mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical formulation comprising an isolated human recombinant lysosomal acid lipase (rhLAL) in combination with a pharmaceutically acceptable carrier, diluent or excipient, said rhLAL comprising one or more N-glycan structures, wherein the rhLAL is N-linked glycosylated at Asn 15, Asn 80, Asn 140, Asn 252 and Asn 300 of SEQ ID NO: 2, and wherein the pharmaceutical formulation is an aqueous solution that has a pH between 5.6 and 6.2 or a pH of 5.9 ± 0.2.
A prosthetic device (10, 60) for placement between a tibial plateau and a femoral condyle, the prosthetic device comprising: a body portion comprising a semi-ellipsoidal outer portion and a central body portion, the outer portion having an increased thickness relative to the central body portion, wherein the central body portion has an upper surface (20, 63) configured to articulate engagement with the femoral condyle and a lower surface configured for engagement with the tibial plateau, the upper surface being at least partially concave and the lower surface being at least partially convex; a fixation member extending from and substantially perpendicular to the lower surface of the body portion, wherein the semi-ellipsoidal outer portion surrounds a majority of the central body portion, the fixation member is configured to engage with a prepared opening in the tibial plateau to fixedly engage the prosthetic device to the tibia, characterised in that a section of the central body portion defines an outer boundary (28, 62) extending between a first end of the semi-ellipsoidal outer portion and a second end of the semi-ellipsoidal outer potion, the outer boundary comprising a substantially planar surface and the body portion and the fixation member comprise a monolithic structure formed of a resiliently flexible polymeric material. a body portion comprising a semi-ellipsoidal outer portion and a central body portion, the outer portion having an increased thickness relative to the central body portion, wherein the central body portion has an upper surface (20, 63) configured to articulate engagement with the femoral condyle and a lower surface configured for engagement with the tibial plateau, the upper surface being at least partially concave and the lower surface being at least partially convex; a fixation member extending from and substantially perpendicular to the lower surface of the body portion, wherein the semi-ellipsoidal outer portion surrounds a majority of the central body portion, the fixation member is configured to engage with a prepared opening in the tibial plateau to fixedly engage the prosthetic device to the tibia, characterised in that a section of the central body portion defines an outer boundary (28, 62) extending between a first end of the semi-ellipsoidal outer portion and a second end of the semi-ellipsoidal outer potion, the outer boundary comprising a substantially planar surface and the body portion and the fixation member comprise a monolithic structure formed of a resiliently flexible polymeric material.
Shunt resonator for a fresh air apparatus of an internal combustion engine and/or a fuel cell, - with a resonator housing defining a cavity, wherein in the resonator housing at least one opening is provided for connecting the shunt resonator to the fresh air apparatus, - with a fluid absorber which is attached onto the inside of the resonator housing and covers the latter at least partly made of fleece and/or structural foam for absorbing fluid that has entered the cavity, characterised in that - the fluid absorber is attached onto exactly one housing wall of the resonator housing, - wherein the fluid absorber is provided on a housing wall of the resonator housing which housing wall is arranged adjacent to the opening and/or to the grid structure arranged in the opening. - with a resonator housing defining a cavity, wherein in the resonator housing at least one opening is provided for connecting the shunt resonator to the fresh air apparatus, - with a fluid absorber which is attached onto the inside of the resonator housing and covers the latter at least partly made of fleece and/or structural foam for absorbing fluid that has entered the cavity, - the fluid absorber is attached onto exactly one housing wall of the resonator housing, - wherein the fluid absorber is provided on a housing wall of the resonator housing which housing wall is arranged adjacent to the opening and/or to the grid structure arranged in the opening.
A heat exchange system which enables the thermal regulation inside a building, comprising an exchange volume which is configured to be arranged on an approximately horizontal external surface which is superimposed on or adjacent to the building, a collection network which is integrated in the exchange volume to receive heat, characterized in that the exchange volume comprises an external surface in contact with the atmosphere, and a porous substrate which enables water to be retained, and in that the external surface is a vegetated layer of the muscoid type.
A method of manufacturing a solar cell module including a step of electrically connecting wiring members to a front-surface electrode and a back-surface electrode of a solar cell by use of resin adhesives, the method comprising: arranging a resin adhesive, a first wiring member, a first cushion sheet, and an upper press member on the front-surface electrode of the solar cell in this order and arranging a resin adhesive, a second wiring member, a second cushion sheet, and a lower press member on the back-surface electrode of the solar cell in this order; fixing the wiring members to the front-surface electrode and the back-surface electrode by applying pressure to the upper press member and the lower press member in directions opposed to each other, and then by thermally curing the resin adhesives by heating at a temperature equal to or higher than a curing temperature of the resin adhesives, and detaching the first cushion sheet from the solar cell by releasing the pressure to the press members, and moving the upper press member upward while keeping at least the second cushion sheet stick to the solar cell. arranging a resin adhesive, a first wiring member, a first cushion sheet, and an upper press member on the front-surface electrode of the solar cell in this order and arranging a resin adhesive, a second wiring member, a second cushion sheet, and a lower press member on the back-surface electrode of the solar cell in this order; fixing the wiring members to the front-surface electrode and the back-surface electrode by applying pressure to the upper press member and the lower press member in directions opposed to each other, and then by thermally curing the resin adhesives by heating at a temperature equal to or higher than a curing temperature of the resin adhesives, and detaching the first cushion sheet from the solar cell by releasing the pressure to the press members, and moving the upper press member upward while keeping at least the second cushion sheet stick to the solar cell.
A method for controlling an agricultural implement in a transport position during transport, the agricultural implement comprising a plurality of implement tools (22a, 22b, 24a, 24b, 26a, 26b, 28a, 28b, 30a, 30b) and at least one actuator for moving one or more of the plurality of implement tools, wherein the method comprises: determining a present or future change in the agricultural implement's speed and/or direction of motion; determining an actuator-control-signal based on the determination of a present or future change; automatically activating an operation of the at least one actuator for moving the one or more of the plurality of implement tools, if a present or future change in the agricultural implement's speed and/or direction is determined. determining a present or future change in the agricultural implement's speed and/or direction of motion; determining an actuator-control-signal based on the determination of a present or future change; automatically activating an operation of the at least one actuator for moving the one or more of the plurality of implement tools, if a present or future change in the agricultural implement's speed and/or direction is determined.
A papermaking device for use in a papermaking machine, comprising at least one resin layer comprising a polyurethane resin, wherein: the polyurethane resin is obtainable by reacting a urethane prepolymer having an isocyanate group with a curing agent having an active hydrogen group, wherein: the urethane prepolymer is obtainable by reacting a polyisocyanate compound comprising 2,4-tolylene-diisocyanate and/or 2,6-tolylene-diisocyanate with a polyol compound comprising one or more polyether polycarbonate diol(s).
An adhered roofing system comprising: i. a roof substrate; ii. a thermoplastic membrane including at least one layer that includes a functionalized thermoplastic polymer, where the functionalized thermoplastic polymer is maleated polypropylene or is a maleated propylene-based polymer; and iii. an adhesive securing the membrane to the substrate, where the adhesive includes a cured residue of a polymer having a silicon-containing hydrolyzable terminal group. i. a roof substrate; ii. a thermoplastic membrane including at least one layer that includes a functionalized thermoplastic polymer, where the functionalized thermoplastic polymer is maleated polypropylene or is a maleated propylene-based polymer; and iii. an adhesive securing the membrane to the substrate, where the adhesive includes a cured residue of a polymer having a silicon-containing hydrolyzable terminal group.
A method for controlling a wearable robot having at least one leg unit, the method comprising: (a) obtaining at least one input signal from at least one encoder tracking a hip joint angle versus time, the at least one encoder attached to the wearable robot and corresponding to the at least one leg unit; (b) windowing the at least one input signal within a window size based on time versus the hip joint angle; (c) decomposing the at least one input signal with a Discrete Wavelet Transform; (d) identifying at least one gait event in a gait cycle by using the DWT; (e) computing temporal gait parameters based on the at least one gait event; (f) generating an assistive force in the at least one leg unit in response to the temporal gait parameters. (a) obtaining at least one input signal from at least one encoder tracking a hip joint angle versus time, the at least one encoder attached to the wearable robot and corresponding to the at least one leg unit; (b) windowing the at least one input signal within a window size based on time versus the hip joint angle; (c) decomposing the at least one input signal with a Discrete Wavelet Transform; (d) identifying at least one gait event in a gait cycle by using the DWT; (e) computing temporal gait parameters based on the at least one gait event; (f) generating an assistive force in the at least one leg unit in response to the temporal gait parameters.
A projection system, comprising: at least two emitting surface groups (410; 420; 430), which each comprise a plurality of emitting surfaces emitting (411, 412, 413) light in different colors; a light modulator; an illumination optical system arranged between the at least two emitting surface groups (410; 420; 430) and the light modulator, the illumination optical system comprising at least two optical paths which correspond to the at least two emitting surface groups respectively, light emitted from each of the emitting surface groups (410; 420; 430) making a uniform illumination on a specific input region of the light modulator by passing through an optical path corresponding thereto, wherein respective input regions on the light modulator which are illuminated by the light emitted from the respective emitting surface groups (410; 420; 430) do not 100% overlap each other; and a light source controller, which adjusts brightness and/or color ratio of illumination on a corresponding input region of the light modulator by individually controlling at least one of the emitting surface groups (410; 420; 430), characterized in that, the illumination optical system comprises at least two freeform lenses corresponding to the at least two emitting surface groups (410; 420; 430) respectively, each of the freeform lenses forms a part of each of the optical paths, the light emitted from each of the emitting surface groups (410; 420; 430) makes a uniform illumination on the specific input region of the light modulator by passing through a freeform lens corresponding thereto. at least two emitting surface groups (410; 420; 430), which each comprise a plurality of emitting surfaces emitting (411, 412, 413) light in different colors; a light modulator; an illumination optical system arranged between the at least two emitting surface groups (410; 420; 430) and the light modulator, the illumination optical system comprising at least two optical paths which correspond to the at least two emitting surface groups respectively, light emitted from each of the emitting surface groups (410; 420; 430) making a uniform illumination on a specific input region of the light modulator by passing through an optical path corresponding thereto, wherein respective input regions on the light modulator which are illuminated by the light emitted from the respective emitting surface groups (410; 420; 430) do not 100% overlap each other; and a light source controller, which adjusts brightness and/or color ratio of illumination on a corresponding input region of the light modulator by individually controlling at least one of the emitting surface groups (410; 420; 430), characterized in that, the illumination optical system comprises at least two freeform lenses corresponding to the at least two emitting surface groups (410; 420; 430) respectively, each of the freeform lenses forms a part of each of the optical paths, the light emitted from each of the emitting surface groups (410; 420; 430) makes a uniform illumination on the specific input region of the light modulator by passing through a freeform lens corresponding thereto.
A process for the preparation of Hexanoic acid, 6-(nitrooxy)-, (1S,2E)-3-[(1R,2R,3S,5R)-2-[ -7-(ethylammo)-7-oxo-2-hepten-1-yl]-3,5-dihydroxycyclopentyl]-1-(2-phenylethyl)-2-propen-1-yl ester of formula: said process comprising the following steps: a) reacting compound of formula: with 6-(nitrooxy)hexanoyl chloride of formula: in the presence of 4-dimethylaminopyridine in free form, to obtain compound of formula: b) removing the boronate protective group of compound of formula to obtain compound of formula. a) reacting compound of formula: with 6-(nitrooxy)hexanoyl chloride of formula: in the presence of 4-dimethylaminopyridine in free form, to obtain compound of formula: b) removing the boronate protective group of compound of formula to obtain compound of formula.
A pouch assembly containing a liquid being an aqueous urea solution for use in a selective catalytic reduction system for treating exhaust gases of an internal combustion engine of a vehicle and for transferring the liquid to a liquid tank of the vehicle, the pouch assembly comprising a flexible pouch and a spout attached thereto wherein at least a part of the spout extends outside the flexible pouch and that is arranged to dispense the liquid contained in the flexible pouch into the liquid tank of the vehicle via a tank filling neck configured to receive the spout, wherein the spout comprises - a base having an elongated axial through-passage to serve as a discharge passage for the liquid, the base extending axially through an opening provided in a wall of the pouch and being attached to the opening, - a top end having an elongated axial through-passage in fluid connection with the base elongated axial through-passage, the top end configured for insertion into the filling neck of the liquid tank for transfer liquid into the liquid tank; wherein the spout further comprises a body that - extends between the base and the top end of the spout, - has an elongated shape, - has an elongated axial through-passage in fluid connection with base and top end elongated axial through-passages (211, 221), and - is suitable for at least partially extending into the tank filling neck of the liquid tank for the transfer of liquid into the liquid tank, characterized in that the body of the spout is disposed with a ring-shaped protrusion extending at least partially around a circumference of the body of the spout, and the tank filling neck is disposed with at least one protrusion configured to co-operate with the spout ring-shaped protrusion for releasable latching attachment of the pouch spout in the tank filling neck. - a base having an elongated axial through-passage to serve as a discharge passage for the liquid, the base extending axially through an opening provided in a wall of the pouch and being attached to the opening, - a top end having an elongated axial through-passage in fluid connection with the base elongated axial through-passage, the top end configured for insertion into the filling neck of the liquid tank for transfer liquid into the liquid tank; wherein the spout further comprises a body that - extends between the base and the top end of the spout, - has an elongated shape, - has an elongated axial through-passage in fluid connection with base and top end elongated axial through-passages (211, 221), and - is suitable for at least partially extending into the tank filling neck of the liquid tank for the transfer of liquid into the liquid tank,
A method for coating a fibrous web, said method comprising the steps of: a. providing a textured substrate having at least one textured surface region, b. applying a coating agent to the textured surface region of said textured substrate, so as to provide a coated textured surface region of said textured substrate; c. applying a fibre furnish onto the coated, textured surface region of said textured substrate; and dewatering said fibre furnish to provide a wet fibrous web, or, d. applying a wet fibrous web onto the coated, textured surface region of said textured substrate; e. drying said wet fibrous web from step c. or step d. such that at least a portion of said coating agent is transferred to said fibrous web, and f. removing the coated fibrous web from said textured surface region, thereby providing a coated fibrous web. a. providing a textured substrate having at least one textured surface region, b. applying a coating agent to the textured surface region of said textured substrate, so as to provide a coated textured surface region of said textured substrate; c. applying a fibre furnish onto the coated, textured surface region of said textured substrate; and dewatering said fibre furnish to provide a wet fibrous web, or, d. applying a wet fibrous web onto the coated, textured surface region of said textured substrate; e. drying said wet fibrous web from step c. or step d. such that at least a portion of said coating agent is transferred to said fibrous web, and f. removing the coated fibrous web from said textured surface region, thereby providing a coated fibrous web.
A method for engraving images into a radiation-sensitive layer by means of laser radiation, wherein the layer is irradiated point by point such that a blackening (S ist (P i, k)) is achieved for an image point (P i, k), said blackening corresponding to a grayscale level specified for said image point (P i, k), wherein, for the image point (P i, k), - the achieved blackening (S ist (P i, k)) is determined, - the difference (ΔS I, k) between determined blackening (S ist (P i,k)) and specified blackening (S soll (P i,k)) is calculated, and - said difference (ΔS i,k) is distributed to a plurality of adjacent pixels (P i,k+n; P i+n,k+m) of adjacent rows or columns, which are yet to be irradiated. - the achieved blackening (S ist (P i, k)) is determined, - the difference (ΔS I, k) between determined blackening (S ist (P i,k)) and specified blackening (S soll (P i,k)) is calculated, and - said difference (ΔS i,k) is distributed to a plurality of adjacent pixels (P i,k+n; P i+n,k+m) of adjacent rows or columns, which are yet to be irradiated.
A peritoneal dialysis system comprising: a dialysis machine; and a server computer (114, 118) in communication with the dialysis machine, wherein the dialysis machine is an automated peritoneal dialysis ("APD") machine (104, 104a, 104b) programmed to run a therapy using first and second different dialysates, and the APD machine is programmed to inform the server computer of first and second amounts of the first and second dialysates consumed, respectively, over a first delivery period, the server computer programmed to use the first and second amounts consumed to determine first and second delivery amounts of the first and second dialysates for a second delivery period. a dialysis machine; and a server computer (114, 118) in communication with the dialysis machine, wherein the dialysis machine is an automated peritoneal dialysis ("APD") machine (104, 104a, 104b) programmed to run a therapy using first and second different dialysates, and the APD machine is programmed to inform the server computer of first and second amounts of the first and second dialysates consumed, respectively, over a first delivery period, the server computer programmed to use the first and second amounts consumed to determine first and second delivery amounts of the first and second dialysates for a second delivery period.
Method for determining a state of a distillation column having a plurality of column stages for separating a feed fluid flow into individual fluid components, wherein the state is determined by means of a model as a function of pressure differences prevailing between adjacent column stages, wherein, in the model, both the vapor and the liquid flows between the adjacent column stages are caused by the pressure differences prevailing between the adjacent column stages, wherein, in the model, a molar flow rate Ṅ V which characterizes the vapor flow between two column stages is given by Ṅ V · R V = C V. Δ p V and a molar flow rate Ṅ L which characterizes the liquid flow between two column stages is given by Ṅ L · R L = C L · Δ p L, wherein, for the vapor or liquid phase in each case, Δ p V,L is a total pressure difference between the two adjacent column stages, R V,L is a resistance factor between the two adjacent column stages and C V,L is a conductance factor of the flow between the two adjacent column stages.
Hinge-side finger protection device for a leaf door, wherein the finger protection device has at least one protective element (1, 3) and at least one fastening element (2, 4), wherein the fastening element (2, 4) firstly is designed for fastening to a door leaf of the leaf door or to a door frame of the leaf door and secondly carries the protective element (1, 3), wherein the protective element (1, 3) is pivotable relative to the fastening element (2, 4), characterized in that the protective element (1, 3) can be fixed in a pivoted position relative to the fastening element (2, 4).