mhurhangee/ep-ind-claims huggingface dataset:
A fluid collection bag (110, 210) comprising: an inlet opening adapted to receive an inlet tube (128, 228) located on a first side of the fluid collection bag (110, 210), the first side being an upper peripheral edge of the fluid collection bag (110, 210); an outlet opening adapted to receive an outlet tube (130, 230) located on a second side of the fluid collection bag (110, 210), the second side being generally parallel with the first side of the fluid collection bag (110, 210) and being a lower peripheral edge of the fluid collection bag (110, 210); a first surface (120, 220) extending from the first side to the second side; and a second surface (122, 222) extending from the first side to the second side, the second surface (122, 222) opposing the first surface (120, 220); characterized by an attachment member (180, 280) having a base portion secured to a top portion of the fluid collection bag (110, 210) such that the attachment member (180, 280) is integrally formed with the fluid collection bag (110, 210), the attachment member (180, 280)_including flexible hinges (181, 182; 281, 282), for engaging a support element (171, 271), the flexible hinges (181, 182; 281, 282), capable of moving in opposing directions to engage the support element (171, 271) such that the fluid collection bag (110, 210) can be reversibly attached while the fluid collection bag (110, 210) is oriented with the first surface (110, 220) or the second opposing surface (122, 222) facing the support element, the flexible hinges (181, 182; 281, 282) being in a generally central location along the first side. an inlet opening adapted to receive an inlet tube (128, 228) located on a first side of the fluid collection bag (110, 210), the first side being an upper peripheral edge of the fluid collection bag (110, 210); an outlet opening adapted to receive an outlet tube (130, 230) located on a second side of the fluid collection bag (110, 210), the second side being generally parallel with the first side of the fluid collection bag (110, 210) and being a lower peripheral edge of the fluid collection bag (110, 210); a first surface (120, 220) extending from the first side to the second side; and a second surface (122, 222) extending from the first side to the second side, the second surface (122, 222) opposing the first surface (120, 220); characterized by an attachment member (180, 280) having a base portion secured to a top portion of the fluid collection bag (110, 210) such that the attachment member (180, 280) is integrally formed with the fluid collection bag (110, 210), the attachment member (180, 280)_including flexible hinges (181, 182; 281, 282), for engaging a support element (171, 271), the flexible hinges (181, 182; 281, 282), capable of moving in opposing directions to engage the support element (171, 271) such that the fluid collection bag (110, 210) can be reversibly attached while the fluid collection bag (110, 210) is oriented with the first surface (110, 220) or the second opposing surface (122, 222) facing the support element, the flexible hinges (181, 182; 281, 282) being in a generally central location along the first side.
A method for determining production of hydrocarbons, comprising: determining a temperature distribution associated with a plurality of fractured intervals or fractures disposed along a well; measuring a total flow rate for the well; modeling an inflow rate for each of the plurality of fractured intervals or fractures; and allocating production of each of the plurality of fractured intervals or fractures based on the temperature distribution, the total flow rate, and the inflow rates. determining a temperature distribution associated with a plurality of fractured intervals or fractures disposed along a well; measuring a total flow rate for the well; modeling an inflow rate for each of the plurality of fractured intervals or fractures; and allocating production of each of the plurality of fractured intervals or fractures based on the temperature distribution, the total flow rate, and the inflow rates.
Apparatus for forming multi-filament tufts for use in a brush seal, including: a support for retaining an end of a skein of aligned wires or fibres, and, an adhesive reservoir dimensioned to receive the end of the skein, wherein the support and the adhesive reservoir are relatively movable; and, a cutter configured to cut the skein to a required length after the end of the skein is retained by the support; characterised in that relative movement of the support and the adhesive reservoir inserts the end of the skein retained by the support in the adhesive reservoir so that adhesive adheres to the end of the skein to form the tuft; and, the adhesive reservoir has an aperture for receiving the end of the skein, and the aperture is up to 50% larger in cross section than the end of the skein. a support for retaining an end of a skein of aligned wires or fibres, and, an adhesive reservoir dimensioned to receive the end of the skein, wherein the support and the adhesive reservoir are relatively movable; and, a cutter configured to cut the skein to a required length after the end of the skein is retained by the support; characterised in that relative movement of the support and the adhesive reservoir inserts the end of the skein retained by the support in the adhesive reservoir so that adhesive adheres to the end of the skein to form the tuft; and, the adhesive reservoir has an aperture for receiving the end of the skein, and the aperture is up to 50% larger in cross section than the end of the skein.
Insulation blanket for an aircraft coming in the form of a strip of insulation material of elongated shape having two more or less parallel longitudinal edges, comprising at least one bar extending over one face of the strip of material insulation, from one longitudinal edge to the other thereof, at a distance from the other edges, as well as holding means for holding the said bar with respect to the said strip of insulation blanket, the bar bearing at least one system support (34, 36) intended to receive a system (30, 32), characterised in that the holding means comprise loops stitched onto the corresponding face of the strip of insulation material.
A method performed by a network device for accepting or rejecting a request associated with a mobile device wirelessly connecting to a network, the method comprising: receiving a request from a mobile device, wherein the request is associated with the mobile device wirelessly connecting to a network; determining an expected connection duration for the mobile device, which is calculated using collected historical connection data that identifies a plurality of previous wireless connections to the network and identifies a corresponding duration of each previous wireless connection; determining load conditions for the network device; determining whether to accept or reject the request based on the expected connection duration for the mobile device and the load conditions for the network device; and wherein the request is accepted when the expected connection duration for the first mobile device exceeds a duration threshold that is determined based on the load conditions for the network device. receiving a request from a mobile device, wherein the request is associated with the mobile device wirelessly connecting to a network; determining an expected connection duration for the mobile device, which is calculated using collected historical connection data that identifies a plurality of previous wireless connections to the network and identifies a corresponding duration of each previous wireless connection; determining load conditions for the network device; determining whether to accept or reject the request based on the expected connection duration for the mobile device and the load conditions for the network device; and wherein the request is accepted when the expected connection duration for the first mobile device exceeds a duration threshold that is determined based on the load conditions for the network device.
A piston and annular cylinder space device comprising a rotatable shutter disc, a rotor and a transmission assembly, the transmission assembly comprising a first gear (20;31;35;42) and a gear sub-assembly (15-19;32-34;36-38;39-41;30,43,44), the first gear (20;31;35;42) connectable to the shutter disc of the device, and the first gear (20;31;35;42) provided on a side surface of the shutter disc and the first gear (20;31;35;42) connected to the gear sub-assembly which converts rotation to an axis of rotation different to that of the shutter disc, characterised by an axis of rotation of the rotor spaced apart from the axis of rotation of the shutter disc, and the shutter disc being received within a volume internal of the rotor.
A checking apparatus for verifying the straightness of drawn bars, said checking apparatus comprising a supporting and moving group adapted to receive a plurality of drawn bars from a drawing apparatus along a horizontal direction and measuring group suitable to measure the straightness of said drawn bars, wherein said supporting and moving group comprises a plurality of supporting planes every one of which is configured to receive a drawn bar at picking station of the supporting and moving group and to move it to a measuring station of the supporting and moving group proximate to which the measuring group is arranged, said supporting planes being movable in a vertical direction, perpendicular to said horizontal direction, and wherein the supporting planes are formed of a plurality of sectors (210', 210", 210''') parallel to each other and spaced apart in the horizontal direction defining a supporting surface of the checking apparatus for supporting the drawn bars in contact with said supporting surface, wherein the measuring group comprises a plurality of video cameras arranged above the supporting and moving group in the vertical direction and wherein the checking apparatus further comprises a backlighting system, said backlighting system comprising displacement means configured to move a plurality of lamps movable relative to a frame of the supporting and moving group between an inner position, in which they do not interfere with the passage of the support planes, and an outer position in which they are located below the supporting plane arranged at the measuring station, characterized in that said supporting and moving group comprises driving means configured to move said supporting planes in the vertical direction perpendicular to said horizontal direction, said horizontal direction being parallel to the supporting surface, so as said supporting planes are movable in the vertical direction to lift said drawn bar, in contact with said supporting surface, in a lifting direction parallel to said vertical direction, and in that the supporting surface of the checking apparatus is perpendicular to said vertical direction; wherein the frame of the supporting and moving group extends in the vertical direction and comprises a base and a top portion, the configuration of the supporting and moving group being such that the supporting planes circulate around said frame by moving from said base toward said top portion along a front side of the frame, turning by 180° in correspondence with the top portion and descending towards the base along a rear side of the frame, opposite to said front side with respect to a transverse direction perpendicular to the horizontal and vertical directions, and along a descending direction from the top portion to the base, parallel and opposite to the vertical direction and distinguished from the lifting direction, and that in correspondence of the base the supporting planes rotate again by 180° and return on the front side of the frame.
Contact socket for a contact carrier insert of a socket, in particular a trailer socket, having a sleeve body which is formed from a sheet-metal stamped part and has a contact section of circular cross-section and a connection section, having a contact sleeve which is resilient in the radial direction for forming an electrical operative connection to a plug pin provided by a plug, the contact sleeve being held in a positionally secure manner by the contact section by means of a bearing seat, and having a spring element which has an abutment leg and a spring leg, the spring element being designed as a separate component and being arranged on the connection section, the spring leg being angled towards the contact leg to form an acute angle which is open in the direction of the contact section, characterized in that the connection section provides a flat contact plate and the abutment leg has a connecting contour which is formed by bends and, for radial and axial fixing of the spring element relative to the connection section, engages positively around a mating contour provided by the contact plate.
Ceramic tile manufacturing procedure comprising: - a first dosing stage of the appropriate amounts of materials for the grinding, - a second grinding stage in which the particle size reduction takes place until the desired granular metric distribution is obtained, - a third sieving stage, - a fourth stage in which the obtained barbotine is unloaded in pits for its homogenization, - a fifth stage in which the homogenized barbotine is introduced in the atomizer for its atomization, producing crude atomized powder, - in a sixth stage the atomized powder is stored in silos where optionally it can be previously coloured in a colouring stage with colouring oxides producing a coloured atomized product for later introducing it in a mixer for its homogenization before the storing, or else, the crude atomized powder can be directly taken to the seventh pressing stage without previously colouring it, - a seventh pressing stage - an eighth drying stage, - a ninth enameling stage, characterized in that the white atomized residue and the colored atomized residue from the waste and rejected products of the conventional pressing, drying and enameling stages, called white crude ceramic scrap and colored crude ceramic scrap, respectively, are re-used by incorporating them in the manufacturing process, from a separation stage which enables to completely separate the white crude ceramic scrap from the colored crude ceramic scrap, in two independent production lines, one for the white crude ceramic scrap and another one for the colored crude ceramic scrap, for its later reincorporation to the tile manufacturing process generating second generation atomized powder. - a first dosing stage of the appropriate amounts of materials for the grinding, - a second grinding stage in which the particle size reduction takes place until the desired granular metric distribution is obtained, - a third sieving stage, - a fourth stage in which the obtained barbotine is unloaded in pits for its homogenization, - a fifth stage in which the homogenized barbotine is introduced in the atomizer for its atomization, producing crude atomized powder, - in a sixth stage the atomized powder is stored in silos where optionally it can be previously coloured in a colouring stage with colouring oxides producing a coloured atomized product for later introducing it in a mixer for its homogenization before the storing, or else, the crude atomized powder can be directly taken to the seventh pressing stage without previously colouring it, - a seventh pressing stage - an eighth drying stage, - a ninth enameling stage,
A method for the separation of liquid CO 2 from a 2 phase feed stream (38;90), the process comprising the steps of: cooling (40;95) the feed stream to a cryogenic temperature; expanding (45;100) the cooled stream so as to further lower the temperature of the feed through expansion; mechanically separating the expanded stream, using a mechanical separator (65;125), into a gas phase and a liquid CO 2 phase, and; venting the gas phase and outflowing the liquid CO 2; characterized in that the method further comprises: a re-cooling step simultaneously with the mechanical separating step, wherein the re-cooling step includes passing an outflow of liquid CO 2 from the mechanical separator (65;125) through a re-cooling stage and inflowing the re-cooled liquid phase back through the mechanical separator (65;125). cooling (40;95) the feed stream to a cryogenic temperature; expanding (45;100) the cooled stream so as to further lower the temperature of the feed through expansion; mechanically separating the expanded stream, using a mechanical separator (65;125), into a gas phase and a liquid CO 2 phase, and; venting the gas phase and outflowing the liquid CO 2; characterized in that the method further comprises: a re-cooling step simultaneously with the mechanical separating step, wherein the re-cooling step includes passing an outflow of liquid CO 2 from the mechanical separator (65;125) through a re-cooling stage and inflowing the re-cooled liquid phase back through the mechanical separator (65;125).
An automatic analyzer comprising: an analysis unit which analyzes a specimen; an expendable item case which accommodates expendable items including a dispensing tip used for dispensing of the specimen and a reaction cell used for reaction between the specimen and a reagent; an expendable item conveyance portion which conveys the expendable items from the expendable item case; and a body cover which covers the analysis unit, the expendable item case; and the expendable item conveyance portion, wherein the expendable item case includes a tray in which the expendable items are arrayed, and an expendable item cover which covers the tray and in which an open portion through which the expendable item conveyance portion passes is provided on a side surface thereof, and the expendable item cover includes a barrier portion protruding upward at an end on a side of the open portion. an analysis unit which analyzes a specimen; an expendable item case which accommodates expendable items including a dispensing tip used for dispensing of the specimen and a reaction cell used for reaction between the specimen and a reagent; an expendable item conveyance portion which conveys the expendable items from the expendable item case; and a body cover which covers the analysis unit, the expendable item case; and the expendable item conveyance portion, wherein the expendable item case includes a tray in which the expendable items are arrayed, and an expendable item cover which covers the tray and in which an open portion through which the expendable item conveyance portion passes is provided on a side surface thereof, and the expendable item cover includes a barrier portion protruding upward at an end on a side of the open portion.
A method comprising: beginning parsing of a bitstream of variable length coded compressed video data, wherein said parsing comprises N Bits at a time (Nbaat) parsing of a Bitstream; detecting an escape code in the bitstream; using circuitry to extract run and level data associated with the detected escape code from the bitstream, in parallel with continued decoding of the remaining bitstream, and then merging, the extracted run and level data with the results of the decoding of the remaining bitstream characterized by in response to detecting the escape code, inserting or associating a location marker in the bitstream where the escape code was detected, and using the location marker for said merging without breaking from the Nbaat parsing flow. beginning parsing of a bitstream of variable length coded compressed video data, wherein said parsing comprises N Bits at a time (Nbaat) parsing of a Bitstream; detecting an escape code in the bitstream; using circuitry to extract run and level data associated with the detected escape code from the bitstream, in parallel with continued decoding of the remaining bitstream, and then merging, the extracted run and level data with the results of the decoding of the remaining bitstream characterized by in response to detecting the escape code, inserting or associating a location marker in the bitstream where the escape code was detected, and using the location marker for said merging without breaking from the Nbaat parsing flow.
Device for machining edges and surfaces of a semi-finished product, which is movably mounted in a transport direction by means of a roller conveyor formed by rollers, in particular for deflashing and deburring raw blocks, blooms, slabs and the like, wherein a first carriage is provided, which is movably mounted on a stationary carrier in a vertical, first axis of movement (z), and on the first carriage a grinding head is provided having a grinding wheel which is rotatable about a grinding wheel axis (S 1), wherein the grinding head is rotatably mounted by means of a pivot device by 360° about a pivot axis (S 2) which is aligned perpendicularly to the first axis of movement (z), and the grinding wheel axis (S 1) is spaced apart from the pivot axis (S 2) and aligned parallel to the pivot axis (S 2), characterized in that the carrier is designed as a stationary part of a portal frame which spans the roller conveyor horizontally and extends perpendicularly to the transport direction, wherein the first carriage is movable from an upper waiting position into a lower working position, and the pivot axis (S 2) in the lower working position is located below the carrier.
Machine suitable for punching a box-shaped element, characterized in that it comprises at least one punching head provided with at least one punch and translatable in a direction toward or away from a substantially vertical side of the box-shaped element and at least one counter-head that contrasts said punching head, wherein said side of the box-shaped element is configured to be positioned during use between said punching head and said counter-head, wherein said counter-head is configured to be inserted inside the box-shaped element and to rest against an internal surface of said side in order to maintain the box-shaped element in position on a work plane, and wherein said punching head is configured to be translated toward said counter-head in said direction so as to perforate said side by means of said punch and make at least one through hole therein, wherein said counter-head is provided with a piston configured to rest on the bottom of the box-shaped element.
Release control device (100, 200, 300) for an effector (101, 201, 301), comprising a controllable locking device (102, 202, 302) configured to lock or release the effector (101, 201, 301) for use in a controllable manner; an electrical input interface (103, 203, 303) configured for wired connection to a release server so as to receive a release code (105, 205, 305) transmitted as a digital code by the release server; and a control device (104, 204, 304) configured to actuate the locking device (102, 202, 302) as a function of the received release code (105, 205, 305) so as to release the effector (101, 201, 301) for use for a preset time period, the preset time period being determined by the content of the release code (105, 205, 305), and the receipt of the release code (105, 205, 305) from the release server triggering release of the effector (101, 201, 301). a controllable locking device (102, 202, 302) configured to lock or release the effector (101, 201, 301) for use in a controllable manner; an electrical input interface (103, 203, 303) configured for wired connection to a release server so as to receive a release code (105, 205, 305) transmitted as a digital code by the release server; and a control device (104, 204, 304) configured to actuate the locking device (102, 202, 302) as a function of the received release code (105, 205, 305) so as to release the effector (101, 201, 301) for use for a preset time period, the preset time period being determined by the content of the release code (105, 205, 305), and the receipt of the release code (105, 205, 305) from the release server triggering release of the effector (101, 201, 301).