mhurhangee/ep-ind-claims huggingface dataset:
Flange-connection assembly between two portions (10a, 10b) of a line for transporting a cryogenic fluid in an inner conduit of the line, the connection assembly comprising a first line portion and a second line portion, the first line portion comprising a first connection flange arranged at one of its ends and configured to be held in contact with a second connection flange, arranged at one of the ends of the second line portion, at least one of said first flange and second flange comprising a first groove for positioning a first seal, said first groove being arranged around said inner tube, and at least one of said first flange and second flange comprising a second groove for positioning a second seal, said second groove being arranged around said first groove for positioning the first seal and having a diameter greater than the diameter of the first groove, the first groove and second groove being configured such that the first seal and second seal which are positioned therein produce a sealed connection between the two flanges (11a, 11b) by isolating said inner conduit from the exterior of the line, the connection assembly further comprising at least one conduit opening out, for the one part, between the first groove and the second groove, and opening out, for the other part, into an expansion chamber for said cryogenic fluid, said expansion chamber being arranged in one of the first connection flange and the second connection flange, characterized by the expansion chamber comprising an absorbent element and a detector for detecting the presence of said cryogenic fluid or a recess configured for the installation of such a detector.
Hydraulic coupling sleeve having a sleeve housing, in particular a tubular sleeve housing, in which a sleeve tappet, an axially movable pressure tube which surrounds the said sleeve tappet in an axially parallel, in particular coaxial manner, and an axially movable holding tube which surrounds the pressure tube in an axially parallel, in particular coaxial manner, are arranged in an axially parallel, in particular coaxial manner, the outer circumferential face of which holding tube is supported or released in the radial direction by securing elements which are arranged in the sleeve housing, and the sleeve tappet being fastened to an inner piston which is arranged in the sleeve housing and can be displaced in an axially parallel manner, and it being possible for the said sleeve tappet to be moved axially together with the said inner piston, characterized in that, in the uncoupled state, the, in particular, annular end face of the holding tube lies at least substantially in one plane with the end faces of the sleeve tappet and the sleeve housing, it being possible, starting from the uncoupled state, for the arrangement comprising sleeve tappet, inner piston and pressure tube to be displaced in its entirety axially into the interior of the sleeve housing as far as an end position, in which a hydraulic coupling plug can be locked to the hydraulic coupling sleeve via the securing elements, and it being possible, from the end position, for the entirety comprising sleeve tappet, inner piston and pressure tube to first of all be pushed back as far as a stop position, at which the pressure tube is fixed axially on a stop, and it being possible, starting from the stop position, for the sleeve tappet and the inner piston to be pushed back further on their own, at least until a fluid passage is open, in particular until the end face of the sleeve tappet is arranged in one plane with the end face of the sleeve housing.
Device with a Scotch yoke mechanism for converting a linear motion of a first mechanical element in a rotary one of a second mechanical element, comprising: - a pin, configured to realize a coupling between said first mechanical element and said second mechanical element, - a guide block, provided with an inner hole configured to house the pin and with inclined outer side surfaces; - two guide pads, provided with corresponding inclined innerside surfaces, which are coupled with the inclined outer side surfaces of the guide block, and with outer side surfaces (5") configured to be coupled with corresponding wings of the Scotch yoke, the device being characterized in that - elastic means, configured to generate an elastic force (Fe) on the guide pads such that the inclined inner side surfaces (5") of the guide pads slide on the corresponding inclined outer side surfaces of the guide block, - the inclined outer side surfaces of the guide block and the inclined inner side surfaces of the guide pads have the same inclination angle, - the distance between the outer side surfaces (5") of the guide pads is a function of the mutual position of the inclined inner side surfaces of the guide pads and the corresponding inclined outer side surfaces of the guide block, and - the outer side surfaces (5") of the guide pads are parallel to each other. - a pin, configured to realize a coupling between said first mechanical element and said second mechanical element, - a guide block, provided with an inner hole configured to house the pin and with inclined outer side surfaces; - two guide pads, provided with corresponding inclined innerside surfaces, which are coupled with the inclined outer side surfaces of the guide block, and with outer side surfaces (5") configured to be coupled with corresponding wings of the Scotch yoke, the device being characterized in that - elastic means, configured to generate an elastic force (Fe) on the guide pads such that the inclined inner side surfaces (5") of the guide pads slide on the corresponding inclined outer side surfaces of the guide block, - the inclined outer side surfaces of the guide block and the inclined inner side surfaces of the guide pads have the same inclination angle, - the distance between the outer side surfaces (5") of the guide pads is a function of the mutual position of the inclined inner side surfaces of the guide pads and the corresponding inclined outer side surfaces of the guide block, and - the outer side surfaces (5") of the guide pads are parallel to each other.
An LED component (40; 80; 100; 200; 230; 280; 300; 320; 340), comprising: a circuit board (42; 84; 104; 204; 234; 282; 304; 324) having a plurality of die attach pads (44; 206; 236); a plurality of LEDs (48; 82; 102; 202; 232; 284; 302; 322), each of which is mounted on a respective one of the die attach pads (44; 206; 236); and primary lenses (55; 106; 212; 286; 306; 326), each of which is formed directly over a single one or a subgroup of said LEDs and shaped to provide a lens surface that promotes first pass light emission, wherein said LEDs are arranged in a plurality of concentric circles on said circuit board, wherein at least a first concentric circle of LEDs is staggered with respect to a second concentric circle of LEDs to allow for an increase in the amount of light emitted toward the periphery of said circuit board which does not encounter the primary lenses of adjacent LEDs or subgroups of LEDs. a circuit board (42; 84; 104; 204; 234; 282; 304; 324) having a plurality of die attach pads (44; 206; 236); a plurality of LEDs (48; 82; 102; 202; 232; 284; 302; 322), each of which is mounted on a respective one of the die attach pads (44; 206; 236); and primary lenses (55; 106; 212; 286; 306; 326), each of which is formed directly over a single one or a subgroup of said LEDs and shaped to provide a lens surface that promotes first pass light emission, wherein said LEDs are arranged in a plurality of concentric circles on said circuit board, wherein at least a first concentric circle of LEDs is staggered with respect to a second concentric circle of LEDs to allow for an increase in the amount of light emitted toward the periphery of said circuit board which does not encounter the primary lenses of adjacent LEDs or subgroups of LEDs.
A method of indoor mushroom cultivation comprising the steps of: providing a horizontally extending bed, providing drip irrigation pipes that are disposed in the bed, and irrigating liquid using the disposed drip irrigation pipes, characterised in that an amount of liquid irrigated is determined according to a measure taken of water evaporation in the indoor environment outside of the bed, wherein the measure of water evaporation in the indoor environment outside of the bed is set at a time (Tcal), the determination of the amount of liquid irrigated is according to A = M × Tcal × F, wherein F is a parameter determined according to the value of M, wherein K is a threshold parameter of water evaporation, wherein Fu is a first value for F and Fd is a second value for F that is smaller than Fu, wherein F, K, Fu and Fd are manually provided, whereby if M>K then F = Fu and otherwise F=Fd. providing a horizontally extending bed, providing drip irrigation pipes that are disposed in the bed, and irrigating liquid using the disposed drip irrigation pipes, characterised in that an amount of liquid irrigated is determined according to a measure taken of water evaporation in the indoor environment outside of the bed, wherein the measure of water evaporation in the indoor environment outside of the bed is set at a time (Tcal), the determination of the amount of liquid irrigated is according to A = M × Tcal × F,
A method of configuring a network of a power transmitting unit, PTU, the method comprising: determining whether a neighboring PTU is operating in a master mode; determining an operation mode of a PTU based on the determining whether the neighboring PTU is operating in the master mode; setting a network between the PTU and the neighboring PTU based on the operation mode of the PTU; and setting an index for either one or both of the PTU and the neighboring PTU, wherein the determining of the operation mode of the PTU comprises: setting the operation mode of the PTU to a slave mode in response to determining that the neighboring PTU is operating in the master mode; and setting the operation mode of the PTU to a master mode in response to determining that the neighboring PTU is not operating in the master mode, wherein the index refers to an indication for numbering a slave device, and wherein the slave device is synchronized to a sequential order of frequency hopping of a master device. determining whether a neighboring PTU is operating in a master mode; determining an operation mode of a PTU based on the determining whether the neighboring PTU is operating in the master mode; setting a network between the PTU and the neighboring PTU based on the operation mode of the PTU; and setting an index for either one or both of the PTU and the neighboring PTU, wherein the determining of the operation mode of the PTU comprises: setting the operation mode of the PTU to a slave mode in response to determining that the neighboring PTU is operating in the master mode; and setting the operation mode of the PTU to a master mode in response to determining that the neighboring PTU is not operating in the master mode, wherein the index refers to an indication for numbering a slave device, and wherein the slave device is synchronized to a sequential order of frequency hopping of a master device. setting the operation mode of the PTU to a slave mode in response to determining that the neighboring PTU is operating in the master mode; and setting the operation mode of the PTU to a master mode in response to determining that the neighboring PTU is not operating in the master mode, wherein the index refers to an indication for numbering a slave device, and wherein the slave device is synchronized to a sequential order of frequency hopping of a master device.
A transmitting method based on MPEG Media Transmission, MMT, comprising: encoding a video signal and generating encoded data including a plurality of access units; storing the plurality of access units in a packet in a unit that defines one access unit as one unit or in a unit defined by dividing one access unit, and generating a packet group; transmitting the generated packet group as data to a receiving device; generating first information and second information, the first information indicating a presentation time of a first access unit that is presented first among the plurality of access units, and the second information being used to calculate a decoding time of the plurality of access units, wherein the second information is generated after generating the data; and transmitting the first information and the second information respectively as MPU, Media Processing Unit, meta data and MF, Movie Fragment, meta data corresponding to the data to the receiving device, characterized by the MPU meta data, the MF meta data and the data being transmitted respectively in different packets, wherein the first information, the second information, and the data are transmitted in a predetermined order out of a plurality of orders, and signaling information indicating the predetermined order. encoding a video signal and generating encoded data including a plurality of access units; storing the plurality of access units in a packet in a unit that defines one access unit as one unit or in a unit defined by dividing one access unit, and generating a packet group; transmitting the generated packet group as data to a receiving device; generating first information and second information, the first information indicating a presentation time of a first access unit that is presented first among the plurality of access units, and the second information being used to calculate a decoding time of the plurality of access units, wherein the second information is generated after generating the data; and transmitting the first information and the second information respectively as MPU, Media Processing Unit, meta data and MF, Movie Fragment, meta data corresponding to the data to the receiving device, characterized by the MPU meta data, the MF meta data and the data being transmitted respectively in different packets, wherein the first information, the second information, and the data are transmitted in a predetermined order out of a plurality of orders, and signaling information indicating the predetermined order.
Apparatus for receiving and storing a soiled item, in particular a soiled diaper, which apparatus comprises a container and a cover, the cover comprising a casing, in particular a hollow cylinder, having at least one open end (5, 6), the casing holding a movable body above which the item can be placed, whereby the cover is rotatable around a rotation axis between a first position, wherein the item can be placed in the casing, and a second position, wherein the movable body is urged to move inside the casing under the force of gravity, thereby assisting the item to move out of the casing into the container, wherein a flexible holder, having an open end with a rim and a closed end, is detachably fixed inside the casing, characterized in that the movable body is detachably fixed to the closed end of the flexible holder, wherein the casing has a tapered longitudinal cross-section, the smallest transversal cross-section being located near the at least one open end (5, 6), wherein the casing is provided with a flexible stopper, along an edge of its at least one open end (5,6), said flexible stopper has an inner circumference which is smaller than the inner circumference of the edge of the casing; said flexible stopper comprises a groove or a ridge and the edge of the casing comprises a corresponding ridge or a groove, respectively, to allow the flexible stopper to be snapped onto the edge, wherein the container comprises an upper segment, which is rotatably attached to a subjacent lower segment, said upper segment is lockable to the lower segment with a snap closure, the snap closure being provided with a push release button, and a bottom part comprising a wall part and a detachable floor, wherein the detachable floor comprises a lifting mechanism with a pedal which, when operated, lifts the wall part, thereby separating the wall part and the detachable floor, and wherein the container has a tapered shape, the cross-section of it being largest near the floor.
An anti-adhesion polymer composition capable of supporting growth factor, the composition comprising: 24-50 wt% of a polyethyleneglycol-polypropyleneglycol-polyethyleneglycol (PEG-PPG-PEG) block copolymer having a polyethyleneglycol content of 65-85 wt% and a molecular weight of 6,000-20,000 Da; 0.03-5 wt% of gelatin; 3 wt% of chitosan; and distilled water.
Apparatus for receiving a helical formation of rings free falling from the delivery end of a conveyor, and for gathering the rings into a coil, said apparatus comprising: a vertically disposed mandrel having an upper end positioned for encirclement by the free falling rings; a vertically disposed support column positioned adjacent to said mandrel; characterized by upper and lower coil plate assemblies (20, 22) carried by and vertically adjustable on said support column; and a drive system for vertically adjusting said coil plate assemblies in a descending manner in which the free falling rings encircling said mandrel are initially accumulated on said upper coil plate assembly before being transferred onto said lower coil plate assembly. a vertically disposed mandrel having an upper end positioned for encirclement by the free falling rings; a vertically disposed support column positioned adjacent to said mandrel; characterized by upper and lower coil plate assemblies (20, 22) carried by and vertically adjustable on said support column; and a drive system for vertically adjusting said coil plate assemblies in a descending manner in which the free falling rings encircling said mandrel are initially accumulated on said upper coil plate assembly before being transferred onto said lower coil plate assembly.
A method of strengthening a wellbore, comprising: drilling through a formation using a drill bit conveyed by a tubular string having an outer diameter at least 70 percent of the wellbore being drilled, wherein the formation is drilled at a first rate of penetration while pumping drilling fluid at a first flow rate; characterized by: after drilling through the formation so the tubular string extends beyond the formation, reducing the ROP to a second ROP, reducing the flow rate to a second flow rate, and increasing a pressure in the wellbore until drilling fluid begins to leak into the formation; while maintaining the increased pressure in the wellbore, monitoring the volume of drilling fluid lost to the formation until the rate at which the drilling fluid loss occurs is reduced; and repeating the increasing of pressure, leaking of drilling fluid into the formation, and monitoring the volume of drilling fluid lost to the formation until the rate at which the drilling fluid loss occurs is reduced until a selected wellbore strength is achieved. drilling through a formation using a drill bit conveyed by a tubular string having an outer diameter at least 70 percent of the wellbore being drilled, wherein the formation is drilled at a first rate of penetration while pumping drilling fluid at a first flow rate; characterized by: after drilling through the formation so the tubular string extends beyond the formation, reducing the ROP to a second ROP, reducing the flow rate to a second flow rate, and increasing a pressure in the wellbore until drilling fluid begins to leak into the formation; while maintaining the increased pressure in the wellbore, monitoring the volume of drilling fluid lost to the formation until the rate at which the drilling fluid loss occurs is reduced; and repeating the increasing of pressure, leaking of drilling fluid into the formation, and monitoring the volume of drilling fluid lost to the formation until the rate at which the drilling fluid loss occurs is reduced until a selected wellbore strength is achieved. after drilling through the formation so the tubular string extends beyond the formation, reducing the ROP to a second ROP, reducing the flow rate to a second flow rate, and increasing a pressure in the wellbore until drilling fluid begins to leak into the formation; while maintaining the increased pressure in the wellbore, monitoring the volume of drilling fluid lost to the formation until the rate at which the drilling fluid loss occurs is reduced; and repeating the increasing of pressure, leaking of drilling fluid into the formation, and monitoring the volume of drilling fluid lost to the formation until the rate at which the drilling fluid loss occurs is reduced until a selected wellbore strength is achieved.
A prosthetic valve comprising a frame having a generally tubular shape, the frame defining a plurality of leaflet windows; and a film defining at least one leaflet extending from each of the leaflet windows, each leaflet having two leaflet sides, a planar central zone, a leaflet base and a free edge opposite the leaflet base, wherein the two leaflet sides diverge from the leaflet base; wherein each leaflet base is truncated, providing a relatively flat leaflet base; and wherein each leaflet base is defined be an attachment line that is perpendicular to a valve axis at the leaflet base.
A humidifier, comprising a housing, the housing being provided with a gas inlet, a gas outlet and a humidifying chamber for containing a humidifying liquid, an external gas entering the housing via the gas inlet, flowing through the humidifying chamber, and being discharged via the gas outlet, wherein the humidifier further comprises: a water-absorbing-fiber device, wherein the water-absorbing-fiber device is provided inside the humidifying chamber, and extends in a longitudinal direction of the humidifying chamber, the water-absorbing-fiber device comprises a first cross section, and the first cross section intersects with a gas-flow direction of the external gas after the external gas enters the humidifying chamber; and a monitoring device, wherein the monitoring device is provided downstream of the water-absorbing-fiber device in the gas-flow direction, and is for monitoring a gas property downstream of the water-absorbing-fiber device, characterized in that the water-absorbing-fiber device comprises: at least two water adsorbing filter elements, wherein the at least two water adsorbing filter elements are arranged inside the humidifying chamber sequentially in the gas-flow direction, and each of the water adsorbing filter elements has the first cross section, and the monitoring device comprises: at least two monitors, wherein the monitors are provided downstream of different water adsorbing filter elements in the gas-flow direction. a water-absorbing-fiber device, wherein the water-absorbing-fiber device is provided inside the humidifying chamber, and extends in a longitudinal direction of the humidifying chamber, the water-absorbing-fiber device comprises a first cross section, and the first cross section intersects with a gas-flow direction of the external gas after the external gas enters the humidifying chamber; and a monitoring device, wherein the monitoring device is provided downstream of the water-absorbing-fiber device in the gas-flow direction, and is for monitoring a gas property downstream of the water-absorbing-fiber device, characterized in that the water-absorbing-fiber device comprises: at least two water adsorbing filter elements, wherein the at least two water adsorbing filter elements are arranged inside the humidifying chamber sequentially in the gas-flow direction, and each of the water adsorbing filter elements has the first cross section, and the monitoring device comprises: at least two monitors, wherein the monitors are provided downstream of different water adsorbing filter elements in the gas-flow direction. at least two water adsorbing filter elements, wherein the at least two water adsorbing filter elements are arranged inside the humidifying chamber sequentially in the gas-flow direction, and each of the water adsorbing filter elements has the first cross section, and the monitoring device comprises: at least two monitors, wherein the monitors are provided downstream of different water adsorbing filter elements in the gas-flow direction.