mhurhangee/ep-ind-claims huggingface dataset:
An applicator for applying an antiseptic solution to a desired surface and for selectively removing undesired by-products from the antiseptic solution, the applicator comprising: antiseptic solution in amount sufficient to be applied to a desired surface and to have an antimicrobial effect on the desired surface, wherein the antiseptic solution is selected from the group consisting of an aqueous solution of chlorhexidine and an aqueous solution of a chlorhexidine salt, said salt being selected from the group consisting of gluconate, acetate, chloride, bromide, nitrate, sulphate, carbonate and phosphanilate, and at least one porous element, wherein the at least one porous element selectively removes undesired by-products from the antiseptic solution by 50-90% when the antiseptic solution contacts the at least one porous element, wherein the undesired by-product is para-chloraniline; and wherein the at least one porous element is a hydrophilic polyester-polyurethane foam or felt material.
A deposition head for additive manufacturing comprising: a nozzle body defining a material feeder having: a first feeder including a first guide formed within a sidewall of the nozzle body configured to deposit in use a powder feed material through the nozzle body to a growth surface; and a second feeder including a second guide formed within the sidewall of the nozzle body configured to deposit in use a wire through the nozzle body to the growth surface; and an electromagnetic energy source within an open interior region of the nozzle body to direct electromagnetic energy to the growth surface, wherein the electromagnetic energy forms a melt pool on the growth surface, and wherein the melt pool comprises at least one of molten powder and molten wire; and an optic and optic drive mechanism within the open interior region of the nozzle body to focus the electromagnetic energy, wherein the optic is linearly movable relative to the electromagnetic energy source, and wherein linear movement of the optic relative to the electromagnetic energy source adjusts a size of the melt pool, and wherein a deposition angle of the feed materials 118 is controllable by an orientation of the nozzle body relative to the growth surface and/or the melt pool. a first feeder including a first guide formed within a sidewall of the nozzle body configured to deposit in use a powder feed material through the nozzle body to a growth surface; and a second feeder including a second guide formed within the sidewall of the nozzle body configured to deposit in use a wire through the nozzle body to the growth surface; and an electromagnetic energy source within an open interior region of the nozzle body to direct electromagnetic energy to the growth surface, wherein the electromagnetic energy forms a melt pool on the growth surface, and wherein the melt pool comprises at least one of molten powder and molten wire; and an optic and optic drive mechanism within the open interior region of the nozzle body to focus the electromagnetic energy, wherein the optic is linearly movable relative to the electromagnetic energy source, and wherein linear movement of the optic relative to the electromagnetic energy source adjusts a size of the melt pool, and wherein a deposition angle of the feed materials 118 is controllable by an orientation of the nozzle body relative to the growth surface and/or the melt pool.
A method for name resolution in a domain name system, DNS, the method comprising: encrypting a first part of a DNS query for a domain name using cryptography keys; transmitting, from a client device, said DNS query containing a domain name to an untrusted first caching server for resolving the domain name, wherein the domain name includes said first part having an encrypted request and a second part having an unencrypted network resource identifier corresponding to a resource record identifying a trusted second caching server having a verified security credential in relation to the client device, wherein the DNS query is transmitted with an attached digital signature of the client device for verifying to the trusted second caching server that the encrypted DNS request originates from the client device; receiving, at the client device, a DNS response from the untrusted first caching server in response to the transmitted DNS query, the received DNS response containing an encrypted reply to the encrypted request in the first part of the domain name associated with the DNS query, thereby providing protection against privacy violations or security attacks to the request in the DNS query; and decrypting the encrypted reply in the DNS response using cryptography keys. encrypting a first part of a DNS query for a domain name using cryptography keys; transmitting, from a client device, said DNS query containing a domain name to an untrusted first caching server for resolving the domain name, wherein the domain name includes said first part having an encrypted request and a second part having an unencrypted network resource identifier corresponding to a resource record identifying a trusted second caching server having a verified security credential in relation to the client device, wherein the DNS query is transmitted with an attached digital signature of the client device for verifying to the trusted second caching server that the encrypted DNS request originates from the client device; receiving, at the client device, a DNS response from the untrusted first caching server in response to the transmitted DNS query, the received DNS response containing an encrypted reply to the encrypted request in the first part of the domain name associated with the DNS query, thereby providing protection against privacy violations or security attacks to the request in the DNS query; and decrypting the encrypted reply in the DNS response using cryptography keys.
Machine tool with integrated pallet changer, said pallet changer is allocated between the working area of the machine tool and a setup station for the exchange of individual pallets, the pallet changer includes a vertical axle, which supports two revolvable, preferably symmetrically arranged, racks (7,8) separated preferably by a wall from each other, characterized in that each rack (7,8) comprises at least two trays allocated above each other for containing therein shiftable pallets, said racks (7,8) being movably supported on the axle to move along the axle independently from the other rack (7,8) in a vertical direction, the pallet changer further comprising two pallet extractors (9,10, 24, 25), wherein both pallet extractors (9,10, 24, 25) are designed for shifting a pallet in and out of the tray located at a predetermined height (h, h1, h2) to the setup station or to the working area of the machine tool, preferably the predetermined height (h) for shifting pallets in and out of the trays is for both pallet extractors (24, 25) the same.
A packing device for filling fuel elements with a powder through a fill aperture in an outer shell of the fuel element, comprising a stationary base configured to be received on a support surface; a clamp assembly including a body defining a bore therein, the bore being configured to slidably receive a fuel element therein, and an adjustment member configured to exert force on a corresponding fuel element disposed within the bore of the body, wherein the clamp assembly is movable along a vertical axis with respect to the stationary base; characterised by a vibratory motor affixed to the body of the clamp assembly so that the vibratory motor induces vibration of the clamp assembly; and a powder reservoir assembly including a powder reservoir, a fill needle in fluid communication with the powder reservoir, and a reservoir support that is adjustably secured to the body of the clamp assembly so that the powder reservoir can be adjusted vertically. a stationary base configured to be received on a support surface; a clamp assembly including a body defining a bore therein, the bore being configured to slidably receive a fuel element therein, and an adjustment member configured to exert force on a corresponding fuel element disposed within the bore of the body, wherein the clamp assembly is movable along a vertical axis with respect to the stationary base; characterised by a vibratory motor affixed to the body of the clamp assembly so that the vibratory motor induces vibration of the clamp assembly; and a powder reservoir assembly including a powder reservoir, a fill needle in fluid communication with the powder reservoir, and a reservoir support that is adjustably secured to the body of the clamp assembly so that the powder reservoir can be adjusted vertically.
Cooking hob device having at least one boundary board connector (12a-b), which is provided to contact a circuit board (14a-b), characterised by at least one positioning element (16a-b) which is embodied to differ from the boundary board connector (12a-b) and is provided to fix the boundary board connector (12a-b) in a position relative to the circuit board (14a-b), wherein the positioning element (16a-b) is provided to touch the boundary board connector (12a-b) and/or the circuit board (14a-b), to some extent at least, for the purpose of fixing a position of the boundary board connector (12a-b) relative to the circuit board (14a-b).
A stimulation device for stimulating a stimulation region within a patient comprising: a waveform generation circuit (40, 600) for generating a waveform part having a shape based on a desired waveform other than a square wave; a stimulation pulse generating circuit for generating a stimulation pulse to be provided to a stimulation region of the patient; characterized in that the stimulation device further comprises: a time scaling circuit (42, 43) for input to said waveform generation circuit (40, 600), wherein said waveform part generated by said waveform generation circuit (40, 600) resembles said desired waveform scaled in time based on a value of a scaling factor; and wherein the stimulation pulse generating circuit is further adapted to generate the stimulation pulse such that the stimulation pulse includes a portion based on said scaled waveform part. a waveform generation circuit (40, 600) for generating a waveform part having a shape based on a desired waveform other than a square wave; a stimulation pulse generating circuit for generating a stimulation pulse to be provided to a stimulation region of the patient; characterized in that the stimulation device further comprises: a time scaling circuit (42, 43) for input to said waveform generation circuit (40, 600), wherein said waveform part generated by said waveform generation circuit (40, 600) resembles said desired waveform scaled in time based on a value of a scaling factor; and wherein the stimulation pulse generating circuit is further adapted to generate the stimulation pulse such that the stimulation pulse includes a portion based on said scaled waveform part. a time scaling circuit (42, 43) for input to said waveform generation circuit (40, 600), wherein said waveform part generated by said waveform generation circuit (40, 600) resembles said desired waveform scaled in time based on a value of a scaling factor; and wherein the stimulation pulse generating circuit is further adapted to generate the stimulation pulse such that the stimulation pulse includes a portion based on said scaled waveform part.
A spindle device (100, 200, 300, 400, 500, 600, 700, 800) in which a rotating shaft to which a radial load is applied is supported to a housing via a bearing portion (11, 13), wherein the bearing portion comprises: a pair of load point side bearing portions that are spaced apart from each other in an axial direction, with a load point where the radial load is applied to the rotating shaft serving as a center, and each of which has three or more rows of angular contact ball bearings (17A, 17B, 17C, 17D, 17E, 17F); and a pair of counter-load point side bearing portions that are spaced apart from each other at an outer side in the axial direction from the pair of load point side bearing portions, and each of which has two or more rows of angular contact ball bearings (19A, 19B, 19C).
A method for applying a mask-shaped coating to an endless belt, wherein the coating is applied to an outer surface of the endless belt in the form of drops by means of a printer, wherein, during a printing operation, the endless belt passes under the printer that is stationary in the direction of movement of the endless belt, wherein the endless belt circulates between two rollers, characterized by the following steps: a) applying or transferring at least one measuring standard (6, 7) having periodic graduations to the endless belt, in particular to a surface quality of the endless belt; b) detecting the position of the measuring standard (6, 7) and a periodic graduation of the measuring standard (6, 7) by means of at least one sensor (4, 5); c) creating a signal for printing and transmission to the printer when the position of the measuring standard (6, 7) on the surface of the endless belt, detected by the at least one sensor (4, 5), corresponds with a target position and when the at least one sensor (4, 5) detects an end or a start of a graduation interval of the measuring standard (6, 7); d) ejecting drops of a coating material onto the outer surface of the endless belt by means of the printer after receiving the signal, wherein the target position of the at least one measuring standard (6, 7) is determined on a sensor surface of the at least one optical sensor, wherein in case of a deviation between the target position and the actual position of the measuring standard, the position of the sensor is changed until the actual position of the at least one measuring standard (6, 7) corresponds with the target position on the sensor surface, characterized in that the position of the at least one measuring standard with respect to a transverse direction of the endless belt is detected by means of at least one optical sensor, wherein the position of the printer is changed according to a deviation of the measuring standard from a target position in the direction of the transverse direction of the endless belt. a) applying or transferring at least one measuring standard (6, 7) having periodic graduations to the endless belt, in particular to a surface quality of the endless belt; b) detecting the position of the measuring standard (6, 7) and a periodic graduation of the measuring standard (6, 7) by means of at least one sensor (4, 5); c) creating a signal for printing and transmission to the printer when the position of the measuring standard (6, 7) on the surface of the endless belt, detected by the at least one sensor (4, 5), corresponds with a target position and when the at least one sensor (4, 5) detects an end or a start of a graduation interval of the measuring standard (6, 7); d) ejecting drops of a coating material onto the outer surface of the endless belt by means of the printer after receiving the signal,
A pharmaceutical composition comprising a proliposomal powder dispersion, wherein the proliposomal powder dispersion consists of: (a) paclitaxel, (b) dimyristoyl phosphatidylcholine (DMPC), and (c) dimyristoyl phosphatidyl glycerol sodium (DMPG), wherein the weight ratios of a: b: c are 1.0: 1.43: 0.567, for use in a method of treating bladder cancer. (a) paclitaxel, (b) dimyristoyl phosphatidylcholine (DMPC), and (c) dimyristoyl phosphatidyl glycerol sodium (DMPG), wherein the weight ratios of a: b: c are 1.0: 1.43: 0.567, for use in a method of treating bladder cancer.
A rotary knife fixture for cutting products propelled into cutting engagement therewith at a selected speed, comprising: a blade holder having a generally ring-shaped configuration; a bearing assembly carrying said blade holder; means for rotatably driving said bearing assembly to correspondingly rotatably drive said blade holder at a selected rotational speed; characterized by: at least one cutting blade (16 or 16") carried by said blade holder, said at least one cutting blade (16 or 16") having a sharpened cutting edge (16' or 16"') at one side thereof and being twisted generally at a centerline thereof to define a pair of cutting edges (16' or 16"') presented generally in opposite-facing circumferential directions; and by a means for securing opposite ends of said at least one cutting blade (16 or 16") to said blade holder at a selected pitch angle defined in use by the formula: Pitch Angle = ArcTan (2 x Pi x Radius / Pitch Length), where the radius is the radius of the cutting blade (16 or 16") and the pitch length is the product travel per cutting blade revolution. a blade holder having a generally ring-shaped configuration; a bearing assembly carrying said blade holder; means for rotatably driving said bearing assembly to correspondingly rotatably drive said blade holder at a selected rotational speed; characterized by: at least one cutting blade (16 or 16") carried by said blade holder, said at least one cutting blade (16 or 16") having a sharpened cutting edge (16' or 16"') at one side thereof and being twisted generally at a centerline thereof to define a pair of cutting edges (16' or 16"') presented generally in opposite-facing circumferential directions; and by a means for securing opposite ends of said at least one cutting blade (16 or 16") to said blade holder at a selected pitch angle defined in use by the formula: Pitch Angle = ArcTan (2 x Pi x Radius / Pitch Length), where the radius is the radius of the cutting blade (16 or 16") and the pitch length is the product travel per cutting blade revolution. at least one cutting blade (16 or 16") carried by said blade holder, said at least one cutting blade (16 or 16") having a sharpened cutting edge (16' or 16"') at one side thereof and being twisted generally at a centerline thereof to define a pair of cutting edges (16' or 16"') presented generally in opposite-facing circumferential directions; and by a means for securing opposite ends of said at least one cutting blade (16 or 16") to said blade holder at a selected pitch angle defined in use by the formula: Pitch Angle = ArcTan (2 x Pi x Radius / Pitch Length), where the radius is the radius of the cutting blade (16 or 16") and the pitch length is the product travel per cutting blade revolution.
A device for sealing a ship propeller shaft between outside water and a lubricant space using a multiple seal, which has at least one sealing ring (38, 40) directed towards the outside water and at least one sealing ring (34, 36) directed towards the lubricant space, a sealing chamber (42, 44, 46) being formed between two adjacent sealing rings (34, 36, 38, 40) in each case, into which sealing chamber a fluid can be introduced by means of at least one medium line (12, 14) in each case and out of which sealing chamber the fluid can be discharged by means of at least one medium line (12, 14) in each case, characterized in that at least two medium lines (12, 14) are guided in one another in sections, wherein the one medium line has a line section realized as a bore and the other medium line has a line section realized as a pipe, which runs in the bore.
A synthetic lipoteichoic acid mimetic having the following general formula wherein z is an integer selected from 1 to 40, and preferably selected from 4 to 6. wherein R 1 is selected from H or a carbohydrate moiety, and L is a linker moiety for connecting said mimetic to a suitable carrier protein, or salts or solvates thereof.
Method for physical vapor deposition, in particular for coating an optical surface such as a spectacle lens, the method comprising: - providing a crucible comprising a first evaporation material and a second evaporation material, wherein the first evaporation material has a first vapor pressure and the second evaporation material has a second vapor pressure different from the first vapor pressure; and - concurrent evaporation of the first evaporation material and the second evaporation material from the same crucible; characterized in that the ratio of the exposed surface of the first evaporation material and the exposed surface of the second evaporation material in said crucible is adapted to counterbalance the difference in vapor pressure between the first and the second evaporation material. - providing a crucible comprising a first evaporation material and a second evaporation material, wherein the first evaporation material has a first vapor pressure and the second evaporation material has a second vapor pressure different from the first vapor pressure; and - concurrent evaporation of the first evaporation material and the second evaporation material from the same crucible; characterized in that the ratio of the exposed surface of the first evaporation material and the exposed surface of the second evaporation material in said crucible is adapted to counterbalance the difference in vapor pressure between the first and the second evaporation material.
Horizontal shredding plant having a stationary base frame and side walls (2, 3) for receiving the shafts of a cylindrical hammer mill and having a bottom grate with terminating elements (7, 8), characterized in that a) hydraulic cylinders directed from the outside onto the lateral surface of the bottom grate are arranged in the side walls (2, 3), arranged perpendicular to the shaft of the hammer mill, of the base frame parallel to the shaft, to the head side of the plungers of which hydraulic cylinders b) support plates are fastened parallel to the lateral surface of the bottom grate, to which support plates c) clamping plates engaging over the bottom grate are fastened, wherein d) openings are made in the side walls (2, 3) of the base frame corresponding to the shape of the surfaces of the support plates. a) hydraulic cylinders directed from the outside onto the lateral surface of the bottom grate are arranged in the side walls (2, 3), arranged perpendicular to the shaft of the hammer mill, of the base frame parallel to the shaft, to the head side of the plungers of which hydraulic cylinders b) support plates are fastened parallel to the lateral surface of the bottom grate, to which support plates c) clamping plates engaging over the bottom grate are fastened, wherein d) openings are made in the side walls (2, 3) of the base frame corresponding to the shape of the surfaces of the support plates.