mhurhangee/ep-ind-claims huggingface dataset:
A coronary artery bypass grafting device comprising a plurality of attachment members each including: a flexible auxiliary tube; a suction cup portion (101, 101a, 101b, 101c) provided at a tip end side of said flexible auxiliary tube; a switching member provided in said flexible auxiliary tube; and a holding member that holds said flexible auxiliary tube, wherein said coronary artery bypass grafting device comprises a main tube, and a branching part (105, 110) that communicates with said main tube, wherein said flexible auxiliary tube of each of said attachment members communicates with said branching part wherein at least one of said attachment members further includes a check valve characterised in that said check valve is provided in said flexible auxiliary tube, wherein said switching member and said check valve are provided in said flexible auxiliary tube in this order from said suction cup portion (101, 101a, 101b, 101c) provided at the tip end side of said flexible auxiliary tube to the base end side, in at least one of said attachment members. a flexible auxiliary tube; a suction cup portion (101, 101a, 101b, 101c) provided at a tip end side of said flexible auxiliary tube; a switching member provided in said flexible auxiliary tube; and a holding member that holds said flexible auxiliary tube, wherein said coronary artery bypass grafting device comprises a main tube, and a branching part (105, 110) that communicates with said main tube, wherein said flexible auxiliary tube of each of said attachment members communicates with said branching part wherein at least one of said attachment members further includes a check valve characterised in that said check valve is provided in said flexible auxiliary tube, wherein said switching member and said check valve are provided in said flexible auxiliary tube in this order from said suction cup portion (101, 101a, 101b, 101c) provided at the tip end side of said flexible auxiliary tube to the base end side, in at least one of said attachment members.
An airfoil for a fan exit stator of a gas turbine engine, the airfoil comprising: an inner diameter edge (110, 200, 202) having a first chord length; an outer diameter edge having a second chord length, wherein the first chord length is larger than the second chord length; a trailing edge; characterised by a leading edge having a positive aerodynamic sweep across substantially an entire span of the leading edge, wherein a chord of the airfoil continuously decreases from the inner diameter edge (110, 200, 202) to the outer diameter edge; and wherein a bow of the airfoil is not symmetric around a midspan of the airfoil. an inner diameter edge (110, 200, 202) having a first chord length; an outer diameter edge having a second chord length, wherein the first chord length is larger than the second chord length; a trailing edge; characterised by a leading edge having a positive aerodynamic sweep across substantially an entire span of the leading edge, wherein a chord of the airfoil continuously decreases from the inner diameter edge (110, 200, 202) to the outer diameter edge; and wherein a bow of the airfoil is not symmetric around a midspan of the airfoil.
A head-up display device, which projects a display light emitted from a display including a backlight unit and a display to a viewpoint area of a viewer via a projection means, and visually recognizes an image represented by the display light, comprising: a light source which emits light to illuminate the display element; a lens array which divides light emitted from the light source, and generates a plurality of images of the light source, and a condensing means which condenses light emitted from an image of the light source to correspond to a display area of the display element, wherein the condensing means is configured such that a focal distance is different in longitudinal and lateral directions to correct a different focal distance of the projection means in longitudinal and lateral directions, wherein the condensing means comprises one or more focusing lenses, and a front surface of at least one of the focusing lenses is toroidal or free curved, characterised in that: a plurality of lenses is arranged in the lens array, and the lens array is configured such that a light distribution angle of a lens in a periphery is different from a light distribution angle of a lens at a center. a light source which emits light to illuminate the display element; a lens array which divides light emitted from the light source, and generates a plurality of images of the light source, and a condensing means which condenses light emitted from an image of the light source to correspond to a display area of the display element, wherein the condensing means is configured such that a focal distance is different in longitudinal and lateral directions to correct a different focal distance of the projection means in longitudinal and lateral directions, wherein the condensing means comprises one or more focusing lenses, and a front surface of at least one of the focusing lenses is toroidal or free curved, characterised in that: a plurality of lenses is arranged in the lens array, and the lens array is configured such that a light distribution angle of a lens in a periphery is different from a light distribution angle of a lens at a center.
A viscous clutch assembly comprising: a rotor; a selectively rotatable member surrounding the roto and defining a working chamber therebetween; a first opening defined through the rotor between front and rear sides of the rotor and in fluid communication with the working chamber at both the front and rear sides of the rotor, a reservoir supported by the rotor and having a second opening; and a valve assembly having a cover plate for selectively covering the second opening, wherein the valve assembly is supported by the rotor a channel defined in the rotor between the first opening and an area adjacent to the second opening in a substantially radial direction, wherein the channel is in fluid communication with the first opening, characterized in that the channel provides space for the cover plate to move axially. a rotor; a selectively rotatable member surrounding the roto and defining a working chamber therebetween; a first opening defined through the rotor between front and rear sides of the rotor and in fluid communication with the working chamber at both the front and rear sides of the rotor, a reservoir supported by the rotor and having a second opening; and a valve assembly having a cover plate for selectively covering the second opening, wherein the valve assembly is supported by the rotor a channel defined in the rotor between the first opening and an area adjacent to the second opening in a substantially radial direction, wherein the channel is in fluid communication with the first opening, characterized in that the channel provides space for the cover plate to move axially.
Process for electrochemical treatment and separation of heavy metals from industrial wastewater and drinking water, consisting of following phases: first - preparatory phase of contaminated medium by sedimentation; second - reaction phase in the first reactor vessel where contaminated medium is treated by reactor electrodes made of fixed inox plates through which passes direct current performing electrocoagulation, electrooxidation, electroflotation and disinfection of the medium by circulation of ozone and UV radiation, with simultaneous circulation and electromagnetic and ultrasonic treatment; third - reaction phase in the second reactor vessel where contaminated medium is treated by reactor electrodes made of fixed steel plates through which passes direct current, followed by passage through additional reactor electrode set made of fixed aluminium plates performing electrocoagulation, electrooxidation, electroflotation and disinfection of the medium by circulation of ozone and UV irradiation, with simultaneous circulation and electromagnetic and ultrasonic treatment; fourth - coagulation and flocculation phase, after the conditions for their occurrence have been reached in the previous phase; fifth - separation phase by sedimentation; and sixth - advanced oxidation phase with simultaneous ozonation and ultraviolet irradiation treatment; or filtering phase through sand and activated carbon filters. first - preparatory phase of contaminated medium by sedimentation; second - reaction phase in the first reactor vessel where contaminated medium is treated by reactor electrodes made of fixed inox plates through which passes direct current performing electrocoagulation, electrooxidation, electroflotation and disinfection of the medium by circulation of ozone and UV radiation, with simultaneous circulation and electromagnetic and ultrasonic treatment; third - reaction phase in the second reactor vessel where contaminated medium is treated by reactor electrodes made of fixed steel plates through which passes direct current, followed by passage through additional reactor electrode set made of fixed aluminium plates performing electrocoagulation, electrooxidation, electroflotation and disinfection of the medium by circulation of ozone and UV irradiation, with simultaneous circulation and electromagnetic and ultrasonic treatment; fourth - coagulation and flocculation phase, after the conditions for their occurrence have been reached in the previous phase; fifth - separation phase by sedimentation; and sixth - advanced oxidation phase with simultaneous ozonation and ultraviolet irradiation treatment; or filtering phase through sand and activated carbon filters.
An aircraft wing, comprising: a rear spar having a rear side and a front side opposite the rear side; and a forward trunnion support assembly including: a first vertical support fitting and a second vertical support fitting coupled to the rear side of the rear spar; a trunnion housing having a bearing, the trunnion housing coupled between the first and second vertical support fittings (610, 612) and having first and second shoulders (1224, 1226) formed on a top side of the trunnion housing, each of the first and second shoulders having a respective channel formed on a respective top portion thereof; and a fuse pin received within the channels (615, 617; 1228, 1230) and having a first end extending through the first vertical support fitting and a second end extending through the second vertical support fitting. a rear spar having a rear side and a front side opposite the rear side; and a forward trunnion support assembly including: a first vertical support fitting and a second vertical support fitting coupled to the rear side of the rear spar; a trunnion housing having a bearing, the trunnion housing coupled between the first and second vertical support fittings (610, 612) and having first and second shoulders (1224, 1226) formed on a top side of the trunnion housing, each of the first and second shoulders having a respective channel formed on a respective top portion thereof; and a fuse pin received within the channels (615, 617; 1228, 1230) and having a first end extending through the first vertical support fitting and a second end extending through the second vertical support fitting. a first vertical support fitting and a second vertical support fitting coupled to the rear side of the rear spar; a trunnion housing having a bearing, the trunnion housing coupled between the first and second vertical support fittings (610, 612) and having first and second shoulders (1224, 1226) formed on a top side of the trunnion housing, each of the first and second shoulders having a respective channel formed on a respective top portion thereof; and a fuse pin received within the channels (615, 617; 1228, 1230) and having a first end extending through the first vertical support fitting and a second end extending through the second vertical support fitting.
A method of manufacturing a secondary battery comprising: arranging an electrode assembly, comprising a cathode plate, an anode plate, and a separator interposed therebetween, in a battery casing; preparing a polymer slurry by adding polymer particles whose diameter is in the range of 60 μm to 230 μm to an electrolyte solution; injecting the polymer slurry into the battery casing so that the electrolyte solution penetrates into the electrode assembly between the cathode plate and the anode plate whereas the polymer particles do not penetrate into the electrode assembly but are located between the electrode assembly and the battery casing; heating the battery casing to change the polymer slurry into a polymer solution; and cooling the battery casing to harden the polymer solution. arranging an electrode assembly, comprising a cathode plate, an anode plate, and a separator interposed therebetween, in a battery casing; preparing a polymer slurry by adding polymer particles whose diameter is in the range of 60 μm to 230 μm to an electrolyte solution; injecting the polymer slurry into the battery casing so that the electrolyte solution penetrates into the electrode assembly between the cathode plate and the anode plate whereas the polymer particles do not penetrate into the electrode assembly but are located between the electrode assembly and the battery casing; heating the battery casing to change the polymer slurry into a polymer solution; and cooling the battery casing to harden the polymer solution.
A non-volatile memory device having a switching device and a storage node connected to the switching device, wherein the storage node comprises: a lower electrode (12,22); an oxygen-deficient metal oxide layer (14,24) formed on the lower electrode; a data storage layer (16,26) formed on the oxygen-deficient metal oxide layer; and an upper electrode (18,28) formed on the data storage layer. wherein the storage node is configured to absorb oxygen at one or more oxygen vacancies of the oxygen-deficient metal oxide layer upon application of a voltage wherein the oxygen-deficient metal oxide layer (14,24) is formed of a material having an oxygen vacancy selected from the group consisting of ZnO, ITO, IZO, ZrO, and RuO 2. wherein the data storage layer (16,26) is formed of a material selected from the group consisting of NiO, Nb 2 O 5, TiO 2, Al 2 O 3, V 2 O 5, WO 3, ZnO, and CoO. a lower electrode (12,22); an oxygen-deficient metal oxide layer (14,24) formed on the lower electrode; a data storage layer (16,26) formed on the oxygen-deficient metal oxide layer; and an upper electrode (18,28) formed on the data storage layer.
A track lighting track for supporting weight of a luminaire while supplying electrical power thereto, the track comprising: an elongate track housing; a slot in and extending along the housing; wherein an aperture of the slot through which a power contact assembly of the luminaire is received is 8 mm wide or less along at least 90% of the track housing; and a mounting element of magnetically attracted material mounted to a ventral side of the track housing for supporting the luminaire by magnetic attraction to the luminaire, wherein the mounting element is outside of the slot; characterized in that: the slot includes a plurality of electrical conductors housed within the slot, each positioned to receive, within the slot, a contact from the power contact assembly upon insertion to the slot, and deliver electrical power therethrough. an elongate track housing; a slot in and extending along the housing; wherein an aperture of the slot through which a power contact assembly of the luminaire is received is 8 mm wide or less along at least 90% of the track housing; and a mounting element of magnetically attracted material mounted to a ventral side of the track housing for supporting the luminaire by magnetic attraction to the luminaire, wherein the mounting element is outside of the slot;
A method of manufacturing a solid freeform fabrication object comprising: forming a layer of resin powder for solid freeform fabrication including particles having a pillar-like form; and solidifying a particular area of the layer with irradiation of laser beams; characterized in that the laser beams have an energy intensity distribution having a top hat-like form and wherein the ratio of the volume average particle diameter to the number average particle diameter of the resin powder for solid freeform fabrication is 2.00 or less, the ratio of the volume average particle diameter to the number average particle diameter of the resin powder for solid freeform fabrication being measurable by a microtrac MT3300EXII particle size distribution measuring device. forming a layer of resin powder for solid freeform fabrication including particles having a pillar-like form; and solidifying a particular area of the layer with irradiation of laser beams; characterized in that the laser beams have an energy intensity distribution having a top hat-like form and wherein the ratio of the volume average particle diameter to the number average particle diameter of the resin powder for solid freeform fabrication is 2.00 or less, the ratio of the volume average particle diameter to the number average particle diameter of the resin powder for solid freeform fabrication being measurable by a microtrac MT3300EXII particle size distribution measuring device.
An open-irrigated catheter system, comprising: a catheter body; a tip assembly, coupled to a distal end of the catheter body, and having an exterior wall that defines an interior region within the tip assembly, wherein the exterior wall includes a plurality of proximal irrigation ports and a plurality of distal irrigation ports, wherein each of the proximal irrigation ports has a diameter of between 0.00254 cm and 0.01016 cm (0.001 in and 0.004 in), and each of the distal irrigation ports has a diameter of between 0.0254 cm to 0.0508 cm (0.01 in to 0.02 in), and wherein the exterior wall is conductive for delivering radio frequency energy for an RF ablation procedure; at least one fluid chamber defined within the interior region, wherein the at least one fluid chamber is in fluid communication with at least one of the plurality of proximal irrigation ports and the plurality of distal irrigation ports; and at least one fluid lumen extending from a fluid source, through the catheter body, to the tip assembly, wherein the at least one fluid lumen is in fluid communication with the at least one fluid chamber. a catheter body; a tip assembly, coupled to a distal end of the catheter body, and having an exterior wall that defines an interior region within the tip assembly, wherein the exterior wall includes a plurality of proximal irrigation ports and a plurality of distal irrigation ports, wherein each of the proximal irrigation ports has a diameter of between 0.00254 cm and 0.01016 cm (0.001 in and 0.004 in), and each of the distal irrigation ports has a diameter of between 0.0254 cm to 0.0508 cm (0.01 in to 0.02 in), and wherein the exterior wall is conductive for delivering radio frequency energy for an RF ablation procedure; at least one fluid chamber defined within the interior region, wherein the at least one fluid chamber is in fluid communication with at least one of the plurality of proximal irrigation ports and the plurality of distal irrigation ports; and at least one fluid lumen extending from a fluid source, through the catheter body, to the tip assembly, wherein the at least one fluid lumen is in fluid communication with the at least one fluid chamber.
A system for high pressure processing of a bulk, flowable product in a high-pressure processing chamber configured to receive the product in carriers (22; 222), comprising: a flexible, disposable, collapsible product holding bag sized for bulk processing of a flowable product, the bag having a fitment (24; 90) for filling and emptying the bag with the flowable product, the bag sized to be receivable within the carrier (22; 222) with the fitment (24; 90) positioned to be accessible for filling and emptying the bag while in the carrier (22; 222); a flow connector to connect with the fitment (24; 90) during filling and emptying of the bag; characterized in that the system further comprises a control system configured to control the filling of the bag through the flow connector and/or emptying the bag through the flow connector and a support for supporting the carrier (22; 222) in a tilted orientation during the filling and emptying of the bag while disposed within the carrier (22; 222). a flexible, disposable, collapsible product holding bag sized for bulk processing of a flowable product, the bag having a fitment (24; 90) for filling and emptying the bag with the flowable product, the bag sized to be receivable within the carrier (22; 222) with the fitment (24; 90) positioned to be accessible for filling and emptying the bag while in the carrier (22; 222); a flow connector to connect with the fitment (24; 90) during filling and emptying of the bag; characterized in that the system further comprises a control system configured to control the filling of the bag through the flow connector and/or emptying the bag through the flow connector and a support for supporting the carrier (22; 222) in a tilted orientation during the filling and emptying of the bag while disposed within the carrier (22; 222).
Axle mounting unit, in particular for commercial vehicles, comprising a surrounding element, an end element, at least one fastening element and a securing device wherein the axle mounting unit is configured to brace a first chassis part, in particular an axle, to a second chassis part, in particular a control arm, wherein the surrounding element is configured to be arranged on the first chassis part, wherein the end element is configured to be arranged on the second chassis part, wherein the surrounding element has at least two legs which each extend in a leg direction, wherein the end element extends between the two legs or is configured to extend between the two legs, wherein the fastening element braces the end element with the surrounding element or is configured to brace the end element with the surrounding element, wherein the end element has at least one lead-through through which one of the legs extends or which is configured for one of the legs to extend therethrough, wherein the securing device is a form-fit securing device and/or is a means of creating a positive locking, wherein the form-fit securing device serves to limit and/or prevent a displacement of the separated part in the direction of the leg in a positive-locking manner in the event of mechanical failure or the severing of a part of the axle mounting unit, in particular of a part of the leg, wherein the securing device comprises a recess which is configured to plastically deform the fastening element when the end element is braced with the surrounding element, so that the recess forms a positive-locking connection with the plastically deformed part of the fastening element, wherein the fastening element is fixed on the surrounding element in such a way that the fastening element can only be released irreversibly, in particular not non-destructively, from the surrounding element, characterized in that the recess is arranged within the at least one lead-through of the end element.