mhurhangee/ep-ind-claims huggingface dataset:
A respirator apparatus, comprising: a respirator body; a filter cartridge receiver integral with and extending from the respirator body; and a filter cartridge comprising a cartridge sidewall extending between a first and second major surface of the filter cartridge, said filter cartridge further comprising a nozzle element integral with the filter cartridge sidewall and extending a first lateral distance away from the filter cartridge; wherein the filter cartridge receiver extends a second lateral distance away from the respirator body; and wherein the respirator body and filter cartridge are configured to be fluidically coupled through sleeve-fit engagement between the filter cartridge receiver and nozzle element and the filter cartridge receiver and nozzle element define an airflow channel, wherein one of the filter cartridge receiver and nozzle element slides into a channel defined by the other engaging over a distance of at least 50% of the larger of the first lateral distance or second lateral distance and wherein the nozzle element and filter cartridge receiver have a non-circular shape, so that relative rotation between the nozzle element and filter cartridge receiver is prevented. a respirator body; a filter cartridge receiver integral with and extending from the respirator body; and a filter cartridge comprising a cartridge sidewall extending between a first and second major surface of the filter cartridge, said filter cartridge further comprising a nozzle element integral with the filter cartridge sidewall and extending a first lateral distance away from the filter cartridge; wherein the filter cartridge receiver extends a second lateral distance away from the respirator body; and wherein the respirator body and filter cartridge are configured to be fluidically coupled through sleeve-fit engagement between the filter cartridge receiver and nozzle element and the filter cartridge receiver and nozzle element define an airflow channel, wherein one of the filter cartridge receiver and nozzle element slides into a channel defined by the other engaging over a distance of at least 50% of the larger of the first lateral distance or second lateral distance and wherein the nozzle element and filter cartridge receiver have a non-circular shape, so that relative rotation between the nozzle element and filter cartridge receiver is prevented.
A display substrate, comprising: a base substrate; a display component on the base substrate; and an encapsulation layer covering the display component, wherein the encapsulation layer comprises an organic layer and an inorganic layer (121, 123) that are stacked, a detection capacitor provided in a peripheral region of the display substrate, the peripheral region being a region between an effective display area and a frame of the display substrate; wherein the detection capacitor comprises a first electrode plate on a side of the encapsulation layer close to the base substrate, and a second electrode plate, and the detection capacitor is configured to determine whether the organic layer in the encapsulation layer of the display substrate overflows to the peripheral region, characterized in that the second electrode plate is disposed on a side of the encapsulation layer away from the base substrate. a base substrate; a display component on the base substrate; and an encapsulation layer covering the display component, wherein the encapsulation layer comprises an organic layer and an inorganic layer (121, 123) that are stacked, a detection capacitor provided in a peripheral region of the display substrate, the peripheral region being a region between an effective display area and a frame of the display substrate; wherein the detection capacitor comprises a first electrode plate on a side of the encapsulation layer close to the base substrate, and a second electrode plate, and the detection capacitor is configured to determine whether the organic layer in the encapsulation layer of the display substrate overflows to the peripheral region, characterized in that the second electrode plate is disposed on a side of the encapsulation layer away from the base substrate.
A rotor hub assembly for a rotary-winged aircraft comprising: a spool portion; and a plurality of hub arms extending radially outwardly from the spool portion, wherein a rotor blade is connectable to each hub arm, each hub arm including: a spine portion; and at least two leg portions extending from the spine portion, the spine portion and the at least two leg portions defining an I-shaped cross-section of each hub arm, wherein each hub arm is formed from two C-members, each C-member including: a back; and two element legs extending from the back, the backs abutted to form the spine portion or having a gap therebetween, and the element legs forming the leg portions, characterized in that a first C-member forms a portion of both a first hub arm and a second hub arm, with the first and second hub arms (40a,b) connected by the spool portion, which is formed integral with the first C-member. a spool portion; and a plurality of hub arms extending radially outwardly from the spool portion, wherein a rotor blade is connectable to each hub arm, each hub arm including: a spine portion; and at least two leg portions extending from the spine portion, the spine portion and the at least two leg portions defining an I-shaped cross-section of each hub arm, wherein each hub arm is formed from two C-members, each C-member including: a back; and two element legs extending from the back, the backs abutted to form the spine portion or having a gap therebetween, and the element legs forming the leg portions, characterized in that a first C-member forms a portion of both a first hub arm and a second hub arm, with the first and second hub arms (40a,b) connected by the spool portion, which is formed integral with the first C-member. a spine portion; and at least two leg portions extending from the spine portion, the spine portion and the at least two leg portions defining an I-shaped cross-section of each hub arm, a back; and two element legs extending from the back, the backs abutted to form the spine portion or having a gap therebetween, and the element legs forming the leg portions,
A gasket comprising: a reinforcing body that is made of a resin film; a one-side gasket body that is provided on one surface of the reinforcing body in a thickness direction thereof; characterized by further comprising another-side gasket body that is provided on another surface of the reinforcing body in the thickness direction, wherein the reinforcing body has, in a portion sandwiched between both the gasket bodies (21, 31), a three-dimensional shape (12, 13, 14) in which the resin film is bent in its thickness direction. a reinforcing body that is made of a resin film; a one-side gasket body that is provided on one surface of the reinforcing body in a thickness direction thereof; characterized by further comprising another-side gasket body that is provided on another surface of the reinforcing body in the thickness direction, wherein the reinforcing body has, in a portion sandwiched between both the gasket bodies (21, 31), a three-dimensional shape (12, 13, 14) in which the resin film is bent in its thickness direction.
Electric motor, having a rotor mounted rotatably about an axis of rotation extending in the axial direction and a stator with a laminated core, which forms a stator yoke and stator teeth of the stator, which are directed radially therefrom, - wherein the stator teeth are widened on the tooth base side in a T-shape to form pole tabs extending in the circumferential direction of the stator, - wherein the pole tabs each form a bearing shoulder, - wherein a respective stator slot for receiving coils of a stator winding is formed between adjacent stator teeth and a respective slot is formed between mutually facing pole tabs, - wherein a number of reinforcing elements are provided, which are inserted into a corresponding number of slot openings, - wherein the reinforcing elements are held on the mutually facing pole tabs of adjacent stator teeth in the radial direction by means of the bearing shoulders, and - wherein the reinforcing elements each have a contour in the corresponding bearing region for reducing a contact area with the contact shoulders, - wherein the contour of the respective reinforcing element is formed by means of a cutout or a recess of a narrow side facing the respective pole a tab, - wherein the respective reinforcing element is formed of a metal or an alloy, and - wherein the or each of the reinforcing elements is provided with a coating, which increases the electrical resistance of the reinforcing element. - wherein the stator teeth are widened on the tooth base side in a T-shape to form pole tabs extending in the circumferential direction of the stator, - wherein the pole tabs each form a bearing shoulder, - wherein a respective stator slot for receiving coils of a stator winding is formed between adjacent stator teeth and a respective slot is formed between mutually facing pole tabs, - wherein a number of reinforcing elements are provided, which are inserted into a corresponding number of slot openings, - wherein the reinforcing elements are held on the mutually facing pole tabs of adjacent stator teeth in the radial direction by means of the bearing shoulders, and - wherein the reinforcing elements each have a contour in the corresponding bearing region for reducing a contact area with the contact shoulders, - wherein the contour of the respective reinforcing element is formed by means of a cutout or a recess of a narrow side facing the respective pole a tab, - wherein the respective reinforcing element is formed of a metal or an alloy, and - wherein the or each of the reinforcing elements is provided with a coating, which increases the electrical resistance of the reinforcing element.
A composition comprising a self-complementary adeno-associated virus serotype 9 (scAAV9) comprising a gene encoding a non-secreted therapeutic protein for use in treating Spinal Muscular Atrophy Type I, II, III or IV in a human subject, wherein the gene is SMN1, UBA1, DYNC1H1 or VAPB, and the composition is formulated for injection into the cerebrospinal fluid via an intracerebroventricular, intrathecal cisternal, or intrathecal lumbar route, wherein: i) the human subject is 9 to 36 months old, and the scAAV9 is administered at a total dose of: (a) 5×10 13 to 1.65×10 14 GC; (b) 1.0×10 14 to 3.3×10 14 GC, or (c) 2.0×10 14 to 6.6×10 14 GC; or ii) the human subject is 3 to 12 years old, and the scAAV is administered at a total dose of: (a) 6×10 13 to 1.98×10 14 GC; (b) 1.2×10 14 to 3.96×10 14 GC, or (c) 2.4×10 14 to 7.92×10 14 GC. i) the human subject is 9 to 36 months old, and the scAAV9 is administered at a total dose of: (a) 5×10 13 to 1.65×10 14 GC; (b) 1.0×10 14 to 3.3×10 14 GC, or (c) 2.0×10 14 to 6.6×10 14 GC; or (a) 5×10 13 to 1.65×10 14 GC; (b) 1.0×10 14 to 3.3×10 14 GC, or (c) 2.0×10 14 to 6.6×10 14 GC; or ii) the human subject is 3 to 12 years old, and the scAAV is administered at a total dose of: (a) 6×10 13 to 1.98×10 14 GC; (b) 1.2×10 14 to 3.96×10 14 GC, or (c) 2.4×10 14 to 7.92×10 14 GC. (a) 6×10 13 to 1.98×10 14 GC; (b) 1.2×10 14 to 3.96×10 14 GC, or (c) 2.4×10 14 to 7.92×10 14 GC.
Infusion device drive unit, the infusion device drive unit including: - a pump drive, the pump drive being configured to operatively mechanically couple to a dosing unit, the dosing unit comprising a dosing cylinder and a piston, the piston being arranged sealingly and slidingly inside the dosing cylinder, to control operation of the dosing unit; wherein the pump drive includes a plunger rod, the plunger rod being guided displaceably along a displacement axis, the plunger rod being designed to operatively mechanically couple with the piston; - a blocking device, the blocking device including at least one blocking member, the at least one blocking member being movable between a blocking configuration and an enabling configuration, the at least one blocking member enabling the establishing and/or the releasing of an operative mechanical coupling between the pump drive and the dosing unit in the enabling configuration and preventing the establishing and/or the releasing of an operative mechanical coupling between the pump drive and the dosing unit in the blocking configuration by way of mechanical interaction between one or more structural elements of the blocking member with the dosing cylinder; wherein the infusion device drive unit is designed to control the at least one blocking member to take on the enabling configuration if the pump drive is in at least one pre-determined configuration and to take on the blocking configuration if the pump drive is in a configuration different from a pre-determined configuration, wherein the at least one pre-determined configuration is a configuration where the plunger rod is in a pre-determined position along its displacement axis. - a pump drive, the pump drive being configured to operatively mechanically couple to a dosing unit, the dosing unit comprising a dosing cylinder and a piston, the piston being arranged sealingly and slidingly inside the dosing cylinder, to control operation of the dosing unit; wherein the pump drive includes a plunger rod, the plunger rod being guided displaceably along a displacement axis, the plunger rod being designed to operatively mechanically couple with the piston; - a blocking device, the blocking device including at least one blocking member, the at least one blocking member being movable between a blocking configuration and an enabling configuration, the at least one blocking member enabling the establishing and/or the releasing of an operative mechanical coupling between the pump drive and the dosing unit in the enabling configuration and preventing the establishing and/or the releasing of an operative mechanical coupling between the pump drive and the dosing unit in the blocking configuration by way of mechanical interaction between one or more structural elements of the blocking member with the dosing cylinder;
A window glass for a vehicle, comprising: a glass plate (11, 12); and a conductor placed on a surface of the glass plate (11, 12), wherein the conductor includes a conductive film and a pair of bus bars (24, 25, 26, 27) contacting the conductive film for applying a DC voltage to the conductive film so as to heat the window glass, wherein one of the pair of the bus bars (24, 25, 26, 27) is formed to have a first part contacting the conductive film and a second part that has a gap between the one of the pair of the bus bars (24, 25, 26, 27) and an outer edge of the conductive film, and is positioned between the outer edge of the conductive film and an outer edge of the glass plate (11, 12) in a plan view of the glass plate (11, 12), wherein the window glass for the vehicle includes a terminal part for electrically connecting the second part of the one of the pair of the bus bars (24, 25, 26, 27), positioned to have the gap and serving as an antenna conductor, to a transmission line, and wherein the terminal part includes a planar electrode facing the one of the pair of the bus bars (24, 25, 26, 27), having a dielectric interposed between the terminal part and the one of the pair of the bus bars (24, 25, 26, 27). a glass plate (11, 12); and a conductor placed on a surface of the glass plate (11, 12), wherein the conductor includes a conductive film and a pair of bus bars (24, 25, 26, 27) contacting the conductive film for applying a DC voltage to the conductive film so as to heat the window glass, wherein one of the pair of the bus bars (24, 25, 26, 27) is formed to have a first part contacting the conductive film and a second part that has a gap between the one of the pair of the bus bars (24, 25, 26, 27) and an outer edge of the conductive film, and is positioned between the outer edge of the conductive film and an outer edge of the glass plate (11, 12) in a plan view of the glass plate (11, 12), wherein the window glass for the vehicle includes a terminal part for electrically connecting the second part of the one of the pair of the bus bars (24, 25, 26, 27), positioned to have the gap and serving as an antenna conductor, to a transmission line, and wherein the terminal part includes a planar electrode facing the one of the pair of the bus bars (24, 25, 26, 27), having a dielectric interposed between the terminal part and the one of the pair of the bus bars (24, 25, 26, 27).
Relay switch with an on-button and with an off-button to activate a rocker device which, in an activation of the on-button, presses at least one contact element of a movable switch part against a corresponding counter-contact element, and which, in an activation of the off-button, releases the contact between the contact element and the counter-contact element, characterized in that the rocker device comprises a first rocker element and a second rocker element, wherein the first rocker element and the second rocker element are pivotably connected with on another, and wherein the first rocker element and the second rocker element, in a locking position of the rocker device, are engaged form-fittingly with one another, so that a further pivoting of the rocker elements (22, 24) is prevented, whereby the rocker device, in the locking position, produces a contact pressure between the contact elements (32, 34) and maintains said pressure through the form-fitting connection, wherein the form-fitting connection is configured as a form-fitting latching or snapping connection.
Monitoring system for a pump for a liquid or paste product such as a paint, said pump being a pneumatically actuated reciprocating linear displacement pump, the pneumatic actuation being effected by a pneumatic motor, the system comprising sensor means for the pneumatic pressure of the pneumatic motor, means for transmitting the signal representing the sensed pneumatic pressure of the pneumatic motor, and means for managing the pump for liquid or paste product, with pneumatic actuation and reciprocating linear displacement, on the basis of the transmitted signal representing the sensed pneumatic pressure of the pneumatic motor, the system further comprising computation means for deriving the throughput of the paint delivery pump and the pressure of the paint at the outlet of the delivery pump.
A method of communication, comprising the steps of: receiving a packet in a network interface controller (30, 156) that is connected to a host (34, 110, 170) and a communications network, the network interface controller comprising electrical circuitry configured as a packet processing pipeline (72, 92) having a plurality of stages (112, 108, 110); determining in the network interface controller that at least a portion of the stages of the pipeline are acceleration-defined stages, wherein acceleration-defined stages are stages which result in actions that are performed in a hardware accelerator (106,172); processing the packet in the pipeline, wherein processing the packet comprises: transmitting data to an accelerator (106, 172) from the acceleration-defined stages; performing respective acceleration tasks on the transmitted data in the accelerator; and returning processed data from the accelerator to receiving stages of the pipeline; and after processing the packet in the pipeline routing the packet toward a destination. receiving a packet in a network interface controller (30, 156) that is connected to a host (34, 110, 170) and a communications network, the network interface controller comprising electrical circuitry configured as a packet processing pipeline (72, 92) having a plurality of stages (112, 108, 110); determining in the network interface controller that at least a portion of the stages of the pipeline are acceleration-defined stages, wherein acceleration-defined stages are stages which result in actions that are performed in a hardware accelerator (106,172); processing the packet in the pipeline, wherein processing the packet comprises: transmitting data to an accelerator (106, 172) from the acceleration-defined stages; performing respective acceleration tasks on the transmitted data in the accelerator; and returning processed data from the accelerator to receiving stages of the pipeline; and after processing the packet in the pipeline routing the packet toward a destination. transmitting data to an accelerator (106, 172) from the acceleration-defined stages; performing respective acceleration tasks on the transmitted data in the accelerator; and returning processed data from the accelerator to receiving stages of the pipeline; and after processing the packet in the pipeline routing the packet toward a destination.
A negative wound pressure therapy apparatus, comprising: a wound dressing for defining a reservoir over a wound (w) in which a negative pressure may be maintained by forming a substantially fluid-tight seal around the wound; a vacuum source in fluid communication with the reservoir, the vacuum source suitable for providing an appropriate negative pressure to the reservoir to help stimulate healing of the wound (w); and a wound filler matrix disposed within the wound dressing, characterized in that the wound filler matrix defines a length along a longitudinal axis and comprises at least one continuous fiber configured in a plurality of loop segments traversing the longitudinal axis, the matrix including a connecting segment extending along the longitudinal axis and connected to at least some of the loop segments. a wound dressing for defining a reservoir over a wound (w) in which a negative pressure may be maintained by forming a substantially fluid-tight seal around the wound; a vacuum source in fluid communication with the reservoir, the vacuum source suitable for providing an appropriate negative pressure to the reservoir to help stimulate healing of the wound (w); and a wound filler matrix disposed within the wound dressing, characterized in that the wound filler matrix defines a length along a longitudinal axis and comprises at least one continuous fiber configured in a plurality of loop segments traversing the longitudinal axis, the matrix including a connecting segment extending along the longitudinal axis and connected to at least some of the loop segments.