mhurhangee/ep-ind-claims huggingface dataset:
A protective coating composition providing protection of carbon based refractory brick materials from oxidation via application of coating on their surfaces after production and thus extending their expected lives, and it is characterized in that; - it comprises a frit composition formed of at most 12 % Na 2 O by mass, 20 % to 60 % Al 2 O 3 by mass, 30 % to 70 % SiO 2 by mass, 5 % to 20 % ZrO 2 by mass, 2 % to 15 % CaO by mass, 1 % to 20 % P 2 O 5 by mass, and at most 10 % B 2 O 3 by mass and - solvent mixture comprising acetone, ethyl alcohol and phosphoric acid. - it comprises a frit composition formed of at most 12 % Na 2 O by mass, 20 % to 60 % Al 2 O 3 by mass, 30 % to 70 % SiO 2 by mass, 5 % to 20 % ZrO 2 by mass, 2 % to 15 % CaO by mass, 1 % to 20 % P 2 O 5 by mass, and at most 10 % B 2 O 3 by mass and - solvent mixture comprising acetone, ethyl alcohol and phosphoric acid.
A process for the preparation of an diastereoisomeric mixture of the following formula: comprising the steps of: subjecting a compound of structure IV to Darzen's condensation to provide a compound of structure V saponifying the compound of structure V to provide a compound of structure VI subjecting the compound of structure VI to pyrolysis to provide a compound of structure VII subjecting a compound of structure VII to Knoevenagel reaction with cyanoacetic acid to provide a compound of structure VIII providing a compound of structure IX by subjecting compound VIII to ring closing reaction saponifying the compound of structure IX to provide a compound of structure X cyclizing the compound of structure X to provide a compound of structure XI and reducing the compound of structure XI to provide a structure XII and subjecting a diastereoisomeric mixture of the structure XII to ring closing reaction to provide the diastereoisomeric mixture of structure I: subjecting a compound of structure IV to Darzen's condensation to provide a compound of structure V saponifying the compound of structure V to provide a compound of structure VI subjecting the compound of structure VI to pyrolysis to provide a compound of structure VII subjecting a compound of structure VII to Knoevenagel reaction with cyanoacetic acid to provide a compound of structure VIII providing a compound of structure IX by subjecting compound VIII to ring closing reaction saponifying the compound of structure IX to provide a compound of structure X cyclizing the compound of structure X to provide a compound of structure XI and reducing the compound of structure XI to provide a structure XII and subjecting a diastereoisomeric mixture of the structure XII to ring closing reaction to provide the diastereoisomeric mixture of structure I:
A process for the anaerobic digestion of an aqueous solution, or aqueous and oil two phase system, which has a COD concentration of 30 to 130 kgm-3, comprising the step of subjecting the aqueous solution, or aqueous and oil two phase system to a methanogenic stage, in order that methanogenic organisms produce methane by digestion of organic material in the aqueous solution, or aqueous and oil two phase system and wherein a liquid output from the methanogenic stage is optionally recycled at no more than a ratio of 2:1 of recycled liquid: input aqueous solution, or aqueous and oil two phase system and wherein the COD of an output stream from the methanogenic stage is reduced by more than 70% (such as 90% to 95% or more) from the input aqueous solution, or aqueous and oil two phase system, wherein the process is carried out in an enclosed tank or lagoon containing a sludge bed or micro-organisms fed by an upwards flow.
A watch type mobile terminal that is wearable on a user's wrist, the terminal comprising: a main body comprising a display unit; a band unit connected to the main body such that the band unit surrounds the user's wrist when the mobile terminal is worn by the user, and comprising first and second bands (303, 304) each connected to a different side of the main body, wherein the band unit comprises a first area formed in the first band, a second area formed in the second band, and a third area formed where the first and second bands (303, 304)overlap each other or are connected to each other; characterized in that the watch type mobile terminal further comprises: a sensing unit configured to sense a user input applied to an area among the first area, the second area and the third area; and a controller configured to process a different command based on the area of among the first area, the second area and the third area on which the user input is sensed. a main body comprising a display unit; a band unit connected to the main body such that the band unit surrounds the user's wrist when the mobile terminal is worn by the user, and comprising first and second bands (303, 304) each connected to a different side of the main body, wherein the band unit comprises a first area formed in the first band, a second area formed in the second band, and a third area formed where the first and second bands (303, 304)overlap each other or are connected to each other; characterized in that the watch type mobile terminal further comprises: a sensing unit configured to sense a user input applied to an area among the first area, the second area and the third area; and a controller configured to process a different command based on the area of among the first area, the second area and the third area on which the user input is sensed. a sensing unit configured to sense a user input applied to an area among the first area, the second area and the third area; and a controller configured to process a different command based on the area of among the first area, the second area and the third area on which the user input is sensed.
A high throughput method for determining the activity of an isopeptidase enzyme in a biological sample, comprising the steps of: i) preparing an extract of said sample ii) contacting the extract with an activity probe iii) including reagents which bind to or interact with the activity probe and/or the enzyme, and generate a detectable signal, iv) measuring the detectable signal; wherein the activity probe comprises a warhead and a Ubiquitin or a Ubiquitin-like molecule; and optionally a tag; and wherein said reagents which bind or interact with the activity probe and/or the enzyme comprise at least two separate binding agents, one of which binds to the activity probe, and one of which binds to the isopeptidase enzyme; and wherein said reagents comprise a fluorescence donor and a fluorescence acceptor; and wherein the detectable signal is generated by the fluorescence acceptor/donor pair if the activity probe has bound to the isopeptidase enzyme; and wherein the isopeptidase enzyme is a deubiquitylating enzyme. i) preparing an extract of said sample ii) contacting the extract with an activity probe iii) including reagents which bind to or interact with the activity probe and/or the enzyme, and generate a detectable signal, iv) measuring the detectable signal;
A computer-implemented method for selecting a target object, the method comprising: determining a targeting area for a player avatar within a user interface based on a direction of a touch gesture received via a touch screen; responsive to a detected termination of the touch gesture and a determination that a duration of the touch gesture is below a duration threshold- determining a first targeting subarea within the targeting area, the first targeting subarea being determined based at least in part on a distance of the touch gesture, selecting a target object from a set of objects located within the targeting subarea, and providing for display within the user interface an indication that the target object is selected.
An apparatus comprising: means for transmitting beacon messages, wherein said beacon messages specify a threshold value associated with an acceptable level of interference to a first radio network, and said beacon messages are for controlling the level of interference to the first radio network from one or more nodes of a second, mobile service network, wherein spectral resources including adjacent bands are shared between the first and second radio networks; and means for determining the threshold value based on at least a maximum interference power allowed to the first radio network; and characterized in that the means for determining the threshold value determines the threshold value based also on a determination of the number of interfering nodes from reports from nodes of the second radio network of receiving beacon messages. means for transmitting beacon messages, wherein said beacon messages specify a threshold value associated with an acceptable level of interference to a first radio network, and said beacon messages are for controlling the level of interference to the first radio network from one or more nodes of a second, mobile service network, wherein spectral resources including adjacent bands are shared between the first and second radio networks; and means for determining the threshold value based on at least a maximum interference power allowed to the first radio network; and characterized in that the means for determining the threshold value determines the threshold value based also on a determination of the number of interfering nodes from reports from nodes of the second radio network of receiving beacon messages.
A pharmaceutical composition comprising a therapeutically effective amount of Coenzyme Q10 for use in a method, the method being selected from the following group of embodiments (i) to (vi): (i) a method of treating Epidermolysis Bullosa in a subject in need thereof, the method comprising topical administration of the pharmaceutical composition comprising a therapeutically effective amount of CoQ10 to the subject; (ii) a method of treating a wound associated with EB in a subject in need thereof, comprising topical administration of the pharmaceutical composition comprising a therapeutically effective amount of CoQ10 to the subject; (iii) a method of improving the structural integrity of the skin of a subject suffering from EB, the method comprising topical administration of the pharmaceutical composition comprising a therapeutically effective amount of CoQ10 to the skin of the subject; and (iv) a method of increasing the rate of healing of a skin blister and/or wound in a subject suffering from EB, comprising topical administration of the pharmaceutical composition comprising a therapeutically effective amount of CoQ10 to the skin blister and/or wound. (i) a method of treating Epidermolysis Bullosa in a subject in need thereof, the method comprising topical administration of the pharmaceutical composition comprising a therapeutically effective amount of CoQ10 to the subject; (ii) a method of treating a wound associated with EB in a subject in need thereof, comprising topical administration of the pharmaceutical composition comprising a therapeutically effective amount of CoQ10 to the subject; (iii) a method of improving the structural integrity of the skin of a subject suffering from EB, the method comprising topical administration of the pharmaceutical composition comprising a therapeutically effective amount of CoQ10 to the skin of the subject; and (iv) a method of increasing the rate of healing of a skin blister and/or wound in a subject suffering from EB, comprising topical administration of the pharmaceutical composition comprising a therapeutically effective amount of CoQ10 to the skin blister and/or wound.
A gyrational crusher, comprising: a lower mainframe; an upper mainframe positioned on the lower mainframe and removably connected to the lower mainframe, the upper main frame including a tapered upper surface; an adjustment ring having a tapered lower surface supported on the tapered upper surface of the upper mainframe, the adjustment ring including an attachment flange; a plurality of tramp release cylinders extending between the lower mainframe and the attachment flange of the adjustment ring, wherein the plurality of tramp release cylinders create a compression force on the upper mainframe; characterized in that the upper mainframe includes a series of spaced attachment projections, further comprising a plurality of pins that extend through the attachment projections and the attachment flange of the adjustment ring. a lower mainframe; an upper mainframe positioned on the lower mainframe and removably connected to the lower mainframe, the upper main frame including a tapered upper surface; an adjustment ring having a tapered lower surface supported on the tapered upper surface of the upper mainframe, the adjustment ring including an attachment flange; a plurality of tramp release cylinders extending between the lower mainframe and the attachment flange of the adjustment ring, wherein the plurality of tramp release cylinders create a compression force on the upper mainframe; characterized in that the upper mainframe includes a series of spaced attachment projections, further comprising a plurality of pins that extend through the attachment projections and the attachment flange of the adjustment ring.
Distribution device for at least one fluid, which can be guided by at least two distribution units (3, 5, 6) as part of a fluid passage, at least two of the distribution units (3, 5, 6) arranged adjacent to one another together delimiting a common interface for the fluid passage and at least one functional element (11, 61, 73, 87, 91) being inserted in at least one of these interfaces, characterised in that the respective functional element consists of - a non-return valve (11, 17); - a pressure control, pressure-reducing or pressure-limiting valve, - a pressure compensator; or - a sensor, such as a flow or particle sensor. - a non-return valve (11, 17); - a pressure control, pressure-reducing or pressure-limiting valve, - a pressure compensator; or - a sensor, such as a flow or particle sensor.
A bone replacement filler comprising a biomedical ceramic particulate, wherein: the biomedical ceramic particulate has the following distribution of sizes 40 - 58 wt% of 40- 90 microns, 40 - 58 wt% of 90-125 microns, 1 - 5 wt% of 125- 250 microns, and 1 - 5 wt% of 250-500 microns, and is able to flow without the application of an external shear stress or compressive force or under a relatively low shear stress or compressive force, but resists flow or does not flow when subjected to a higher shear stress or compressive force; and at least some of the particles in the biomedical ceramic particulate have a micro-porous surface structure and/or a micro-porous sub-surface structure. the biomedical ceramic particulate has the following distribution of sizes 40 - 58 wt% of 40- 90 microns, 40 - 58 wt% of 90-125 microns, 1 - 5 wt% of 125- 250 microns, and 1 - 5 wt% of 250-500 microns, and is able to flow without the application of an external shear stress or compressive force or under a relatively low shear stress or compressive force, but resists flow or does not flow when subjected to a higher shear stress or compressive force; and at least some of the particles in the biomedical ceramic particulate have a micro-porous surface structure and/or a micro-porous sub-surface structure.
Method for allocating frequency bands to respective radio communication systems, characterized in that it comprises: modelling allocation of a frequency band to each radio communication system by at least one three-dimensional block as a function of a frequency bandwidth and a coverage area of the radio communication system, determining at least one distribution of the modelled blocks, assigning a first score to each block distribution as a function of a minimum frequency band including all the frequency bands of the blocks of the distribution, and adopting a block distribution having a first score above a threshold in order to allocate frequency bands to the radio communication systems in accordance with the distribution adopted. modelling allocation of a frequency band to each radio communication system by at least one three-dimensional block as a function of a frequency bandwidth and a coverage area of the radio communication system, determining at least one distribution of the modelled blocks, assigning a first score to each block distribution as a function of a minimum frequency band including all the frequency bands of the blocks of the distribution, and adopting a block distribution having a first score above a threshold in order to allocate frequency bands to the radio communication systems in accordance with the distribution adopted.
A quick coupling for an adapter for tools provided with two axles,; said quick coupling comprising a box-shaped frame provided with a pair of sides extending along a given direction, each of which is delimited at the front by an abutment for said axles,; a locking assembly being arranged between said sides and comprising a pair of first pins parallel to said direction and integrally coupled together by a connection member; each said side ending at the back in a respective hook provided with a seat for said axles,; an actuating device being provided to move said first pins with reciprocating motion along said direction between a first retracted position and an operative position facing said abutment; characterized in that said assembly comprises a safety device that is suitable to block, through mechanical interference, a said axle in said seat and can be mechanically actuated by said connection member, in that said safety device comprises a tappet carried in a rotatable manner by said frame from and towards an engagement position of said seat and has a face suitable to engage said seat at a substantially diametrical distance from said hook, and in that said tappet is carried in a rotatable manner by said frame around a second pin transverse to said direction.
Cutting pliers, such as centre cutters or side cutters, having an articulated region, pliers handles (2, 3) being formed on one side of the articulated region and pliers jaws (5, 6), comprising cutting edges (7, 8) which are oriented towards one another and form a free end of the pliers, being formed on the other side of the articulated region, the cutting edges (7, 8) also being hardened and formed in a single piece as far as a tip-side end region of the pliers jaws (5, 6), characterised in that the cutting edges (7, 8) are formed having a lower degree of hardness in the tip-side end region than in an articulated-region-side portion connected thereto.
A separator for batteries, comprising: a first coating layer comprising a first inorganic material formed on at least one surface of a polyolefin substrate; and a second coating layer comprising a second inorganic material formed on the first coating layer, wherein an average particle size of the first inorganic material is greater than an average particle size of the second inorganic material, the average particle size of the first inorganic material is 900 nm or more based on D50, the average particle size of the second inorganic material is 10 nm or more and 500 nm or less based on D50, and wherein the second inorganic material is 20 wt% or less of the total inorganic material ratio. a first coating layer comprising a first inorganic material formed on at least one surface of a polyolefin substrate; and a second coating layer comprising a second inorganic material formed on the first coating layer, wherein an average particle size of the first inorganic material is greater than an average particle size of the second inorganic material, the average particle size of the first inorganic material is 900 nm or more based on D50, the average particle size of the second inorganic material is 10 nm or more and 500 nm or less based on D50, and wherein the second inorganic material is 20 wt% or less of the total inorganic material ratio.
A method comprising: determining, by an activation service server, an activation policy for activation of a mobile device using: i) manufacturing information associated with the mobile device, ii) distribution information associated with the mobile device, and iii) authorization from a telecommunications carrier to override a latest activation policy with an overriding activation policy; applying the activation policy during activation of the mobile device, wherein applying the activation policy comprises: sending, by the activation service server to the mobile device, an activation record based on the activation policy, wherein: i) the activation policy is stored on a device information repository prior to the activation of the mobile device, ii) the device information repository is remote from the mobile device, and iii) the activation policy replaces a previously stored activation policy on the mobile device, characterized in that the distribution information indicates that the mobile device is for use as a loaner or replacement for a second mobile device, and wherein the activation policy allows the mobile device to inherit activation records associated with the second mobile device. determining, by an activation service server, an activation policy for activation of a mobile device using: i) manufacturing information associated with the mobile device, ii) distribution information associated with the mobile device, and iii) authorization from a telecommunications carrier to override a latest activation policy with an overriding activation policy; applying the activation policy during activation of the mobile device, sending, by the activation service server to the mobile device, an activation record based on the activation policy, wherein: i) the activation policy is stored on a device information repository prior to the activation of the mobile device, ii) the device information repository is remote from the mobile device, and iii) the activation policy replaces a previously stored activation policy on i) the activation policy is stored on a device information repository prior to the activation of the mobile device, ii) the device information repository is remote from the mobile device, and iii) the activation policy replaces a previously stored activation policy on the mobile device, characterized in that the distribution information indicates that the mobile device is for use as a loaner or replacement for a second mobile device, and wherein the activation policy allows the mobile device to inherit activation records associated with the second mobile device.
A method for controlling a mixing ratio of fuel gas and air, each having a different thermal conductivity, for a heating appliance, wherein a fuel gas mass flow and an air mass flow are each provided separately and merged into a total mass flow, wherein the air mass flow is divided at least into a first and a second partial air mass flow before merging with the gas mass flow, wherein the second partial air mass flow, with respect to its air mass, is smaller than the first partial air mass flow by a predetermined value, wherein initially exclusively the second partial air mass flow is merged with the gas mass flow and mixed to form a premixture, characterized in that material properties of the premixture of the second partial air mass flow and the gas mass flow are detected via a sensor and a premixing ratio of the premixture is determined therefrom, wherein the mixing ratio of fuel gas and air in the total mass flow is calculated and controlled from the premixing ratio via the predetermined value of the difference in size of the first and second partial air mass flows.