mhurhangee/ep-ind-claims huggingface dataset:
Machine for cutting and/or creasing a sheet of relatively rigid material comprising: - movement means (17, 18) able to move said sheet at least in a defined direction of advance, - cutting and/or creasing means movable in a direction substantially transverse to said first direction of advance, and able to carry out on said sheet at least a first working of cutting and/or creasing, - a command and control unit, operatively connected to said cutting and/or creasing means, and able to selectively activate and/or move them according to a pre-loaded work program, and - motion reversal means, kinematically connected to said movement means (17, 18), said command and control unit being able to selectively activate and move said cutting and/or creasing means according to the actual direction of advance determined by the reversal means, in order to carry out on said sheet also a second working, subsequent to said first working, on the basis of said work program, characterized in that it comprises means to rotate the sheet by a desired angle before imparting to it a reverse motion. - movement means (17, 18) able to move said sheet at least in a defined direction of advance, - cutting and/or creasing means movable in a direction substantially transverse to said first direction of advance, and able to carry out on said sheet at least a first working of cutting and/or creasing, - a command and control unit, operatively connected to said cutting and/or creasing means, and able to selectively activate and/or move them according to a pre-loaded work program, and - motion reversal means, kinematically connected to said movement means (17, 18),
Building system for building a wall in masonry stone, whereby one departs from prefab building elements consisting of two or more layers of masonry stones bricked, joined, adhered or suchlike to each other, whereby the building elements have a stepped form on at least one side such that the building elements fit sideways with their stepped side against each other and on each other and can be handled and laid by one person or by two persons, characterised in that in an outer layer of masonry stones a groove is applied in the longitudinal direction of the masonry stones, whereby on the other outer layer of masonry stones a joining element is applied with an upward facing edge, whereby both outer layers of masonry stones are provided with a groove, whereby the joining element has a T- or cross-shaped cross-section, whereby the joining element is cemented or adhered with a flange in the groove and whereby the wall is built with these prefab building elements by fitting the groove and the upward edge of prefab building elements lying on top of each other, into each other without cement, adhesives or suchlike being used on the construction site, whereby the joining element is provided with one or more local breaks in one or more of its flanges, so the groove is freely accessible at the location of these breaks.
A method of securing authentication in electronic communication between at least one user authentication means (101, 102, 103) and at least one server authentication means, characterised in that primary authentication is performed in the first step of an authentication transaction, a secondary authentication secret (2, 22, 23) is created within said primary authentication and shared between the user authentication means (101, 102, 103) and the server authentication means, wherein the secondary authentication secret is valid only during the given authentication transaction, and wherein the secondary authentication secret represents a shared secret created and authenticated within the primary authentication, and wherein the secondary authentication secret is a pseudo-random secret information known only to the user authentication means and the server authentication means, and wherein the secondary authentication secret is created so that it is not predictable even if the primary authentication secret is known, and said secondary authentication secret (2, 22, 23) is subsequently used as an input for a transformation, preferably for a cryptographic transformation, performed by user authentication means (101, 102, 103) separately on each authentication vector element, thereby creating first authentication vector element product, wherein the authentication vector is an ordered set of authentication vector elements (i)), wherein the first authentication vector product is transferred from the user authentication means (101, 102, 103) to the server authentication means and is evaluated by the server authentication means using secondary authentication secret (2, 22, 23).
A moisture curable composition comprising a physical blend of: a moisture curable, silane modified polymer of structure B(-A n -R-SiXYZ) l. wherein B is an organic backbone and B will not be a siloxane backbone, A is a divalent linking group linking the polymer backbone to the R group, I is an integer from 1 to 6, n is 0 or 1, R is a divalent C 1 -C 12 hydrocarbon group that optionally comprises a heteroatom, and at least one of X, Y and Z is a hydrolysable group; a moisture curable, silane functional additive that is the reaction product of a mixture comprising an isocyanatosilane and a polyol selected from a polyol having a linear ethylene oxide backbone and a functionality of 2 to 4, a polyether polyol comprising at least one tertiary nitrogen atom in the backbone and a functionality equal or greater than 2, and combinations thereof, wherein the polyol is free of groups pendant from the backbone and propylene oxide; and a crosslinker; wherein cured reaction products of the moisture curable composition have greater strength and greater elongation compared to the moisture curable composition without the moisture curable, silane functional additive. a moisture curable, silane modified polymer of structure B(-A n -R-SiXYZ) l. wherein B is an organic backbone and B will not be a siloxane backbone, A is a divalent linking group linking the polymer backbone to the R group, I is an integer from 1 to 6, n is 0 or 1, R is a divalent C 1 -C 12 hydrocarbon group that optionally comprises a heteroatom, and at least one of X, Y and Z is a hydrolysable group; wherein B is an organic backbone and B will not be a siloxane backbone, A is a divalent linking group linking the polymer backbone to the R group, I is an integer from 1 to 6, n is 0 or 1, R is a divalent C 1 -C 12 hydrocarbon group that optionally comprises a heteroatom, and at least one of X, Y and Z is a hydrolysable group; a moisture curable, silane functional additive that is the reaction product of a mixture comprising an isocyanatosilane and a polyol selected from a polyol having a linear ethylene oxide backbone and a functionality of 2 to 4, a polyether polyol comprising at least one tertiary nitrogen atom in the backbone and a functionality equal or greater than 2, and combinations thereof, wherein the polyol is free of groups pendant from the backbone and propylene oxide; and a crosslinker; wherein cured reaction products of the moisture curable composition have greater strength and greater elongation compared to the moisture curable composition without the moisture curable, silane functional additive.
Sealing device for a slidable leaf as a sliding leaf or slidable lift-and-slide leaf of a window or a door, consisting of two sealing strips (11, 12), which can be arranged in an impact region between the sliding leaf and a fixed panel for sealing and securing the intermediate spaces of a closed sliding leaf of the window or door, of which, in the impact region, a first sealing strip having a leaf frame contact surface (5") can be fastened to the leaf frame of the sliding leaf, and a second sealing strip having a leaf frame contact surface (7") can be fastened to a fixed panel frame of the further fixed panel, wherein the sealing strips (11, 12), consisting in each case of a profile body of the same shape, comprise first profile sections, which in the mounted state, with the sliding leaf closed, mutually engage over or behind one another, and form an operatively connected unit with the seals arranged opposite, characterized in that the profile bodies are made of a plastic material, and in cross-section comprise with corresponding webs of close to the same material thickness, which form hollow chambers shaped by the profile bodies, wherein the seals are secured in the respective profile body of the sealing strips (11, 12), wherein the profile bodies of the sealing strips (11, 12), in the mounted state, comprise over their entire length, on a side parallely facing away from the leaf frame contact surface (5") or the fixed panel contact surface (7"), a receiving groove, into which mounting screws can be inserted, and, in the mounted state of the side which is parallely facing away, are arranged in a countersunk fashion, wherein the receiving groove accommodated a cover strip in a force-fitting and/or force-locking manner (positive and/or non-positive fit), which cover strip sealingly covers the receiving groove on the side which is parallely facing away by way of a flush-fitted arrangement with the surface of the profile body.
A vertical take-off and landing multirotor aircraft with an airframe and at least eight thrust producing units (4a, 4b, 4c, 4d, 5a, 5b, 5c, 5d), each one of the at least eight thrust producing units (4a, 4b, 4c, 4d, 5a, 5b, 5c, 5d) being provided for producing thrust in an associated predetermined thrust direction, wherein at least four thrust producing units (4a, 4b, 4c, 4d) of the at least eight thrust producing units (4a, 4b, 4c, 4d, 5a, 5b, 5c, 5d) form a first thrust producing units sub-assembly, and at least four other thrust producing units (5a, 5b, 5c, 5d) of the at least eight thrust producing units (4a, 4b, 4c, 4d, 5a, 5b, 5c, 5d) form a second thrust producing units sub-assembly, the first thrust producing units sub-assembly being operable independent of the second thrust producing units sub-assembly, wherein at least two thrust producing units (4b, 4d) of the first thrust producing units sub-assembly and at least two thrust producing units (5a, 5c) of the second thrust producing units sub-assembly are arranged in an intersection zone of the first and second thrust producing units sub-assemblies (4, 5) and are non-tiltably connected to the airframe for generating lift at least during vertical taking-off and landing, wherein at least two thrust producing units (5b, 5d) of the second thrust producing units sub-assembly are inclined by a predetermined inclination angle (β) with respect to a longitudinal direction of the aircraft and are non-tiltably connected to the airframe for generating forward thrust at least during low-speed cruise operation, and wherein at least two thrust producing units (4a, 4c) of the first thrust producing units sub-assembly are tiltably connected to the airframe for generating additional forward thrust at least during high-speed cruise operation.
A pharmaceutical composition comprising a compound that is -3-(4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1H-pyrazol-1-yl)-3-cyclopentylpropanenitrile phosphoric acid salt and one or more pharmaceutically acceptable excipients; wherein the composition is suitable for providing sustained release of the compound.
An image processing apparatus comprising: a processor (31,41) configured to: display, in a case where there are a plurality of sets (G1, G2) each consisting of a plurality of documents (1, 2), and a plurality of sheets of documents including at least one sheet of a document of each of all or part of the plurality of sets are simultaneously imaged by an imaging unit that images a document, guidance information for guiding a placement position of the document of each set to be superimposed on an image imaged by the imaging unit and representing a current state, on a display unit (22, 43), in second and subsequent imaging, by using information pertaining to documents acquired in past imaging, wherein the guidance information is based on images of the documents acquired in the past imaging; and the image processing apparatus being characterized in that: the guidance information and an image of the document of each set acquired in the second and subsequent imaging overlap each other on the display unit. a processor (31,41) configured to: display, in a case where there are a plurality of sets (G1, G2) each consisting of a plurality of documents (1, 2), and a plurality of sheets of documents including at least one sheet of a document of each of all or part of the plurality of sets are simultaneously imaged by an imaging unit that images a document, guidance information for guiding a placement position of the document of each set to be superimposed on an image imaged by the imaging unit and representing a current state, on a display unit (22, 43), in second and subsequent imaging, by using information pertaining to documents acquired in past imaging, wherein the guidance information is based on images of the documents acquired in the past imaging; and the image processing apparatus being characterized in that: the guidance information and an image of the document of each set acquired in the second and subsequent imaging overlap each other on the display unit.
An aliphatic epoxy resin liquid precursor composition containing an epoxy component and a reactive component that have been at least partially reacted to an intermediate molecular weight state, the composition containing no bisphenols, wherein the epoxy component is a glycerol glycidyl ether, and wherein the precursor composition contains greater than about 60% (w/w) of the epoxy component and between 1% and 30% (w/w) of the reactive component, and wherein the reactive component is selected from the group consisting of aliphatic diamines, cycloaliphatic diamines, arylaliphatic diamines, and combinations thereof.
A control system for an elevator system, which elevator system includes an elevator car and counterweight operable to be translated within a hoistway, a load bearing flexible member extending between the elevator car and counterweight, and a motor having a drive, wherein the elevator motor and drive are configured to selectively produce regenerative power, and the motor is engaged with the load bearing flexible member to move the elevator car and counterweight within the hoistway, the control system comprising: a power storage device including a supercapacitor unit and a battery unit; and a power manager unit operable to selectively manage a flow of power between the power storage device and the motor drive, and a flow of regenerative power from the motor drive to the power storage device; characterized in that the power manager unit is further operable to selectively manage power flow between the supercapacitor unit and the battery unit, both ways. a power storage device including a supercapacitor unit and a battery unit; and a power manager unit operable to selectively manage a flow of power between the power storage device and the motor drive, and a flow of regenerative power from the motor drive to the power storage device; characterized in that the power manager unit is further operable to selectively manage power flow between the supercapacitor unit and the battery unit, both ways.
A method for cleaning the interior of pipes using a cleaning device, wherein the cleaning device has a tube and an advancing unit for moving the tube along a main axis of the advancing unit, wherein the advancing unit has a drive which is frictionally connected to the tube and by means of which the tube is moved in an axial direction along the main axis, characterised in that the advancing unit is set into a pendulum movement about the main axis during the axial movement of the tube, wherein the drive transmits the pendulum movement to the tube.
Method for operating a boosted hydraulic brake system of a vehicle having the steps: determining an item of information relating to an increase or decrease of at least one additional braking force which is applied, in addition to a hydraulic braking force of the brake system, to at least one wheel of the vehicle changing an assistance force (Fu) which is made available by a booster (14, 58), by a force difference taking into account the determined information in such a way that the hydraulic braking force is changed in a way corresponding to the increase or decrease in the additional braking force; and moving a volume of a braking medium of the brake system between at least one storage chamber (100, 154) and a storage-external volume of the brake system taking into account the determined information, in such a way that an equalization force corresponding to the force difference is applied to a brake input element (10, 56) of the booster (14, 58), wherein, in particular, the storage chamber (100, 154) is the storage chamber of at least one plunger (88a, 88a', 88b, 90) and/or at least one two-chamber cylinder. determining an item of information relating to an increase or decrease of at least one additional braking force which is applied, in addition to a hydraulic braking force of the brake system, to at least one wheel of the vehicle changing an assistance force (Fu) which is made available by a booster (14, 58), by a force difference taking into account the determined information in such a way that the hydraulic braking force is changed in a way corresponding to the increase or decrease in the additional braking force; and moving a volume of a braking medium of the brake system between at least one storage chamber (100, 154) and a storage-external volume of the brake system taking into account the determined information, in such a way that an equalization force corresponding to the force difference is applied to a brake input element (10, 56) of the booster (14, 58), wherein, in particular, the storage chamber (100, 154) is the storage chamber of at least one plunger (88a, 88a', 88b, 90) and/or at least one two-chamber cylinder.
Method for the selective execution of various control functions of an internal combustion engine each requiring a cut of a fuel injection to the engine for their execution in a motor vehicle, the execution of at least two of the various control functions can be required simultaneously, characterized in that: - we determine a current kilometer window to cover, - we determine a target execution frequency ( frq fc _ cible) for each control function, - we determine, for each control function, an average frequency of execution on all the windows browsed ( frq N fc), - from their target frequency ( frq fc_cible), and their average execution frequency ( frq N fc), we determine, for each control function, a required execution frequency for the current window to browse ( frq requise fc), to respect the target frequency ( frq cible), - we determine throughout the course of the current window, for each control function, their current frequency of execution ( Frq fc _ cour), from the distance traveled in the current window and the number execution of the control function during the course of this distance, - we compare, for each control function, their current frequency of execution ( Frq fc _ cour) to their required frequency ( frq requise fc), - we determine, for each control function, a need to execute the control function when their current frequency of execution ( Frq fc _ cour) is lower than their required frequency ( frq requise fc), - between control functions in need of execution, their execution is done according to a pre-established hierarchy of control functions. - we determine a current kilometer window to cover, - we determine a target execution frequency ( frq fc _ cible) for each control function, - we determine, for each control function, an average frequency of execution on all the windows browsed ( frq N fc), - from their target frequency ( frq fc_cible), and their average execution frequency ( frq N fc), we determine, for each control function, a required execution frequency for the current window to browse ( frq requise fc), to respect the target frequency ( frq cible), - we determine throughout the course of the current window, for each control function, their current frequency of execution ( Frq fc _ cour), from the distance traveled in the current window and the number execution of the control function during the course of this distance, - we compare, for each control function, their current frequency of execution ( Frq fc _ cour) to their required frequency ( frq requise fc), - we determine, for each control function, a need to execute the control function when their current frequency of execution ( Frq fc _ cour) is lower than their required frequency ( frq requise fc), - between control functions in need of execution, their execution is done according to a pre-established hierarchy of control functions.
Home appliance, in particular laundry treatment apparatus, dish washer, dryer or washing machine, the home appliance comprising: an articles treatment chamber, a process air channel for guiding process air to or from the articles treatment chamber for treating the articles using the process air, a liquid guiding device having an inlet and an outlet, wherein the liquid guiding device is adapted to guide liquid from the inlet to the outlet, wherein the outlet is adapted to direct the liquid to a component of the appliance and/or to a predefined location of the appliance, and wherein the liquid guiding device is formed by and is a portion of the process air channel characterized in that the liquid guiding device comprises at least one guiding shell formed in a process air channel section and the process air channel section is one or more of the following: a portion of the home appliance basement shell (5, 70, 72), the cover shell of the home appliance basement is housing, at least partially, at least one heat exchanger (10, 12) exchanging heat between two airflows, part of a heat pump battery channel, part of a home appliance bottom shell, or part of a stationary articles treatment chamber. an articles treatment chamber, a process air channel for guiding process air to or from the articles treatment chamber for treating the articles using the process air, a liquid guiding device having an inlet and an outlet, wherein the liquid guiding device is adapted to guide liquid from the inlet to the outlet, wherein the outlet is adapted to direct the liquid to a component of the appliance and/or to a predefined location of the appliance, and wherein the liquid guiding device is formed by and is a portion of the process air channel a portion of the home appliance basement shell (5, 70, 72), the cover shell of the home appliance basement is housing, at least partially, at least one heat exchanger (10, 12) exchanging heat between two airflows, part of a heat pump battery channel, part of a home appliance bottom shell, or part of a stationary articles treatment chamber.
A process for the preparation of 3-(N-methyl-N-pentyl) amino-1-hydroxypropane-1,1-diphosphonic acid, monosodium salt, monohydrate of the formula I said process comprising: the hydrolysis of the N-methyl-N-pentyl-β-alanine methyl ester to produce the N-methyl-N-pentyl-β-alanine of the formula IV addition of diethylcarbonate azeotropic distillation to remove residual water and subsequent bisphosphorylation of the compound of formula IV by means of phosphoryl chloride and phosphorous acid and the formation of the monosodium salt, monohydrate. the hydrolysis of the N-methyl-N-pentyl-β-alanine methyl ester to produce the N-methyl-N-pentyl-β-alanine of the formula IV addition of diethylcarbonate azeotropic distillation to remove residual water and subsequent bisphosphorylation of the compound of formula IV by means of phosphoryl chloride and phosphorous acid and the formation of the monosodium salt, monohydrate.