mhurhangee/ep-ind-claims huggingface dataset:
A water supply management system comprising a first water storage tank, a second water storage tank, a water treatment device, a controller configured to control opening or closing of inflow pipes and drain pipes connected to the first water storage tank, the second water storage tank, and the water treatment device; wherein the first water storage tank stores first stored water; wherein at least one of rainwater and seawater overflowing in case of flood is introduced into the first water storage tank to form the first stored water; wherein the second water storage tank stores second stored water, and wherein the controller controls inflow rates and outflow rates of the rainwater, the seawater, freshwater, the first stored water, the second stored water, and potable water; characterized in that: at least one of the freshwater in a water supply source and the first stored water in the first water storage tank is introduced into the second water storage tank to form the second stored water; and the water treatment device purifies the second stored water released from the second water storage tank and releases the potable water. at least one of the freshwater in a water supply source and the first stored water in the first water storage tank is introduced into the second water storage tank to form the second stored water; and the water treatment device purifies the second stored water released from the second water storage tank and releases the potable water.
A method for establishing a radio connection, the method comprising: selecting, by a first device, a first radio access technology from a plurality of different radio access technologies for a first phase of a multi-phase radio connection establishment process between an access node and a relay device; selecting, by the first device, a second radio access technology from the plurality of different radio access technologies for a second phase of the multi-phase radio connection establishment process between the relay device and a battery powered remote device; and participating, by the first device, in the first phase and second phase of the multi-phase radio connection establishment process; and wherein, the first radio access technology for the first phase of a multi-phase radio connection establishment process and the second radio access technology for the second phase of the multi-phase radio connection establishment process are selected to minimize connection establishment power consumption and meet performance requirements at the battery powered remote device; and wherein the first device is the relay device or the access node. selecting, by a first device, a first radio access technology from a plurality of different radio access technologies for a first phase of a multi-phase radio connection establishment process between an access node and a relay device; selecting, by the first device, a second radio access technology from the plurality of different radio access technologies for a second phase of the multi-phase radio connection establishment process between the relay device and a battery powered remote device; and participating, by the first device, in the first phase and second phase of the multi-phase radio connection establishment process; and wherein, the first radio access technology for the first phase of a multi-phase radio connection establishment process and the second radio access technology for the second phase of the multi-phase radio connection establishment process are selected to minimize connection establishment power consumption and meet performance requirements at the battery powered remote device; and wherein the first device is the relay device or the access node.
A power supply device comprising: a first power module (no) comprising a first printed circuit board comprising a first protrusion part formed along a first side surface of the first printed circuit board facing a first direction; a second power module comprising a second printed circuit board comprising a first groove formed along a second side surface of the second printed circuit board facing the first side surface of the first printed circuit board in a second direction; and a third power module comprising a third printed circuit board configured to electrically connect the first printed circuit board and the second printed circuit board to each other, wherein the first protrusion part is configured to be inserted into the first groove to physically connect the first printed circuit board to the second printed circuit board, wherein a dummy pattern having strength higher than a specified strength is formed on at least one of an upper portion and a lower portion of the first groove inside the second printed circuit board to improve the rigidity of the portion where the first protrusion part and the first groove are coupled to each other. a first power module (no) comprising a first printed circuit board comprising a first protrusion part formed along a first side surface of the first printed circuit board facing a first direction; a second power module comprising a second printed circuit board comprising a first groove formed along a second side surface of the second printed circuit board facing the first side surface of the first printed circuit board in a second direction; and a third power module comprising a third printed circuit board configured to electrically connect the first printed circuit board and the second printed circuit board to each other, wherein the first protrusion part is configured to be inserted into the first groove to physically connect the first printed circuit board to the second printed circuit board, wherein a dummy pattern having strength higher than a specified strength is formed on at least one of an upper portion and a lower portion of the first groove inside the second printed circuit board to improve the rigidity of the portion where the first protrusion part and the first groove are coupled to each other.
A blade for mounting on a propeller, the blade extending radially in a height direction from a blade root to a blade tip and having a leading edge and a trailing edge, together with a pressure side face and a suction side face, the blade being characterized in that, along the leading edge, the angle (α) between the radial direction of the blade corresponding to the radial direction of the propeller on which the blade is to be mounted and a tangent to the leading edge passes through a local maximum z max situated in the range 60% to 80% of the height of the blade, and in that the suction side face of the blade includes an indentation of concave surface extending axially from the leading edge to the trailing edge and located at a height of the blade between the local maximum z max and the blade tip, so as to form a reversal of curvature of the blade in the radial direction.
An implant assembly for sealing a puncture having a size and an edge and extending between a first tissue surface and a second tissue surface, comprising: an inner member (218, 318, 618) configured to be extended at least partially through the puncture and having a surface positionable against the first tissue surface; an outer member (220, 320, 720) expandable from a delivery configuration to a sealing configuration, the sealing configuration having a size larger than the size of the puncture, and positionable adjacent the second tissue surface, the outer member having a proximal end, an intermediate deformation portion, and a distal end, the intermediate deformation portion including a plurality of struts created by parallel slits or cuts extending completely or partially through a wall of the outer member; and a fluid impermeable sealing membrane (226, 326, 626) having a distal end (336, 636) sealingly attached to the inner member (218, 318, 618) and positionable within or near the first tissue surface, a proximal end (228, 328) including an opening configured to receive the outer member (220, 320, 720), and a mid-region therebetween, the outer member (220, 320, 720), when in the sealing configuration, configured to urge the mid-region of the sealing membrane (226, 326, 626) radially outward such that its outer surface contacts and conforms to the edge of the puncture. an inner member (218, 318, 618) configured to be extended at least partially through the puncture and having a surface positionable against the first tissue surface; an outer member (220, 320, 720) expandable from a delivery configuration to a sealing configuration, the sealing configuration having a size larger than the size of the puncture, and positionable adjacent the second tissue surface, the outer member having a proximal end, an intermediate deformation portion, and a distal end, the intermediate deformation portion including a plurality of struts created by parallel slits or cuts extending completely or partially through a wall of the outer member; and a fluid impermeable sealing membrane (226, 326, 626) having a distal end (336, 636) sealingly attached to the inner member (218, 318, 618) and positionable within or near the first tissue surface, a proximal end (228, 328) including an opening configured to receive the outer member (220, 320, 720), and a mid-region therebetween, the outer member (220, 320, 720), when in the sealing configuration, configured to urge the mid-region of the sealing membrane (226, 326, 626) radially outward such that its outer surface contacts and conforms to the edge of the puncture.
A microneedle puncture instrument (10, 50, 50A, 50B, 50C, 80, 90, 100) comprising: a pinch section (11, 60, 81); and a puncture section (12, 53, 70, 70A, 70B, 8) configured to puncture the skin while pinching the skin in a pinch direction, including a microneedle (12a, 53b, 72, 82a, 95) for puncturing the skin and a support portion (12b, 53c, 71d, 82b) that supports the microneedle (12a, 53b, 72, 82a, 95), characterized in that the pinch section (11, 60, 81) includes a first pinch element (11a, 51, 61) and a second pinch element (11b, 52, 62) arrayed in an array direction and configured to individually pinch the skin in the pinch direction, which intersects with the array direction, the first pinch element (11a, 51, 61) and the second pinch element (11b, 52, 62) being connected to each other with a distance therebetween maintained within a predetermined range, and in that the puncture section (12, 53, 70, 70A, 70B, 8) is configured to puncture the skin while pinching the skin in the pinch direction at a position between the first pinch element (11a, 51, 61) and the second pinch element (11b, 52, 62) in the array direction. a pinch section (11, 60, 81); and a puncture section (12, 53, 70, 70A, 70B, 8) configured to puncture the skin while pinching the skin in a pinch direction, including a microneedle (12a, 53b, 72, 82a, 95) for puncturing the skin and a support portion (12b, 53c, 71d, 82b) that supports the microneedle (12a, 53b, 72, 82a, 95), characterized in that the pinch section (11, 60, 81) includes a first pinch element (11a, 51, 61) and a second pinch element (11b, 52, 62) arrayed in an array direction and configured to individually pinch the skin in the pinch direction, which intersects with the array direction, the first pinch element (11a, 51, 61) and the second pinch element (11b, 52, 62) being connected to each other with a distance therebetween maintained within a predetermined range, and in that the puncture section (12, 53, 70, 70A, 70B, 8) is configured to puncture the skin while pinching the skin in the pinch direction at a position between the first pinch element (11a, 51, 61) and the second pinch element (11b, 52, 62) in the array direction.
An acoustic device of the type comprising an acoustic contact microphone and an arch for keeping the microphone bearing against a side of the skull, said microphone including a case and a transducer for mechanically stimulating bone arranged in the case, said transducer being able to receive a sound signal from the vocal cords by bone conduction, said case including a wall bearing on a zone of the cheek, characterized in that the wall in contact with the transducer of the microphone has a hardness comprised between 45 and 85 shores A and a thickness comprised between 0.4 and 0.6 mm.
A roll for a roller press, comprising a cylindrical press roll having an outer cylindrical pressing surface for use with an opposing roll, and a plurality of wear-resistant surface members, namely studs, whereby the studs are fixed to the roll (1, 2) and the free ends of the studs protrude radially from the surface of the roll (1, 2), and whereby the spaces between the studs are filled with a matrix material being softer than the hardest material of which the studs are made, wherein the matrix material is a composite material comprising a non-metallic, organic binding mass, characterised in that the non-metallic, organic binding mass is made of epoxy, and the composite material comprises armouring means in form of fibres.
A three-way catalytic conversion system for purification treatment of an engine exhaust gas, comprising an oxidation segment containing a high-temperature-tolerant oxidation catalyst and a three-way conversion segment containing a three-way catalyst, wherein the oxidation catalyst is used to catalyze an oxidation reaction of reductive components in exhaust gas with oxygen, the oxidation segment is located downstream of an engine, and the three-way conversion segment is located downstream of the oxidation segment; wherein the oxidation catalyst comprises a first alumina-based material and palladium loaded on the first alumina-based material and a specific surface area of the first alumina-based material after aging at 1200±100°C for 4±0.5h is not less than 60m 2 /g.
A loadbearing translucent insulating glass brick having two short sides, two long sides an upper side and a lower side, said glass brick comprising at least two glass panes (2, 2') forming the long sides of the loadbearing translucent insulating glass brick, with at least one spacer fixed at inner sides for spacing two adjacent glass panes (2, 2') towards each other and creating at least one cavity in the interspace between the glass panes (2, 2'), in which the at least one spacer is fixed, wherein the cavity is filled with an translucent insulating aerogel material between the glass panes, wherein the periphery of the loadbearing translucent insulating glass brick, at least the upper and lower sides between the glass panes and the short sides between two glass panes are sealed with a sealing layer forming a closed and aerogel filled cavity between the glass panes, characterized in that at least two spacers are fixed inside the cavity, which are formed as inhibiting spacer, preferably from a transparent or translucent plastic material, comprising at least a wall in a zig-zag shape, with at least one turn between beginning and end around a base length axis or with a shape, comprising at least one base rod or plate or a multiplicity of rods and plates, which point in different directions from a base length axis, which inhibiting spacers are placed in the internal space of the cavity between the glass panes (2, 2') reducing thermal transfer at least two spacers are fixed inside the cavity, which are formed as inhibiting spacer, preferably from a transparent or translucent plastic material, comprising at least a wall in a zig-zag shape, with at least one turn between beginning and end around a base length axis or with a shape, comprising at least one base rod or plate or a multiplicity of rods and plates, which point in different directions from a base length axis, which inhibiting spacers are placed in the internal space of the cavity between the glass panes (2, 2') reducing thermal transfer
An atomizer comprising: a liquid storage assembly; and a bottom connecting assembly comprising a base connection fixedly connected to the liquid storage assembly, and a base threaded ring detachably connected with the base connection; the atomizer characterized in that it further comprises an adjustment assembly; wherein the adjustment assembly comprises a lower cover fixedly connected with the base threaded ring and an adjustment ring rotatably sleeved on the lower cover, the adjustment ring defines a protrusion and the lower cover defines a receiving slot, or the adjustment ring defines a receiving slot and the lower cover defines a protrusion, the adjustment ring is capable of being assembled to the lower cover by the protrusion engaging with the receiving slot and being disassembled from the lower cover by disengaging the protrusion from the receiving slot, the base threaded ring is disconnectable from the base connection by rotation of the adjustment ring after the protrusion is engaged in the receiving slot. a liquid storage assembly; and a bottom connecting assembly comprising a base connection fixedly connected to the liquid storage assembly, and a base threaded ring detachably connected with the base connection; the atomizer characterized in that it further comprises an adjustment assembly; wherein the adjustment assembly comprises a lower cover fixedly connected with the base threaded ring and an adjustment ring rotatably sleeved on the lower cover, the adjustment ring defines a protrusion and the lower cover defines a receiving slot, or the adjustment ring defines a receiving slot and the lower cover defines a protrusion, the adjustment ring is capable of being assembled to the lower cover by the protrusion engaging with the receiving slot and being disassembled from the lower cover by disengaging the protrusion from the receiving slot, the base threaded ring is disconnectable from the base connection by rotation of the adjustment ring after the protrusion is engaged in the receiving slot.
Lighting device for the complete and precise projection of a light beam comprising a light source, a plate and a light focusing system, the plate comprising an aperture, the light source and the light focusing system being on a first side of the plate, the light source and the light focusing system being configured for projection of a light beam from the aperture, characterised in that the light focusing system comprises a collimator, at least two biconvex lenses and at least one biconcave lens, wherein when viewed from the light source to the aperture, the collimator, a first biconvex lens, the biconcave lens and a second biconvex lens are placed between the light source and the aperture on an axis S, the axis S being the central optical axis of emitted light from the light source, the focal length of both the first and second biconvex lenses being greater than or equal to the distance between the first and the second biconvex lens, wherein the absolute value of the focal length of the biconcave lens is greater than or equal to the distance between the first and second biconvex lens, with the second biconvex lens placed at a distance from the aperture that is at least equal to one third and at most equal to the focal length of the second biconvex lens, the light source is encapsulated by the collimator, the collimator having a diameter such that the collimator is configured to receive all of the light emitted from the light source and the diameter of the two biconvex lenses and the biconcave lens being at least equal to the diameter of the collimator, and wherein the aperture in the plate is a circular opening with a diameter of at least 6 mm and at most 12 mm.
A method for adjusting a head module of an inkjet head (72M, 72K, 72C, 72Y) in which a plurality of head modules (72-i) having a plurality of nozzles capable of ejecting droplets are connected and linked together, the inkjet head (72M, 72K, 72C, 72Y) having an overlapping region in which an arrangement sequence of the head modules (72-i) corresponding to the ejected droplets becomes alternate between adjacent head modules, the method being characterized by comprising the steps of: obtaining, among intervals between the droplet ejected by one of the head modules (72-i) and the droplet ejected by another one of the head modules (72-i) in the overlapping region, a largest interval between the droplets in a direction of alignment of the head modules (72-i) based upon movement of the droplets caused by a landing interference, which is an interaction between the droplets ejected from the nozzles of the head modules (72-i), the droplets being attracted to each other due to the interaction; and adjusting the adjacent head modules (72-i) in a direction to decrease the largest interval between the droplets. obtaining, among intervals between the droplet ejected by one of the head modules (72-i) and the droplet ejected by another one of the head modules (72-i) in the overlapping region, a largest interval between the droplets in a direction of alignment of the head modules (72-i) based upon movement of the droplets caused by a landing interference, which is an interaction between the droplets ejected from the nozzles of the head modules (72-i), the droplets being attracted to each other due to the interaction; and adjusting the adjacent head modules (72-i) in a direction to decrease the largest interval between the droplets.
Casing for a Pelton turbine, the casing enclosing the outer circumference of a runner, characterized in that recesses that can deflect the splashing water coming from the runner in a direction parallel to the runner shaft of the runner and thus discharge it from the casing are provided in the casing wall on the inside of the casing.
Percutaneous catheter system for percutaneously accessing a body cavity (20, 21) of a patient for enteral feeding, comprising: - a tube having a first, proximal end and a second, distal end, - a port arranged at the first, proximal end of the tube for feeding a medical solution into the tube, and - a retention device arranged on the tube, the retention device comprising an inflatable chamber which is configured to, in a first, deflated state, allow a passing of the tube percutaneously towards a body cavity (20, 21) to be accessed by the percutaneous catheter system and, in a second, inflated state, retain the tube in a body cavity (20, 21) accessed by the percutaneous catheter system, wherein the inflatable chamber is defined by a membrane envelope made of a material having a Shore-hardness A equal to or greater than 60, characterized in that the membrane envelope assumes, in the second, inflated state, a predefined shape formed by a molding technique, wherein a first portion of the inflatable chamber has a substantially spherical shape and a second portion adjoining the first portion has a substantially cylindrical shape to block a stoma channel through which the tube is guided. - a tube having a first, proximal end and a second, distal end, - a port arranged at the first, proximal end of the tube for feeding a medical solution into the tube, and - a retention device arranged on the tube, the retention device comprising an inflatable chamber which is configured to, in a first, deflated state, allow a passing of the tube percutaneously towards a body cavity (20, 21) to be accessed by the percutaneous catheter system and, in a second, inflated state, retain the tube in a body cavity (20, 21) accessed by the percutaneous catheter system,