mhurhangee/ep-ind-claims huggingface dataset:
A blast treatment device comprising: - an injection part having at least one nozzle, the at least one nozzle being adapted to inject media toward a workpiece made of a composite material, there being a weight difference between the media and resinic particles dropping from the composite material which allows separation of the media from the resinic particles, the media being injected by compressed air; and - a first tank coupled to the at least one nozzle by a first hose, the first tank being adapted to supply the media to the at least one nozzle, the media being supplied by the compressed air; - a movement structure that is adapted to move the at least one nozzle and the first tank in directions including a vertical direction and a horizontal direction; - a second tank that is adapted to supply the media to the first tank, the second tank being configured not to be moved by the movement structure, the second tank being coupled to the first tank by a second hose having a detachable mechanism, the second hose being detached while the movement structure move the at least one nozzle and the first tank in order to inject the media toward the workpiece; and - a circulating system that is adapted to recover the injected media and supply the recovered media to the injection part, - wherein the circulating system has an impurity separation part having a cyclone separator that is adapted to remove impurities included in the recovered media and a vibrational sieving machine that is adapted to remove media, of which particle sizes have become small, included in the recovered media. - an injection part having at least one nozzle, the at least one nozzle being adapted to inject media toward a workpiece made of a composite material, there being a weight difference between the media and resinic particles dropping from the composite material which allows separation of the media from the resinic particles, the media being injected by compressed air; and - a first tank coupled to the at least one nozzle by a first hose, the first tank being adapted to supply the media to the at least one nozzle, the media being supplied by the compressed air; - a movement structure that is adapted to move the at least one nozzle and the first tank in directions including a vertical direction and a horizontal direction; - a second tank that is adapted to supply the media to the first tank, the second tank being configured not to be moved by the movement structure, the second tank being coupled to the first tank by a second hose having a detachable mechanism, the second hose being detached while the movement structure move the at least one nozzle and the first tank in order to inject the media toward the workpiece; and - a circulating system that is adapted to recover the injected media and supply the recovered media to the injection part, - wherein the circulating system has an impurity separation part having a cyclone separator that is adapted to remove impurities included in the recovered media and a vibrational sieving machine that is adapted to remove media, of which particle sizes have become small, included in the recovered media.
A downhole apparatus (10, 60) comprising: a body comprising a mandrel; a swellable member located around the mandrel which expands upon contact with at least one predetermined fluid to form a seal in a well annulus; and a fluid supply assembly (18, 20); wherein the fluid supply assembly (18, 20) is configured to receive the predetermined fluid and expose the swellable member to the predetermined fluid; characterised in that the fluid supply assembly (18, 20) comprises a chamber (18, 64) which defines a volume between the mandrel and the swellable member.
An electrical pump apparatus comprising: a pump which is configured to generate an oil pressure; a motor which is configured to drive the pump; a control device which is configured to control an operation of the motor; and a housing which houses the pump, the motor, and the control device, and which has an attaching portion to be attached to a vehicle body, characterised in that a failure detection circuit which is configured to detect a failure of an electric system that electrically connects the motor with an electric power supply is disposed on a circuit board of the control device, and the failure detection circuit is placed on the circuit board to be higher in a direction of gravity than a lowest water level at which flooding in the housing causes the electric system to break down.
A method of manufacturing a thin film (20, 21) on a substrate (22, 24; 23, 25), said thin film on the substrate being suitable for an electrochromic device, comprising: providing a plurality of crystalline hexagonal tungsten trioxide particles; size-reducing the crystalline hexagonal tungsten trioxide particles by grinding to produce crystalline hexagonal tungsten trioxide nanostructures; producing an ink comprising a colloidal dispersion of the hexagonal tungsten trioxide nano structures;_and coating the ink comprising the colloidal dispersion of crystalline hexagonal tungsten trioxide nanostructures onto the substrate (22, 24; 23, 25) to produce a thin film (20, 21), characterised in that the thin film (20, 21) does not comprise a binder material. providing a plurality of crystalline hexagonal tungsten trioxide particles; size-reducing the crystalline hexagonal tungsten trioxide particles by grinding to produce crystalline hexagonal tungsten trioxide nanostructures; producing an ink comprising a colloidal dispersion of the hexagonal tungsten trioxide nano structures;_and coating the ink comprising the colloidal dispersion of crystalline hexagonal tungsten trioxide nanostructures onto the substrate (22, 24; 23, 25) to produce a thin film (20, 21), characterised in that the thin film (20, 21) does not comprise a binder material.
A noseband pad for attachment to the noseband on the side facing the animal, in particular horse, comprising an elongated flexible main body with a first end region, a second end region and a center region there between, wherein in use, the center region rests on the nasal bone, characterized in that it has a sandwich construction of the center region with an inner grid structure of interlaced grid struts between the upper and lower sides (17, 16) to create elastic flexibility.
A system for generating a silent zone at a listening position, the system comprising: a loudspeaker disposed adjacent to the listening position and configured to radiate sound that corresponds to a sound signal; an error microphone disposed adjacent to the listening position and configured to pick up noise radiated by a noise source via a primary path to the listening position and the sound radiated by the loudspeaker via a secondary path to the listening position, and configured to generate a corresponding error signal; a microphone array comprising a multiplicity of array microphones disposed above the listening position and configured to pick up noise radiated by a noise source via a primary path to the listening position and the sound radiated by the loudspeaker via a secondary path, and configured to generate corresponding array signals; and a noise controller configured to receive a noise signal representative of noise generated by the noise source and to filter the noise signal with a controllable noise reduction transfer function to generate the sound signal supplied to the loudspeaker, characterized in that the noise controller is further configured to control the noise reduction transfer function based on the noise signal and a virtual error signal, and configured to generate the virtual error signal based on the error signal and the noise signal filtered with a Green's function matrix (208; 502), the Green's function matrix (208; 502) being configured to be controlled by the array signals. a loudspeaker disposed adjacent to the listening position and configured to radiate sound that corresponds to a sound signal; an error microphone disposed adjacent to the listening position and configured to pick up noise radiated by a noise source via a primary path to the listening position and the sound radiated by the loudspeaker via a secondary path to the listening position, and configured to generate a corresponding error signal; a microphone array comprising a multiplicity of array microphones disposed above the listening position and configured to pick up noise radiated by a noise source via a primary path to the listening position and the sound radiated by the loudspeaker via a secondary path, and configured to generate corresponding array signals; and a noise controller configured to receive a noise signal representative of noise generated by the noise source and to filter the noise signal with a controllable noise reduction transfer function to generate the sound signal supplied to the loudspeaker, characterized in that the noise controller is further configured to control the noise reduction transfer function based on the noise signal and a virtual error signal, and configured to generate the virtual error signal based on the error signal and the noise signal filtered with a Green's function matrix (208; 502), the Green's function matrix (208; 502) being configured to be controlled by the array signals.
A vehicular recording controller apparatus comprising: a video data acquiring unit configured to acquire video data captured by a video capturing unit capturing a video of a setting around a vehicle; an event detecting unit configured to detect an event on the vehicle; a position determining unit configured to determine whether a position of the vehicle is within a field of view of an external camera making a video available for use by a user of the vehicle; and a recording function control unit configured to control a parking-mode recording function for storing the video data captured by the video capturing unit when the event detecting unit detects an event while the vehicle is parked, wherein the recording function control unit is configured to set the parking-mode recording function to a first mode when the position determining unit determines that the vehicle is parked within the field of view of the external camera, the first mode being a mode for storing captured data that is captured by the video capturing unit over a predetermined time period after the event detecting unit detects the event, and to set the parking-mode recording function to a second mode that is different from the first mode when the position determining unit determines that the vehicle is parked outside the field of view of the external camera, the second mode being a mode for storing captured data that is captured by the video capturing unit over a predetermined time period before and after the event detecting unit detects the event, including the time at which the event detecting unit detects the event. a video data acquiring unit configured to acquire video data captured by a video capturing unit capturing a video of a setting around a vehicle; an event detecting unit configured to detect an event on the vehicle; a position determining unit configured to determine whether a position of the vehicle is within a field of view of an external camera making a video available for use by a user of the vehicle; and a recording function control unit configured to control a parking-mode recording function for storing the video data captured by the video capturing unit when the event detecting unit detects an event while the vehicle is parked, wherein the recording function control unit is configured to set the parking-mode recording function to a first mode when the position determining unit determines that the vehicle is parked within the field of view of the external camera, the first mode being a mode for storing captured data that is captured by the video capturing unit over a predetermined time period after the event detecting unit detects the event, and to set the parking-mode recording function to a second mode that is different from the first mode when the position determining unit determines that the vehicle is parked outside the field of view of the external camera, the second mode being a mode for storing captured data that is captured by the video capturing unit over a predetermined time period before and after the event detecting unit detects the event, including the time at which the event detecting unit detects the event.
Ammonia converter comprising a plurality of catalytic beds (C1, C2, C3) for converting an input makeup gas into an ammonia-containing product gas wherein: the catalytic beds (C1, C2, C3) have a cylindrical annular shape delimited by an outer cylindrical wall and an inner cylindrical wall; the catalytic beds (C1, C2, C3) are arranged in a pressure vessel of the converter sequentially from a first catalytic bed to a last catalytic bed according to a path of the gaseous flow from an inlet to an outlet of the converter, so that for each pair of consecutive beds the effluent gas of an upstream bed of the pair is further processed in the downstream bed of the pair; the converter includes at least one integrated recovery heat exchanger having a first side arranged to be traversed by reacted process gas effluent from at least one of the catalytic beds (C1, C2, C3) and a second side arranged to be traversed by a heat exchange medium which is not a reactive stream directed to any of the catalytic beds (C1, C2, C3) of the converter; the converter includes a respective inter-bed heat exchanger (HE1, HE2) or a quench system operatively placed between each pair of consecutive catalytic beds (C1, C2; C2, C3) contained in the converter so that, for each pair, the inlet temperature of the downstream bed (C2; C3) can be independently controlled; characterized in that: said recovery heat exchanger and said inter-bed heat exchanger are arranged to be traversed in sequence by the hot process gas effluent from said catalytic bed, so that the effluent of said bed traverses the recovery heat exchanger first, and then the inter-bed heat exchanger. the catalytic beds (C1, C2, C3) have a cylindrical annular shape delimited by an outer cylindrical wall and an inner cylindrical wall; the catalytic beds (C1, C2, C3) are arranged in a pressure vessel of the converter sequentially from a first catalytic bed to a last catalytic bed according to a path of the gaseous flow from an inlet to an outlet of the converter, so that for each pair of consecutive beds the effluent gas of an upstream bed of the pair is further processed in the downstream bed of the pair; the converter includes at least one integrated recovery heat exchanger having a first side arranged to be traversed by reacted process gas effluent from at least one of the catalytic beds (C1, C2, C3) and a second side arranged to be traversed by a heat exchange medium which is not a reactive stream directed to any of the catalytic beds (C1, C2, C3) of the converter; the converter includes a respective inter-bed heat exchanger (HE1, HE2) or a quench system operatively placed between each pair of consecutive catalytic beds (C1, C2; C2, C3) contained in the converter so that, for each pair, the inlet temperature of the downstream bed (C2; C3) can be independently controlled; characterized in that: said recovery heat exchanger and said inter-bed heat exchanger are arranged to be traversed in sequence by the hot process gas effluent from said catalytic bed, so that the effluent of said bed traverses the recovery heat exchanger first, and then the inter-bed heat exchanger.
A rubber composition comprising: (a) a crosslinking reactive fluorine-containing rubber, (b) a compound represented by the following formula (b-1): wherein in the formula (b-1), A is a single bond, -O-, -S-, a heteroatom-containing group, a linear or branched alkylene group, a cycloalkylene group, or an arylene group, in which no hydrogen atom is replaced by a fluorine atom or a part or all of hydrogen atoms are replaced by a fluorine atom; R 1, R 2, R 3, and R 4 are independently selected from the group consisting of a hydrogen atom, a fluorine atom, an alkyl group, a fluorinated alkyl group, or a substituted or unsubstituted aryl group; a plurality of R 1 's are the same as or different from each other; a plurality of R 2 's are the same as or different from each other; a plurality of R 3 's are the same as or different from each other; a plurality of R 4 's are the same as or different from each other, at least one of R 1, R 2, and R 3 is a fluorine atom or a group having a fluorine atom; m is an integer of 1 to 5; and n is an integer of 1 to 5; and (c) a compound represented by the following formula (c-1): wherein in the formula (c-1), n and m are independently 0 or 1; t is an integer of 2 or more; and Z is a t-valent linking group. (a) a crosslinking reactive fluorine-containing rubber, (b) a compound represented by the following formula (b-1): wherein in the formula (b-1), A is a single bond, -O-, -S-, a heteroatom-containing group, a linear or branched alkylene group, a cycloalkylene group, or an arylene group, in which no hydrogen atom is replaced by a fluorine atom or a part or all of hydrogen atoms are replaced by a fluorine atom; R 1, R 2, R 3, and R 4 are independently selected from the group consisting of a hydrogen atom, a fluorine atom, an alkyl group, a fluorinated alkyl group, or a substituted or unsubstituted aryl group; a plurality of R 1 's are the same as or different from each other; a plurality of R 2 's are the same as or different from each other; a plurality of R 3 's are the same as or different from each other; a plurality of R 4 's are the same as or different from each other, at least one of R 1, R 2, and R 3 is a fluorine atom or a group having a fluorine atom; m is an integer of 1 to 5; and n is an integer of 1 to 5; and (c) a compound represented by the following formula (c-1): wherein in the formula (c-1), n and m are independently 0 or 1; t is an integer of 2 or more; and Z is a t-valent linking group.
A method of inserting a first device into a community of at least one device having knowledge of a user's login and password verifier, the method comprising at the first device the steps of: receiving the user's login and password; searching for reachable devices; asking each reachable device (120, 130) if it knows the user's login; receiving at least one response indicating that a reachable device knows the user's login; performing Secure Remote Password authentication with each device that knows the user's login, the SRP authentication proving to the device that responded that the first device knows the user's password and proving to the first device that the device that responded knows the user's password verifier; and, in case the SRP authentication is successful: calculating and storing the user's password verifier; and receiving and storing a secret community key. receiving the user's login and password; searching for reachable devices; asking each reachable device (120, 130) if it knows the user's login; receiving at least one response indicating that a reachable device knows the user's login; performing Secure Remote Password authentication with each device that knows the user's login, the SRP authentication proving to the device that responded that the first device knows the user's password and proving to the first device that the device that responded knows the user's password verifier; and, in case the SRP authentication is successful: calculating and storing the user's password verifier; and receiving and storing a secret community key. calculating and storing the user's password verifier; and receiving and storing a secret community key.
A method for preparing a copolymer comprising lactate monomer unit and 3-hydroxyalkanoate monomer unit, wherein the method comprises culturing a microorganism comprising a gene of enzyme converting lactate and 3- hydroxyalkanoate into lactyl-CoA and 3-hydroxyalkanoyl-CoA, respectively, and polyhydroxyalkanoate synthase gene together, wherein said polyhydroxyalkanoate synthase gene is phaC1 ps6-19 encoding the polyhydroxyalkanoate synthase of SEQ ID No:8.
System for passengers to board on and exit from a train without the train stopping at a train station, said system comprising a moving train moving along a main track, dedicated cars (1, 2) to be swapped with each other, wherein a first car is uncoupled from the moving train and a second car is coupled to the moving train, an approach track for movement of said cars (1, 2) between a train station and the main track, switches, for controlling the cars (1, 2) on approach track, mechanical and electrical equipment and electronics for controlling the cars and switches, characterized in that the system further comprises: - blocking areas (34, 26) wherein a first blocking area is provided to close the doors of said second car and a second blocking area is provided to rearrange the switches to the normal position on the main track; - power line provided to uncouple said first car from said moving train and to supply said second car; - contact wire provided to supply said second car when the power line is ended; - short power line provided to stop said first car prior to the switch area and wherein the short power line is isolated from the power line and contact wire; - power line and contact wire are mounted above the main track and the approach track and the power line is mounted above the main track; - two parallel rails provided to close the doors of said second car. - blocking areas (34, 26) wherein a first blocking area is provided to close the doors of said second car and a second blocking area is provided to rearrange the switches to the normal position on the main track; - power line provided to uncouple said first car from said moving train and to supply said second car; - contact wire provided to supply said second car when the power line is ended; - short power line provided to stop said first car prior to the switch area and wherein the short power line is isolated from the power line and contact wire; - power line and contact wire are mounted above the main track and the approach track and the power line is mounted above the main track; - two parallel rails provided to close the doors of said second car.
Receiving apparatus for receiving and processing navigation satellite data, wherein the receiving apparatus is designed to receive navigation satellite data and to store said navigation satellite data in a memory, wherein the receiving apparatus is designed to use ephemeris data from a predetermined number of satellites for position determination, and is designed to receive and store said ephemeris data and to use said ephemeris data for immediate position determination, wherein the receiving apparatus is designed to receive (10; 10') satellite raw data, and to store (11; 11'; 11") said satellite raw data for later position determination, if the required ephemeris data are not available, wherein the satellite raw data comprise the following data: code phase and data bits; characterized in that the satellite raw data additionally comprise the following data: carrier phase and optionally signal quality, wherein the receiving apparatus can additionally store (11; 11'; 11") image data, wherein the receiving apparatus stores (11; 11'; 11") the satellite raw data in addition to the image data if the required ephemeris data are not available, wherein the image data record comprises the satellite raw data, and wherein the receiving apparatus uses the satellite raw data for later calculation of the absolute position and replaces the satellite raw data with this position in the image data record as soon as the ephemeris data have been received later, so that an image data record is obtained as would be available if the ephemeris data had already been available at the time of the image recording, wherein the receiving apparatus is designed to signal that it has not yet been possible to perform position determination, but later position determination using valid ephemeris data is possible, since the satellite raw data required therefor are stored together with the recorded image data, or that immediate position determination is possible, so that instead of the satellite raw data the currently ascertained position is stored for the image data.