in a direction opposite to each other so as to cancel each other out, a control current of a direct current flowing through the control winding generates a DC magnetic flux with a uniform magnetic flux density around all the legs of the planar core .
A method of making an implantable prosthesis comprising preparing a shell of a breast implant or silicone tissue expander; providing one or more samples of graft material sized and shaped to conform to a portion of a surface of the breast implant or tissue expander; attaching the graft material to the shell of the breast implant or tissue expander prior to curing the shell of the breast implant or tissue expander; and curing the shell of the breast implant or tissue expander and the graft material.
An absorbent article comprising at least a topsheet, an acquisition and distribution layer and an absorbent core, characterized in that a. said topsheet is made of hydrophobic fibres b. said acquisition and distribution layer is perforated with through holes and comprises: i. a top spunlace layer, made of hydrophobic fibres selected in the group constituted by cotton, bamboo, PLA, viscose and their mixtures ii. a bottom spunlace layer made of hydrophilic fibres selected in the group constituted by cotton, bamboo, viscose, cellulose and their mixtures c. said absorbent core is made of hydrophilic fibres. a. said topsheet is made of hydrophobic fibres b. said acquisition and distribution layer is perforated with through holes and comprises: i. a top spunlace layer, made of hydrophobic fibres selected in the group constituted by cotton, bamboo, PLA, viscose and their mixtures ii. a bottom spunlace layer made of hydrophilic fibres selected in the group constituted by cotton, bamboo, viscose, cellulose and their mixtures i. a top spunlace layer, made of hydrophobic fibres selected in the group constituted by cotton, bamboo, PLA, viscose and their mixtures ii. a bottom spunlace layer made of hydrophilic fibres selected in the group constituted by cotton, bamboo, viscose, cellulose and their mixtures c. said absorbent core is made of hydrophilic fibres.
A titanium carbonitride powder for use as a starting material for a hard material, the titanium carbonitride powder satisfying: a D50 of from 2.5 μm to 3.5 μm; and a D10/D90 of from 0.20 to 0.50, wherein D50 is a particle size at a cumulative percentage of 50% of a particle size distribution by volume, D10 is a particle size at a cumulative percentage of 10% of the particle size distribution by volume, and D90 is a particle size at a cumulative percentage of 90% of the particle size distribution by volume. a D50 of from 2.5 μm to 3.5 μm; and a D10/D90 of from 0.20 to 0.50, wherein D50 is a particle size at a cumulative percentage of 50% of a particle size distribution by volume, D10 is a particle size at a cumulative percentage of 10% of the particle size distribution by volume, and D90 is a particle size at a cumulative percentage of 90% of the particle size distribution by volume.
A lock assembly comprising: a lock mechanism comprising: at least one bolt ; and an automatic actuation mechanism comprising a trigger configured to fire the at least one bolt when the trigger is actuated; and a handle assembly comprising: a first handle and a second handle , a spindle , connectable to the handles , and connected to the lock mechanism such that rotation of the spindle retracts the at least one bolt ; and a spindle locking mechanism within the first handle and configured to prevent rotation of the spindle when engaged; wherein the lock assembly comprises an electronic mechanism for engaging and/or disengaging the spindle locking mechanism . a lock mechanism comprising: at least one bolt ; and an automatic actuation mechanism comprising a trigger configured to fire the at least one bolt when the trigger is actuated; and at least one bolt ; and an automatic actuation mechanism comprising a trigger configured to fire the at least one bolt when the trigger is actuated; and a handle assembly comprising: a first handle and a second handle , a spindle , connectable to the handles , and connected to the lock mechanism such that rotation of the spindle retracts the at least one bolt ; and a spindle locking mechanism within the first handle and configured to prevent rotation of the spindle when engaged; a first handle and a second handle , a spindle , connectable to the handles , and connected to the lock mechanism such that rotation of the spindle retracts the at least one bolt ; and a spindle locking mechanism within the first handle and configured to prevent rotation of the spindle when engaged;
Method for controlling a parking brake for a vehicle , wherein the parking brake has at least one spring mechanism and is assigned to at least one axle of the vehicle , wherein the method has the following steps: reading in a request signal which represents a requested activation of the parking brake , and travel data of the vehicle ; and generating an activation signal for activating the parking brake using the request signal and the travel data , where the activation signal brings about pulsed activation of the parking brake for an adjustable time period , in order to control the parking brake , characterised in that in the step of generating an activation signal is generated which brings about, on expiry of the adjustable time period , a permanent activation of the parking brake as a function of the request signal . reading in a request signal which represents a requested activation of the parking brake , and travel data of the vehicle ; and generating an activation signal for activating the parking brake using the request signal and the travel data , where the activation signal brings about pulsed activation of the parking brake for an adjustable time period , in order to control the parking brake , characterised in that in the step of generating an activation signal is generated which brings about, on expiry of the adjustable time period , a permanent activation of the parking brake as a function of the request signal .