mhurhangee/ep-ind-claims huggingface dataset:
A portable infusion pump system comprising: a pump device (100, 900) including a housing structure (110, 112) defining a cavity for receiving a fluid cartridge, and a drive system for dispensing fluid from a fluid cartridge; a controller, wherein the controller is in electrical communication with a portion of the drive system for controlling dispensation of the fluid from the fluid cartridge; wherein the controller is configured to: communicate an electrical control signal to the drive system to cause dispensation ofthe fluid from the fluid cartridge at an intended dispensation time; detect, at multiple times during a dispensation period of time, pressure measurements of the infusion fluid in an infusion fluid pathway; compare each of pressure measurements detected at the multiple times during the dispensation period to one or more threshold pressure values; and characterised in that the controller is further configured to: determine, based on one or more of the detected pressure measurements exceeding the one or more of the threshold pressure values, that the dispensation occurred at an actual dispensation time that is after the intended dispensation time. a pump device (100, 900) including a housing structure (110, 112) defining a cavity for receiving a fluid cartridge, and a drive system for dispensing fluid from a fluid cartridge; a controller, wherein the controller is in electrical communication with a portion of the drive system for controlling dispensation of the fluid from the fluid cartridge; wherein the controller is configured to: communicate an electrical control signal to the drive system to cause dispensation ofthe fluid from the fluid cartridge at an intended dispensation time; detect, at multiple times during a dispensation period of time, pressure measurements of the infusion fluid in an infusion fluid pathway; compare each of pressure measurements detected at the multiple times during the dispensation period to one or more threshold pressure values; and detect, at multiple times during a dispensation period of time, pressure measurements of the infusion fluid in an infusion fluid pathway; compare each of pressure measurements detected at the multiple times during the dispensation period to one or more threshold pressure values; and characterised in that the controller is further configured to: determine, based on one or more of the detected pressure measurements exceeding the one or more of the threshold pressure values, that the dispensation occurred at an actual dispensation time that is after the intended dispensation time.
A submersible power generator comprising an outer rotational armature and an inner rotational armature opposing the outer rotational armature to rotate in a direction opposite to a direction of rotation of the outer rotational armature, and a pair of propellers (4a, 4b) disposed coaxially with blades of one of the pair of propellers (4a, 4b) and blades of the other of the pair of propellers (4a, 4b) twisted in opposite directions relative to an extending direction of a central axis of the pair of propellers, wherein one of the propellers (4a, 4b) is connected to the outer rotational armatures (2a, 2b) and the other of the propellers (4a, 4b) is connected to the inner rotational armatures (2a, 2b), and further comprises a casing for accommodating the outer and the inner rotational armatures and shielding them from an external environment, and which submersible power generator, as installed under water to operate in a water current, wherein the submersible power generator has a gravity W acting thereon which is larger than buoyancy F acting thereon during operation of the submersible power generator, and wherein, as seen on a meridian plane, a vertical plane including a rotational axis of the propellers, a rotational moment center, around which a sum total of rotational moments generated by gravity W acting thereon, buoyancy F acting thereon and drag D acting thereon in a water current becomes zero, locates on the casing, wherein the submersible power generator is moored in water by one or more mooring wires connected to the casing rotatably around an axis passing through the rotational moment center and crossing the meridian plane at right angles, the one or more mooring wires are connected to the casing symmetrically bilaterally relative to a line of action of the drag D as seen along the extending direction of the line of action of the drag D, and a fork-shaped arm member is connected to the casing rotatably around an axis passing through the rotational moment center and crossing the meridian plane at right angles, and one or more mooring wires are connected to the arm member rotatably or pivotably relative to the arm member, or the submersible power generator is supported on an axis passing through the rotational moment center and crossing the meridian plane at right angles by a support fixed to a seabed or a riverbed and extending upward, or the submersible power generator is supported on an axis passing through the rotational moment center and crossing the meridian plane at right angles by a support extending downward from a structure on or above water surface.
A separating element for traffic areas, which is preferably made from concrete and has a connecting system with connecting elements on its end faces, with which it can be connected to other connecting elements on end faces on an adjacent separating element, wherein the connecting elements each have two juxtaposed legs (5, 6), which are connected to a support via a bar, wherein in each case at least one leg of the connecting element can be held between the legs of the other connecting element in a positive-locking manner, as the leg held between the legs of the other connecting element has projections (9, 10) on both sides, which may engage behind other projections disposed on the legs of the other connecting element and wherein in each case at least one leg of the other connecting element can be held between the legs (5, 6) of the connecting element in a positive-locking manner, as the leg of the other connecting element held between the legs (5, 6) of the connecting element has projections (9, 10) on both sides which may engage behind projections (9, 10, 11) disposed on the legs (5, 6) of the connecting element, characterised in that the legs (5, 6) of the two connecting elements interlock with their projections (9, 10, 11) in hook form and in that the supports are disposed on the bars in such a way that their centre plane lies in the area of the contact surfaces of the two legs lying in the centre of the connecting system.
Device for separating dusts from gases, with a filter arrangement and a cyclone below the filter assembly with an inlet nozzle via which the raw gas tangentially enters into the cyclone, wherein a collection hopper below the filter assembly forms the lid for the cyclone, wherein the dust outlet orifice of the collecting funnel forms the dip tube of the cyclone and an outlet opening of the cyclone is connected to a dust collection container arranged underneath, characterized in that the filter arrangement, cyclone and dust-collecting vessel are accommodated in a common, in cross-section rectangular housing, the bottom of the cyclone is also designed as a funnel which forms a ring conical space with the lid, having a central dust outlet and the filter assembly includes a working filter with a circular housing which is drawn directly to the cyclone.
A method for gene expression analysis of RNA extracted from a tissue or cell(s) fixed with a fixative comprising formaldehyde and/or paraformaldehyde, said method comprising (a) a step of subjecting said RNA to electrophoresis; (b) a step of determining a weight ratio A of RNA and a weight ratio B of RNA, wherein:; - A represents the weight ratio (%) of RNA within the range of 1000 to 4000 nucleotides with respect to the total weight of RNA as determined by said electrophoresis, whereby the 28S rRNA is regarded as being substantially within the range of 1000-4000 nucleotides in electrophoresis, and - B represents the weight ratio (%) of RNA within the range of more than 4000 nucleotides with respect to the total weight of RNA as determined by said electrophoresis, (c) a step of evaluating whether said RNA satisfies the following equation: B/A≦1, wherein said RNA is judged as suitable for said gene expression analysis, if the above equation is satisfied. (a) a step of subjecting said RNA to electrophoresis; (b) a step of determining a weight ratio A of RNA and a weight ratio B of RNA, wherein:; - A represents the weight ratio (%) of RNA within the range of 1000 to 4000 nucleotides with respect to the total weight of RNA as determined by said electrophoresis, whereby the 28S rRNA is regarded as being substantially within the range of 1000-4000 nucleotides in electrophoresis, and - B represents the weight ratio (%) of RNA within the range of more than 4000 nucleotides with respect to the total weight of RNA as determined by said electrophoresis, - A represents the weight ratio (%) of RNA within the range of 1000 to 4000 nucleotides with respect to the total weight of RNA as determined by said electrophoresis, whereby the 28S rRNA is regarded as being substantially within the range of 1000-4000 nucleotides in electrophoresis, and - B represents the weight ratio (%) of RNA within the range of more than 4000 nucleotides with respect to the total weight of RNA as determined by said electrophoresis, (c) a step of evaluating whether said RNA satisfies the following equation: B/A≦1, wherein said RNA is judged as suitable for said gene expression analysis, if the above equation is satisfied.
An image forming apparatus comprising: a first image forming unit, comprising a first image bearing member on which a toner image is to be formed, detachably mountable to a main assembly of said image forming apparatus; a second image forming unit, comprising a second image bearing member on which a toner image is to be formed, detachably mountable to the main assembly of said image forming apparatus in a position adjacent to said first image forming unit mounted in the main assembly of said image forming apparatus; a transfer device for transferring the toner image formed on the first image bearing member and the toner image formed on the second image bearing member onto a transfer medium; an opening through which said first image forming unit and said second image forming unit are passable during mounting and demounting operations; an openable member movable to an open position and a close position so as to open and close said opening; and a guide portion, provided to said openable member, for guiding at least one of said first image forming unit and said second image forming unit to be mounted in the main assembly when said openable member is located in the open position, characterized in that said guide portion is provided so that at least a part of said guide portion enters a space between said first image forming unit mounted in the main assembly of said image forming apparatus and said second image forming unit mounted in the main assembly of said image forming apparatus when said openable member is located in the close position. a first image forming unit, comprising a first image bearing member on which a toner image is to be formed, detachably mountable to a main assembly of said image forming apparatus; a second image forming unit, comprising a second image bearing member on which a toner image is to be formed, detachably mountable to the main assembly of said image forming apparatus in a position adjacent to said first image forming unit mounted in the main assembly of said image forming apparatus; a transfer device for transferring the toner image formed on the first image bearing member and the toner image formed on the second image bearing member onto a transfer medium; an opening through which said first image forming unit and said second image forming unit are passable during mounting and demounting operations; an openable member movable to an open position and a close position so as to open and close said opening; and a guide portion, provided to said openable member, for guiding at least one of said first image forming unit and said second image forming unit to be mounted in the main assembly when said openable member is located in the open position, characterized in that said guide portion is provided so that at least a part of said guide portion enters a space between said first image forming unit mounted in the main assembly of said image forming apparatus and said second image forming unit mounted in the main assembly of said image forming apparatus when said openable member is located in the close position.
Manifold for a sprinkler system, in particular performed for the arrangement in the main supply tubing of the sprinkler system, having a main tube body with an inlet port at a first end and with an outlet port at a second end, and having a main tube ball valve with a ball body to open and close a main passage extending along a main axis in the main tube body by turning the ball body about a valve axis, and whereas the main tube ball valve features a handle for turning the ball body of the valve, characterized in that, beginning with the inlet port at the first end along the main axis, the main tube body features the following integral components in the following sequence: - the main tube ball valve comprising the handle, - at least one flow alarm port extending in a flow alarm port axis for the arrangement of a flow alarm unit, - a test outlet port extending in a test outlet port axis comprising a test outlet ball valve with a ball body and - a pressure measuring port extending in a pressure measuring port axis for the arrangement of a pressure gauge, whereas - the flow alarm port axis and the valve axis extend parallel to each other and - the test outlet port axis and the pressure measuring port axis extend parallel to each other, wherein - the ball bodies of the ball valves (15, 24) are received between two half casings (28a, 28b, 29a, 29b). beginning with the inlet port at the first end along the main axis, the main tube body features the following integral components in the following sequence: - the main tube ball valve comprising the handle, - at least one flow alarm port extending in a flow alarm port axis for the arrangement of a flow alarm unit, - a test outlet port extending in a test outlet port axis comprising a test outlet ball valve with a ball body and - a pressure measuring port extending in a pressure measuring port axis for the arrangement of a pressure gauge, whereas - the flow alarm port axis and the valve axis extend parallel to each other and - the test outlet port axis and the pressure measuring port axis extend parallel to each other, wherein - the ball bodies of the ball valves (15, 24) are received between two half casings (28a, 28b, 29a, 29b). - the main tube ball valve comprising the handle, - at least one flow alarm port extending in a flow alarm port axis for the arrangement of a flow alarm unit, - a test outlet port extending in a test outlet port axis comprising a test outlet ball valve with a ball body and - a pressure measuring port extending in a pressure measuring port axis for the arrangement of a pressure gauge, whereas - the flow alarm port axis and the valve axis extend parallel to each other and - the test outlet port axis and the pressure measuring port axis extend parallel to each other, wherein - the ball bodies of the ball valves (15, 24) are received between two half casings (28a, 28b, 29a, 29b).
An optical termination box, comprising a base body and a cover removably attached to the base body, wherein the base body comprises: - a bottom tray; - a connection area comprising connector supporting frames configured to house adapters for connecting input pre-connectorized optical fibers of an optical cable entering into the optical termination box to output pre-connectorized optical fibers exiting from the optical termination box; - a storage area for parking extra-length portions of the input pre-connectorized optical fibers and extra-length portions of the output pre-connectorized optical fibers; - wherein the connection area and the storage area are defined on separate, overlapped opposite surfaces (20a, 20b) of a first panel hinged to the bottom tray; characterised in that the width of the first panel is substantially equal to the width of the connection area, wherein the width of the connection area is substantially equal to the sum of the widths of each adapter and of each connector supporting frame. - a bottom tray; - a connection area comprising connector supporting frames configured to house adapters for connecting input pre-connectorized optical fibers of an optical cable entering into the optical termination box to output pre-connectorized optical fibers exiting from the optical termination box; - a storage area for parking extra-length portions of the input pre-connectorized optical fibers and extra-length portions of the output pre-connectorized optical fibers; - wherein the connection area and the storage area are defined on separate, overlapped opposite surfaces (20a, 20b) of a first panel hinged to the bottom tray;
A method for performing a random access procedure by a user equipment, UE, in a wireless communication system supporting coverage enhancement, the method comprising: receiving a physical downlink control channel, PDCCH, order from a base station, the PDCCH order initiating the random access procedure; selecting a physical random access channel, PRACH, resource indicated by the PDCCH order from among a plurality of PRACH resources configured for the UE; and repeating a PRACH preamble transmission for a number of repetitions corresponding to the selected PRACH resource, characterized in that: each of the plurality of PRACH resources comprises a different number of repetitions for transmitting a PRACH preamble, and the number of repetitions for the PRACH preamble transmission is indicated by the PDCCH order. receiving a physical downlink control channel, PDCCH, order from a base station, the PDCCH order initiating the random access procedure; selecting a physical random access channel, PRACH, resource indicated by the PDCCH order from among a plurality of PRACH resources configured for the UE; and repeating a PRACH preamble transmission for a number of repetitions corresponding to the selected PRACH resource, characterized in that: each of the plurality of PRACH resources comprises a different number of repetitions for transmitting a PRACH preamble, and the number of repetitions for the PRACH preamble transmission is indicated by the PDCCH order. each of the plurality of PRACH resources comprises a different number of repetitions for transmitting a PRACH preamble, and the number of repetitions for the PRACH preamble transmission is indicated by the PDCCH order.
Warhead comprising a tubular structure with a front region, a rear region, an outer wall portion, an inner wall portion and a central cavity, whereby a) the outer wall portion is provided with i) a multitude of pre-shaped first fracture elements having a non-spherical shape; and ii) a multitude of non-cohesive pre-shaped second fracture elements having a spheroidal shape, whereby b) at least a part of the outer wall portion does not contain any fracture elements; and c) the multitude of the first fracture elements is either in the form of a cohesive structure or embedded in a first matrix; d) the second fracture elements are embedded in a second matrix; and e) the warhead does not comprise any outer layer over the second fracture elements and its second matrix. a) the outer wall portion is provided with i) a multitude of pre-shaped first fracture elements having a non-spherical shape; and ii) a multitude of non-cohesive pre-shaped second fracture elements having a spheroidal shape, whereby i) a multitude of pre-shaped first fracture elements having a non-spherical shape; and ii) a multitude of non-cohesive pre-shaped second fracture elements having a spheroidal shape, whereby b) at least a part of the outer wall portion does not contain any fracture elements; and c) the multitude of the first fracture elements is either in the form of a cohesive structure or embedded in a first matrix; d) the second fracture elements are embedded in a second matrix; and e) the warhead does not comprise any outer layer over the second fracture elements and its second matrix.
An automatic resetting steel wire rope brake, which is characterized in that it comprises two side plates, a fixed brake plate, a moving brake plate, a motor lead screw and push block resetting mechanism, an electromagnet resetting mechanism and an electromagnetic triggering mechanism, the fixed brake plate and the moving brake plate are arranged in parallel, and an interval is kept between opposite clamping surfaces of the fixed brake plate and the moving brake plate, two sides of the moving brake plate are respectively and rotatably matched with one end of a link arm, and the moving brake plate can do translational motion towards or away from the fixed brake plate under a drive of the two link arms, the other end of each of the two link arms is rotatably matched with one end of a sliding axle, two ends of the sliding axle are respectively in sliding fit with arc-shaped grooves of the two side plates, a swing-type latch hook is provided, and the latch hook forms a hooking part used for hooking and locking a sliding axle, a swing end of the latch hook is triggered by an electromagnetic or mechanical triggering mechanism to enable the swing end to release the sliding axle, the electromagnetic triggering mechanism, the latch hook, the sliding axle and the moving brake plate are promoted to reset by the motor lead screw and push block resetting mechanism through the electromagnet resetting mechanism, the motor lead screw and push block resetting mechanism comprises a push block, a screw, a lead screw and a motor, the motor drives an upper end of the lead screw, a lower end of the lead screw is rotatably connected with the screw and movably penetrates through the push block, the screw is fixed on an upper surface of the push block, and a bottom inclined surface of the push block directly faces and props against the sliding axle.
An airway organ bioreactor apparatus, comprising: an organ chamber configured to hold an airway organ matrix scaffold such that a cell media can be perfused to grow an airway organ; a wet ventilator system configured to supply a wet ventilation to the airway organ, wherein said wet ventilation provides fluid to an airway of the airway organ; a dry ventilator system (116, 118) configured to supply a dry ventilation to the airway organ, wherein said dry ventilation provides gas to the airway of the airway organ; and a controller configured to control delivery of wet ventilation or delivery of dry ventilation. an organ chamber configured to hold an airway organ matrix scaffold such that a cell media can be perfused to grow an airway organ; a wet ventilator system configured to supply a wet ventilation to the airway organ, wherein said wet ventilation provides fluid to an airway of the airway organ; a dry ventilator system (116, 118) configured to supply a dry ventilation to the airway organ, wherein said dry ventilation provides gas to the airway of the airway organ; and a controller configured to control delivery of wet ventilation or delivery of dry ventilation.