mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting corrosion of a heat exchanger comprising: installing a first tube made of a first material on a heat exchanger that is different from a second material associated with a second tube of the heat exchanger, wherein the first tube is coupled to the second tube via a porous layer associated with the exterior of the first tube; measuring a signal between the first tube and the second tube; logging the measured signal as data; and obtaining information associated with the corrosiveness of an environment in which the heat exchanger is located based on the data. installing a first tube made of a first material on a heat exchanger that is different from a second material associated with a second tube of the heat exchanger, wherein the first tube is coupled to the second tube via a porous layer associated with the exterior of the first tube; measuring a signal between the first tube and the second tube; logging the measured signal as data; and obtaining information associated with the corrosiveness of an environment in which the heat exchanger is located based on the data.
A method comprising: receiving an upper layer configuration message from an eNB by a user equipment, UE, in a multi-carrier wireless communication network with carrier aggregation, CA; receiving one or more downlink, DL, grants from the eNB; determining a HARQ feedback format based on UE capability of maximum number of component carriers, CCs, supported, detection result of the received DL grants, and the upper layer configuration; and transmitting HARQ feedback information using the determined HARQ feedback format, characterized in that the method further comprises decoding at the eNB the HARQ feedback information using the HARQ feedback format, and in that depending on the number of CCs required to be supported by the UE, the UE uses single CC, non-CA, format, and wherein the UE supports a single CC; or the UE switches to single CC, non-CA, format, wherein the UE supports more than one CC, and wherein only one CC is configured by upper layer; or the UE switches to CA with small payload size, CA-S, format, wherein the UE supports up to two CCs, wherein two CCs are configured by upper layer, and wherein the UE detects at least one DL grant for the data transmission over a secondary CC, SCC; or the UE switches to CA with large payload size, CA-L, format, wherein the UE supports up to five CCs, wherein more than one CC are configured by upper layer, and wherein the UE detects at least one DL grant for the data transmission over a secondary CC, SCC; or the UE switches to single CC, non-CA, format in fallback mode, wherein the UE supports more than one CC, wherein more than one CCs are configured by upper layer, and wherein the UE detects only one DL grant for the data transmission over a primary CC, PCC. receiving an upper layer configuration message from an eNB by a user equipment, UE, in a multi-carrier wireless communication network with carrier aggregation, CA; receiving one or more downlink, DL, grants from the eNB; determining a HARQ feedback format based on UE capability of maximum number of component carriers, CCs, supported, detection result of the received DL grants, and the upper layer configuration; and transmitting HARQ feedback information using the determined HARQ feedback format,
An apparatus for replacing the surfaces of a joint between a first bone and a second bone, the first bone normally articulating in a predetermined manner with a second bone, the apparatus comprising: a first bone implant made up of a plurality of components (131,133) configured for mimicking and replacing a bearing surface of the first bone; and a second bone baseplate comprising a plurality of baseplate components configured for mimicking and replacing a bearing surface of the second bone; wherein: the components of the first bone implant (131,133,134) can be joined and the components of the second bone baseplate can be joined within the confines of a joint cavity between the first bone and the second bone; and the plurality of components of the first bone implant can be aligned and oriented to each other within the confines of the joint cavity and the components of the second bone baseplate can be aligned and oriented to each other within the confines of the joint cavity, characterised in that the inner surface of the first bone implant is lined with a plurality of spacers spanning the implant from side to side, wherein the spacers facilitate mild flexing of the outer surface of the first bone implant. a first bone implant made up of a plurality of components (131,133) configured for mimicking and replacing a bearing surface of the first bone; and a second bone baseplate comprising a plurality of baseplate components configured for mimicking and replacing a bearing surface of the second bone; wherein: the components of the first bone implant (131,133,134) can be joined and the components of the second bone baseplate can be joined within the confines of a joint cavity between the first bone and the second bone; and the plurality of components of the first bone implant can be aligned and oriented to each other within the confines of the joint cavity and the components of the second bone baseplate can be aligned and oriented to each other within the confines of the joint cavity, characterised in that the inner surface of the first bone implant is lined with a plurality of spacers spanning the implant from side to side, wherein the spacers facilitate mild flexing of the outer surface of the first bone implant. the components of the first bone implant (131,133,134) can be joined and the components of the second bone baseplate can be joined within the confines of a joint cavity between the first bone and the second bone; and the plurality of components of the first bone implant can be aligned and oriented to each other within the confines of the joint cavity and the components of the second bone baseplate can be aligned and oriented to each other within the confines of the joint cavity, characterised in that the inner surface of the first bone implant is lined with a plurality of spacers spanning the implant from side to side, wherein the spacers facilitate mild flexing of the outer surface of the first bone implant.
A liquid formulation for oral administration comprising an active pharmaceutical ingredient, a waxy compound, and a pharmaceutically acceptable oily carrier, characterised in that the active pharmaceutical ingredient is an acid-sensitive active pharmaceutical ingredient, and that in said formulation, particles comprising said active pharmaceutical ingredient and said waxy compound are dispersed in said pharmaceutically acceptable oily carrier; wherein the waxy compound has a HLB value of less than 5 and a melting point range of from 40°C to 80°C.
A battery pack having at least one battery cell, wherein the battery cell is coupled and electrically conductively connected to connecting elements at its battery poles (14, 16), characterized in that the battery cell is positioned on a flat conductor element and in that the connecting elements each comprise contact portions by means of which the connecting elements can be pressed, punched, crimped and/or clamped into the conductor element such that the battery cell is electrically conductively connected to the conductor element and is fixed on the conductor element.
Template (10; 310) for installation of a motor assembly of a hinged shutter (70; 370) on an opening (40; 340), the assembly comprising a module including at least an actuator and an arm which is movable in rotation relative to the module, the arm having an end for fixing to the shutter (70; 370) and an end for fixing to the module, the template being three-dimensional and having a first face (21; 326) which is to be positioned against the shutter (70; 370) in the closed position and a second face or edge (22; 321b, 326b) which is to be positioned against a vertical post (50; 350) delimiting the opening (40; 340), characterised in that the template comprises a first element (30; 391) which indicates the position of the end of the movable arm for fixing to the shutter, when the shutter is in the closed position, relative both to the shutter (70; 370) and to the vertical post (50; 350) delimiting the opening (40; 340), along at least one plane which is parallel to the shutter in the closed position, along at least two axes, a vertical axis and a horizontal axis in that plane parallel to the shutter in the closed position.
A spring tine for attachment to a support member of a crop pickup assembly, said spring tine comprising: a single strand of resilient material formed into a base of multiple, side-by-side, helical coils and an elongated leg projecting outwardly from said base, characterised in that said spring time comprises a relief notch in an inner section of the leg adjacent said base, -so that when the tine is attached to a support member interference with the support member is avoided. a single strand of resilient material formed into a base of multiple, side-by-side, helical coils and an elongated leg projecting outwardly from said base, characterised in that said spring time comprises a relief notch in an inner section of the leg adjacent said base, -so that when the tine is attached to a support member interference with the support member is avoided.
An adhesive plate or panel for insect catching lamps, in particular for flies, adapted to be used as a catching element in common light traps provided with at least one fluorescent tube or LED sources, having an emission peak in the UV component, characterized in that it comprises a background with an elevated degree of brilliance, such as, for example, white or silver, the background being configured to effectively reflect light radiation in the spectrum of UV light between 310 and 400nm, on which adhesive strips are present, parallel to one another, alternating with spaces devoid of adhesive.
A device for repair of a heart valve leaflet, the device comprising: a body having an annular wall and at least one aperture through the annular wall; and a deployment assembly mounted in the body and including at least one grasping wire arranged for sliding movement in the at least one aperture, the deployment assembly having a deployed position in which a free end of the at least one grasping wire projects out from the annular wall through the at least one aperture, and a retracted position in which the free end of the at least one grasping wire does not project out from the annular wall, characterized in that the deployment assembly further includes a control rod rotatably mounted in the body, rotation of the control rod relative to the body in a first direction moving the deployment assembly from the retracted position to the deployed position, and rotation of the control rod relative to the body in a direction opposite the first direction moving the deployment assembly from the deployed position to the retracted position. a body having an annular wall and at least one aperture through the annular wall; and a deployment assembly mounted in the body and including at least one grasping wire arranged for sliding movement in the at least one aperture, the deployment assembly having a deployed position in which a free end of the at least one grasping wire projects out from the annular wall through the at least one aperture, and a retracted position in which the free end of the at least one grasping wire does not project out from the annular wall, characterized in that the deployment assembly further includes a control rod rotatably mounted in the body, rotation of the control rod relative to the body in a first direction moving the deployment assembly from the retracted position to the deployed position, and rotation of the control rod relative to the body in a direction opposite the first direction moving the deployment assembly from the deployed position to the retracted position.
A dental treatment appliance comprising: a handle; an optical system comprising illuminating means for illuminating an oral cavity of a user, and a window for receiving light from the illuminated oral cavity, and from which the received light is conveyed to image capturing means for capturing images of the illuminated oral cavity; a dental treatment system for delivering a treatment to the oral cavity in dependence on one or more features contained in the captured images; and moving means for moving the illuminating means and the window relative to the handle, characterised in that: the moving means is configured to move the illuminating means and the window relative to the handle at a first frequency F1, and the illuminating means is configured to illuminate the oral cavity at a second frequency F2 to generate a plurality of illumination events each second. a handle; an optical system comprising illuminating means for illuminating an oral cavity of a user, and a window for receiving light from the illuminated oral cavity, and from which the received light is conveyed to image capturing means for capturing images of the illuminated oral cavity; a dental treatment system for delivering a treatment to the oral cavity in dependence on one or more features contained in the captured images; and moving means for moving the illuminating means and the window relative to the handle, characterised in that: the moving means is configured to move the illuminating means and the window relative to the handle at a first frequency F1, and the illuminating means is configured to illuminate the oral cavity at a second frequency F2 to generate a plurality of illumination events each second.
An abrasive article (100, 200) comprising: a nonwoven substrate material (101, 201) having a top surface and a bottom surface; a thermoplastic fastener (103, 209); and a plurality of abrasive particles, characterized in that the abrasive article (100, 200) further comprises a woven cloth, wherein the cloth is adhered to the top surface of the nonwoven substrate material (101, 201), wherein the thermoplastic fastener (103, 209) is disposed on the cloth, wherein the plurality of abrasive particles are disposed on at least the bottom surface of the nonwoven substrate material (101, 201), wherein the thermoplastic fastener (103, 209) is friction welded to the cloth, and wherein the cloth has an open area of less than 5%. a nonwoven substrate material (101, 201) having a top surface and a bottom surface; a thermoplastic fastener (103, 209); and a plurality of abrasive particles, characterized in that the abrasive article (100, 200) further comprises a woven cloth, wherein the cloth is adhered to the top surface of the nonwoven substrate material (101, 201), wherein the thermoplastic fastener (103, 209) is disposed on the cloth, wherein the plurality of abrasive particles are disposed on at least the bottom surface of the nonwoven substrate material (101, 201), wherein the thermoplastic fastener (103, 209) is friction welded to the cloth, and wherein the cloth has an open area of less than 5%.
Device for collecting compaction material and for feeding the collected compaction material to a press that compacts the compaction material, comprising at least one movable collection carts with a collection space for compaction material to be compacted, and a compaction material feeding device to which the collection cart can be docked, wherein the collection cart has a bottom and an underside wheel arrangement and at least two mutually opposite side walls (22, 23), and wherein by the compaction material feeding device the compaction material to be compacted is removable by being lifted upwards from the collection cart and can be fed to a compaction space or to a compaction material supply space of the press, characterised in - that a web-like flexible or linked-together support element with a bottom section and at least two mutually opposite wall sections (32.1, 32.2), each having at least one free upper edge (32.1', 32.2'), is arranged on or in the collection cart, - that the support element in a basic position extends in the shape of a U parallel or approximately parallel to two mutually opposite side walls extending to the bottom of the collection cart and lies against the same, or it at least forms two mutually opposite side walls and the bottom of the collection cart, and - that when the collection cart is docked to the compaction material feeding device, the support element can be shortened or lifted starting from the free edge (32.1', 32.2') of at least one of its wall sections (32.1, 32.2) for the purpose of lifting the compaction material to be compacted that is located in the collection cart. - that a web-like flexible or linked-together support element with a bottom section and at least two mutually opposite wall sections (32.1, 32.2), each having at least one free upper edge (32.1', 32.2'), is arranged on or in the collection cart, - that the support element in a basic position extends in the shape of a U parallel or approximately parallel to two mutually opposite side walls extending to the bottom of the collection cart and lies against the same, or it at least forms two mutually opposite side walls and the bottom of the collection cart, and - that when the collection cart is docked to the compaction material feeding device, the support element can be shortened or lifted starting from the free edge (32.1', 32.2') of at least one of its wall sections (32.1, 32.2) for the purpose of lifting the compaction material to be compacted that is located in the collection cart.
A sweetener comprising Steviol glycoside VIII (Rebaudioside M) of the formula: wherein R 1 and R 2 represent sugar chains defined in the following table: No. R 1 R 2 VIII
A phased array antenna, the antenna providing coverage over a predefined geographical region and providing a plurality of beams within said region, and comprising: a plurality of antenna elements, each antenna element having an antenna element signal having a phase relationship and an amplitude relationship to the other element signals, and said antenna elements being partitioned into a plurality of overlapping sub-arrays, each sub-array comprising a subset of all the antenna elements of the phased array, and at least some of the antenna elements participating in more than one sub-array, a sub-array beam-forming network which allocates to elements of each sub-array respective sub-array beam-forming weights, and a main beam-forming network which allocates to each sub-array main beam-forming weights for each of said plurality of beams such as to produce said plurality of beams within said region characterised in that sub-array beam-forming weights allocated to each sub-array have been optimised in order to attain a desired level of said directivity for said plurality of beams by an optimisation process wherein said sub-array beam-forming weights are changed in value in iterations, and at each iteration main beam-forming weight values allocated to said sub-arrays are determined. a plurality of antenna elements, each antenna element having an antenna element signal having a phase relationship and an amplitude relationship to the other element signals, and said antenna elements being partitioned into a plurality of overlapping sub-arrays, each sub-array comprising a subset of all the antenna elements of the phased array, and at least some of the antenna elements participating in more than one sub-array, a sub-array beam-forming network which allocates to elements of each sub-array respective sub-array beam-forming weights, and a main beam-forming network which allocates to each sub-array main beam-forming weights for each of said plurality of beams such as to produce said plurality of beams within said region characterised in that sub-array beam-forming weights allocated to each sub-array have been optimised in order to attain a desired level of said directivity for said plurality of beams by an optimisation process wherein said sub-array beam-forming weights are changed in value in iterations, and at each iteration main beam-forming weight values allocated to said sub-arrays are determined.
A device for preventing and eliminating rodents such as rats, comprising a tunnel-like housing with a base, which comprises a lower housing portion and a housing cover, which is brought into engagement with the lower housing portion in order to close the housing, said device comprising a sidewall-side entry opening (8, 8a) on each end wall of the lower housing portion, two snap traps positioned back-to-back at a distance from one another on the base of the lower housing portion, a passage barrier that divides the housing tunnel into two halves, and a diversion guide positioned in each region of the respective entry opening (8; 8a) in the housing tunnel, characterized in that the passage barrier and the two diversion guides each comprise at least one translucent region and are arranged in the housing tunnel with respect to one another in a position where a light path through the housing tunnel is provided for a ray of light entering the housing tunnel and passing through a first or a second of the two entry openings (8, 8a), said light path extending through the at least one translucent region of the diversion guide associated with the first of the two entry openings (8, 8a), through the at least one translucent region of the passage barrier, and through the at least one translucent region of the diversion guide associated with the second of the two entry openings (8, 8a), then through and ultimately out of the second entry opening of the housing tunnel, and wherein the passage barrier comprises at least one supported strut (13; 15) or at least one wire.