mhurhangee/ep-ind-claims huggingface dataset:
A system for use in a subsea well application, comprising: a subsea test tree having an upper valve section located above a latch; a lower valve section located below the latch; a control module disposed between the upper valve section and the lower valve section; a single hydraulic line configured to deliver hydraulic actuating fluid under pressure to the control module; and a single electric line configured to deliver electric control signals to the control module; the system further comprising: a blowout preventer, the subsea test tree being received in the blowout preventer, wherein the blowout preventer comprises a shear ram, and wherein the control module is located below the shear ram when the subsurface test tree is inserted into the blowout preventer for operation; wherein the control module comprises a plurality of electrically controlled valves (72, 78), that are individually controllable via electrical control signals input from the electric line to direct hydraulic actuating fluid from the hydraulic line to a plurality of different devices located below the latch. an upper valve section located above a latch; a lower valve section located below the latch; a control module disposed between the upper valve section and the lower valve section; a single hydraulic line configured to deliver hydraulic actuating fluid under pressure to the control module; and a single electric line configured to deliver electric control signals to the control module; the system further comprising: a blowout preventer, the subsea test tree being received in the blowout preventer, wherein the blowout preventer comprises a shear ram, and wherein the control module is located below the shear ram when the subsurface test tree is inserted into the blowout preventer for operation; wherein the control module comprises a plurality of electrically controlled valves (72, 78), that are individually controllable via electrical control signals input from the electric line to direct hydraulic actuating fluid from the hydraulic line to a plurality of different devices located below the latch. a blowout preventer, the subsea test tree being received in the blowout preventer, wherein the blowout preventer comprises a shear ram, and wherein the control module is located below the shear ram when the subsurface test tree is inserted into the blowout preventer for operation; wherein the control module comprises a plurality of electrically controlled valves (72, 78), that are individually controllable via electrical control signals input from the electric line to direct hydraulic actuating fluid from the hydraulic line to a plurality of different devices located below the latch.
A bone graft composition, comprising: a biologically-resorbable cement; and a plurality of processed bone particles, each of the bone particles being cut from an intact bone or a portion thereof, and each of the bone particles having a shape configured to interconnect with adjacent bone particles, wherein: each bone particle is dumbbell-shaped, having a center portion and two enlarged end portions; or each of the bone particles includes a plurality of enlarged portions and a plurality of center portions aligned along a common longitudinal axis, each of the enlarged portions extending laterally away from a common longitudinal axis of each center portion, and each of the center portions interposed between respective enlarged portions. a biologically-resorbable cement; and a plurality of processed bone particles, each of the bone particles being cut from an intact bone or a portion thereof, and each of the bone particles having a shape configured to interconnect with adjacent bone particles, wherein: each bone particle is dumbbell-shaped, having a center portion and two enlarged end portions; or each of the bone particles includes a plurality of enlarged portions and a plurality of center portions aligned along a common longitudinal axis, each of the enlarged portions extending laterally away from a common longitudinal axis of each center portion, and each of the center portions interposed between respective enlarged portions. each bone particle is dumbbell-shaped, having a center portion and two enlarged end portions; or each of the bone particles includes a plurality of enlarged portions and a plurality of center portions aligned along a common longitudinal axis, each of the enlarged portions extending laterally away from a common longitudinal axis of each center portion, and each of the center portions interposed between respective enlarged portions.
Sealing device for a space valve or a fitting used in aeronautics or aerospace, comprising a vertical axis, a horizontal axis, an axis, a first metal part having a first sealing zone which has a depth, a mixed part consisting of at least two parts: - a second metal part and - a PTFE pellet comprising a second sealing zone which comprises a recess with a shape matching the shape of the first sealing zone and with a depth corresponding to that of the first sealing zone, the first sealing zone and the second sealing zone have complementary male-female type shapes allowing them to fit into one another to allow the pellet to perfectly match the contact surface of the first sealing zone, characterized in that: - the first sealing zone consists of a flat surface having a width and of at least two fillets having a radius R1 and R2, - the pellet is held on the metal part by a metal ring to limit the mobility of said pellet and to keep said pellet substantially stable under the effect of mechanical and/or vibratory stresses, and - said device further comprises at least one elastic membrane with a triple function, said elastic membrane being elastically pre-deformed in the initial state because it is mounted on a metal spacer at an angle (ALFA) such that the point of attachment of said membrane on said second metal part is at a height making it possible to obtain a preload resulting from the deformation caused by a displacement of the membrane from said height along the vertical axis and from said angle (ALFA) less than 60 degrees, said preload being proportional to said angle (ALFA) between the first metal part and the mixed part and greater than or equal to a contact force corresponding to the sum of the external forces liable to break the seal and/or accidentally separate said sealing zones and of parts and respectively. - a second metal part and - a PTFE pellet comprising a second sealing zone which comprises a recess with a shape matching the shape of the first sealing zone and with a depth corresponding to that of the first sealing zone, - the first sealing zone consists of a flat surface having a width and of at least two fillets having a radius R1 and R2, - the pellet is held on the metal part by a metal ring to limit the mobility of said pellet and to keep said pellet substantially stable under the effect of mechanical and/or vibratory stresses, and - said device further comprises at least one elastic membrane with a triple function, said elastic membrane being elastically pre-deformed in the initial state because it is mounted on a metal spacer at an angle (ALFA) such that the point of attachment of said membrane on said second metal part is at a height making it possible to obtain a preload resulting from the deformation caused by a displacement of the membrane from said height along the vertical axis and from said angle (ALFA) less than 60 degrees, said preload being proportional to said angle (ALFA) between the first metal part and the mixed part and greater than or equal to a contact force corresponding to the sum of the external forces liable to break the seal and/or accidentally separate said sealing zones and of parts and respectively.
A vacuum cleaner using a smart grid comprising: a main body having a built-in suction motor; a nozzle suctioning a foreign material with air by using a suction power generated from the main body; a handle disposed between the nozzle and the main body to be gripped by a user and inputting a control command to the suction motor; a cleaner power management unit selectively mounted at one side of the main body and providing an operating power to the suction motor in connection with a power supply network that includes an energy management system for supplying electricity to an electronic product on the basis of an advanced metering infrastructure, which measures and displays power information in real time in two-way communication with a power supply source, and power information supplied from an external in connection with the advance metering infrastructure; and a display unit disposed at the handle or at one side of the main body and displaying to an external a cleaning function available according to a power supply mode determined on the basis of the received power information through the cleaner power management unit. a main body having a built-in suction motor; a nozzle suctioning a foreign material with air by using a suction power generated from the main body; a handle disposed between the nozzle and the main body to be gripped by a user and inputting a control command to the suction motor; a cleaner power management unit selectively mounted at one side of the main body and providing an operating power to the suction motor in connection with a power supply network that includes an energy management system for supplying electricity to an electronic product on the basis of an advanced metering infrastructure, which measures and displays power information in real time in two-way communication with a power supply source, and power information supplied from an external in connection with the advance metering infrastructure; and a display unit disposed at the handle or at one side of the main body and displaying to an external a cleaning function available according to a power supply mode determined on the basis of the received power information through the cleaner power management unit.
A pressure reactor for producing materials having directed porosity, consisting of a pressure chamber provided with a gas inlet valve and covers (3, 5) detachably connected to it, characterized in that, the pressure chamber connected to the vacuum installation has an external cooling jacket, wherein inside of the pressure chamber a retractable, removable, demountable crystallizer is attached to one of its cover, while to the second cover the retractable melting furnace with an internal removable crucible is attached and further, the heater in a form of a heating element encapsulated with an insulation in a form of ceramic beads is provided between the inner housing of the melting furnace and the crucible, wherein the drain hole of the crucible is directed in the direction of the inlet filling hole of the crystallizer, and wherein the intermediate element is fastened between the melting furnace and the crystallizer, wherein the pressure chamber is rotatably mounted in a supporting frame in a manner allowing its rotation around the transverse axis passing through its centre of the symmetry.
A shutter box wall profile (5; 105) for a winding shaft box (1; 101) of a building opening shading device, in particular for a roller shutter box (1; 101), which comprises an outer wall section (6; 106), the outer surface of which extends in profile longitudinal direction in the form of a curved or straight line extruded in profile longitudinal direction, and forms a lateral outer surface section (6; 106) of the winding shaft box (1; 101) with which the winding shaft box (1; 101) in a state fastened to the building abuts a building wall, a shoulder (8; 108) retracting towards the box interior at the top of the outer surface section (6; 106), and an attachment wall section (7; 107) joining the shoulder (8; 108) and extending upwards, on the outside of which a counterhook arrangement (11, 12; 111, 112) is located with a number of counterhook channels open towards the bottom for suspension of the winding shaft box (1; 101) on an attributed hook arrangement (21, 22; 122) at the building wall, characterized in that the counterhook arrangement (11, 12; 111, 112) moreover comprises a number of counterhook channels open towards the top in order to put onto the winding shaft box (1; 101), alternatively to suspension of the winding shaft box (1; 101), a supplementary profile (2; 102) with a number of hooks (21, 22; 122) open towards the bottom and attributed to the number of counterhook channels open towards the top.
Device for coating seeds with a liquid dressing solution, having a housing, which delimits a chamber for receiving the seeds, having rotating means for mixing the seeds and dressing solution, having an air duct for feeding hot air into the chamber, and having a separating unit, which is permeable to the hot air and separates the air duct from the chamber, wherein the separating unit comprises at least one perforated metal sheet, which has an inner side, facing the chamber, an outer side, facing the air duct, and a multiplicity of projections, wherein one projection rises obliquely in the direction of the outer side and on the outer side forms an opening inlet that is inclined in relation to the plane of the sheet metal, characterized in that the housing comprises a substantially cylindrical housing part, in that the perforated metal sheet is inserted in a lateral surface of the cylindrical housing part, and in that the housing comprises a rotatable housing part, which is arranged below the cylindrical housing part.
A polymer composition comprising a) a multimodal high density polyethylene having a density of 950 to 968 kg/m 3; and b) a low density polyethylene wherein the composition has a density, according to ISO 1183-1987, of 930 to 950 kg/m 3. a) a multimodal high density polyethylene having a density of 950 to 968 kg/m 3; and b) a low density polyethylene
Electrical connector assembly comprising a connector housing; a cap; and a mate assist mechanism comprising a lever pivotably arranged on the cap; the lever being movable from a transport position to a fully mated position, and wherein the connector assembly comprises a first holding means configured to releasably hold the lever in the transport position, said first holding means comprises a locking arm arranged on the lever and a corresponding latching projection arranged on the cap, latching said locking arm when the lever is in the transport position, wherein the connector assembly comprises a second holding means configured to releasably hold the lever in a preliminary mating position, wherein the connector housing has a wall extending opposite the mating direction towards the cap and is configured to release the locking arm from the latching projection and move the lever towards the preliminary mating position, said second holding means comprises a locking protrusion and a corresponding locking reception receiving said locking protrusion when the lever is in the preliminary mating position; wherein the locking protrusion is arranged on the connector housing and wherein the locking reception is arranged on the lever; and wherein, upon mating with a corresponding mating connector, the mating connector is configured to displace the locking protrusion to release the lever, wherein the position of the lever in the transport position (Pi) differs from the position of the lever in the preliminary mating position by a rotational movement of an angle of 5 - 15 degrees around the pivoting axis.
A process for manufacturing a security document, such as a banknote, comprising the successive steps of: - rolling a paper substrate (1, 6) having a grammage less than or equal to 90 grams per square meter so as to reduce the thickness of the substrate (1, 6) and densify the substrate (1, 6), the substrate being a continuous paper web or a paper sheet, - if the substrate is a continuous paper web, cutting the substrate into a plurality of separate paper sheets, - applying at least one film (10, 11) of polymeric material to at least one side (7, 8) of the or each paper sheet, the process further comprising: - forming watermarks, embedding security fibers and/or embedding security threads embedded or partially embedded in the substrate, before rolling the substrate, and/or - applying a security element to the continuous paper web, before cutting the web into separate sheets. - rolling a paper substrate (1, 6) having a grammage less than or equal to 90 grams per square meter so as to reduce the thickness of the substrate (1, 6) and densify the substrate (1, 6), the substrate being a continuous paper web or a paper sheet, - if the substrate is a continuous paper web, cutting the substrate into a plurality of separate paper sheets, - applying at least one film (10, 11) of polymeric material to at least one side (7, 8) of the or each paper sheet, - forming watermarks, embedding security fibers and/or embedding security threads embedded or partially embedded in the substrate, before rolling the substrate, and/or - applying a security element to the continuous paper web, before cutting the web into separate sheets.
Cart for transporting a bicycle (35, 36), comprising: - a tray having a first main face, a second main face and side faces each extending between an edge of the first main face and an edge of the second main face; - wheels (13, 15), attached to the tray on the first main face side; - a pole attached to the tray on the second main face side, extending transversely to the tray between a proximal end and a distal end; and - a hook attached to the distal end of the pole, characterised in that the pole delimits a cavity in the form of a trough, the hook extends on the cavity side of the pole, and said cart: - comprises a securing means comprising a panel which is movable along a predetermined path in which the panel moves towards or away from the pole, and comprising an element for resisting movement of the panel away from the pole; and - is designed to hold a bicycle (35, 36) between the pole and the securing means, with the bicycle (35, 36) suspended from the hook by its front wheel, the rear wheel and the front wheel of the bicycle (35, 36) being engaged in the cavity of the pole and the panel resting on the saddle of the bicycle (35, 36). - a tray having a first main face, a second main face and side faces each extending between an edge of the first main face and an edge of the second main face; - wheels (13, 15), attached to the tray on the first main face side; - a pole attached to the tray on the second main face side, extending transversely to the tray between a proximal end and a distal end; and - a hook attached to the distal end of the pole, - comprises a securing means comprising a panel which is movable along a predetermined path in which the panel moves towards or away from the pole, and comprising an element for resisting movement of the panel away from the pole; and - is designed to hold a bicycle (35, 36) between the pole and the securing means, with the bicycle (35, 36) suspended from the hook by its front wheel, the rear wheel and the front wheel of the bicycle (35, 36) being engaged in the cavity of the pole and the panel resting on the saddle of the bicycle (35, 36).
Printing machine for containers, comprising a continuously rotatable container table on which centering mountings that can rotate about themselves about vertical axes for the containers are arranged uniformly distributed over the circumference in a spaced manner by a distance of a transport spacing, and comprising at least one stationary printing station (2-4, 32 - 37) for printing the containers, wherein the printing station comprises at least two printing heads (5, 6) which are arranged in a mutually spaced manner by the distance of the transport spacing, which are connected via a common carrier and which are movable to run together with the containers and back in an oscillating manner within a machine angle segment of the printing machine, wherein the oscillation of the printing heads has a first half-period and a second half-period, wherein the first half-period serves printing onto the containers and the common carrier thereby runs together with the printing heads according to the transport movement of the container table with the associated centering mountings and containers in constant relative position, wherein subsequently in the second half-period the common carrier with the printing heads returns through a retrieval movement back to the reversal point at the beginning of the first half-period of the oscillation, and wherein the retrieval movement opposite the transport movement is controlled such that the trailing containers reach their respectively associated printing heads only when these have arrived at the reversal point at the beginning of the first half-period or are waiting there for the trailing containers.
A data transmission system for transmitting multimedia and data comprising: means for generating a packet of data (200, 300, 400) including a preamble (212, 312, 412), header (214, 314, 414) and at least one payload (216, 316, 416); means for inserting in the packet (200, 300, 400) a field indicative of a number of payloads (220, 320, 420) included in the packet; and means for inserting in the packet (200, 300, 400) at least one data field (222, 224, 226, 228, 322, 324, 326, 328,422, 424, 426, 428) for each payload in the packet, the at least one data field defining at least one characteristic of the payload, said data transmission system being characterized in that the at least one data field defining at least one characteristic of the payload includes a length of the payload, modulation and coding scheme, existence of a frame check sum, FCS, and existence of a midamble. means for generating a packet of data (200, 300, 400) including a preamble (212, 312, 412), header (214, 314, 414) and at least one payload (216, 316, 416); means for inserting in the packet (200, 300, 400) a field indicative of a number of payloads (220, 320, 420) included in the packet; and means for inserting in the packet (200, 300, 400) at least one data field (222, 224, 226, 228, 322, 324, 326, 328,422, 424, 426, 428) for each payload in the packet, the at least one data field defining at least one characteristic of the payload, said data transmission system being characterized in that the at least one data field defining at least one characteristic of the payload includes a length of the payload, modulation and coding scheme, existence of a frame check sum, FCS, and existence of a midamble.