mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing supported lipid bilayer on a porous silica nanoparticle with a ζ-potential comprised between -10 mV and +10 mV, said method comprising the following steps: a) providing a negatively charged supported lipid bilayer on a porous silica nanoparticle, wherein said negatively charged supported lipid bilayer has a ζ-potential inferior to -15 mV and wherein said negatively charged supported lipid bilayer comprised at least one phospholipid and; b) adding a formulation of lipids, said lipids being 1,2-dioleoyl-3-trimethylammonium-propane alias DOTAP, cholesterol and at least one lipid different from DOTAP and cholesterol; characterized in that said method further comprises the step of c) performing an ultra-sonication. a) providing a negatively charged supported lipid bilayer on a porous silica nanoparticle, wherein said negatively charged supported lipid bilayer has a ζ-potential inferior to -15 mV and wherein said negatively charged supported lipid bilayer comprised at least one phospholipid and; b) adding a formulation of lipids, said lipids being 1,2-dioleoyl-3-trimethylammonium-propane alias DOTAP, cholesterol and at least one lipid different from DOTAP and cholesterol; characterized in that said method further comprises the step of c) performing an ultra-sonication.
A computer-implemented process for creating a physical three dimensional '3D' topological surface from one or more images, comprising: receiving a depth image of a surface to be replicated; determining depth information at a dense distribution of points corresponding to points in the depth image; feeding the depth information to actuators on sliding shafts in an array so that each sliding shaft is adjusted to the depth in the depth image to create the physical 3D topological surface; and characterized by further comprising verifying the created 3D topological surface by comparing a depth image of the created 3D topological surface to the depth image of the surface to be replicated; and using any depth discrepancies obtained by the comparing step to adjust the depths at various points in the created 3D topological surface accordingly. receiving a depth image of a surface to be replicated; determining depth information at a dense distribution of points corresponding to points in the depth image; feeding the depth information to actuators on sliding shafts in an array so that each sliding shaft is adjusted to the depth in the depth image to create the physical 3D topological surface; and characterized by further comprising verifying the created 3D topological surface by comparing a depth image of the created 3D topological surface to the depth image of the surface to be replicated; and using any depth discrepancies obtained by the comparing step to adjust the depths at various points in the created 3D topological surface accordingly.
An installation passive infrared sensor device with at least one PIR sensor unit arranged in a housing, and a surface lens arrangement arranged at a distance from the PIR sensor unit, which arrangement is designed such that, in a detecting plane arranged in a parallel plane to the surface extension of the surface lens arrangement, the sensor device has a detecting region with a casing contour which is such that a surface can be covered without gaps and without overlaps by putting together several such detecting regions, wherein the housing has an installation section which can be sunk into a mounting opening and a wall or cover section surrounding a contact surface for externally abutting against a visibility section from which is visible the wall or cover section, and which surrounds the mounting opening, the visibility section remains visible on the cover or wall in a sunken state of the housing, the housing perimeter contour of a housing section corresponds, on a smaller scale, at least approximately, to the casing contour of the detecting region in the detecting plane and the contour sections of housing section and detecting region which correspond to one another are aligned parallel to one another; the surface lens arrangement is arranged in the visibility section; the height extension of the visibility section perpendicular to the contact surface is less than 7 mm or the ratio between the height extension of the visibility section and the overall height of the housing of the sensor device is chosen from a value range between 1:10 and 1:30; and the casing contour of the detecting region in the detecting plane is rectangular, square or honeycombed.
A sensor electronics module comprising a wireless transceiver, a processor, and a memory, and being integral with or releasably attachable to a continuous glucose monitoring sensor, wherein the memory holds machine-readable instructions which, when executed by the processor, cause the sensor electronics module to: receive glucose concentration measurements from the continuous glucose monitoring sensor; calculate and store estimated glucose values based upon the received glucose concentration measurements; determine a communication condition that comprises a condition of a user of the continuous glucose monitoring sensor by analyzing the estimated glucose values; transmit, via the transceiver, a plurality of advertising beacons to at least a first display device according to an advertising interval for an advertising duration, wherein the advertising duration is the duration for which the first display device is to be advertised to, and the advertising interval is the amount of time between the transmission of each beacon of the plurality of advertising beacons in the advertising duration; upon the first device responding to one of the plurality of advertising beacons, establish a wireless communication session with the first display device; and transmit the estimated glucose values to the first display device; characterised in that the machine readable instructions, when executed by the Processor, cause the sensor electronics module to adjust the advertising duration based upon the communication condition by increasing the advertising duration if the estimated glucose values indicate that the user is going hypoglycemic. receive glucose concentration measurements from the continuous glucose monitoring sensor; calculate and store estimated glucose values based upon the received glucose concentration measurements; determine a communication condition that comprises a condition of a user of the continuous glucose monitoring sensor by analyzing the estimated glucose values; transmit, via the transceiver, a plurality of advertising beacons to at least a first display device according to an advertising interval for an advertising duration, wherein the advertising duration is the duration for which the first display device is to be advertised to, and the advertising interval is the amount of time between the transmission of each beacon of the plurality of advertising beacons in the advertising duration; upon the first device responding to one of the plurality of advertising beacons, establish a wireless communication session with the first display device; and transmit the estimated glucose values to the first display device; characterised in that the machine readable instructions, when executed by the Processor, cause the sensor electronics module to adjust the advertising duration based upon the communication condition by increasing the advertising duration if the estimated glucose values indicate that the user is going hypoglycemic.
A display control apparatus for displaying a three-dimensional virtual space on a display device configured to perform stereoscopic display, the display control apparatus comprising: first acquisition means for acquiring first input information from a user; first parallax adjustment means for adjusting a parallax of a user interface (60, 61, 62, and 63), based on the first input information acquired by the first acquisition means; second acquisition means for acquiring second input information from the user; second parallax adjustment means for adjusting a parallax of the three-dimensional virtual space, based on the second input information acquired by the second acquisition means; stereoscopic image generation means for generating a stereoscopic image including the user interface in which the parallax thereof is adjusted by the first parallax adjustment means and the three-dimensional virtual space in which the parallax thereof is adjusted by the second parallax adjustment means; and display control means for displaying on the display device the stereoscopic image generated by the stereoscopic image generation means, characterized in that the first parallax adjustment means adjusts the parallax of the user interface by placing the user interface in the three-dimensional virtual space, based on the first input information, and the stereoscopic image generation means generates the stereoscopic image by taking, by a virtual stereo camera, images of the three-dimensional virtual space in which the user interface is placed by the first parallax adjustment means. first acquisition means for acquiring first input information from a user; first parallax adjustment means for adjusting a parallax of a user interface (60, 61, 62, and 63), based on the first input information acquired by the first acquisition means; second acquisition means for acquiring second input information from the user; second parallax adjustment means for adjusting a parallax of the three-dimensional virtual space, based on the second input information acquired by the second acquisition means; stereoscopic image generation means for generating a stereoscopic image including the user interface in which the parallax thereof is adjusted by the first parallax adjustment means and the three-dimensional virtual space in which the parallax thereof is adjusted by the second parallax adjustment means; and display control means for displaying on the display device the stereoscopic image generated by the stereoscopic image generation means, characterized in that the first parallax adjustment means adjusts the parallax of the user interface by placing the user interface in the three-dimensional virtual space, based on the first input information, and the stereoscopic image generation means generates the stereoscopic image by taking, by a virtual stereo camera, images of the three-dimensional virtual space in which the user interface is placed by the first parallax adjustment means.
A fitting for fluidic coupling in a chromatography system comprising: a compression screw including an axial bore, a threaded portion, and a drive end; a tube assembly (114, 120) including a tube sleeve and an inner tube disposed through the tube sleeve, the tube sleeve and the inner tube each extending to an endface of the tube assembly (114, 120), the tube sleeve including an outer surface, wherein the tube sleeve and the inner tube are welded together at the endface; a seal body extending between a first endface and a second endface, the first endface abutting the endface of the tube assembly (114, 120), the seal body including an outer surface; and a collar secured to the outer surface of the tube sleeve and the outer surface of the seal body. a compression screw including an axial bore, a threaded portion, and a drive end; a tube assembly (114, 120) including a tube sleeve and an inner tube disposed through the tube sleeve, the tube sleeve and the inner tube each extending to an endface of the tube assembly (114, 120), the tube sleeve including an outer surface, wherein the tube sleeve and the inner tube are welded together at the endface; a seal body extending between a first endface and a second endface, the first endface abutting the endface of the tube assembly (114, 120), the seal body including an outer surface; and a collar secured to the outer surface of the tube sleeve and the outer surface of the seal body.
An extract or compound for use in masking the odor of a fish semiochemical in water, wherein the attraction between a parasite and a fish in water is reduced, characterized in that said extract or compound is added to said water or is administered to a fish in said water, wherein said extract or compound is selected from; i) an extract of garlic, or ii) a compound of formula; R 1 -S-S-R 1 wherein each R 1 independently of each other is C 1 -C 4 alkyl or C 2 -C 3 alkenyl or C 2 -C 3 alkynyl. i) an extract of garlic, or ii) a compound of formula; R 1 -S-S-R 1
An electricity generator, comprising: a first magnet and a second magnet, wherein the first magnet is substantially stationary and centrally disposed within a coil frame armature, the coil frame armature being configured to rotate and comprising a frame around which a coil is wrapped, wherein the second magnet is stationary, outside the coil frame armature, wherein a pinpoint needle is embedded within the first magnet, the needle balancing the first magnet within the coil frame armature, wherein the first magnet is held stationary in place by the magnetic field of the second magnet and by the pinpoint needle whereby the first magnet is held stationary when the coil frame armature rotates during generation of electricity, wherein the electricity generator is configured to generate electricity in response to the coil crossing flux lines of a magnetic field of at least the first magnet. a first magnet and a second magnet, wherein the first magnet is substantially stationary and centrally disposed within a coil frame armature, the coil frame armature being configured to rotate and comprising a frame around which a coil is wrapped, wherein the second magnet is stationary, outside the coil frame armature, wherein a pinpoint needle is embedded within the first magnet, the needle balancing the first magnet within the coil frame armature, wherein the first magnet is held stationary in place by the magnetic field of the second magnet and by the pinpoint needle whereby the first magnet is held stationary when the coil frame armature rotates during generation of electricity, wherein the electricity generator is configured to generate electricity in response to the coil crossing flux lines of a magnetic field of at least the first magnet.
A method in an electronic device having a touch screen, the method comprising the operations of: sensing an object, comprising at least a portion of a user finger, approaching the touch screen; and displaying a pointer at a predetermined position of the touch screen responsive to sensing the at least a portion of the finger for a predetermined time or longer in a predetermined region of the touch screen, wherein a position of the pointer is located along a line defined by connecting two points situated where distances between the finger and the touch screen are the least, and at a point spaced a predetermined distance away from an edge point adjacent to the edge of the touch screen, and on the line. sensing an object, comprising at least a portion of a user finger, approaching the touch screen; and displaying a pointer at a predetermined position of the touch screen responsive to sensing the at least a portion of the finger for a predetermined time or longer in a predetermined region of the touch screen, wherein a position of the pointer is located along a line defined by connecting two points situated where distances between the finger and the touch screen are the least, and at a point spaced a predetermined distance away from an edge point adjacent to the edge of the touch screen, and on the line.
A device for the production of rotor blades for wind turbines having a multi-part production mold (20, 21, 22) for a rotor blade that, along a longitudinal extension which extends from a rotor blade root substantially to a rotor blade tip, has at least one area in which the rotor blade has an aerodynamic cross-sectional profile, which has a leading edge and a trailing edge that are connected via a suction side and a pressure side of the cross-sectional profile, wherein at least two unit molds (21, 22; 34, 35) exist for at least two shell parts (23, 24; 36, 37) of a rotor blade, of which a first shell part (23; 36, 37) and a second shell part (24; 36, 37) lying substantially flat on each other in the area of the trailing edge are to be connected together, wherein the unit molds (21, 22; 34, 35) are designed for producing shell parts (23, 24; 36, 37) extending beyond the actual trailing edge, characterized in that a unit mold (21, 22; 34, 35) in the area of the trailing edge has a marking mold (30, 32) extending in a longitudinal direction of the unit mold (21, 22; 34, 35) for generating a trimming marking (31, 33) at a shell part (23, 24; 36, 37) in the area of the trailing edge of the rotor blade.
An automatic injection device; comprising: a syringe having a needle, a barrel and a plunger; and driving means for driving the plunger into the barrel; wherein the injection device is arranged to perform an automatic actuation cycle in use comprising the stages of advancing the needle of the syringe for insertion, driving the plunger into the barrel for dispensing a liquid contained in the barrel, and retracting the needle; wherein the device is arranged such that during operation of the device, a driving force is transmitted from the driving means to the plunger during the dispensing stage, and such that a driving force is not transmitted to the plunger during the retraction stage to allow retraction of the needle; wherein the automatic injection device comprises a drive coupling arrangement between said driving means and said syringe; wherein said drive coupling arrangement comprises a drive coupling part selectively transmitting or not transmitting force from the driving means to the plunger depending upon the rotational position of the coupling part; and wherein the device is arranged such that, depending upon a configuration of the drive coupling arrangement, the syringe is driven forward during the needle advancement stage and the plunger is driven into the barrel during the dispensing stage for dispensing a liquid contained in the barrel; and wherein a transition between said needle advancement and dispensing stages is controlled by the rotation of a part of said drive coupling arrangement. a syringe having a needle, a barrel and a plunger; and driving means for driving the plunger into the barrel; wherein the injection device is arranged to perform an automatic actuation cycle in use comprising the stages of advancing the needle of the syringe for insertion, driving the plunger into the barrel for dispensing a liquid contained in the barrel, and retracting the needle; wherein the device is arranged such that during operation of the device, a driving force is transmitted from the driving means to the plunger during the dispensing stage, and such that a driving force is not transmitted to the plunger during the retraction stage to allow retraction of the needle; wherein the automatic injection device comprises a drive coupling arrangement between said driving means and said syringe; wherein said drive coupling arrangement comprises a drive coupling part selectively transmitting or not transmitting force from the driving means to the plunger depending upon the rotational position of the coupling part; and wherein the device is arranged such that, depending upon a configuration of the drive coupling arrangement, the syringe is driven forward during the needle advancement stage and the plunger is driven into the barrel during the dispensing stage for dispensing a liquid contained in the barrel; and wherein a transition between said needle advancement and dispensing stages is controlled by the rotation of a part of said drive coupling arrangement.
Free-flowing particulate powder comprising 10-90 wt.% of an active compound on a porous carrier having a surface area, as determined through BET of at least 10 m2/g, wherein the carrier has a D(v,0.1) of at least 100 microns, with the active compound being selected from lactylate in accordance with formula 1, Formula 1 R2-COO-[-CH(CH 3)-COO] n -R1 or a Na, K, Ca, Mg, Fe, Zn, NH 4, or Cu salt thereof, a glycolylate of formula 2, Formula 2: R2-COO-[-CH2-COO] n -R1 or a Na, K, Ca, Mg, Fe, Zn, NH 4, or Cu salt thereof a lactate ester of formula 3, Formula 3: HO-CH(CH 3)-COO-R2 and/or a glycolic acid ester of formula 4, Formula 4: HO-CH2-COO-R2 wherein in the above formulae R1 is selected from H, n stands for an integer with a value of 1-10, and R2 stands for a C1-C35 alkyl or alkenyl chain which may be branched or unbranched.
A method for carrying out a cryptographic operation between a security element and a service provider, comprising the steps of: - transmitting a query message by the service provider; - cryptographically processing the query message by the security element for forming a response message; - transmitting the response message to the service provider; and - verifying the response message by the service provider; characterized in that a central entity - receives the query message from the service provider; - generates a first cryptographic key (K U) which depends on a pre-specified environment of the security element; - encrypts the query message by means of the first cryptographic key (K U), and - transmits the encrypted query message to the security element, wherein the security element - generates a second cryptographic key (K U') which depends on a current environment (U') of the security element, and - decrypts the encrypted query message by means of the second cryptographic key (K U'). - transmitting a query message by the service provider; - cryptographically processing the query message by the security element for forming a response message; - transmitting the response message to the service provider; and - verifying the response message by the service provider; characterized in that a central entity - receives the query message from the service provider; - generates a first cryptographic key (K U) which depends on a pre-specified environment of the security element; - encrypts the query message by means of the first cryptographic key (K U), and - transmits the encrypted query message to the security element, wherein the security element - generates a second cryptographic key (K U') which depends on a current environment (U') of the security element, and - decrypts the encrypted query message by means of the second cryptographic key (K U').
A sensor for measuring a property, the sensor comprising: a radiation source operable to produce a radiation beam; a detector provided with a detecting surface for receiving radiation and outputting a signal in dependence on the received radiation, and a sensing element operable to receive radiation and to reflect at least a portion of the radiation so as to form a reflected radiation beam, one or more properties of the reflected radiation beam being dependent on one or more properties to be measured; characterized by an aperture extending through the detector from the detecting surface to an opposed surface; and wherein the radiation source and the sensing element are disposed on opposite sides of the detector such that the radiation source is arranged to direct the radiation beam through the aperture to the sensing element and the sensing element is arranged to direct the reflected radiation beam to the detecting surface of the detector. a radiation source operable to produce a radiation beam; a detector provided with a detecting surface for receiving radiation and outputting a signal in dependence on the received radiation, and a sensing element operable to receive radiation and to reflect at least a portion of the radiation so as to form a reflected radiation beam, one or more properties of the reflected radiation beam being dependent on one or more properties to be measured; characterized by an aperture extending through the detector from the detecting surface to an opposed surface; and wherein the radiation source and the sensing element are disposed on opposite sides of the detector such that the radiation source is arranged to direct the radiation beam through the aperture to the sensing element and the sensing element is arranged to direct the reflected radiation beam to the detecting surface of the detector.