mhurhangee/ep-ind-claims huggingface dataset:
A slurry manufacturing apparatus comprising: a powder supply unit configured to supply a predetermined powder to a mixing chamber; a solvent supply unit configured to supply a solvent to the mixing chamber, a mixing unit configured to mix the predetermined powder and the solvent in the mixing chamber to produce a slurry; a gas supply unit configured to supply a reaction gas to the mixing chamber when the slurry is produced by the mixing unit; and a circulation unit configured to recover a surplus of the reaction gas from the mixing chamber and resupply the surplus of the reaction gas to the mixing chamber; a storage unit configured to recover the slurry produced in the mixing chamber and store the slurry, wherein the circulation unit has a first pipe (18, 51) that connects the mixing chamber to the storage unit, and that is configured to recover the slurry and the surplus of the reaction gas from the mixing chamber to the storage unit, and a second pipe (52, 54) that connects the storage unit to the mixing chamber, and that is configured to supply the surplus of the reaction gas from the storage unit to the mixing chamber; wherein the mixing unit is configured to rotate a mixing rotor in the mixing chamber to produce the slurry, and the first pipe (18, 51) is connected to the mixing chamber such that the slurry is introduced into the first pipe (18, 51) along a flow of the slurry formed by the rotation of the mixing rotor. a powder supply unit configured to supply a predetermined powder to a mixing chamber; a solvent supply unit configured to supply a solvent to the mixing chamber, a mixing unit configured to mix the predetermined powder and the solvent in the mixing chamber to produce a slurry; a gas supply unit configured to supply a reaction gas to the mixing chamber when the slurry is produced by the mixing unit; and a circulation unit configured to recover a surplus of the reaction gas from the mixing chamber and resupply the surplus of the reaction gas to the mixing chamber; a storage unit configured to recover the slurry produced in the mixing chamber and store the slurry, wherein the circulation unit has a first pipe (18, 51) that connects the mixing chamber to the storage unit, and that is configured to recover the slurry and the surplus of the reaction gas from the mixing chamber to the storage unit, and a second pipe (52, 54) that connects the storage unit to the mixing chamber, and that is configured to supply the surplus of the reaction gas from the storage unit to the mixing chamber; wherein the mixing unit is configured to rotate a mixing rotor in the mixing chamber to produce the slurry, and the first pipe (18, 51) is connected to the mixing chamber such that the slurry is introduced into the first pipe (18, 51) along a flow of the slurry formed by the rotation of the mixing rotor.
An imaging device comprising: an imaging lens that includes n number of optical systems (20, 30) of which imaging characteristics are different in which n is an integer satisfying n > 1, said imaging characteristics meaning focal lengths, focusing distances or transmission wavelength characteristics; characterised by an image sensor that in each pixel includes m number of light receiving sensors (120a, b,...) of which combinations of crosstalk ratio and light sensitivity are different in which m is an integer satisfying m > n; a primary image data generation unit adapted to generate m number of primary image data items (F11, F12, F13, F14) by obtaining image signals output from the light receiving sensors of each pixel of the image sensor; a saturation pixel detection unit adapted to detect a pixel of which a pixel value is saturated from the primary image data items, wherein a saturated pixel value means that there exists a saturated light receiving sensor in said pixel; and a secondary image data generation unit that generates n number of secondary image data items corresponding to the optical systems (20, 30) by performing crosstalk removal processing on the m number of primary image data items (F11, F12, F13, F14) for each pixel, the secondary image data generation unit generating the secondary image data items by removing the primary image data of which a pixel value is saturated and performing the crosstalk removal processing on remaining primary image data items in a case where a processing target includes the primary image data of which the pixel value is saturated. an imaging lens that includes n number of optical systems (20, 30) of which imaging characteristics are different in which n is an integer satisfying n > 1, said imaging characteristics meaning focal lengths, focusing distances or transmission wavelength characteristics; characterised by an image sensor that in each pixel includes m number of light receiving sensors (120a, b,...) of which combinations of crosstalk ratio and light sensitivity are different in which m is an integer satisfying m > n; a primary image data generation unit adapted to generate m number of primary image data items (F11, F12, F13, F14) by obtaining image signals output from the light receiving sensors of each pixel of the image sensor; a saturation pixel detection unit adapted to detect a pixel of which a pixel value is saturated from the primary image data items, wherein a saturated pixel value means that there exists a saturated light receiving sensor in said pixel; and a secondary image data generation unit that generates n number of secondary image data items corresponding to the optical systems (20, 30) by performing crosstalk removal processing on the m number of primary image data items (F11, F12, F13, F14) for each pixel, the secondary image data generation unit generating the secondary image data items by removing the primary image data of which a pixel value is saturated and performing the crosstalk removal processing on remaining primary image data items in a case where a processing target includes the primary image data of which the pixel value is saturated.
A method of manufacturing a flame-retardant heat insulating formed product, including: pouring water in used paper or a pulp material to defibrate and obtain defibrated cotton; charging a flame retardant into the defibrated cotton, and by stirring and heating, obtaining flame-retardant heat insulating defibrated cotton; charging short fibers with a low melting point into the flame-retardant heat insulating defibrated cotton, and by mixing and stirring, obtaining a flame-retardant heat insulating loose material; filling a forming die made of paper provided with a lid with the flame-retardant heat insulating loose material; heating the flame-retardant heat insulating loose material together with the forming die with a microwave heating apparatus to form; and removing a formed product from the forming die. pouring water in used paper or a pulp material to defibrate and obtain defibrated cotton; charging a flame retardant into the defibrated cotton, and by stirring and heating, obtaining flame-retardant heat insulating defibrated cotton; charging short fibers with a low melting point into the flame-retardant heat insulating defibrated cotton, and by mixing and stirring, obtaining a flame-retardant heat insulating loose material; filling a forming die made of paper provided with a lid with the flame-retardant heat insulating loose material; heating the flame-retardant heat insulating loose material together with the forming die with a microwave heating apparatus to form; and removing a formed product from the forming die.
A mist-generating device comprising: a housing; a nozzle located within the housing, the nozzle movable between a retracted position inside the housing and a deployed position outside the housing; a drain chamber defined between the housing and nozzle when the nozzle is in the retracted position; and a drain passage providing fluid communication away from the drain chamber; characterised in that the nozzle comprises: a nozzle inlet connectable to a source of driving fluid, a nozzle outlet, and a nozzle throat intermediate the nozzle inlet and nozzle outlet, the nozzle throat having a cross sectional area which is less than that of both the nozzle inlet and nozzle outlet; and a process liquid chamber having an inlet connectable to a source of process liquid and an outlet which opens into the nozzle. a housing; a nozzle located within the housing, the nozzle movable between a retracted position inside the housing and a deployed position outside the housing; a drain chamber defined between the housing and nozzle when the nozzle is in the retracted position; and a drain passage providing fluid communication away from the drain chamber; characterised in that the nozzle comprises: a nozzle inlet connectable to a source of driving fluid, a nozzle outlet, and a nozzle throat intermediate the nozzle inlet and nozzle outlet, the nozzle throat having a cross sectional area which is less than that of both the nozzle inlet and nozzle outlet; and a process liquid chamber having an inlet connectable to a source of process liquid and an outlet which opens into the nozzle. a nozzle inlet connectable to a source of driving fluid, a nozzle outlet, and a nozzle throat intermediate the nozzle inlet and nozzle outlet, the nozzle throat having a cross sectional area which is less than that of both the nozzle inlet and nozzle outlet; and a process liquid chamber having an inlet connectable to a source of process liquid and an outlet which opens into the nozzle.
Shower device for creating at least one water jet pattern (2, 3) with a structural assembly, with a nozzle assembly and with a lighting assembly, wherein the structural assembly provides an exit opening for the emergence of the water discharged by the nozzle assembly, characterized in that the structural assembly has an outer edge region running about the edge of the exit opening, in that the exit opening during the shower operation is in particular only partly occupied with emerging water at any given time, in that the nozzle assembly is arranged distributed along at least a portion of the edge of the exit opening at the edge region, especially along at least a quarter of the edge of the exit opening, and in that the path of the water discharged by the nozzle assembly during the shower operation runs each time from the edge region in the direction of the exit opening and then through the exit opening.
A construction comprising: - a first element extending between a first and a second opposite free end and comprising a first duct forming an opening in each of the first and second free ends; - a second element extending between a third and a fourth opposite free end and comprising a second duct forming an opening in each of the third and fourth free ends; wherein the first and second elements are arranged so that the second free end and the third free end are facing each other; wherein the first and second ducts protrude from the first and second element; and wherein the construction further comprises a tubular link with a body of a flexible material to allow reshaping of the body to adapt the body to a first duct and a second duct not being aligned, the tubular link being arranged to provide communication between the first and second ducts and providing an uninterrupted duct from the first free end to the fourth free end. - a first element extending between a first and a second opposite free end and comprising a first duct forming an opening in each of the first and second free ends; - a second element extending between a third and a fourth opposite free end and comprising a second duct forming an opening in each of the third and fourth free ends;
A therapeutic composition for use in a method of treatment of villous atrophy caused by irradiation, chemotherapy or inflammation in the small intestine, wherein the composition is formulated for enteral administration and comprises lysine, glycine, threonine, valine, and tyrosine, as free amino acids; and water; and wherein the composition does not comprise glucose, glutamine, and methionine, or, if these ingredients are present, glucose is present at a concentration of less than 1g/l, glutamine is present at a concentration of less than 300 mg/l, and methionine is present at a concentration of less than 100 mg/l.
A product divider and rack floor for shelves, particularly sales shelves, the product divider comprising a base body for separating goods and at least two material sections (3, 4) protruding from the base body, of which at least one of the material sections (3, 4) can be introduced into at least one first opening of a side wall of the rack floor and the other material section can be introduced into at least one second opening of the rack floor, in order to retain the product divider in a fixed position on the rack floor, characterized in that the material section that can be associated with the first opening of the rack floor has a length protruding outward such that when the material section has been inserted into the first opening and the product divider has then been displaced backward against the insertion direction in order to bring the other material section into an active position relative to the second opening, the material section remains inserted in the first opening when the product divider has reached the fixed position on the rack floor, and that locking means are provided for locking the product divider positively against the rack floor in the fixed position.
A cosmetic container, comprising a body and a lifting holder disposed within the body, wherein the lifting holder comprises a rack bar and a support holder for holding cosmetic, the support holder being connected to an end of the rack bar closer to an opening part of the body, and a gear is disposed in the body, the rack bar is engaged with the gear, and the gear partly protrudes out of the body, characterized in that: it further comprises a rotating holder disposed within the body, wherein the rotating holder is fixed inside the body, the gear is disposed in the rotating holder and partly protrudes out of the rotating holder, and the rack bar is vertically inserted in the rotating holder to engage with the gear disposed in the rotating holder, a lubricating device for lubricating a back side of the rack bar is disposed within the rotating holder at the back side of the rack bar, the lubricating device comprises a clamping piece fixed on the rotating holder and an oil cavity fixed on the clamping piece, wherein the oil cavity has an outlet at a position opposing to the back side of the rack bar.
Medical apparatus, comprising: a guided surface wave receive structure configured to receive at least one guided surface wave traveling along a terrestrial medium generated by a guided surface waveguide probe; a power circuit electrically coupled to the guided surface wave receive structure, characterized in that the power circuit is configured to generate a power signal for powering the medical device from an alternating current signal generated by the guided surface wave receive structure from the at least one guided surface wave; and a medical circuit electrically coupled to the power circuit, the medical circuit comprising a monitoring circuit configured to measure a characteristic of a human body. a guided surface wave receive structure configured to receive at least one guided surface wave traveling along a terrestrial medium generated by a guided surface waveguide probe; a power circuit electrically coupled to the guided surface wave receive structure, characterized in that the power circuit is configured to generate a power signal for powering the medical device from an alternating current signal generated by the guided surface wave receive structure from the at least one guided surface wave; and a medical circuit electrically coupled to the power circuit, the medical circuit comprising a monitoring circuit configured to measure a characteristic of a human body.
A method for establishing a personal area network connection between a mobile device and a personal area network system, comprising: pairing the mobile device with the personal area network system; receiving a telephone call at the mobile device; notifying the personal area network system that the mobile device has received a telephone call; and characterised by: capturing audio data from one or more microphones of the mobile device, wherein the audio data comprises an acoustic signal generated by an audio system to which the personal area network system is coupled; and wherein the personal area network system causes the acoustic signal to be generated by the audio system in response to the personal area network system receiving the notification from the mobile device; determining a physical distance between the mobile device and the personal area network system based on the captured audio data; and forwarding telephone call data received by the mobile device to the personal area network system when the determined physical distance is below a threshold. pairing the mobile device with the personal area network system; receiving a telephone call at the mobile device; notifying the personal area network system that the mobile device has received a telephone call; and characterised by: capturing audio data from one or more microphones of the mobile device, wherein the audio data comprises an acoustic signal generated by an audio system to which the personal area network system is coupled; and wherein the personal area network system causes the acoustic signal to be generated by the audio system in response to the personal area network system receiving the notification from the mobile device; determining a physical distance between the mobile device and the personal area network system based on the captured audio data; and forwarding telephone call data received by the mobile device to the personal area network system when the determined physical distance is below a threshold. capturing audio data from one or more microphones of the mobile device, wherein the audio data comprises an acoustic signal generated by an audio system to which the personal area network system is coupled; and wherein the personal area network system causes the acoustic signal to be generated by the audio system in response to the personal area network system receiving the notification from the mobile device; determining a physical distance between the mobile device and the personal area network system based on the captured audio data; and forwarding telephone call data received by the mobile device to the personal area network system when the determined physical distance is below a threshold.
Device for fixing lines, in particular electric cables, pipes or hoses, comprising at least two fastening parts, which can be connected to one another, which form a feedthrough in the mounted state, wherein the fastening parts comprise two clamp parts (1, 2), which are hingedly connected to one another via at least one hinge and which each receive at least one clamping block, which has a groove on its outer surface, in which a section of a clamp part (1, 2) is positioned and which has on its inner side opposite the groove a channel in the form of a cylinder jacket section running axially at right angles to the groove to receive a line, wherein at the end of a clamp part opposite the hinged connection a tension lock is arranged, whose tensioning hook is engageable with a counter hook arranged at the end of the other clamp part opposite the hinged connection, characterised in that the clamping blocks are designed in the manner of a prism with trapezoidal bases or have a substantially cuboid shape.
An electrosurgical instrument comprising: a housing including a tube extending therethrough, the tube having proximal and distal ends, the proximal end adapted to connect to at least a first source of gas and the distal end configured to deliver gas to a surgical site; an actuator (130, 135) operatively associated with the housing and configured to selectively regulate the flow of gas through the tube, the actuator having at least a first position which allows a first predetermined rate of gas to flow through the tube for pneumatically dissecting tissue, and at least one subsequent position which allows at least one different rate of gas to flow through the tube for at least coagulating tissue, including a diverter for selectively alternating between first and second gas sources (200, 200a); and first and second gas sources (200, 200a), wherein the first and second gas sources are pressurized to different levels such that each source dispenses its content at a different rate. a housing including a tube extending therethrough, the tube having proximal and distal ends, the proximal end adapted to connect to at least a first source of gas and the distal end configured to deliver gas to a surgical site; an actuator (130, 135) operatively associated with the housing and configured to selectively regulate the flow of gas through the tube, the actuator having at least a first position which allows a first predetermined rate of gas to flow through the tube for pneumatically dissecting tissue, and at least one subsequent position which allows at least one different rate of gas to flow through the tube for at least coagulating tissue, including a diverter for selectively alternating between first and second gas sources (200, 200a); and first and second gas sources (200, 200a), wherein the first and second gas sources are pressurized to different levels such that each source dispenses its content at a different rate.
An embolic protection device (30A,30B,30C,50) for removing emboli from a blood vessel in a patient's body, comprising: an elongate host element (31,51); an embolic protection element having a collapsed configuration and an expanded configuration; and a flexible tether (33,53) connected to a distal end of the host element (31,51) and to a proximal portion of the embolic protection element, the tether (33,53) allowing the host element (31,51) to move axially and laterally relative to the embolic protection element over a limited range of motion when the embolic protection element is in an expanded configuration, and the embolic protection device (30A,30B,30C,50) having a landing zone (32A,32B,32C) of 4 cm or less, wherein the embolic protection element comprises one or more connecting arms (35,55), an apposition ring (37,57), and a mesh (39A,39B,39C), the one or more connecting arms (35,55) each being connected to the tether (33,53) and the apposition ring (37,57), and the apposition ring (37,57) being connected to the mesh (39A,39B,39C), and wherein further the one or more connecting arms (35,55) are connected to the tether (33,53) by a marker, and the tether (33,53) is flexible and is dimensioned such that host element (31,51) can move axially or laterally relative to marker (34,54) without disturbing the position of the marker (34,54). an elongate host element (31,51); an embolic protection element having a collapsed configuration and an expanded configuration; and a flexible tether (33,53) connected to a distal end of the host element (31,51) and to a proximal portion of the embolic protection element, the tether (33,53) allowing the host element (31,51) to move axially and laterally relative to the embolic protection element over a limited range of motion when the embolic protection element is in an expanded configuration, and the embolic protection device (30A,30B,30C,50) having a landing zone (32A,32B,32C) of 4 cm or less, wherein the embolic protection element comprises one or more connecting arms (35,55), an apposition ring (37,57), and a mesh (39A,39B,39C), the one or more connecting arms (35,55) each being connected to the tether (33,53) and the apposition ring (37,57), and the apposition ring (37,57) being connected to the mesh (39A,39B,39C), and wherein further the one or more connecting arms (35,55) are connected to the tether (33,53) by a marker, and the tether (33,53) is flexible and is dimensioned such that host element (31,51) can move axially or laterally relative to marker (34,54) without disturbing the position of the marker (34,54).