mhurhangee/ep-ind-claims huggingface dataset:
A bale opening device for opening bales wrapped and/or tied with wrapping material, wherein the device comprises: - a supporting structure (102, 102A) for supporting the bale to be opened, - a gripping mechanism configured to be introduced with the bale, to grip said wrapping material, and again to be moved away (20, 30) from the bale with said gripped wrapping material, - a removing means arranged to be introduced with the wrapping material when the wrapping material is moved away from the bale by said gripping mechanism and configured to grip said wrapping material introduced to it, wherein - said removing means is configured to be actuated and thereby remove said wrapping material via said actuation, characterised in that - said removing means and the gripping means being mutually arranged so to enable said gripping mechanism returning back towards said support structure at its original position when said removing means is actuated to remove said wrapping material. - a supporting structure (102, 102A) for supporting the bale to be opened, - a gripping mechanism configured to be introduced with the bale, to grip said wrapping material, and again to be moved away (20, 30) from the bale with said gripped wrapping material, - a removing means arranged to be introduced with the wrapping material when the wrapping material is moved away from the bale by said gripping mechanism and configured to grip said wrapping material introduced to it, - said removing means is configured to be actuated and thereby remove said wrapping material via said actuation, - said removing means and the gripping means being mutually arranged so to enable said gripping mechanism returning back towards said support structure at its original position when said removing means is actuated to remove said wrapping material.
A method for sanitizing with heated purified water an external heat tolerant device coupled to an outlet of a heat sanitizable reverse osmosis system, the RO system having an inlet for receiving potable water from an external potable feed water supply and an internal storage tank for storing purified water, at least one RO membrane unit adapted to receive water from the potable feed water supply and configured to purify the water and deliver the purified water through a delivery conduit, the method comprising: (a) activating a heating power application system including a heating device configured to apply heat to the purified water flow and configured to deliver a heat sanitizing purified water flow continuously through to the external heat tolerant device; (b) initiating a variable frequency drive pump coupled to the RO membrane unit inlet to operate at a first pumping rate until an average feed water supply temperature and a purified water flow rate is determined and then transitioning to a second pumping rate; and (c) providing a regulated flow of heated purified water by increasing or decreasing the VFD pumping rate as a function of water temperature fluctuations in the external potable water supply. (a) activating a heating power application system including a heating device configured to apply heat to the purified water flow and configured to deliver a heat sanitizing purified water flow continuously through to the external heat tolerant device; (b) initiating a variable frequency drive pump coupled to the RO membrane unit inlet to operate at a first pumping rate until an average feed water supply temperature and a purified water flow rate is determined and then transitioning to a second pumping rate; and (c) providing a regulated flow of heated purified water by increasing or decreasing the VFD pumping rate as a function of water temperature fluctuations in the external potable water supply.
A fuselage structure, comprising: a fuselage body including an inner surface, an upper portion having a crown, a cabin beneath the crown, and a lower portion; structural framework for stiffening the body, the structural framework including at least one frame member attached to the inner surface and having a duct therein for routing a utility through the body, wherein the structural framework includes a plurality of arched frame members attached to the inner surface of the upper portion of the fuselage body and extending transversely across the crown, wherein at least certain of the frame members include an integral cavity (90, 98) therein extending downwardly from the crown toward the cabin; and an air supply duct extending longitudinally through the body in the area of the crown and coupled with the frame member cavities (90, 98). a fuselage body including an inner surface, an upper portion having a crown, a cabin beneath the crown, and a lower portion; structural framework for stiffening the body, the structural framework including at least one frame member attached to the inner surface and having a duct therein for routing a utility through the body, wherein the structural framework includes a plurality of arched frame members attached to the inner surface of the upper portion of the fuselage body and extending transversely across the crown, wherein at least certain of the frame members include an integral cavity (90, 98) therein extending downwardly from the crown toward the cabin; and an air supply duct extending longitudinally through the body in the area of the crown and coupled with the frame member cavities (90, 98).
A heat exchange unit adapted to be connectable to a gas turbine and arranged, in use, to recover energy from exhaust gas of a gas turbine to which the unit is attached, the heat exchange unit comprising an inlet duct which in use is in fluid connection with the gas turbine and a heat exchange duct connected to the inlet duct wherein the inlet duct and heat exchange duct have substantially perpendicular longitudinal axes so as in use gas is delivered to the heat exchange duct in a direction substantially perpendicular to the longitudinal axis of the heat exchange duct and the gas inlet duct is positioned such that gas is introduced tangentially to the interior of the heat exchange duct, characterised in that the heat exchange duct comprises a velocity dissipation chamber, a central duct which is one of a maintenance duct and a bypass duct, a heat exchange chamber arranged around the central duct, and a helical heat exchange array (752, 754) situated within the heat exchange chamber for recovering heat from the exhaust gas, wherein exhaust gas is delivered via the gas inlet duct to a portion of the interior perimeter region of the velocity dissipation chamber where high speed circulating gas currents dissipate their kinetic energy in a controlled manner before moving through the heat exchange duct and over the helical heat exchange array (752, 754).
A battery module, which includes a plurality of unit cells electrically connected to each other, an outer case for accommodating the unit cells, an external terminal protruding out of the outer case, and a bus bar for connecting the unit cells to the external terminal, wherein the bus bar is a connecting element for a secondary battery, configured to be installed on a path of current flowing through a secondary battery to electrically connect components, the connecting element comprising: a first metal plate, a second metal plate located spaced apart from the first metal plate with a gap being formed therebetween, and an alloy bridge made of alloy material having a melting point lower than those of the first metal plate and the second metal plate and formed to fill the gap, wherein the first metal plate and the second metal plate are located parallel on the same plane, wherein the first metal plate has a first end cross-section and a first protrusion formed to protrude from the center portion in the thickness direction of the first cross-section, and wherein the second metal plate has a second end cross-section and a second protrusion formed to protrude from the center portion in the thickness direction of the second cross-section to face the first protrusion, characterized in that each of the surfaces of the first protrusion and the second protrusion, which face each other, has a round shape, the alloy bridge is made of lead-free material containing tin, copper and zinc, and the content of copper is 4 to 20 wt%, the content of zinc is 0.01 to 10 wt% based on the entire weight of the lead-free alloy, tin being the balance element. a first metal plate, a second metal plate located spaced apart from the first metal plate with a gap being formed therebetween, and an alloy bridge made of alloy material having a melting point lower than those of the first metal plate and the second metal plate and formed to fill the gap, wherein the first metal plate and the second metal plate are located parallel on the same plane, wherein the first metal plate has a first end cross-section and a first protrusion formed to protrude from the center portion in the thickness direction of the first cross-section, and wherein the second metal plate has a second end cross-section and a second protrusion formed to protrude from the center portion in the thickness direction of the second cross-section to face the first protrusion, characterized in that each of the surfaces of the first protrusion and the second protrusion, which face each other, has a round shape, the alloy bridge is made of lead-free material containing tin, copper and zinc, and the content of copper is 4 to 20 wt%, the content of zinc is 0.01 to 10 wt% based on the entire weight of the lead-free alloy, tin being the balance element.
A medical article configured for exposure to a bodily fluid, said medical article comprising a polymeric chemochromic material that is present on a bodily fluid contacting surface of the medical article and exhibits a color change upon exposure to an analyte present in the bodily fluid, wherein the medical article comprises a lumen-forming component and wherein the polymeric chemochromic material is provided on an inner lumen-forming surface of an outer wall (12o; 12w) of said component, wherein the component is transparent or the outer wall (12o;12w) of the component is at least partially transparent to allow observation of the color change of the polymeric chemochromic material, wherein the polymeric chemochromic material comprises a periodic multi-layer nanostructure that comprises first and second components of differing refractive index and whose interaction with light is modified upon contact with the analyte, wherein said polymeric chemochromic material comprises binding groups that are selective for binding said analyte, and wherein the analyte is selected from glucose and potassium.
An implant, comprising: a body that is generally oval-shaped in transverse cross section, and comprises: a top surface, a bottom surface, opposing lateral sides, opposing anterior and posterior portions, a substantially hollow center, and a single vertical aperture, extending from the top surface to the bottom surface, characterized in that: the implant has a height substantially the same as the height of a functional spinal unit, the single vertical aperture has a maximum width at its center, and defines a transverse rim on the top surface and on the bottom surface, said transverse rim having a posterior thickness greater than an anterior thickness, and having a blunt and radiused portion along the top of each lateral side and the top of the posterior portion, wherein the portion of the transverse rim that is not blunt and radiused, the posterior portion, and at least a portion of each opposing lateral side each have a bioactive roughened surface, wherein the blunt and radiused portion does not include any bioactive roughened surface, and wherein the body has a sharp edge at the junction of the anterior side and the top surface and at the junction of the anterior side and the bottom surface.
An NFC smart top mount, wherein the NFC smart top mount comprises a top mount outer cover, a top mount upper cover and a top mount seat ring, the top mount seat ring is connected with the top mount outer cover in a pivotable manner, the top mount upper cover is connected with the top mount outer cover through a first supporting point and a second supporting point in a pivotable manner, and pivoting angles and pivoting directions of the top mount seat ring and the top mount upper cover are the same; wherein, an NFC electronic tag is attached to an inner edge of the top mount outer cover and comprises an NFC coil and a storage chip electrically connected with the NFC coil, and the NFC coil is spirally distributed; and the NFC electronic tag responds to an approaching NFC identification terminal and feeds pre-stored data back to the NFC identification terminal.
A communication network for providing a content sharing service through multimedia ringback tones, the communication network comprising: a multimedia ringback system; and a network node adapted to receive a call from a calling party to a subscriber, and route the call to the multimedia ringback system; the multimedia ringback system is adapted to identify a multimedia ringback tone for the call, and provide the multimedia ringback tone to the calling party while the calling party waits for the call to be answered by the subscriber; the communication network characterized by: the multimedia ringback tone provided by the multimedia ringback system includes a message prompting the calling party to share content of the subscriber; the network node being adapted to delay the setup of the call for a period of time; the multimedia ringback system being further adapted to receive a request for the content indicated in the multimedia ringback tone from the calling party; and the multimedia ringback system being further adapted to initiate the transfer of the content to the calling party responsive to the request. a multimedia ringback system; and a network node adapted to receive a call from a calling party to a subscriber, and route the call to the multimedia ringback system; the multimedia ringback system is adapted to identify a multimedia ringback tone for the call, and provide the multimedia ringback tone to the calling party while the calling party waits for the call to be answered by the subscriber; the communication network characterized by: the multimedia ringback tone provided by the multimedia ringback system includes a message prompting the calling party to share content of the subscriber; the network node being adapted to delay the setup of the call for a period of time; the multimedia ringback system being further adapted to receive a request for the content indicated in the multimedia ringback tone from the calling party; and the multimedia ringback system being further adapted to initiate the transfer of the content to the calling party responsive to the request. the multimedia ringback tone provided by the multimedia ringback system includes a message prompting the calling party to share content of the subscriber; the network node being adapted to delay the setup of the call for a period of time; the multimedia ringback system being further adapted to receive a request for the content indicated in the multimedia ringback tone from the calling party; and the multimedia ringback system being further adapted to initiate the transfer of the content to the calling party responsive to the request.
A method of collecting a bagworm silk thread, comprising: placing process of placing a naked bagworm separated from a bagworm nest, together with a nest material(s) soluble in water or an aqueous solution which does not damage, denature, or dissolve the bagworm silk thread; nest building process of allowing the naked bagworm to build a bagworm nest by assembling the nest material(s) with silk thread spun by the bagworm; dissolving process of dissolving the nest material(s) in water or the aqueous solution; and separation process of separating the dissolved nest material(s) from the bagworm silk thread. placing process of placing a naked bagworm separated from a bagworm nest, together with a nest material(s) soluble in water or an aqueous solution which does not damage, denature, or dissolve the bagworm silk thread; nest building process of allowing the naked bagworm to build a bagworm nest by assembling the nest material(s) with silk thread spun by the bagworm; dissolving process of dissolving the nest material(s) in water or the aqueous solution; and separation process of separating the dissolved nest material(s) from the bagworm silk thread.
Method for producing extruded products from a bar-shaped, extruded section which is composed of wood particles provided with a binding agent and which preferably has an external contour deviating from a planar flat board form and which is separated, characterized in that the section has a defined end face and is separated and divided into a plurality of individual extruded products, in particular blocks and/or mouldings, having a smaller end face.
An electronic switching device comprising: a fixed unit comprising a fixed unit body defining an outer appearance thereof and a fixed contact part disposed within the fixed unit body; a movable unit comprising a movable contact part selectively contacting the fixed contact part to supply current; a moving part provided in the movable unit to guide a movement of the movable contact part toward the fixed contact part; a coil to which power is applied to move the moving part; and an elastic member that is elastically deformable while the moving part moves, characterized in that a first through hole passing through the fixed unit body and a second through hole through which at least one portion of the moving part passes are provided so that an inner component of the fixed unit or the moving part communicates with the outside to allow a preset signal to pass therethrough. a fixed unit comprising a fixed unit body defining an outer appearance thereof and a fixed contact part disposed within the fixed unit body; a movable unit comprising a movable contact part selectively contacting the fixed contact part to supply current; a moving part provided in the movable unit to guide a movement of the movable contact part toward the fixed contact part; a coil to which power is applied to move the moving part; and an elastic member that is elastically deformable while the moving part moves,
A host device comprising: a memory; and one or more processors coupled to the memory, the one or more processors being configured to: predict at least one of a battery capacity value or a battery resistance value of a rechargeable battery at a time, the rechargeable battery powering the host device; calculate a difference between the at least one of the predicted battery capacity value or the predicted battery resistance value and at least one of a battery capacity value or a battery resistance value stored in memory of a fuel gauge; determine whether the difference exceeds a predetermined maximum error threshold; and based on the difference exceeding the predetermined maximum error threshold, replace, in the memory of the fuel gauge, the at least one of the stored battery capacity value or the battery resistance value with the at least one of the predicted battery capacity value or the predicted battery resistance value. a memory; and one or more processors coupled to the memory, the one or more processors being configured to: predict at least one of a battery capacity value or a battery resistance value of a rechargeable battery at a time, the rechargeable battery powering the host device; calculate a difference between the at least one of the predicted battery capacity value or the predicted battery resistance value and at least one of a battery capacity value or a battery resistance value stored in memory of a fuel gauge; determine whether the difference exceeds a predetermined maximum error threshold; and based on the difference exceeding the predetermined maximum error threshold, replace, in the memory of the fuel gauge, the at least one of the stored battery capacity value or the battery resistance value with the at least one of the predicted battery capacity value or the predicted battery resistance value. predict at least one of a battery capacity value or a battery resistance value of a rechargeable battery at a time, the rechargeable battery powering the host device; calculate a difference between the at least one of the predicted battery capacity value or the predicted battery resistance value and at least one of a battery capacity value or a battery resistance value stored in memory of a fuel gauge; determine whether the difference exceeds a predetermined maximum error threshold; and based on the difference exceeding the predetermined maximum error threshold, replace, in the memory of the fuel gauge, the at least one of the stored battery capacity value or the battery resistance value with the at least one of the predicted battery capacity value or the predicted battery resistance value.
Cladding tube for enveloping an underwater conduit, such as a pipeline or a cable line, wherein the cladding tube has an operation condition, in which the cladding tube is installed around said underwater conduit, wherein the cladding tube over at least one clamping subrange of its overall-range in its longitudinal direction is formed as at least one clamping portion, respectively, of the cladding tube, which clamping portion comprises at least one local deformation portion (6A, 6B, 6C), which is integrally manufactured with the cladding tube, and which can deform, relative to other portions of the cladding tube lying circumferentially adjacent to the deformation portion (6A, 6B, 6C), under influence of a tensioning strap being tensioned around the cladding tube, more specifically around the clamping portion, in circumferential direction of the cladding tube, in such manner that said tensioned tensioning strap presses the at least one deformation portion in said operation condition of the cladding tube with at least a component in radial direction of the cladding tube against the underwater conduit, whereby the cladding tube is configured to be locally clamped against the underwater conduit by the at least one deformation portion, characterized in that at least one of the at least one deformation portion (6A, 6B, 6C) of at least one of the at least one clamping portion is a first wall portion of the cladding tube, which has a larger thickness in the radial direction than at least one second wall portion of the clamping portion concerned in such manner that as a result of said larger thickness the first wall portion is, and the at least one second wall portion is not, pressed against the underwater conduit by said tensioned tensioning strap.
An injection molding machine comprising: a hydraulic pump configured to generate hydraulic pressure being supplied to a hydraulic actuator (18, 19, 51; 126); and a tank configured to contain an operating fluid being supplied to the hydraulic pump, characterized in that the hydraulic pump suctions the operating fluid in the tank from an opening formed on a lower wall part of the tank, further comprising a pipe configured to connect the tank (54, 154) with the hydraulic pump, wherein the hydraulic pump and the tank are separated. a hydraulic pump configured to generate hydraulic pressure being supplied to a hydraulic actuator (18, 19, 51; 126); and a tank configured to contain an operating fluid being supplied to the hydraulic pump, characterized in that the hydraulic pump suctions the operating fluid in the tank from an opening formed on a lower wall part of the tank, further comprising a pipe configured to connect the tank (54, 154) with the hydraulic pump, wherein the hydraulic pump and the tank are separated.