mhurhangee/ep-ind-claims huggingface dataset:
A method of forming active-containing microcapsules by the steps of (i) emulsifying the active in water in the presence of a polymeric emulsifier; (ii) adding to the emulsion thus formed a blend of at least 2 silanes and hydrolysing them prior to (iii) forming a shell by increasing the pH characterised in that (iv) the polymeric emulsifier also acts as a templating agent for the organosilicon compounds; (v) the silanes are compounds of the Formula I in which R is independently C 1 -C 4 linear or branched alkyl or alkene, optionally comprising a functional group selected from amino and epoxy, m is from 1-4, and selected such that there is present at least 2 silanes with different functionalities; and (vi) the polymeric emulsifier is selected from - polyvinylpyrrolidone in combination with a cellulosic derivative, the weight proportions being 50-90% cellulosic derivative and 10-50% PVP, particularly 65-75% cellulosic derivative - 25-35% PVP; and - Polyanhydrides made up of monomer units of the type shown in the formula II where n is of a magnitude to give a molecular weight of between 1000 and 2 million. (i) emulsifying the active in water in the presence of a polymeric emulsifier; (ii) adding to the emulsion thus formed a blend of at least 2 silanes and hydrolysing them prior to (iii) forming a shell by increasing the pH characterised in that (iv) the polymeric emulsifier also acts as a templating agent for the organosilicon compounds; (v) the silanes are compounds of the Formula I in which R is independently C 1 -C 4 linear or branched alkyl or alkene, optionally comprising a functional group selected from amino and epoxy, m is from 1-4, and selected such that there is present at least 2 silanes with different functionalities; and (vi) the polymeric emulsifier is selected from - polyvinylpyrrolidone in combination with a cellulosic derivative, the weight proportions being 50-90% cellulosic derivative and 10-50% PVP, particularly 65-75% cellulosic derivative - 25-35% PVP; and - Polyanhydrides made up of monomer units of the type shown in the formula II where n is of a magnitude to give a molecular weight of between 1000 and 2 million. - polyvinylpyrrolidone in combination with a cellulosic derivative, the weight proportions being 50-90% cellulosic derivative and 10-50% PVP, particularly 65-75% cellulosic derivative - 25-35% PVP; and - Polyanhydrides made up of monomer units of the type shown in the formula II where n is of a magnitude to give a molecular weight of between 1000 and 2 million.
Method for the production of sandals with a fastening system of interchangeable straps, characterized by comprising the following steps: a. preparation of the base by creating numerous apertures; b. coating of said base with adhesive material, said adhesive material fixing the layer that forms the outer layer of the platform (9, 14) and fixing the sole, and fixing the insole; c. application of a fastener inside said base puncturing the outer layer of the platform (9, 14) by means of pressure on the support (3a, 3b, 3c, 5a, 5b, 5c, 6, 7, 15), which is traversed by said fastener which is inserted into the base and there pierces numerous apertures and is fastened permanently; d. fastening of said fastener, ensuring that the support (3a, 3b, 3c, 5a, 5b, 5c, 6, 7, 15) remains sufficient distance from the platform (9, 14) to enable the interchangeable scraps to be engaged and disengaged. a. preparation of the base by creating numerous apertures; b. coating of said base with adhesive material, said adhesive material fixing the layer that forms the outer layer of the platform (9, 14) and fixing the sole, and fixing the insole; c. application of a fastener inside said base puncturing the outer layer of the platform (9, 14) by means of pressure on the support (3a, 3b, 3c, 5a, 5b, 5c, 6, 7, 15), which is traversed by said fastener which is inserted into the base and there pierces numerous apertures and is fastened permanently; d. fastening of said fastener, ensuring that the support (3a, 3b, 3c, 5a, 5b, 5c, 6, 7, 15) remains sufficient distance from the platform (9, 14) to enable the interchangeable scraps to be engaged and disengaged.
A connector for functionally coupling a module (12, 13,14, 15) into a modular electronic device, in particular a portable device, more in particular a handheld device, said connector comprising a first connector end (16, 17, 18, 19) which comprises a series of first contacts and a first shielding part (80, 81), said connector further comprising a second connector end (49, 50, 51) comprising a series of second contacts and a second shielding part, wherein when said first and second connector ends are mutually connected, at least part of said first and second contacts are in electrical contact, and said first and second shielding parts are in electrical contact and provide an electromagnetic shielding surrounding said first and second contacts, characterized in that the first shielding part comprises a connector shielding ring of metal or conductive ridged polymer around said contacts and a shielding gasket around the connector shielding ring, which shielding gasket is an elastically compressible and electrically conductive shielding gasket, more in particular wherein said shielding gasket comprises a conductive elastomer ring.
Process for the preparation of polymorph form B of treprostinil diethanolamine salt,said polymorph form B being characterized by a melting point at 107°C, comprising the following steps: a. treprostinil is dissolved in methanol, b. to the solution of step a) diethanolamine or its solution in methanol is added, c. the reaction mixture of step b) is agitated till dissolution, d. after completion of salt formation in step c) a first portion of aprotic solvent is added to the solution, e. the solution of step d) is filtered, f. the filtrate of step e) is seeded with polymorph form B of treprostinil diethanolamine salt, g. to the crystal suspension obtained in step f), a second portion of the aprotic solvent is added, h. the suspension of step g) is agitated until crystallisation is completed, i. the crystals are separated, washed and dried, wherein the aprotic solvent is selected from ethers, ketones, esters, and acetonitrile. a. treprostinil is dissolved in methanol, b. to the solution of step a) diethanolamine or its solution in methanol is added, c. the reaction mixture of step b) is agitated till dissolution, d. after completion of salt formation in step c) a first portion of aprotic solvent is added to the solution, e. the solution of step d) is filtered, f. the filtrate of step e) is seeded with polymorph form B of treprostinil diethanolamine salt, g. to the crystal suspension obtained in step f), a second portion of the aprotic solvent is added, h. the suspension of step g) is agitated until crystallisation is completed, i. the crystals are separated, washed and dried,
A composition for treating media, suitable to be applied as a treating solution to a medium at a dry coat weight of about 0.1 g/m 2 to 20 g/m 2, said composition comprising: from 0.1 % wt. to 5 % wt. of an organosilane treated water dispersible organic acid salt, from 0.1 % wt. to 5 wt. % of a water soluble organic acid salt; from 0.01 wt. % to 1 wt. % of a chelating agent; and from 0.1 wt. % to 2 wt. % of an optical brightening agent. from 0.1 % wt. to 5 % wt. of an organosilane treated water dispersible organic acid salt, from 0.1 % wt. to 5 wt. % of a water soluble organic acid salt; from 0.01 wt. % to 1 wt. % of a chelating agent; and from 0.1 wt. % to 2 wt. % of an optical brightening agent.
A plant expression construct comprising a nucleic acid sequence encoding a type B hexokinase under a transcriptional control of a guard cell-specific cis-acting regulatory element.
Method for feeding electrical energy into a power supply system, in which the electrical energy fed in is verified, wherein a first value identified at an infeed meter (16, 84) is compared with at least one second value, which is measured after the generation and before the infeed, characterized in that a current/voltage characteristic curve of the generated electrical energy at a DC input of an inverter is determined.
An optical power system, comprising: at least one optical power source providing a first form of optical power and a second form of optical power different from the first form of optical power, wherein the first optical power source includes a control element configured to control the optical output in response to an optical control signal; a first optical coupler configured to provide the first form of optical power, a second form of optical power and a first optical control signal to a common output of the first optical coupler; a second optical coupler configured to receive the first and second forms of optical power and the first optical control signal through a common input and to divide the first form of optical power, the second form of optical power and the first optical control signal between a first output, a second output and a third output of the second optical coupler; an optical conduit coupled to the output of the first optical coupler and the input to the second optical coupler configured to transmit at least the first form of optical power, the second form of optical power, and the first optical control signal there between; a first optical sink coupled to the first output of the second optical coupler and configured to convert the first form of optical power into electrical power having a first output power form; and a second optical sink coupled to the second output of the second optical coupler and configured to convert the second form of optical power into electrical power having a second output power form. at least one optical power source providing a first form of optical power and a second form of optical power different from the first form of optical power, wherein the first optical power source includes a control element configured to control the optical output in response to an optical control signal; a first optical coupler configured to provide the first form of optical power, a second form of optical power and a first optical control signal to a common output of the first optical coupler; a second optical coupler configured to receive the first and second forms of optical power and the first optical control signal through a common input and to divide the first form of optical power, the second form of optical power and the first optical control signal between a first output, a second output and a third output of the second optical coupler; an optical conduit coupled to the output of the first optical coupler and the input to the second optical coupler configured to transmit at least the first form of optical power, the second form of optical power, and the first optical control signal there between; a first optical sink coupled to the first output of the second optical coupler and configured to convert the first form of optical power into electrical power having a first output power form; and a second optical sink coupled to the second output of the second optical coupler and configured to convert the second form of optical power into electrical power having a second output power form.
Method for continuous or semi-continuous production of hot steel strip which, starting from a slab guided through a slab-guiding device, is rolled in a roughing train to an intermediate strip and in a further sequence in a finish rolling train is rolled to a final strip (3"), characterised in that a slab cast in a die of a casting plant has a slab thickness (d) of between 105 and 130 mm, preferably a slab thickness (d) of between 115 and 125 mm, and is reduced in a Liquid Core Reduction process by means of the subsequent slab-guiding device with a liquid cross-sectional core of the slab to a slab thickness (d) of between 95 and 120 mm, preferably to a slab thickness (d) of between 95 and 115 mm, wherein a slab support length measured between the meniscus, i.e. the bath level of the die and an end of the slab-guiding device facing the roughing train, amounts to greater than or equal to 18.5 m, preferably lies in a range between 18.7 and 23 m, especially preferably between 20.1 and 23 m, wherein a casting velocity (v c) lies in a range of 3.8 - 7 m/min and slabs with different slab thicknesses (d) are cast as a function of the following casting velocities: - for casting velocities between 3.8 and 5.0 m/min with 100 - 120 mm slab thickness, preferably with 110 to 120 mm slab thickness, - for casting velocities between 5.0 and 5.9 m/min with 85 - 110 mm slab thickness, preferably with 95 to 110 mm slab thickness, - for casting velocities greater than or equal to 5.9 m/min with maximum 102 mm slab thickness, and wherein, in the roughing train a rough rolling of the slab into an intermediate slab is undertaken within a period of at most 80 seconds, preferably within at most 50 seconds, and this is done in at least four rolling passes, i.e. using four roughing stands (4 1, 4 2, 4 3, 4 4), preferably in five rolling passes, i.e. using five roughing stands (4 1, 4 2, 4 3, 4 4, 4 5). - for casting velocities between 3.8 and 5.0 m/min with 100 - 120 mm slab thickness, preferably with 110 to 120 mm slab thickness, - for casting velocities between 5.0 and 5.9 m/min with 85 - 110 mm slab thickness, preferably with 95 to 110 mm slab thickness, - for casting velocities greater than or equal to 5.9 m/min with maximum 102 mm slab thickness, and
A tool for producing an annular undercut in a body, namely in a wood body, a stone body or a plastic body, at a distance from its outer surface, with a carrier, which can be driven and rotated about an axis of rotation, for a milling section that can be adjusted radially outward relative to the carrier for purposes of increasing the undercut, to which are assigned means of support that extend along the axis of rotation and can be adjusted along the axis of rotation relative to the carrier, which have a support surface for purposes of providing support on a wood body surface, a stone body surface, or a plastic body surface, in particular at the base of a bore in the body, characterised in that the milling section is guided such that it can be displaced along an adjustment axis running at an angle to the axis of rotation, wherein the means of support, interacting with the milling section, are designed and arranged such that in the event of a movement relative to the carrier along the axis of rotation, and a therewith associated distance between the support surface and the carrier that becomes smaller, the means of support displace the milling section along the adjustment axis such that the latter can be adjusted further radially outward relative to the axis of rotation, so as to increase the radial extent of the undercut.
A handle device for releasable fastening on a hand-held power tool, in particular a power drill or a power screwdriver, wherein the handle device has a clamping ring with a clamping mount for receiving a fastening portion, in particular a machine neck, of the hand-held power tool and a handle which projects from the clamping ring and which is provided and designed for gripping and/or grasping by an operator, wherein, using a clamping-actuation grip which can be manually actuated by the operator, the clamping mount can be adjusted between a clamping position clamping the fastening portion of the hand-held power tool, in which clamping position an inner circumferential surface of the clamping mount lies in the clamping seat against the fastening portion of the hand-held power tool, and a release position which releases the fastening portion of the hand-held power tool, in which release position the fastening portion of the hand-held power tool can be inserted into the clamping mount along an insertion axis, and wherein the handle device has an axial-form-fitting body mounted in a movable manner in relation to the clamping mount and having an axial-form-fitting contour for engagement in a mating axial-form-fitting contour of the fastening portion of the hand held power tool, characterized in that said handle device has a form-fitting actuation grip, which is separate from the clamping-actuation grip and which can be manually actuated by the operator independently of the clamping-actuation grip, for adjusting the axial-form-fitting body between an engagement position, in which the axial-form-fitting contour is engaged with the mating axial-form-fitting contour and locks the handle device with respect to the insertion axis in a form-fitting manner on the fastening portion of the hand-held power tool, and a release position, in which the axial-form-fitting contour is disengaged from the mating axial-form-fitting contour, and the hand-held power tool and the holding device can be displaced relative to one another with respect to the insertion axis.
A switching capacitive power converter, wherein the power converter has a voltage output that provides an output voltage and is connected to a load, wherein the load draws a load current for a given output voltage, the power converter comprising: an energy storage element; a voltage reference controller configured to output an adjusted reference voltage based on a received fixed reference voltage; and a charge pumping circuit (302, 314, 316, 318, S1, S2, S3, S4) configured to operate the power converter at a charge pumping frequency and configured to charge the energy storage element at the charge pumping frequency if an absolute value of the power converter's output voltage is below an absolute value of the adjusted reference voltage; characterized in that the charge pumping frequency depends on and/or varies with the load current, and in that if the charge pumping frequency is within a predetermined frequency exclusion range, the voltage reference controller is configured to set (420, 422) the adjusted reference voltage to a value such that the charge pumping frequency is no longer within the predetermined frequency exclusion range. an energy storage element; a voltage reference controller configured to output an adjusted reference voltage based on a received fixed reference voltage; and a charge pumping circuit (302, 314, 316, 318, S1, S2, S3, S4) configured to operate the power converter at a charge pumping frequency and configured to charge the energy storage element at the charge pumping frequency if an absolute value of the power converter's output voltage is below an absolute value of the adjusted reference voltage; characterized in that the charge pumping frequency depends on and/or varies with the load current, and in that if the charge pumping frequency is within a predetermined frequency exclusion range, the voltage reference controller is configured to set (420, 422) the adjusted reference voltage to a value such that the charge pumping frequency is no longer within the predetermined frequency exclusion range.
A method of controlling a melting process in an electric arc furnace for melting a metallic material, wherein the method comprises: i) receiving measurements of at least one process variable reflecting the melting process, ii) determining a current state of the melting process based on a model of the melting process, a previous state of the melting process, a previous control input, and the measurements of the at least one process variable, iii) determining a current process input which minimizes a desired process property, wherein the determining comprises minimizing the desired process property with respect to all allowed values of process inputs and utilizing constraints involving the current state of the melting process and a desired end state of the melting process, iv) controlling the melting process utilizing the current process input to control an electromagnetic stirrer, and v) repeating steps i) to iv) until the desired end state of the melting process has been obtained. i) receiving measurements of at least one process variable reflecting the melting process, ii) determining a current state of the melting process based on a model of the melting process, a previous state of the melting process, a previous control input, and the measurements of the at least one process variable, iii) determining a current process input which minimizes a desired process property, wherein the determining comprises minimizing the desired process property with respect to all allowed values of process inputs and utilizing constraints involving the current state of the melting process and a desired end state of the melting process, iv) controlling the melting process utilizing the current process input to control an electromagnetic stirrer, and v) repeating steps i) to iv) until the desired end state of the melting process has been obtained.
An industrial truck comprising a platform for a driver and a pivotal protection gate and a releasable locking arrangement (200, 300) for locking the protection gate in a protective position in which it protects the driver that is present on the platform characterized in that the locking arrangement (200, 300) is arranged such that it is automatically unlocked when the protection gate is pivoted upwards from the protective position to a release position so that the protection gate may be lowered to an essentially vertical rest position.
TNAP + Mesenchymal Precursor Cells (MPCs), for use in the treatment or prevention of a disease arising from degradation and/or inflammation of connective tissue that is rich in proteoglycans, wherein administration of the cell population results in preservation or generation of cartilage that is rich in proteoglycans.
A sealing tape for sealing joints, comprising an elongate foam body and opposite broad sides (3, 4) that can be placed against the joint flanks, and narrow sides (5, 6) located therebetween and being opposite each other, wherein the sealing tape has a cross-section profile on at least one of the broad sides such that in the sealing tape in the fully restored condition, the broad-side height of the sealing tape is greater, in the region of one of the narrow sides under formation of an elevated region, than in the region of the opposite narrow side, which forms a recessed region, wherein the elevated region and the recessed region are located either side of the central plane of the sealing tape, wherein the central plane is located centrally between the two narrow sides (5, 6), so that in the case of a restored sealing tape provided in the joint, a greater density of the foam material is achieved in the elevated region than in the recessed region, said sealing tape being impregnated for a delayed restoration, characterised in that the sealing tape is structured in the cross section thereof in the elevated region and in the recessed region under formation of an elevation or a recess, in that the elevation and the recess are each located adjacent to one of the opposite narrow sides (5, 6) of the sealing tape, and in that the profile regions of the sealing tape are located either side of the central plane inversely relative to each other with a centre of inversion (i).