mhurhangee/ep-ind-claims huggingface dataset:
An enteric coated tablet, comprising a core tablet containing a medicinal ingredient and having a weight of 1,000 mg or more; a coating layer containing a water-soluble polymer applied onto the surface of the core tablet, the water-soluble polymer coating layer having no enteric property; and an enteric coating layer dissolving at a pH of 7 or higher which is applied onto the surface of the coating layer containing a water-soluble polymer, wherein a sum of a polymer amount of the coating layer and a polymer amount of the coating layer is 10 to 18 mg/cm 2, a polymer amount of the coating layer is 6 to 12 mg/cm 2, and a polymer amount of the coating layer is 3 to 6 mg/cm 2.
A fabric antenna for telecommunications, the fabric antenna comprising a host yarn, which is substantially electrically non-conducting, and an antenna yarn, which is substantially electrically conducting, the host yarn and the antenna yarn being knitted together to form a fabric comprising a host fabric formed of the host yarn and an antenna grid formed of the antenna yarn, the antenna grid comprising a plurality of intersecting antenna tracks (13a, 13b, 14a, 14b, 15a, 15b) formed of the antenna yarn, the antenna tracks being separated by regions of the host fabric, the antenna tracks of the antenna grid being electrically coupled together at the regions where the antenna tracks intersect, wherein the host yarn and the antenna yarn are knitted together to form a single layer of fabric and wherein, the antenna grid comprises a plurality of grid sections (13, 14, 15), each grid section comprising a first and second side antenna track (13a, 14a, 15a) and a first and second end antenna track (13b, 14b, 15b) which separately extend between opposite ends of the first and second side antenna tracks to form a closed periphery of the grid section.
An agricultural distribution machine, preferably a field sprayer or a pneumatic fertilizer spreader, comprising a carrier vehicle; a distributor boom for spreading material, such as fertilizer, plant protection agent or seed, which is indirectly or directly arranged on the carrier vehicle so as to be movable at least about a pivot axis running in the direction of travel; a controlling apparatus, a controlling force being able to be generated thereby in order to move the distributor boom about the pivot axis; a first sensor apparatus for detecting an angular rate (ω) of the distributor boom; and a control apparatus for controlling and/or regulating a rotational position of the distributor boom about the pivot axis, wherein the control apparatus is configured to implement a first operating mode in order to hold the distributor boom in a currently set target rotational position in which disturbance torques acting on the distributor boom, which result from movements of the carrier vehicle about the longitudinal axis, are compensated in order to hold the target rotational position, characterized in that in the first operating mode by determining corresponding controlling signals for activating the controlling apparatus, the control apparatus is configured to regulate the angular rate (ω) detected by the first sensor apparatus as a controlled variable to a target value which has an absolute value of between zero and a threshold value (ω 0). a carrier vehicle; a distributor boom for spreading material, such as fertilizer, plant protection agent or seed, which is indirectly or directly arranged on the carrier vehicle so as to be movable at least about a pivot axis running in the direction of travel; a controlling apparatus, a controlling force being able to be generated thereby in order to move the distributor boom about the pivot axis; a first sensor apparatus for detecting an angular rate (ω) of the distributor boom; and a control apparatus for controlling and/or regulating a rotational position of the distributor boom about the pivot axis, wherein the control apparatus is configured to implement a first operating mode in order to hold the distributor boom in a currently set target rotational position in which disturbance torques acting on the distributor boom, which result from movements of the carrier vehicle about the longitudinal axis, are compensated in order to hold the target rotational position, characterized in that in the first operating mode by determining corresponding controlling signals for activating the controlling apparatus, the control apparatus is configured to regulate the angular rate (ω) detected by the first sensor apparatus as a controlled variable to a target value which has an absolute value of between zero and a threshold value (ω 0).
An aircraft comprising: at least one secondary power system requiring secondary power; at least two main engines; at least three non-propulsive utility power (NPUP) generation systems (524a-d) that are each configured to provide full-time secondary power during operation of the aircraft, wherein the at least three NPUP generation systems are configured to provide all of the secondary power required by the at least one secondary power system; at least three NPUP generation sources (522a-d), wherein the at least three NPUP generation systems (524a-d) each include one of the at least three NPUP generation sources; at least three NPUP generators (572a-d) that are each coupled to one of the at least three NPUP generation sources (522a-d), wherein the at least three NPUP generators provide all electrical power required by the aircraft; a plurality of environmental control systems, ECSs, (550a, 555b) that each use compressed air; a plurality of pneumatic compressors (544a-d) that are each coupled to one of the at least three NPUP generation sources (522a-d), wherein the pneumatic compressors are configured to provide all of the compressed air to the ECSs (550a, 555b); at least one hydraulic system (534a-b) requiring hydraulic power; and a plurality of NPUP hydraulic pumps (584a, 584b, 590a, 590b) that are each coupled to one of the at least three NPUP generation sources (522a-d), wherein the hydraulic pumps are configured to provide all hydraulic power required by the aircraft. at least one secondary power system requiring secondary power; at least two main engines; at least three non-propulsive utility power (NPUP) generation systems (524a-d) that are each configured to provide full-time secondary power during operation of the aircraft, wherein the at least three NPUP generation systems are configured to provide all of the secondary power required by the at least one secondary power system; at least three NPUP generation sources (522a-d), wherein the at least three NPUP generation systems (524a-d) each include one of the at least three NPUP generation sources; at least three NPUP generators (572a-d) that are each coupled to one of the at least three NPUP generation sources (522a-d), wherein the at least three NPUP generators provide all electrical power required by the aircraft; a plurality of environmental control systems, ECSs, (550a, 555b) that each use compressed air; a plurality of pneumatic compressors (544a-d) that are each coupled to one of the at least three NPUP generation sources (522a-d), wherein the pneumatic compressors are configured to provide all of the compressed air to the ECSs (550a, 555b); at least one hydraulic system (534a-b) requiring hydraulic power; and a plurality of NPUP hydraulic pumps (584a, 584b, 590a, 590b) that are each coupled to one of the at least three NPUP generation sources (522a-d), wherein the hydraulic pumps are configured to provide all hydraulic power required by the aircraft.
A method for controlling access to a wireless network, the method, performed by a computing device, comprising: receiving an encrypted request from a nearby computing device to access the wireless network, wherein the encrypted request includes user information associated with the nearby computing device; identifying, among a plurality of encryption keys received by the computing device, an encryption key for decrypting the encrypted request; determining, based on a satisfaction of a signal strength threshold associated with the encrypted request, that the nearby computing device and the computing device are proximate to one another; when the nearby computing device and the computing device are proximate to one another, decrypting the encrypted request to produce a decrypted request; determining, based on the decrypted request, that the user information matches a particular contact of a plurality of contacts known to the computing device; displaying a prompt to permit the nearby computing device to access the wireless network, wherein the prompt is associated with the particular contact; and in response to receiving an approval associated with the prompt: providing, to the nearby computing device, a password for the wireless network to enable the nearby computing device to access the wireless network. receiving an encrypted request from a nearby computing device to access the wireless network, wherein the encrypted request includes user information associated with the nearby computing device; identifying, among a plurality of encryption keys received by the computing device, an encryption key for decrypting the encrypted request; determining, based on a satisfaction of a signal strength threshold associated with the encrypted request, that the nearby computing device and the computing device are proximate to one another; when the nearby computing device and the computing device are proximate to one another, decrypting the encrypted request to produce a decrypted request; determining, based on the decrypted request, that the user information matches a particular contact of a plurality of contacts known to the computing device; displaying a prompt to permit the nearby computing device to access the wireless network, wherein the prompt is associated with the particular contact; and in response to receiving an approval associated with the prompt: providing, to the nearby computing device, a password for the wireless network to enable the nearby computing device to access the wireless network.
A method of operating an authentication server within a communications system, the method comprising: relaying authentication signalling between a client and a further authentication server, the client and said further authentication server sharing a secret, the authentication signalling comprising a first authentication challenge sent from said further authentication server to said client and a first challenge response sent from the client to the further authentication server; generating a second authentication challenge and sending this to the client together with said first authentication challenge, and receiving from the client a second challenge response together with said first challenge response; and receiving a session key from said further authentication server, said session key being generated using the shared secret, and using the session key and said second challenge response to authenticate the client. relaying authentication signalling between a client and a further authentication server, the client and said further authentication server sharing a secret, the authentication signalling comprising a first authentication challenge sent from said further authentication server to said client and a first challenge response sent from the client to the further authentication server; generating a second authentication challenge and sending this to the client together with said first authentication challenge, and receiving from the client a second challenge response together with said first challenge response; and receiving a session key from said further authentication server, said session key being generated using the shared secret, and using the session key and said second challenge response to authenticate the client.
A system of computer readable media, including a program to be run in a digital pen, a program to be run in an electronic device, and a program to be run in an external display device, which when executed simultaneously result in a method being performed, the method comprising: generating, by the digital pen (110, 310), an induction magnetic field during a period in which handwriting is input to a paper through a handwriting unit of the digital pen (110, 310); obtaining, by the electronic device, handwriting information based on the electronic device sensing the induction magnetic field generated by the digital pen (110, 310), the handwriting information corresponding to the handwriting input to the paper; transmitting the handwriting information from the electronic device to the external display device connected to the electronic device; and in response to the handwriting information being received, displaying at the external display device the handwriting information, wherein the induction magnetic field is generated by the digital pen (110, 310) based on a pressure-sensitive sensor of the digital pen (110, 310) sensing pressure applied to a pen point portion of the digital pen (110, 310). generating, by the digital pen (110, 310), an induction magnetic field during a period in which handwriting is input to a paper through a handwriting unit of the digital pen (110, 310); obtaining, by the electronic device, handwriting information based on the electronic device sensing the induction magnetic field generated by the digital pen (110, 310), the handwriting information corresponding to the handwriting input to the paper; transmitting the handwriting information from the electronic device to the external display device connected to the electronic device; and in response to the handwriting information being received, displaying at the external display device the handwriting information, wherein the induction magnetic field is generated by the digital pen (110, 310) based on a pressure-sensitive sensor of the digital pen (110, 310) sensing pressure applied to a pen point portion of the digital pen (110, 310).
Method of injecting a predetermined volume of fuel into a cylinder by using a common-rail device, comprising a fluid supplying system for supplying fluid to a common rail tube, a plurality of injectors being connected with the common rail tube, a fluid pulsation damper being provided between each of the injectors and the common rail tube, a first pressure sensor being provided upstream of the fluid pulsation damper and being connected for signal transmission with a control device for controlling a volume v of fuel to be injected by the injectors per cycle, a second pressure sensor being provided between each fluid pulsation damper and a nozzle of each of the injectors, the second pressure sensor being connected for signal transmission with the control device for controlling the volume of fuel to be injected by the respective injector per cycle, the fluid pulsation damper being a ring slot damper, consisting of a damper carrier, a concentric cylinder and a distance rod, wherein for controlling a volume to be injected there is calculated the instantaneous flow rate dv/dt from a maximum pressure drop Δp occurring per cycle by measuring a maximum pressure drop Δp occurring per cycle with the first pressure sensor and by calculating dv/dt on basis of Δp, wherein the instantaneous flow rate during the injection is obtained using the following equation: V t. = πD in δ 3 12 μL Δ P CI t, where Δ P CI ( t) is the pressure difference before and after the damper, D in is the inner diameter of the ring slot, δ is the slot width with δ ≪ D in, μ is the dynamic viscosity of the fuel and L is the effective length of the ring slot.
A gripping unit for a push handle unit of a manually movable trolley, wherein the gripping unit is in each case composed at least of a gripping unit receiver and a gripping unit insert, which in the mounted state together form a handle horn, projecting up in a self-supporting manner, for the push handle unit, and wherein in ease case a securing device is formed on a gripping unit receiver and is used for securing to the trolley, wherein the gripping unit receiver and the gripping unit insert are connected to one another in the mounted state by means of at least one tongue and groove connection, characterized in that at least portions of the gripping unit receiver and/or the gripping unit insert are double-walled and in that the gripping unit receiver and/or the gripping unit insert form/forms an open annular gap with their/its double-walled design, into which annular gap there is inserted a wall (48, 50) of the gripping unit receiver or of the gripping unit insert in the mounted state, and in that the annular gap is bounded by an internal wall and an external wall, wherein, measured from the bottom of the annular gap, the internal wall is longer in comparison to the external wall.
A mutant alcohol acyltransferase having improved activity as compared with a reference form having an amino acid sequence represented by SEQ ID NO: 1 or 2, wherein the mutant alcohol acyltransferase consists of an amino acid sequence having 95% or higher sequence identity to the amino acid sequence represented by SEQ ID NO: 1 or 2, and wherein the mutant alcohol acyltransferase has the following amino acid substitutions: a substitution of cysteine corresponding to cysteine at position 48 in alignment with the amino acid sequence represented by SEQ ID NO: 1 or 2 by another amino acid residue, and a substitution of cysteine corresponding to cysteine at position 150 in alignment with the amino acid sequence represented by SEQ ID NO: 1 or 2 by another amino acid residue. a substitution of cysteine corresponding to cysteine at position 48 in alignment with the amino acid sequence represented by SEQ ID NO: 1 or 2 by another amino acid residue, and a substitution of cysteine corresponding to cysteine at position 150 in alignment with the amino acid sequence represented by SEQ ID NO: 1 or 2 by another amino acid residue.
A method for rendering a multi-resolution scene with temporal anti-aliasing within a head mounted display, comprising: rendering, using a graphics processing unit, a scene including a series of video frames; applying anti-aliasing to a first region of the scene using a first jitter offset to jitter a sampling position associated with the first region; applying anti-aliasing to a second region of the scene using a second jitter offset to jitter a sampling position associated with the second region; generating a foveated scene that includes the first region of the scene and the second region of the scene; and sending the foveated scene for display on a display associated with the HMD, wherein the first region is associated with a higher resolution than the second region, and the first jitter offset is smaller than the second jitter offset, the method being characterised in that the first jitter offset and second jitter offset are used to jitter the sampling positions associated with the first region and the second region for every other video frame of the series of video frames. rendering, using a graphics processing unit, a scene including a series of video frames; applying anti-aliasing to a first region of the scene using a first jitter offset to jitter a sampling position associated with the first region; applying anti-aliasing to a second region of the scene using a second jitter offset to jitter a sampling position associated with the second region; generating a foveated scene that includes the first region of the scene and the second region of the scene; and sending the foveated scene for display on a display associated with the HMD, wherein the first region is associated with a higher resolution than the second region, and the first jitter offset is smaller than the second jitter offset, the method being characterised in that the first jitter offset and second jitter offset are used to jitter the sampling positions associated with the first region and the second region for every other video frame of the series of video frames.
Method for obtaining an ethylene product in a supercritical state, in which a gas mixture containing predominantly or exclusively ethylene and ethane is separated in a distillation column operated at a distillation pressure level of 5 to 15 bar into a top product containing predominantly or exclusively ethylene and a bottom product containing predominantly or exclusively ethane, wherein the top product is drawn off from the top of the distillation column in the gaseous state and a first fraction is liquefied and recycled as reflux to the distillation column and a second fraction is converted to a supercritical state and used as the ethylene product, characterized in that, for converting the second fraction to the supercritical state, a multistage compression is performed from the distillation pressure level over multiple intermediate pressure levels to a supercritical pressure level, the second fraction being predominantly or exclusively converted to the supercritical state in the multistage compression directly from the gaseous state.
A rubber composition prepared by mixing a rubber component comprising 20 to 80% by mass of an amine-modified conjugated diene based polymer, and 80 to 20% by mass of at least one other component selected from the group consisting of natural rubber and at least one diene based rubber selected from synthetic diene based rubbers other than the amine-modified conjugated diene based polymer, and 60 to 100 parts by mass of a filler, 0.9 to 2.4 parts by mass of a phenol resin, 0.07 to 0.2 parts by mass of a methylene donor, 1.5 to 2.1 parts by mass of a thiuram based vulcanization accelerating agent and 3.2 to 4.5 parts by mass of a sulfenamide based vulcanization accelerating agent, based on 100 parts by mass of the rubber component. 20 to 80% by mass of an amine-modified conjugated diene based polymer, and 80 to 20% by mass of at least one other component selected from the group consisting of natural rubber and at least one diene based rubber selected from synthetic diene based rubbers other than the amine-modified conjugated diene based polymer, and 60 to 100 parts by mass of a filler, 0.9 to 2.4 parts by mass of a phenol resin, 0.07 to 0.2 parts by mass of a methylene donor, 1.5 to 2.1 parts by mass of a thiuram based vulcanization accelerating agent and 3.2 to 4.5 parts by mass of a sulfenamide based vulcanization accelerating agent, based on 100 parts by mass of the rubber component.
Container for a jet-propelled missile having a) a jet deflection device, having a jet entry opening and a jet exit opening, the latter being interconnected by a flow duct, b) a wedge face which is disposed in the flow duct, wherein, for at least partially diverting a propulsion jet of the missile, the wedge face within the jet deflection device, commencing from one internal container side, in relation to the longitudinal axis of the container extends at an inclination in the direction of the opposite internal container side, and c) two lateral faces which are mutually spaced apart and are adjacent to the wedge face and are located within the jet deflection device, and which in relation to the longitudinal axis of the container form an angle of intersection of 0° to 20°, characterized in that the lateral faces open into an expansion space which is located within the jet deflection device and which, in relation to a space which within the jet deflection device is delimited by the lateral faces, has an enlarged cross section. a) a jet deflection device, having a jet entry opening and a jet exit opening, the latter being interconnected by a flow duct, b) a wedge face which is disposed in the flow duct, wherein, for at least partially diverting a propulsion jet of the missile, the wedge face within the jet deflection device, commencing from one internal container side, in relation to the longitudinal axis of the container extends at an inclination in the direction of the opposite internal container side, and c) two lateral faces which are mutually spaced apart and are adjacent to the wedge face and are located within the jet deflection device, and which in relation to the longitudinal axis of the container form an angle of intersection of 0° to 20°,