mhurhangee/ep-ind-claims huggingface dataset:
A method for synthesizing a zeolite comprising: preparing a reaction mixture comprising (a) at least one source of alumina, (b) at least one source of silica, (c) a transition-metal-amine organic templating agent, which is Cu-tetraethylenepentamine (Cu-TEPA), (d) an alkali metal hydroxide, and (e) distinct second organic templating agent selected from the group consisting of N,N-Dimethyl-3,5-dimethylpiperidinium and 1,1-Diethyl-2,6-dimethylpiperidinium, wherein each of the transition-metal-amine organic templating agent and distinct second organic templating agents is suitable for forming an AEI framework structure and wherein the reaction mixture is essentially free of fluorine; heating the reaction mixture under autogenous pressure, at a temperature of 100 to 200 °C for 1-20 days to form zeolite crystals having an AEI framework and optionally an ITE framework and containing copper, by hydrothermal crystallization. preparing a reaction mixture comprising (a) at least one source of alumina, (b) at least one source of silica, (c) a transition-metal-amine organic templating agent, which is Cu-tetraethylenepentamine (Cu-TEPA), (d) an alkali metal hydroxide, and (e) distinct second organic templating agent selected from the group consisting of N,N-Dimethyl-3,5-dimethylpiperidinium and 1,1-Diethyl-2,6-dimethylpiperidinium, wherein each of the transition-metal-amine organic templating agent and distinct second organic templating agents is suitable for forming an AEI framework structure and wherein the reaction mixture is essentially free of fluorine; heating the reaction mixture under autogenous pressure, at a temperature of 100 to 200 °C for 1-20 days to form zeolite crystals having an AEI framework and optionally an ITE framework and containing copper, by hydrothermal crystallization.
A contrast-amplifying carrier for observing a sample (ECH, ECD), comprising a transparent substrate bearing at least one absorbent coating suitable for behaving as an antireflection coating when it is illuminated at normal incidence at an illumination wavelength λ through said substrate and when the face of said coating opposite said substrate is in contact with a medium referred to as a transparent ambient medium, the refractive index n 3 of which is lower than that of the refractive index n 0 of said substrate, characterized in that said absorbent coating comprises: an absorbent sublayer at said illumination wavelength λ and which exhibits, when it is illuminated at normal incidence at this same wavelength, a reflection extinction by destructive interference, referred to as the contrast sublayer, deposited on the surface of said transparent substrate; and an absorbent layer referred to as sensitive layer, distinct from said contrast sublayer and comprising between 1 and 5 sheets of at least one two-dimensional material. an absorbent sublayer at said illumination wavelength λ and which exhibits, when it is illuminated at normal incidence at this same wavelength, a reflection extinction by destructive interference, referred to as the contrast sublayer, deposited on the surface of said transparent substrate; and an absorbent layer referred to as sensitive layer, distinct from said contrast sublayer and comprising between 1 and 5 sheets of at least one two-dimensional material.
A computation device (100, 200) for performing a computation on at least a set of values, the computation device comprising: - a memory (140, 240) configured to store the set of values, each value of the set of values being stored as a plurality of shares that define the value; - a processor (130, 230) configured to: - perform an operation of the computation on a set of input values to obtain an output value (143, 245), the output value being defined by at least one shared share (143.1,144.1, 245.1,246.1) and at least one computed share, the at least one shared share also defining a further value (144, 246), performing the operation comprising computing the at least one computed share from the at least one shared share and shares of the set of input values. - a memory (140, 240) configured to store the set of values, each value of the set of values being stored as a plurality of shares that define the value; - a processor (130, 230) configured to: - perform an operation of the computation on a set of input values to obtain an output value (143, 245), the output value being defined by at least one shared share (143.1,144.1, 245.1,246.1) and at least one computed share, the at least one shared share also defining a further value (144, 246), performing the operation comprising computing the at least one computed share from the at least one shared share and shares of the set of input values.
A method for regenerating a lithium-ion cell without breaking and damaging the cell, the cell comprising an electrode assembly, in which electrodes and a separator are alternately combined with each other, an electrolyte, and a battery case accommodating the electrode assembly and the electrolyte, the method comprising: a negative pressure processing process in which a negative pressure is applied to the cell to allow a gas disposed between the electrodes to move to the outside the electrode assembly; and an ultrasonic wave processing process in which the cell is stimulated by ultrasonic waves to allow the electrolyte disposed outside the electrode assembly to move between the electrodes. a negative pressure processing process in which a negative pressure is applied to the cell to allow a gas disposed between the electrodes to move to the outside the electrode assembly; and an ultrasonic wave processing process in which the cell is stimulated by ultrasonic waves to allow the electrolyte disposed outside the electrode assembly to move between the electrodes.
An Optical Wireless Communication, OWC, receiver for receiving an incoming optical beam modulated with data and outputting an electrical output signal comprising the modulated data, the receiver comprising: - a lens arranged to receive the incoming optical beam; - a plurality of photodiodes positioned at a distance from the lens and positioned at or proximal to the focal plane of the lens, each of the plurality of photodiodes being arranged to receive a fraction of the incoming optical beam and to generate a photocurrent (I 11...I MK) in correspondence with photons received from the fraction of the incoming optical beam, wherein the plurality of photodiodes are arranged in a two-dimensional array (710, 800) (N=MxK) comprising rows ( 1... M) and columns ( 1... K), characterized in that the outputs of the columns ( 1... K) are combined such that their photocurrents are summed; - an amplifier connected to combined outputs of the columns ( 1... K) of the two-dimensional array and arranged to convert the summed photocurrents into the amplifier's output signal; wherein interconnections of the photodiodes of the two-dimensional array (MxK) are configured to form at least two parallel columns ( 1... K, wherein K ≥ 2) of photodiodes, and wherein each of the parallel columns comprises a cascade ( 1... M, wherein K ≥ 2) of at least two photodiodes forming a combined photodetector surface. - a lens arranged to receive the incoming optical beam; - a plurality of photodiodes positioned at a distance from the lens and positioned at or proximal to the focal plane of the lens, each of the plurality of photodiodes being arranged to receive a fraction of the incoming optical beam and to generate a photocurrent (I 11...I MK) in correspondence with photons received from the fraction of the incoming optical beam, wherein the plurality of photodiodes are arranged in a two-dimensional array (710, 800) (N=MxK) comprising rows ( 1... M) and columns ( 1... K), characterized in that the outputs of the columns ( 1... K) are combined such that their photocurrents are summed; - an amplifier connected to combined outputs of the columns ( 1... K) of the two-dimensional array and arranged to convert the summed photocurrents into the amplifier's output signal;
A method of foaming an article and subsequently molding a plurality of foamed articles together, comprising infusing the article with a supercritical fluid; removing the article from the supercritical fluid, and either (i) immersing the article in a heated fluid or (ii) irradiating the article with infrared or microwave radiation wherein one of the supercritical fluid or the heated fluid comprises dye and a dyed, foamed article is made, the foamed article being a pellet, bead, or particle; and molding a plurality of the foamed articles together, wherein the plurality of foamed articles includes foamed articles of at least two different colors. (i) immersing the article in a heated fluid or (ii) irradiating the article with infrared or microwave radiation wherein one of the supercritical fluid or the heated fluid comprises dye and a dyed, foamed article is made, the foamed article being a pellet, bead, or particle; and
A corrugated tube arrangement for accommodating lines, cable harnesses or the like, comprising an inner corrugated tube and an outer corrugated tube, which are each flexible and made of plastic with circumferential corrugations (5, 4) and which each include a longitudinal slot (8, 7), wherein the outer corrugated tube can be plugged onto the inner corrugated tube with mutual radial engagement of the corrugations (4, 5) of the two corrugated tubes (2, 3), wherein in the plugged-together state, a longitudinal strip formed on the inner corrugated tube projects radially into the longitudinal slot of the outer corrugated tube and covers the latter, the longitudinal strip being provided with corrugations of the same shape and pitch as those on the outer corrugated tube and an external diameter of which corresponds to that of the corrugations on the outer corrugated tube, characterized in that the radial end cross sections (13, 13', 13") of all the corrugations (4, 5, 6) on both side edges (10, 11) of both the longitudinal slot of the outer corrugated tube and of the longitudinal strip on the inner corrugated tube and on the longitudinal sides, running on both sides of this longitudinal strip of the remaining cross section of the inner corrugated tube are closed, the longitudinal strip of the inner corrugated tube is connected on both longitudinal sides in each case via a recess which is V-shaped and radially extends to the internal cross section of the corrugations of the inner corrugated tube to the remaining cross section of the inner corrugated tube, and in that, in the plugged-together state of the two corrugated tubes (2, 3), each side edge of the longitudinal slot of the outer corrugated tube projects into the V-shaped recess on the facing longitudinal side of the longitudinal strip of the inner corrugated tube.
A device for preparing radioactive solutions, in particular radiopharmaceutical solutions, comprising: a movable support block comprising at least two cells capable of accommodating a vial; a shielded covering, comprising a side wall surrounding the periphery of the support block and an upper wall covering the upper face of the support block, an opening being provided in the upper wall of the covering; a syringe carrier associated with a syringe actuating means configured to displace a syringe substantially vertically in the axis of the opening and to actuate a plunger of said syringe; and characterised by a means for driving the support block configured to selectively displace the support block into positions, referred to as working positions, in which a given cell is aligned with the opening to allow access to said cell from the outside of the covering; and wherein the support block is configured such that it can be further brought to a position, referred to as closing position, in which the opening is sealed by a shielded element carried by the support block. a movable support block comprising at least two cells capable of accommodating a vial; a shielded covering, comprising a side wall surrounding the periphery of the support block and an upper wall covering the upper face of the support block, an opening being provided in the upper wall of the covering; a syringe carrier associated with a syringe actuating means configured to displace a syringe substantially vertically in the axis of the opening and to actuate a plunger of said syringe; and characterised by a means for driving the support block configured to selectively displace the support block into positions, referred to as working positions, in which a given cell is aligned with the opening to allow access to said cell from the outside of the covering; and wherein the support block is configured such that it can be further brought to a position, referred to as closing position, in which the opening is sealed by a shielded element carried by the support block.
A prefabricated unit, comprising: a prefabricated modular frame for the floor comprising four sides and four corners, a prefabricated modular frame for the roof comprising four sides and four corners, modular posts for connection between the frames (11, 12), and modular pins for removable mutual connection between said posts and said frames (11, 12), said posts having a tubular cross-section, each of said prefabricated modular frames (11, 12) being provided with angular elements (15, 18) at said corners of said frames (11, 12), said angular elements (15, 18) having a tubular cross-section, said pins having a tubular cross-section smaller than that of said posts and of said angular elements (15, 18), said pins being inserted partially into the ends of said posts and partially into said angular elements (15, 18), said posts and said angular elements (15, 18) being provided with through holes and said pins being provided with corresponding through holes, said pins being fixed to said posts and to said angular elements (15, 18) by way of screws. a prefabricated modular frame for the floor comprising four sides and four corners, a prefabricated modular frame for the roof comprising four sides and four corners, modular posts for connection between the frames (11, 12), and modular pins for removable mutual connection between said posts and said frames (11, 12), said posts having a tubular cross-section, each of said prefabricated modular frames (11, 12) being provided with angular elements (15, 18) at said corners of said frames (11, 12), said angular elements (15, 18) having a tubular cross-section, said pins having a tubular cross-section smaller than that of said posts and of said angular elements (15, 18), said pins being inserted partially into the ends of said posts and partially into said angular elements (15, 18), said posts and said angular elements (15, 18) being provided with through holes and said pins being provided with corresponding through holes, said pins being fixed to said posts and to said angular elements (15, 18) by way of screws.
High-voltage circuit breaker, comprising - two contact elements (3, 4) which are opposite one another and are movable relative to one another along a centre axis of the high-voltage circuit breaker, - an arc region which is provided between the two contact elements, - an auxiliary nozzle which at least partially surrounds one of the contact elements, - a main nozzle which at least partially surrounds the auxiliary nozzle, - a channel which connects the arc region to a blowout volume and has a first channel region, wherein the first channel region issues into the arc region and forms a stagnation point there in the mouth region, and - a further channel which runs between the auxiliary nozzle and a first of the two contact elements, wherein the further channel which runs between the auxiliary nozzle and the first of the two contact elements is closed at the end side, characterized in that the distance, measured in the direction of the centre axis, between the stagnation point and a narrowest point of the first contact element lies in the range of between 5 mm and 20 mm. - two contact elements (3, 4) which are opposite one another and are movable relative to one another along a centre axis of the high-voltage circuit breaker, - an arc region which is provided between the two contact elements, - an auxiliary nozzle which at least partially surrounds one of the contact elements, - a main nozzle which at least partially surrounds the auxiliary nozzle, - a channel which connects the arc region to a blowout volume and has a first channel region, wherein the first channel region issues into the arc region and forms a stagnation point there in the mouth region, and - a further channel which runs between the auxiliary nozzle and a first of the two contact elements, wherein the further channel which runs between the auxiliary nozzle and the first of the two contact elements is closed at the end side,
Method of treating an interior surface of a workpiece; said method comprising i) providing said workpiece having an interior passage defined at least partly by said interior surface to be treated, said passage having an inlet portion and an outlet portion; ii) providing in said interior passage at least one deflecting object, said deflecting object having an outer surface, whereby a space is formed between said outer surface of said at least one deflecting object and said interior surface of said workpiece; iii) providing an abrasive fluid in said space, such that said space is substantially filled with said abrasive fluid; and iv) effecting flow of said abrasive fluid through said interior passage from said inlet portion to said outlet portion, which comprises moving a piston in a cylinder connected to said inlet portion of said interior passage, wherein said at least one deflecting object is moved in said passage, and said movement comprises movement in a direction parallel to a longitudinal axis of said passage, and wherein said at least one deflecting object effects a local reduction of the effective cross sectional area available for fluid flow, thus increasing the velocity of the abrasive fluid locally in the vicinity of the deflecting object, characterised in that said at least one deflecting object is mounted on a rod, which is connected to said piston. i) providing said workpiece having an interior passage defined at least partly by said interior surface to be treated, said passage having an inlet portion and an outlet portion; ii) providing in said interior passage at least one deflecting object, said deflecting object having an outer surface, whereby a space is formed between said outer surface of said at least one deflecting object and said interior surface of said workpiece; iii) providing an abrasive fluid in said space, such that said space is substantially filled with said abrasive fluid; and iv) effecting flow of said abrasive fluid through said interior passage from said inlet portion to said outlet portion, which comprises moving a piston in a cylinder connected to said inlet portion of said interior passage,
A folding roller comprising a cylindrical folding roller body, on which at least one conveyor belt is guided in at least one axial region, characterized in that the folding roller comprises at least one rubber-elastic insert in the in or each region in axial extension, in which the respective conveyor belt wraps at least partially around the folding roller.
Soft touch interior trim for vehicles comprising: - a substrate, - a soft touch layer, - a synthetic skin having:. a decorative front layer (4.1),. a supporting back layer (4.2), wherein the decorative front layer (4.1) and the supporting back layer (4.2) are intimately bonded each other, wherein the total thickness of the synthetic skin is less than 1.2 mm, the thickness of the supporting back layer (4.2) is greater than the thickness of the decorative front layer (4.1), characterized in that, the supporting back layer (4.2) comprises a filler with a maximum size less than 0.4 mm and a weight ratio less than 10% of the total weight of the supporting back layer (4.2). - a substrate, - a soft touch layer, - a synthetic skin having:. a decorative front layer (4.1),. a supporting back layer (4.2),. a decorative front layer (4.1),. a supporting back layer (4.2),
An immunogenic peptide or polypeptide comprising: at least two distinct antigenic peptide epitope sequences selected from a plurality of viral or microbial pathogens, and arranged in a non-natural order as compared to the native protein from which they are derived; wherein at least one of the antigenic epitopes comprises an isolated amino acid sequence that consists of an amino acid sequence that is at least 95% identical to the sequence of any one of SEQ ID NOs: 5, 15 and 14. at least two distinct antigenic peptide epitope sequences selected from a plurality of viral or microbial pathogens, and arranged in a non-natural order as compared to the native protein from which they are derived; wherein at least one of the antigenic epitopes comprises an isolated amino acid sequence that consists of an amino acid sequence that is at least 95% identical to the sequence of any one of SEQ ID NOs: 5, 15 and 14.
A polypeptide which activates the APJ receptor having the following formula: (SEQ ID NO: 10): X1-R-P-R-X5-a-X7-X8-G-P-X11-X12-X13 II wherein: X1 is the N-terminus of the polypeptide and is pE; X5 is L, Cha, D-L, F, Y, Y(Bzl), 3,4-CI2-F or Nal; X7 is a D-amino acid, L, H or Aib; X8 is K; X11 is D-Nle, Nle, for D-Nva; X12 is absent or a D-amino acid selected from a, f, p, e, abu, nva, and D-Leu; X13 is the C-terminus and is absent, F or a D-amino acid; and at least one of X11, X12 and X13 is a D-amino acid; wherein: abu is 2-amino-butyric acid; Nle is L-norleucine; D-Nle is D-norleucine; Nal is L-(naphthyl)alanine; D-Nva is D-norvaline; Aib is α-aminoisobutyric acid; Cha is -β-cyclohexylalanine; pE is L-pyroglutamic acid; 3,4-CI2-F is -3,4-dichlorophenylalanine; and Y(Bzl) is L-benzyl-tyrosine; or an amide, an ester or a salt of the polypeptide. X1 is the N-terminus of the polypeptide and is pE; X5 is L, Cha, D-L, F, Y, Y(Bzl), 3,4-CI2-F or Nal; X7 is a D-amino acid, L, H or Aib; X8 is K; X11 is D-Nle, Nle, for D-Nva; X12 is absent or a D-amino acid selected from a, f, p, e, abu, nva, and D-Leu; X13 is the C-terminus and is absent, F or a D-amino acid; and at least one of X11, X12 and X13 is a D-amino acid; abu is 2-amino-butyric acid; Nle is L-norleucine; D-Nle is D-norleucine; Nal is L-(naphthyl)alanine; D-Nva is D-norvaline; Aib is α-aminoisobutyric acid; Cha is -β-cyclohexylalanine; pE is L-pyroglutamic acid; 3,4-CI2-F is -3,4-dichlorophenylalanine; and Y(Bzl) is L-benzyl-tyrosine; or an amide, an ester or a salt of the polypeptide.
Microfluidic system comprising: - at least one channel for the flow of fluid having an inlet, an outlet and a longitudinal axis extending between the inlet and the outlet, said channel comprising a capture zone, and - means for applying a magnetic field having a decreasing intensity in the capture zone of the channel, from the inlet towards the outlet of the channel, characterized in that the cross-sectional area of the channel orthogonal to the longitudinal axis of the channel increases in the capture zone, from the inlet towards the outlet of the channel. - at least one channel for the flow of fluid having an inlet, an outlet and a longitudinal axis extending between the inlet and the outlet, said channel comprising a capture zone, and - means for applying a magnetic field having a decreasing intensity in the capture zone of the channel, from the inlet towards the outlet of the channel, characterized in that the cross-sectional area of the channel orthogonal to the longitudinal axis of the channel increases in the capture zone, from the inlet towards the outlet of the channel.