mhurhangee/ep-ind-claims huggingface dataset:
An extracorporeal blood flow system comprising: an air removal container having an upper blood inlet, a lower blood outlet and an air vent near the top of the air removal container, the air vent sealingly connected to a negative pressure source; a blood pump (45,46) having a pump inlet and a pump outlet; a fluid path from the outlet of the air removal container to the inlet of the blood pump; a reservoir containing a liquid with a blood inlet and a blood outlet; a secondary reservoir inlet fluid path branching from the pump outlet and fluidly connected to the inlet of the reservoir; a secondary reservoir outlet fluid path branching from the pump inlet and fluidly connected to the outlet of the reservoir; a first valve means to control flow of blood from the reservoir to the pump inlet and a second valve means to control flow of blood from the pump outlet to the reservoir; a pressure sensor in fluid communication with the air vent, and capable of measuring air pressure within the air removal container; and a controller for receiving the pressure information from the pressure sensor, and for controlling the valve means, wherein the controller can monitor the air pressure within the air removal container, and control the first and second valve means to cause the liquid from the reservoir to flow into the blood pump (45,46) upon detection of a change in the air pressure within the air removal container. an air removal container having an upper blood inlet, a lower blood outlet and an air vent near the top of the air removal container, the air vent sealingly connected to a negative pressure source; a blood pump (45,46) having a pump inlet and a pump outlet; a fluid path from the outlet of the air removal container to the inlet of the blood pump; a reservoir containing a liquid with a blood inlet and a blood outlet; a secondary reservoir inlet fluid path branching from the pump outlet and fluidly connected to the inlet of the reservoir; a secondary reservoir outlet fluid path branching from the pump inlet and fluidly connected to the outlet of the reservoir; a first valve means to control flow of blood from the reservoir to the pump inlet and a second valve means to control flow of blood from the pump outlet to the reservoir; a pressure sensor in fluid communication with the air vent, and capable of measuring air pressure within the air removal container; and a controller for receiving the pressure information from the pressure sensor, and for controlling the valve means, wherein the controller can monitor the air pressure within the air removal container, and control the first and second valve means to cause the liquid from the reservoir to flow into the blood pump (45,46) upon detection of a change in the air pressure within the air removal container.
Cargo handling system for warehouses, comprising more than two rows of columns arranged parallelly, cargo handling areas formed therebetween, storing units arranged on the columns, a track installed in the cargo handling area and consisting preferably of two parallel rails arranged parallelly to the rows of columns, at least one retrieval truck movable in said cargo handling area, and a passive hoisting member of a hoisting device connectable to an active hoisting member of a hoisting device mounted on the retrieval truck, wherein the passive hoisting member is arranged on the columns, the system being further provided with a control unit controlling the movement of the retrieval truck, at least one further track (51,52) arranged in the handling area and fixed to the columns parallelly to the track, wherein the track (51, 52) is discontinuated by a gap in the vicinity of said passive hoisting member, and wherein the retrieval truck comprises: wheels to be fitted in the tracks (5,51,52) and movable between at least two positions taken in an axial direction perpendicular to the lateral surfaces (9s1, 9s2) of the retrieval truck, a drive for rotating and moving the wheels in the axial direction, a further drive for operating and moving the active hoisting member of the hoisting device between two positions taken in said axial direction perpendicular to the lateral surfaces (9s1, 9s2) of the retrieval truck, the system further comprising tracks formed by two parallel rails arranged perpendicularly to the rows of columns for guiding the retrieval truck, wherein the track perpendicularly arranged to the rows of columns and a track (5, 51, 52) arranged parallelly to the rows of columns constitue a crossing (K3, K4), and wherein the retrieval truck is further provided with wheels to be fitted to the track perpendicularly arranged to the rows of columns and movable between two different positions along a height of the retrieval truck, and a driving unit for driving and moving said wheels between the two positions, characterized in that the retrieval truck further comprises a gathering bin and a manipulator adapted for moving articles from a storing unit into said gathering bin, in that the system also comprises at least one further track (5a1,5a2) arranged perpendicularly to the rows of columns, in that a vertical distance between the tracks (5a,5a1,5a2) perpendicularly arranged to the rows of columns is at least equal to the height, and in that the further track (5a1,5a2) arranged perpendicularly to the rows of columns and the track (5,51,52) arranged parallelly to the rows of columns constitute a crossing (K1,K2,K3,K4,K6).
A pullback device (100, 300, 400, 500, 600, 700) for horizontal directional drilling operations using a rotary drill bit having a plurality of vanes defining a cutting portion, the pullback device attaching to a base of the rotary drill bit without disassembling or removing the rotary drill bit from a drill string, the pullback device comprising: a product attachment portion (108, 308, 408, 508, 608, 708) configured to align with a central axis of the rotary drill bit and to attach product to the pullback device (100, 300, 400, 500, 600, 700); and an anchoring portion including a collar (104, 304, 404, 504, 550, 604, 704) configured to clamp around the base and engage with at least one anchor provided in the base of the rotary drill bit such that the collar (104, 304, 404, 504, 550, 604, 704) is configured to transfer pullback forces and also prevent rotation of the pullback device (100, 300, 400, 500, 600, 700) on the rotary drill bit, and a plurality of arms (106, 306, 406, 506, 606, 706) configured to fit between the plurality of vanes of the rotary drill bit when the collar (104, 304, 404, 504, 550, 604, 704) is engaged with the at least one anchor in the base. a product attachment portion (108, 308, 408, 508, 608, 708) configured to align with a central axis of the rotary drill bit and to attach product to the pullback device (100, 300, 400, 500, 600, 700); and an anchoring portion including a collar (104, 304, 404, 504, 550, 604, 704) configured to clamp around the base and engage with at least one anchor provided in the base of the rotary drill bit such that the collar (104, 304, 404, 504, 550, 604, 704) is configured to transfer pullback forces and also prevent rotation of the pullback device (100, 300, 400, 500, 600, 700) on the rotary drill bit, and a plurality of arms (106, 306, 406, 506, 606, 706) configured to fit between the plurality of vanes of the rotary drill bit when the collar (104, 304, 404, 504, 550, 604, 704) is engaged with the at least one anchor in the base. a collar (104, 304, 404, 504, 550, 604, 704) configured to clamp around the base and engage with at least one anchor provided in the base of the rotary drill bit such that the collar (104, 304, 404, 504, 550, 604, 704) is configured to transfer pullback forces and also prevent rotation of the pullback device (100, 300, 400, 500, 600, 700) on the rotary drill bit, and a plurality of arms (106, 306, 406, 506, 606, 706) configured to fit between the plurality of vanes of the rotary drill bit when the collar (104, 304, 404, 504, 550, 604, 704) is engaged with the at least one anchor in the base.
A tracked, portable stacker for stacking bulk material, comprising: a linear conveyor having a rear portion and a front portion and being designed to carry bulk material from the rear portion to the front portion; a continuous track system including a frame to which the conveyor is mounted, the track system having a pair of driven, parallel tracks; a powered, telescoping cylinder arm mounted between the frame and the front portion of the conveyor for adjusting the front portion of the conveyor between a lowered position for transport and a raised position for stacking operations, characterized in that: a bogie is mounted to the telescoping cylinder arm, the bogie including a plurality of longitudinally disposed wheels designed to be raised off the ground when the front portion of the conveyor is in a raised position, and lowered to the ground when the front portion of the conveyor is in a lowered position, wherein the bogie wheels elevate the tracks off the ground when the front portion of the conveyor is in the lowered position and the bogie wheels are in position to facilitate the stacker being conveyed down a roadway. a linear conveyor having a rear portion and a front portion and being designed to carry bulk material from the rear portion to the front portion; a continuous track system including a frame to which the conveyor is mounted, the track system having a pair of driven, parallel tracks; a powered, telescoping cylinder arm mounted between the frame and the front portion of the conveyor for adjusting the front portion of the conveyor between a lowered position for transport and a raised position for stacking operations, characterized in that: a bogie is mounted to the telescoping cylinder arm, the bogie including a plurality of longitudinally disposed wheels designed to be raised off the ground when the front portion of the conveyor is in a raised position, and lowered to the ground when the front portion of the conveyor is in a lowered position, wherein the bogie wheels elevate the tracks off the ground when the front portion of the conveyor is in the lowered position and the bogie wheels are in position to facilitate the stacker being conveyed down a roadway.
A system-in-package comprising: a first active die (110, 210) having a first plurality of electrical connectors (112, 225) on a top surface (111, 211) of said first active die (110, 210); an interposer (130, 230, 250) situated over said first active die (110, 210); a second active die (120, 220) having a second plurality of electrical connectors (122, 242) on a bottom surface (121, 221) of said second active die (120, 220); said interposer (130, 230, 250) being configured to selectively couple at least one of said first plurality of electrical connectors (112, 225) to at least one of said second plurality of electrical connectors (122, 242); and a socket (160, 260) enclosing said first and second active dies (110, 120, 210, 220) and said interposer (130, 230, 250), said socket (160, 260) being electrically coupled to at least one of said first active die (110, 210), said second active die (120, 220), and said interposer (130, 230, 250), such that said socket (160, 260) provides thermal dissipation for said first active die (110, 210), said second active die (120, 220), and said interposer (130, 230, 250); wherein said socket (160, 260) is formed of a non-metal material and comprises electrical routing formed therein for providing electrical connections through socket contacts (162, 262) either to each of said first and second active dies (110, 120, 210, 220) or to said interposer (130, 230, 250). a first active die (110, 210) having a first plurality of electrical connectors (112, 225) on a top surface (111, 211) of said first active die (110, 210); an interposer (130, 230, 250) situated over said first active die (110, 210); a second active die (120, 220) having a second plurality of electrical connectors (122, 242) on a bottom surface (121, 221) of said second active die (120, 220); said interposer (130, 230, 250) being configured to selectively couple at least one of said first plurality of electrical connectors (112, 225) to at least one of said second plurality of electrical connectors (122, 242); and a socket (160, 260) enclosing said first and second active dies (110, 120, 210, 220) and said interposer (130, 230, 250), said socket (160, 260) being electrically coupled to at least one of said first active die (110, 210), said second active die (120, 220), and said interposer (130, 230, 250), such that said socket (160, 260) provides thermal dissipation for said first active die (110, 210), said second active die (120, 220), and said interposer (130, 230, 250); wherein said socket (160, 260) is formed of a non-metal material and comprises electrical routing formed therein for providing electrical connections through socket contacts (162, 262) either to each of said first and second active dies (110, 120, 210, 220) or to said interposer (130, 230, 250).
Method for attaching, by brazing, a roof to a side of a motor vehicle body shell which comprises an attachment zone, using a solidified filler material that secures said roof to said attachment zone, characterized in that it comprises the following steps: - placing said filler material on said attachment zone of said body shell side; - superposing the roof on said attachment zone of said body shell side such that said filler material is arranged between said attachment zone of said body shell side and a portion of said roof that is arranged facing said attachment portion and is remote from the edge of said roof; and - induction-heating said filler material through said body shell side and/or said roof such that said body shell side and/or said roof heats, by conduction, said filler material to a temperature greater than or equal to the melting point of said filler material. - placing said filler material on said attachment zone of said body shell side; - superposing the roof on said attachment zone of said body shell side such that said filler material is arranged between said attachment zone of said body shell side and a portion of said roof that is arranged facing said attachment portion and is remote from the edge of said roof; and - induction-heating said filler material through said body shell side and/or said roof such that said body shell side and/or said roof heats, by conduction, said filler material to a temperature greater than or equal to the melting point of said filler material.
An ex vivo method of modulating gamma variable 4 T cells comprising administering to a cell population comprising Vγ4 T cells an anti-Vy4 antibody or fragment thereof comprising: (a) a VH comprising a HCDR1 having SEQ ID NO: 79, a HCDR2 having SEQ ID NO: 56 and a HCDR3 having SEQ ID NO: 10; and (b) a VL comprising a LCDR1 having SEQ ID NO: 102, a LCDR2 having SEQUENCE A9 (of Figure 1) and a LCDR3 having SEQ ID NO: 33. (a) a VH comprising a HCDR1 having SEQ ID NO: 79, a HCDR2 having SEQ ID NO: 56 and a HCDR3 having SEQ ID NO: 10; and (b) a VL comprising a LCDR1 having SEQ ID NO: 102, a LCDR2 having SEQUENCE A9 (of Figure 1) and a LCDR3 having SEQ ID NO: 33.
Preparation of plant parenchymal cell wall clusters, the cell wall clusters comprising at least 60 wt% of cell wall derived polysaccharides, the cell wall clusters having a a. volumetric mass density of at least 0.1 gram/ml; b. S BET of at least 3 m 2 /gram; and c. rehydrated particle size having a d(0.1) value higher than 20 micrometer and a d(0.9) value lower than 1500 micrometer; wherein the preparation comprises up to 20 wt% of water and has a water activity (Aw) of less than 0.5. a. volumetric mass density of at least 0.1 gram/ml; b. S BET of at least 3 m 2 /gram; and c. rehydrated particle size having a d(0.1) value higher than 20 micrometer and a d(0.9) value lower than 1500 micrometer;
A flexible drill comprising: a stainless steel shaft and a stainless steel drill tip, both the stainless steel shaft and the stainless steel drill tip being in contact with a flexible nitinol shaft, the flexible nitinol shaft being disposed between the stainless steel shaft and the stainless steel tip; wherein the flexible nitinol shaft consists of a nitinol core or wire or cut tubular member covered by a coating for surface bearing; and the flexible nitinol shaft is connected to the stainless steel shaft and the stainless steel drill tip by a laser weld in cross holes through the stainless steel, the laser weld created by welding plugs in the cross holes. a stainless steel shaft and a stainless steel drill tip, both the stainless steel shaft and the stainless steel drill tip being in contact with a flexible nitinol shaft, the flexible nitinol shaft being disposed between the stainless steel shaft and the stainless steel tip; wherein the flexible nitinol shaft consists of a nitinol core or wire or cut tubular member covered by a coating for surface bearing; and the flexible nitinol shaft is connected to the stainless steel shaft and the stainless steel drill tip by a laser weld in cross holes through the stainless steel, the laser weld created by welding plugs in the cross holes.
Conveyor belt system having a conveyor belt and having drivers fastened to the conveyor belt on an upper side, wherein the drivers have recesses facing the upper side of the conveyor belt for the insertion of a connecting element, and wherein the drivers are connected to the conveyor belt in each case by means of a connecting element pressed into the conveyor belt and into the recess, from the underside of the conveyor belt, characterized in that the connecting element has barbs which connect the connecting element to the driver, and the barbs extend counter to the insertion direction of the connecting element..
A system of an amusement park attraction, the system comprising: an optical sensor configured to detect light and provide optical data based on the detected light; and a controller comprising circuitry communicatively coupled to the optical sensor and configured to: receive the optical data; process the optical data to detect a first movement of a user and a second movement of a handheld or wearable object when, in use, the user moves in the attraction and the user moves a handheld or wearable object; detect a correlation between the first movement and the second movement; and associate the handheld or wearable object with the user based on the correlation. an optical sensor configured to detect light and provide optical data based on the detected light; and a controller comprising circuitry communicatively coupled to the optical sensor and configured to: receive the optical data; process the optical data to detect a first movement of a user and a second movement of a handheld or wearable object when, in use, the user moves in the attraction and the user moves a handheld or wearable object; detect a correlation between the first movement and the second movement; and associate the handheld or wearable object with the user based on the correlation. receive the optical data; process the optical data to detect a first movement of a user and a second movement of a handheld or wearable object when, in use, the user moves in the attraction and the user moves a handheld or wearable object; detect a correlation between the first movement and the second movement; and associate the handheld or wearable object with the user based on the correlation.
Electric brush for cleaning a tongue of a human or animal, comprising: - a handle; - a drive, and - a brush head arranged on the outer end of the handle comprising - a brush rotatable by the drive; and - a cover which covers at least part of the brush; wherein the cover is removable and provided with openings. - a handle; - a drive, and - a brush head arranged on the outer end of the handle comprising - a brush rotatable by the drive; and - a cover which covers at least part of the brush; wherein the cover is removable and provided with openings. - a brush rotatable by the drive; and - a cover which covers at least part of the brush;
A dispersion, comprising carbonaceous particles having an average particle size of 1 nm to 25 μm, a dispersant comprising a graft polymer having a poly(alkylene glycol) side chain that comprises a hydroxy end group, metallic cations of the metal to be plated, and a polar solvent, the dispersion having a total solids of the carbonaceous particles and the dispersant of from 0.2 to 15 wt% based on the total weight of the dispersion, wherein the carbonaceous particles are nanographite, graphene, fullerene, nanotube, nanodiamond, or a combination comprising at least one of the foregoing, wherein the dispersant provides greater dispersion stability in the presence of the carbonaceous particles and metallic cations, relative to a reference dispersion that does not use dispersants having poly(alkylene glycol) sidechains.
A subsea valve actuation system for a subsea valve, comprising: a housing having a housing slot; a stem driver rotatably mounted for rotation within the housing, the stem driver having a threaded region the stem driver being adapted to be coupled to the subsea valve that is operable between flow positions via rotation of the stem driver; a position indicator movably mounted adjacent the housing and having a position indicator slot oriented at an angle with respect to the housing slot; a pin extending through the position indicator slot and the housing slot; characterized by a clutch collar located in the housing, the clutch collar being coupled with the pin and having a flexible portion with clutch threads threadably engaged with the threaded region such that rotation of the stem driver within the clutch collar causes the clutch collar and the pin to move linearly along the housing slot and the position indicator slot thus forcing the position indicator to different visible locations, the flexible portion allowing the clutch threads to release from the threaded region upon sufficient resistance to movement of the position indicator, wherein the position indicator is adapted to provide an indication of a flow position of the subsea valve. a housing having a housing slot; a stem driver rotatably mounted for rotation within the housing, the stem driver having a threaded region the stem driver being adapted to be coupled to the subsea valve that is operable between flow positions via rotation of the stem driver; a position indicator movably mounted adjacent the housing and having a position indicator slot oriented at an angle with respect to the housing slot; a pin extending through the position indicator slot and the housing slot; characterized by a clutch collar located in the housing, the clutch collar being coupled with the pin and having a flexible portion with clutch threads threadably engaged with the threaded region such that rotation of the stem driver within the clutch collar causes the clutch collar and the pin to move linearly along the housing slot and the position indicator slot thus forcing the position indicator to different visible locations, the flexible portion allowing the clutch threads to release from the threaded region upon sufficient resistance to movement of the position indicator, wherein the position indicator is adapted to provide an indication of a flow position of the subsea valve.