mhurhangee/ep-ind-claims huggingface dataset:
A mobile hydrogen-oxygen burner rainmaking device, comprising: a container, comprising an accommodating space defined therein, and a gas pipe communicating with the accommodating space; two liquid storage barrels, disposed in the accommodating space, and each liquid storage barrel comprising at least one nozzle, wherein one of the liquid storage barrels is filled with a liquid hydrogen, and another one of the liquid storage barrels is filled with a liquid oxygen; a combustion chamber, disposed in the accommodating space, and comprising an opening and a rocket nozzle extended from the opening, and the nozzles penetrating into the combustion chamber; and an igniter, installed in the combustion chamber; wherein the nozzles are configured to spray the liquid hydrogen and the liquid oxygen in a mist form into the combustion chamber for mixing, and the igniter is configured to ignite for combustion to form a high-temperature and high-pressure water vapor to be discharged along the gas pipe from the opening. a container, comprising an accommodating space defined therein, and a gas pipe communicating with the accommodating space; two liquid storage barrels, disposed in the accommodating space, and each liquid storage barrel comprising at least one nozzle, wherein one of the liquid storage barrels is filled with a liquid hydrogen, and another one of the liquid storage barrels is filled with a liquid oxygen; a combustion chamber, disposed in the accommodating space, and comprising an opening and a rocket nozzle extended from the opening, and the nozzles penetrating into the combustion chamber; and an igniter, installed in the combustion chamber; wherein the nozzles are configured to spray the liquid hydrogen and the liquid oxygen in a mist form into the combustion chamber for mixing, and the igniter is configured to ignite for combustion to form a high-temperature and high-pressure water vapor to be discharged along the gas pipe from the opening.
A positioning device for positioning and using a tool within a cavity of a gas turbine engine having a cavity wall, the device comprising a flexible deployment device carrying the tool, wherein the deployment device further comprises a soft robotics fixturing element adjustable between a contracted deployment configuration during positioning of the tool and an expanded bracing configuration for abutment with the cavity wall during use of the tool, wherein the deployment device comprises a segmented/articulated deployment arm or an articulated guide tube and insertion element, characterized in that the deployment arm is a soft robotic arm comprising a plurality of deployment actuators.
An information processing apparatus comprising: location information obtaining means for obtaining first location information indicating an identifier of a data storage device that the user specifies as a unified location of personal data of the user, the first location information further indicating a location of a user-specified directory within the data storage device; location information producing means for sending the data storage device a location information request including an identifier of an application and receiving second location information indicating a location of a directory that is placed below the user-specified directory and uniquely assigned to the application as a response from the data storage device; storage means for storing the second location information; data processing means for executing the application, determining if there is a need to access the personal data of the user and producing, when it is determined there is the need to access the personal data of the user, first access target information that is subordinated to the second location information in the storage means and indicates a relative path and name of a target data file including the personal data of the user; second access target information producing means for producing, based on the first access target information and the second location information in the storage means, second access target information indicating a storage location and name of the target data file; and access means for making access to the target data file in the data storage device, based on the second access target information. location information obtaining means for obtaining first location information indicating an identifier of a data storage device that the user specifies as a unified location of personal data of the user, the first location information further indicating a location of a user-specified directory within the data storage device; location information producing means for sending the data storage device a location information request including an identifier of an application and receiving second location information indicating a location of a directory that is placed below the user-specified directory and uniquely assigned to the application as a response from the data storage device; storage means for storing the second location information; data processing means for executing the application, determining if there is a need to access the personal data of the user and producing, when it is determined there is the need to access the personal data of the user, first access target information that is subordinated to the second location information in the storage means and indicates a relative path and name of a target data file including the personal data of the user; second access target information producing means for producing, based on the first access target information and the second location information in the storage means, second access target information indicating a storage location and name of the target data file; and access means for making access to the target data file in the data storage device, based on the second access target information.
A fake-finger determination device, comprising: an imaging unit that images a reflected light image and a transmitted light image of an authentication object serving as a fingerprint authentication object; a classifying unit that classifies each of the reflected light image and the transmitted light image into a foreground portion having a feature of a skin image and a background portion having no feature of a skin image, using a hue value or a brightness value of a pixel included in each of the images; characterized by a detecting unit that compares the foreground portion of one image of the reflected light image and the transmitted light image with the background portion of the other image to detect an overlapping portion; and a determining unit that determines that a foreign substance is present in the periphery of a finger when the number of pixels included in the overlapping portion is a predetermined upper limit of the number of pixels or more, and that determines that a foreign substance is not present in the periphery of a finger when the number of pixels included in the overlapping portion is not the predetermined upper limit of the number of pixels or more. an imaging unit that images a reflected light image and a transmitted light image of an authentication object serving as a fingerprint authentication object; a classifying unit that classifies each of the reflected light image and the transmitted light image into a foreground portion having a feature of a skin image and a background portion having no feature of a skin image, using a hue value or a brightness value of a pixel included in each of the images; characterized by a detecting unit that compares the foreground portion of one image of the reflected light image and the transmitted light image with the background portion of the other image to detect an overlapping portion; and a determining unit that determines that a foreign substance is present in the periphery of a finger when the number of pixels included in the overlapping portion is a predetermined upper limit of the number of pixels or more, and that determines that a foreign substance is not present in the periphery of a finger when the number of pixels included in the overlapping portion is not the predetermined upper limit of the number of pixels or more.
A prefabricated modular joining assembly for an industrial flooring, wherein said prefabricated modular joining assembly comprises a module including a prefabricated prismatic body formed by two half-portions (2, 3), being separated from one another by a deformable material zone, each of said half-portions (2, 3) having a metal reinforcing framework embedded therein, characterised in that said half-portions (2,3) are made of a synthetic resin.
A marine habitation system comprising: a habitable chamber; a column including a first end, and a second end, opposite the first end, the second end for mounting in a sea bed; a segment in communication with: 1) the habitable chamber, and 2) the first end of the column; and, at least one motor (186a, 186b) for generating forces to move the segment both substantially vertically and rotatably, wherein the habitable chamber and the column are moveable with respect to each other: 1) vertically, and, 2) rotatably. a habitable chamber; a column including a first end, and a second end, opposite the first end, the second end for mounting in a sea bed; a segment in communication with: 1) the habitable chamber, and 2) the first end of the column; and, at least one motor (186a, 186b) for generating forces to move the segment both substantially vertically and rotatably, wherein the habitable chamber and the column are moveable with respect to each other: 1) vertically, and, 2) rotatably.
A standoff device for connecting a wire harness to a structure, comprising: a fixation portion adapted to be secured to the structure; a spacing portion connected at a first end to the fixation portion; and a connector portion connected to a second end of the spacing portion and spaced apart from the fixation portion, the connector portion comprising a retaining clip adapted to resiliently deform when a wire harness connector component moves axially thereon toward the fixation portion and adapted to oppose at least one abutment edge against a first portion of the connector component into an engagement position when the connector component is past the retaining clip to prevent the connector component from moving back onto the retaining clip, and at least one abutment surface adapted to contact a second portion of the connector component in the engagement position to prevent further axial movement of the connector component toward the fixation portion, whereby the connector component is held captive between the at least one edge and the at least one abutment surface characterized in that the retaining clip is arranged to be deformed by a socket so that a cable support engaged with the retaining clip can be disengaged. a fixation portion adapted to be secured to the structure; a spacing portion connected at a first end to the fixation portion; and a connector portion connected to a second end of the spacing portion and spaced apart from the fixation portion, the connector portion comprising a retaining clip adapted to resiliently deform when a wire harness connector component moves axially thereon toward the fixation portion and adapted to oppose at least one abutment edge against a first portion of the connector component into an engagement position when the connector component is past the retaining clip to prevent the connector component from moving back onto the retaining clip, and at least one abutment surface adapted to contact a second portion of the connector component in the engagement position to prevent further axial movement of the connector component toward the fixation portion, whereby the connector component is held captive between the at least one edge and the at least one abutment surface characterized in that the retaining clip is arranged to be deformed by a socket so that a cable support engaged with the retaining clip can be disengaged.
A method for downlink transmission synchronization in a cellular orthogonal frequency division multiplexing OFDM system, the method comprising: (a) scanning and receiving one or more reference signals transmitted from a plurality of neighboring macro base stations by a femto base station; (b) determining a desired reference signal from the received one or more reference signals; and (c) configuring downlink radio signal transmission of the femto base station based on the desired reference signal such that the femto base station is synchronized with the plurality of neighboring macro base stations, characterized in that said desired reference signal is a reference signal first received by the femto base station during an observation window, and the observation window length is smaller than half of a frame length but substantially larger than propagation delay among the plurality of neighboring macro base stations. (a) scanning and receiving one or more reference signals transmitted from a plurality of neighboring macro base stations by a femto base station; (b) determining a desired reference signal from the received one or more reference signals; and (c) configuring downlink radio signal transmission of the femto base station based on the desired reference signal such that the femto base station is synchronized with the plurality of neighboring macro base stations, characterized in that said desired reference signal is a reference signal first received by the femto base station during an observation window, and the observation window length is smaller than half of a frame length but substantially larger than propagation delay among the plurality of neighboring macro base stations.
A safety equipment for the human head, in particular for a person deployed in firefighting, emergency or other work operations, comprising a protective helmet having a helmet shell and having a support structure attached to the same for receiving the human head; an image capture system having a first, in particular a thermographic, image capturing unit, said first image capturing unit including a first housing, a first image sensor, a control unit, an electrical energy source and a wireless communication interface for communicating with at least one operations terminal, wherein the wireless communication interface is designed for communicating in a mobile radio network based on a standard chosen from among the group comprising UMTS, GSM, CDMA2000 and HSDPA, and the control unit, the electrical energy source and the wireless communication interface are mounted inside the first housing; a display unit, said display unit communicating with the control unit of the first image capturing unit, characterized in that the first image capturing unit and the display unit together form a single unit, and that the first image sensor also is mounted inside the first housing, and that the display unit is attached to the first image capturing unit, in particular on its first housing, at a distance from the same, by means of a semi-rigid, bendable connecting element, and that the first image capturing unit with its first housing is mounted in a coupling receptacle, which is designed in a recess in the helmet shell, in a replaceable manner.
An intravascular imaging device (1102, 1202, 1302), comprising: a flexible elongate member including a first lumen having a proximal portion and a distal portion; a drive cable disposed within the first lumen such that an ultrasound transducer coupled to the drive cable is positioned within the distal portion of the first lumen; and a filling captively held within at least the distal portion of the first lumen and surrounding the ultrasound transducer for facilitating transmission and reception of ultrasound signals; characterised in that: at least a portion of the flexible elongate member is formed of a material one-way permeable to the filling such that the material is configured to allow fluid to flow into the material and restrict the fluid flow out of the material, such that the filling fills at least the distal portion of the first lumen and surrounds the ultrasound transducer after the at least a portion of the flexible elongate member is positioned in the filling. a flexible elongate member including a first lumen having a proximal portion and a distal portion; a drive cable disposed within the first lumen such that an ultrasound transducer coupled to the drive cable is positioned within the distal portion of the first lumen; and a filling captively held within at least the distal portion of the first lumen and surrounding the ultrasound transducer for facilitating transmission and reception of ultrasound signals; characterised in that: at least a portion of the flexible elongate member is formed of a material one-way permeable to the filling such that the material is configured to allow fluid to flow into the material and restrict the fluid flow out of the material, such that the filling fills at least the distal portion of the first lumen and surrounds the ultrasound transducer after the at least a portion of the flexible elongate member is positioned in the filling.
Device for regenerating a particle filter, comprising a thermoelectric generator, a capacitor and a resistive element, said generator being capable of generating an electric current under the action of a temperature gradient in contact with a cold source on the one hand and with a hot source on the other hand, a portion of the electric current thus generated being intended to ensure the charging of the capacitor, said capacitor being designed to discharge through the resistive element so as to raise the temperature of a first fluid, upstream of the particle filter, so as to bring about the pyrolysis of at least one portion of the particles retained in said filter, said first fluid constituting the hot source of the thermoelectric generator, and in which said resistive element comprises a plurality of heating resistors, individually controlled by a control unit, so as to ensure the pyrolysis of the particles at various points of said filter.
A method of processing waste and side flows of pulp and paper industry, the waste and side flows comprising at least bark and other wood based waste flows, so called hog fuel, and at least one fibrous waste flow; the processing arrangement of a pulp and/or a paper mill comprising at least a bark boiler for combusting hog fuel, a biological wastewater treatment plant and a bio refinery comprising at least fermentation/ethanol production, the method comprising the steps of introducing hog fuel to the bark boiler for producing ash, introducing the at least one fibrous waste flow to a treatment device for dividing the at least one fibrous waste flow to a fibrous primary slurry and a first effluent, and introducing the first effluent to the biological wastewater treatment plant, the method being characterized by the steps of a) Providing the processing arrangement with a separator unit, b) Introducing the fibrous primary slurry into the separator unit, c) Dividing the fibrous primary slurry by means of the separator unit into at least two fractions, i.e. a light mainly organic fraction and at least one heavy mainly inorganic fraction, d) Introducing the light mainly organic fraction to the bio refinery to fermentation for the production of ethanol and/or biogas and digestate, e) Taking the digestate from the bio refinery to fertilizer production, f) Taking the ash from the bark boiler to fractionation, g) Fractionating the ash into at least one coarse fraction lean in heavy metals and a fine ash fraction rich in heavy metals, h) Taking the at least one coarse ash fraction lean in heavy metals to fertilizer production for producing a fertilizer mixture together with the digestate. a) Providing the processing arrangement with a separator unit, b) Introducing the fibrous primary slurry into the separator unit, c) Dividing the fibrous primary slurry by means of the separator unit into at least two fractions, i.e. a light mainly organic fraction and at least one heavy mainly inorganic fraction, d) Introducing the light mainly organic fraction to the bio refinery to fermentation for the production of ethanol and/or biogas and digestate, e) Taking the digestate from the bio refinery to fertilizer production, f) Taking the ash from the bark boiler to fractionation, g) Fractionating the ash into at least one coarse fraction lean in heavy metals and a fine ash fraction rich in heavy metals, h) Taking the at least one coarse ash fraction lean in heavy metals to fertilizer production for producing a fertilizer mixture together with the digestate.
Method for the diagnosis of a pathological state characterized by detecting the presence of an anti-BAG3 antibody or an anti-BAG3 antibody bound to soluble BAG3 to form an immune complex in a biological sample, comprising the step of: a. determining the presence of an anti-BAG3 antibody or an BAG3 antibody bound to soluble BAG3 to form an immune complex in the biological sample consisting of serum, plasma, urine of saliva, obtained from a subject; b. comparing the values obtained from biological sample with reference values or with the values obtained from healthy donors. wherein said pathological state is selected from angina pectoris, pre-infarction angina, myocardial infarction, heart failure, acute coronary disease, ischemia, acute heart failure, chronic heart failure or iatrogenic heart disease and pancreatic cancer and said diagnosis is in vitro or ex vivo. a. determining the presence of an anti-BAG3 antibody or an BAG3 antibody bound to soluble BAG3 to form an immune complex in the biological sample consisting of serum, plasma, urine of saliva, obtained from a subject; b. comparing the values obtained from biological sample with reference values or with the values obtained from healthy donors.
An isolated polypeptide of from 4.5 to 30kD in size comprising: a gamma-carboxyglutamic-acid (Gla) domain from protein S with 5-15 Gla residues, an EGF binding domain from protein S and lacking a protease or hormone-binding domain, wherein said polypeptide is linked to a therapeutic payload for use in treating cancer. a gamma-carboxyglutamic-acid (Gla) domain from protein S with 5-15 Gla residues, an EGF binding domain from protein S and lacking a protease or hormone-binding domain, wherein said polypeptide is linked to a therapeutic payload for use in treating cancer.
A fabric print medium comprising a fabric base substrate and two treatment compositions that are applied to said fabric base substrate, wherein a. a first treatment composition is disposed on the fabric base substrate and forms a first coating layer comprising, at least: i. film-forming polymeric compounds, ii. and a water-soluble high-valence metal complex; b. and a second treatment composition applied over the first coating layer comprises, at least: i. a polymeric network, ii. poly-alkene polymeric compounds, iii. a water-soluble high-valence metal complex, iv. and a flame retardant agent. a. a first treatment composition is disposed on the fabric base substrate and forms a first coating layer comprising, at least: i. film-forming polymeric compounds, ii. and a water-soluble high-valence metal complex; i. film-forming polymeric compounds, ii. and a water-soluble high-valence metal complex; b. and a second treatment composition applied over the first coating layer comprises, at least: i. a polymeric network, ii. poly-alkene polymeric compounds, iii. a water-soluble high-valence metal complex, iv. and a flame retardant agent. i. a polymeric network, ii. poly-alkene polymeric compounds, iii. a water-soluble high-valence metal complex, iv. and a flame retardant agent.