mhurhangee/patent-ind-claim-en huggingface dataset:
A conveyor device , with multiple carrying facilities that are separated from each other for transporting at least one item of goods to be conveyed (34a, b), wherein the carrying facilities are flexibly designed, so that the carrying facilities adjust themselves along a curve to a curve bend in the curve, with at least one continuously revolving first conveyor belt , wherein the first conveyor belt is deflected in an interruption area (U) in a conveyance direction (F), with at least one drive facility , wherein the drive facility drives the first conveyor belt in the conveyance direction (F), wherein each of the carrying facilities has at least one magnet , wherein the first conveyor belt is ferro-magnetic or has a ferro-magnetic material, so that the carrying facilities can be magnetically coupled with the first conveyor belt , and wherein the carrying facilities are carried in a coupled state by the first conveyor belt in the conveyance direction (F), characterized in that the first conveyor belt leaves the conveyance route in an exit area (A) and is guided back to the conveyance route in an entry area (E), wherein the entry area (E) and the exit area (A) are at a distance from each other in the conveyance direction (F), so that the interruption area (U) is formed, and wherein at least one of the carrying facilities in the interruption area (U) is decoupled from the first conveyor belt and wherein the carrying facility before and/or after the interruption area (U) can be and/or is magnetically coupled with the first conveyor belt .
A Dry Powder Inhaler, DPI, arrangement comprising a DPI arranged in fluid communication with a spacer device, the spacer device comprising: a body in the form of a generally V-shaped mounting formed by opposing inlet and outlet passages intersecting at an angle of between 30 and 170 degrees along their respective longitudinal axes; and a demountable, flexible bag attached below the body, the bag and body together defining a chamber, such that the inlet and outlet passages are in fluid flow communication with an interior of the chamber; wherein the inlet is configured for operative connection to the DPI containing a drug to be inhaled; wherein the outlet is configured to be operatively received by a user's mouth; and characterized in that the V-shaped mounting includes a V-shaped interior surface, and has a lower perimeter formed by the merging of the inferior and lateral aspects of the merging inlet and outlet, said perimeter being generally oval in shape; wherein the DPI includes expulsion means for expelling a powdered drug from the DPI into the spacer device, said drug encapsulated in the form of a capsule, caplet, or gel covering, said expulsion means including piercing means for piercing said capsule, caplet or gel covering to liberate the powder prior to expulsion from the DPI; and wherein the flexible bag serves as reservoir to allow for the formation of a vapour or particle cloud of the drug to be inhaled therewithin following activation of the DPI, the flexible bag being configured to be at least partially inflatable and at least partially deflatable commensurate with breathing and/or rebreathing of said user. a body in the form of a generally V-shaped mounting formed by opposing inlet and outlet passages intersecting at an angle of between 30 and 170 degrees along their respective longitudinal axes; and a demountable, flexible bag attached below the body, the bag and body together defining a chamber, such that the inlet and outlet passages are in fluid flow communication with an interior of the chamber; wherein the inlet is configured for operative connection to the DPI containing a drug to be inhaled; wherein the outlet is configured to be operatively received by a user's mouth; and characterized in that the V-shaped mounting includes a V-shaped interior surface, and has a lower perimeter formed by the merging of the inferior and lateral aspects of the merging inlet and outlet, said perimeter being generally oval in shape; wherein the DPI includes expulsion means for expelling a powdered drug from the DPI into the spacer device, said drug encapsulated in the form of a capsule, caplet, or gel covering, said expulsion means including piercing means for piercing said capsule, caplet or gel covering to liberate the powder prior to expulsion from the DPI; and wherein the flexible bag serves as reservoir to allow for the formation of a vapour or particle cloud of the drug to be inhaled therewithin following activation of the DPI, the flexible bag being configured to be at least partially inflatable and at least partially deflatable commensurate with breathing and/or rebreathing of said user.
A catheter assembly comprising: a lock and release connector for a trans-catheter implantable device , the lock and release connector comprising a body and at least one door engaged with the body , wherein the door is moveable from a first position to a second position; an outer tube having a distal opening ; and an inner tube disposed in the outer tube ; wherein the lock and release connector is fixedly connected to the inner tube . a lock and release connector for a trans-catheter implantable device , the lock and release connector comprising a body and at least one door engaged with the body , wherein the door is moveable from a first position to a second position; an outer tube having a distal opening ; and an inner tube disposed in the outer tube ; wherein the lock and release connector is fixedly connected to the inner tube .
Monitoring facility for a vehicle , wherein the monitoring facility has at least one measuring device with the following features: - a sensor unit which is designed to be in a coupling position on a first location of a wheel hub of a wheel of the vehicle while driving the vehicle to sense a physical parameter in the area of the wheel, and - a transmitter unit which has a fastening device which is shaped to hold the transmitter unit in a fastening position on a the second location of the wheel hub of the wheel or a wheel rim , the transmitting unit being designed to wirelessly send a sensor signal representing the physical parameter to a warning device in order to monitor the physical parameter, wherein the monitoring facility further has at least one or both of the following features a), b): a) at least a region of the fastening device is magnetically shaped in order to magnetically fasten the transmitting unit to the second location or to the wheel rim or a wheel nut . b) the sensor unit has at least one magnet , which is designed to magnetically couple the sensor unit to the wheel hub of the wheel, characterized in that at least a region of the fastening unit has a clamping device which is designed to attach the transmitting unit to the second location of the wheel hub of the wheel, to the wheel rim or to clamp to the wheel nut , the transmitting unit and the sensor unit being arranged in different housings (145; 915) and being connected to one another via a flexible connecting cable for transmitting the physical parameter. - a sensor unit which is designed to be in a coupling position on a first location of a wheel hub of a wheel of the vehicle while driving the vehicle to sense a physical parameter in the area of the wheel, and - a transmitter unit which has a fastening device which is shaped to hold the transmitter unit in a fastening position on a the second location of the wheel hub of the wheel or a wheel rim , the transmitting unit being designed to wirelessly send a sensor signal representing the physical parameter to a warning device in order to monitor the physical parameter, wherein the monitoring facility further has at least one or both of the following features a), b): a) at least a region of the fastening device is magnetically shaped in order to magnetically fasten the transmitting unit to the second location or to the wheel rim or a wheel nut . b) the sensor unit has at least one magnet , which is designed to magnetically couple the sensor unit to the wheel hub of the wheel, a) at least a region of the fastening device is magnetically shaped in order to magnetically fasten the transmitting unit to the second location or to the wheel rim or a wheel nut . b) the sensor unit has at least one magnet , which is designed to magnetically couple the sensor unit to the wheel hub of the wheel,
A hardener composition H for an aqueous epoxy resin based two-pack coating formulation wherein the hardener composition H comprises reaction products of - at least difunctional epoxides H1, - at least difunctional hydroxypolyoxyalkylenes H2, - optionally, at least difunctional hydroxyaromatic compounds H3, - unsaturated fatty acids H42 having a carboxyl functionality of more than one which comprise the so-called dimer fatty acids, - secondary amines H5 having additional carbonylimine-blocked primary amino groups, obtained by reaction of amines H51 having at least one, preferably at least two primary amino groups and at least one secondary amino group with carbonyl compounds H52 which have an aldehyde or ketone carbonyl group, and at least one, preferably both of - hydroxy-functional secondary amines H6 having at least one secondary amino group and at least one hydroxyl group, and - amines H7 having at least one primary, and at least one tertiary amino group, wherein the unsaturated fatty acids H42 are incorporated into the hardener in the form of beta-hydroxy esters, the specific amount of substance of beta-hydroxyester groups derived from unsaturated fatty acids H42, based on the mass of solids in the hardener H, being from 0.2 mol/kg to 2 mol/kg, and wherein water is added to these reaction products of H1, H2, H3, H42, H5, H6, and H7 to decompose the carbonylimines which are ketimines or aldimines, and to liberate the primary amino groups to form the hardener composition H. - at least difunctional epoxides H1, - at least difunctional hydroxypolyoxyalkylenes H2, - optionally, at least difunctional hydroxyaromatic compounds H3, - unsaturated fatty acids H42 having a carboxyl functionality of more than one which comprise the so-called dimer fatty acids, - secondary amines H5 having additional carbonylimine-blocked primary amino groups, obtained by reaction of amines H51 having at least one, preferably at least two primary amino groups and at least one secondary amino group with carbonyl compounds H52 which have an aldehyde or ketone carbonyl group, and at least one, preferably both of - hydroxy-functional secondary amines H6 having at least one secondary amino group and at least one hydroxyl group, and - amines H7 having at least one primary, and at least one tertiary amino group, - hydroxy-functional secondary amines H6 having at least one secondary amino group and at least one hydroxyl group, and - amines H7 having at least one primary, and at least one tertiary amino group,
Hole saw with a holding member which can be brought into rotation about an axis (A) by rotating a clamping shank and which has on its side pointing away from the clamping shank fastening pockets which extend in the radial direction with respect to the axis (A) and are arranged in a uniform circumferential distribution about the axis (A), wherein a sawing element is associated with at least one of the fastening pockets , wherein the sawing element has a fastening element which rests on a bottom surface (6") of the fastening pocket , wherein two side surfaces of the fastening element each rest against a side flank (6', 7") of the fastening pocket and the fastening element can be fastened to the retaining member by means of a screw , the threaded shank of which is screwed through a fastening opening of the bottom surface designed as an elongated hole , into an internal thread in such a way that a saw toothing arranged at the end of a saw shank projecting from the fastening element in the axial direction lies at a defined distance from the axis (A), wherein the screw is screwed from the fastening element into a sliding block forming the internal thread , which is guided by guide surfaces so as to be displaceable in the radial direction, characterised in that the fastening pockets have, in addition to the fastening openings designed as elongated holes , fastening openings designed as round bores , wherein edges of the fastening openings form stops for the threaded shafts and are arranged in such a way that the saw teeth of at least three saw elements can be arranged together on circular arc lines with different diameters about the axis (A).
A positioning system comprising: a local signal generator , configured to provide a local signal; a receiver configured to receive a signal from a remote source in a first direction which is a line-of-sight direction between the receiver and the remote source; a motion module configured to provide a measured or assumed movement of the receiver; a correlation unit configured to provide a correlation signal by correlating the local signal with the received signal; a motion compensation unit configured to provide a parameter or set of parameters for a first time for providing motion compensation of at least one of the local signal, the received signal, and the correlation signal based on the measured or assumed movement in the first direction to provide preferential gain for a signal received in the first direction in comparison with a signal received in a second direction which is not the line-of-sight direction from the remote source to the receiver; and a memory configured to store the parameter or set of parameters for the first time, wherein, for a second time, the motion compensation unit is configured to provide motion compensation of at least one of the local signal, the received signal and the correlation signal, based on the stored parameter or set of parameters. a local signal generator , configured to provide a local signal; a receiver configured to receive a signal from a remote source in a first direction which is a line-of-sight direction between the receiver and the remote source; a motion module configured to provide a measured or assumed movement of the receiver; a correlation unit configured to provide a correlation signal by correlating the local signal with the received signal; a motion compensation unit configured to provide a parameter or set of parameters for a first time for providing motion compensation of at least one of the local signal, the received signal, and the correlation signal based on the measured or assumed movement in the first direction to provide preferential gain for a signal received in the first direction in comparison with a signal received in a second direction which is not the line-of-sight direction from the remote source to the receiver; and a memory configured to store the parameter or set of parameters for the first time, wherein, for a second time, the motion compensation unit is configured to provide motion compensation of at least one of the local signal, the received signal and the correlation signal, based on the stored parameter or set of parameters.
A method of controlling the proportion of half antibody molecules in a solution, the solution comprising a population of IgG4 antibody molecules in an amount of 4 to 20 mg/ml, the method comprising: (a) contacting the solution comprising the population of IgG4 antibody molecules with a conditioned solution, wherein the conditioned solution has a pH between 3.4 to 6, and wherein the conditioned solution comprises 2-mercaptoethylamine (2-MEA) in an amount of 0.5 to 3 mM, and (b) incubating the conditioned solution comprising the IgG4 antibody molecules for a predetermined time of 0.5 to 6 h at a predetermined temperature of 8 to 22°C; wherein the incubation of the IgG4 antibody molecules with the conditioned solution decreases the proportion of half IgG4 antibody molecules. (a) contacting the solution comprising the population of IgG4 antibody molecules with a conditioned solution, wherein the conditioned solution has a pH between 3.4 to 6, and wherein the conditioned solution comprises 2-mercaptoethylamine (2-MEA) in an amount of 0.5 to 3 mM, and (b) incubating the conditioned solution comprising the IgG4 antibody molecules for a predetermined time of 0.5 to 6 h at a predetermined temperature of 8 to 22°C;
Optoelectronic sorting machine for fruit and vegetable harvesting machines comprising: - a first conveyor belt from which objects to be selected, including fruits and vegetables, come and is adapted to be moved at a speed which can be set through speed control means; - a second conveyor belt to which the selected fruits and vegetables arrive; - a recognition group adapted to recognize objects to be expelled among all the objects passing from the first conveyor belt to the second conveyor belt ; - an ejection device adapted to eject the objects which have been previously identified and selected by the recognition group ; characterized by the fact that the recognition group includes recognition means suitable for identifying the filling level of the first conveyor belt , so as to vary the speed of the first conveyor belt through speed control means, in order that the measured filling level is equal to an ideal filling level set previously. - a first conveyor belt from which objects to be selected, including fruits and vegetables, come and is adapted to be moved at a speed which can be set through speed control means; - a second conveyor belt to which the selected fruits and vegetables arrive; - a recognition group adapted to recognize objects to be expelled among all the objects passing from the first conveyor belt to the second conveyor belt ; - an ejection device adapted to eject the objects which have been previously identified and selected by the recognition group ;
Formulation comprising a polyether siloxane, characterized in that a polyether that is terminated with an ester group and that is different from the polyether siloxane is present in the formulation in an amount of from 0.5 to 10 % by weight based on the complete formulation.
A process for the preparation of a compound of general formula (I) wherein R 1 represents a methyl group; an ethyl group, a propyl group; a butyl group; a methoxy group; an ethoxy group; a propoxy group; an isopropoxy group; a n-butoxy group; or a tertiary butoxy group; and R 2 and R 3 represent independently a hydrogen atom; a methyl group; an ethyl group, a propyl group; a butyl group; a methoxy group; an ethoxy group; a propoxy group; an isopropoxy group; a n-butoxy group; a tertiary butoxy group; comprising the steps: i) mixing a sulfonyl halide, acrylonitrile, and a catalyst in a solvent, and ii) adding base to eliminate a halide to form the desired product, characterized in that the catalyst is a complex that comprises an inorganic halide and a salt of an organic compound that is prepared immediately before addition to the reaction mixture, and that said solvent comprises an organic solvent. i) mixing a sulfonyl halide, acrylonitrile, and a catalyst in a solvent, and ii) adding base to eliminate a halide to form the desired product,
A compound selected from the group consisting of: (i) (ii) (iii) (iv) (v) (vi) (vii) (viii) (ix) (x) (xi) (xii) (xiii) (xiv) (xv) (xvi) (xvii) (xviii) (xix) (xx) (xxi) (xxii) (xxiii) and (xxiv) (i) (ii) (iii) (iv) (v) (vi) (vii) (viii) (ix) (x) (xi) (xii) (xiii) (xiv) (xv) (xvi) (xvii) (xviii) (xix) (xx) (xxi) (xxii) (xxiii) and (xxiv)
A combustor of a gas turbine engine comprising: a bulkhead heat shield panel with a refractory metal core (RMC) microcircuit for receiving a cooling flow, the RMC microcircuit being formed within the bulkhead heat shield panel through a refractory metal core process, wherein said bulkhead panel defines a bend , said RMC microcircuit follows said bend , the combustor further comprising a forward heat shield panel with a refractory metal core (RMC) microcircuit for receiving a cooling flow, the RMC microcircuit being formed within the forward heat shield panel through a refractory metal core process, wherein the combustor further comprises a flow swirler in communication with said forward heat shield panel RMC microcircuit and with a diffusion flow (d). a bulkhead heat shield panel with a refractory metal core (RMC) microcircuit for receiving a cooling flow, the RMC microcircuit being formed within the bulkhead heat shield panel through a refractory metal core process, wherein said bulkhead panel defines a bend , said RMC microcircuit follows said bend , the combustor further comprising a forward heat shield panel with a refractory metal core (RMC) microcircuit for receiving a cooling flow, the RMC microcircuit being formed within the forward heat shield panel through a refractory metal core process, wherein the combustor further comprises a flow swirler in communication with said forward heat shield panel RMC microcircuit and with a diffusion flow (d).
A method for not repudiable transparent ordering, replication and logging of operations involving personal data, the method comprising: - performing, by a user via a computing device, an operation using a data controller computing node, said data controller computing node having writing authorization on a first blockchain, the first blockchain being a permissive blockchain; and - storing, by the data controller computing node, personal information of the user in a storage system separate from the first blockchain; characterized in that the method further comprises: - anchoring, by the data controller computing node, a cryptographic proof of said operation in said first blockchain using a hashing algorithm that chains the operation to a previous operation performed by said user, the cryptographic proof being anchored together with a cryptographic string, the latter being a random string of a certain length. - performing, by a user via a computing device, an operation using a data controller computing node, said data controller computing node having writing authorization on a first blockchain, the first blockchain being a permissive blockchain; and - storing, by the data controller computing node, personal information of the user in a storage system separate from the first blockchain; - anchoring, by the data controller computing node, a cryptographic proof of said operation in said first blockchain using a hashing algorithm that chains the operation to a previous operation performed by said user, the cryptographic proof being anchored together with a cryptographic string, the latter being a random string of a certain length.
A method for coating a fibrous web, said method comprising the steps of: a. providing a textured substrate having at least one textured surface region, b. applying a coating agent to the textured surface region of said textured substrate, so as to provide a coated textured surface region of said textured substrate; c. applying a fibre furnish onto the coated, textured surface region of said textured substrate; and dewatering said fibre furnish to provide a wet fibrous web, or, d. applying a wet fibrous web onto the coated, textured surface region of said textured substrate; e. drying said wet fibrous web from step c. or step d. such that at least a portion of said coating agent is transferred to said fibrous web, and f. removing the coated fibrous web from said textured surface region, thereby providing a coated fibrous web. a. providing a textured substrate having at least one textured surface region, b. applying a coating agent to the textured surface region of said textured substrate, so as to provide a coated textured surface region of said textured substrate; c. applying a fibre furnish onto the coated, textured surface region of said textured substrate; and dewatering said fibre furnish to provide a wet fibrous web, or, d. applying a wet fibrous web onto the coated, textured surface region of said textured substrate; e. drying said wet fibrous web from step c. or step d. such that at least a portion of said coating agent is transferred to said fibrous web, and f. removing the coated fibrous web from said textured surface region, thereby providing a coated fibrous web.