mhurhangee/patent-ind-claim-en huggingface dataset:
A disposable absorbent article to be worn on the lower torso of a wearer comprising a crotch region, to be positioned in the crotch region of a wearer during use and a front and a rear waist region extending forwardly and rearwardly to the waist region of a wearer during use, the article comprising a liquid permeable topsheet; a liquid retaining backsheet; optionally a further backsheet; at least a first and a second side panel; a closing element for connecting the front and rear waist regions, a liquid absorbing core comprising absorbent, preferably superabsorbent, material, preferably in particulate form, further preferably comprising a first and a second enveloping web; positioned between said topsheet and said backsheet; characterized in that melt-fusion bonds functionally connect the topsheet, the backsheet and the absorbent core to each other, and said first and second side panels to both said topsheet and backsheet, and wherein further said melt-fusion bonds are essentially free of adhesive. a liquid permeable topsheet; a liquid retaining backsheet; optionally a further backsheet; at least a first and a second side panel; a closing element for connecting the front and rear waist regions, a liquid absorbing core comprising absorbent, preferably superabsorbent, material, preferably in particulate form, further preferably comprising a first and a second enveloping web; positioned between said topsheet and said backsheet; characterized in that melt-fusion bonds functionally connect the topsheet, the backsheet and the absorbent core to each other, and said first and second side panels to both said topsheet and backsheet, and wherein further said melt-fusion bonds are essentially free of adhesive. absorbent, preferably superabsorbent, material, preferably in particulate form, further preferably comprising a first and a second enveloping web; positioned between said topsheet and said backsheet; characterized in that melt-fusion bonds functionally connect the topsheet, the backsheet and the absorbent core to each other, and said first and second side panels to both said topsheet and backsheet, and wherein further said melt-fusion bonds are essentially free of adhesive.
A measurement device comprising: a first acquisition unit configured to acquire positional information of a measurement object stored in a storage unit; a second acquisition unit configured to acquire point group information of points indicating a surrounding feature acquired by an external sensor ; characterized in that the measurement device further comprises: an output unit configured to output a reliability that the positional information indicates that a center position of the measurement object exists in a predetermined range, wherein the reliability is calculated based on a number of points or a number of sets of points of the point group information existing in the predetermined range, the predetermined range being determined based on a position of a movable body comprising the external sensor; and an estimation unit configured to estimate an own vehicle position of the movable body based on the positional information of the measurement object acquired by the first acquisition unit and the center position of the measurement object, wherein the estimation unit estimates the own vehicle position of the movable body by weighting the center position by the reliability. a first acquisition unit configured to acquire positional information of a measurement object stored in a storage unit; a second acquisition unit configured to acquire point group information of points indicating a surrounding feature acquired by an external sensor ; an output unit configured to output a reliability that the positional information indicates that a center position of the measurement object exists in a predetermined range, wherein the reliability is calculated based on a number of points or a number of sets of points of the point group information existing in the predetermined range, the predetermined range being determined based on a position of a movable body comprising the external sensor; and an estimation unit configured to estimate an own vehicle position of the movable body based on the positional information of the measurement object acquired by the first acquisition unit and the center position of the measurement object, wherein the estimation unit estimates the own vehicle position of the movable body by weighting the center position by the reliability.
Heating system, comprising a heating circuit , through which heating circuit medium flows, having several radiators (1.1) and having a heating circuit distributor (1.2), to which at least two boilers respectively provided with a burner control unit (2.1) are hydraulically connected, characterized in that for each boiler a pump , which is assigned to a specific boiler and provided for conveying the heating circuit medium is arranged on the heating circuit distributor (1.2), and a central heating controller , which is operatively connected to all boilers and free of burner control is arranged on the heating circuit distributor (1.2), wherein the heating circuit distributor (1.2) is formed from modules and one module is provided for each boiler and wherein the modules are identical in construction.
A method for storing an announced resource, implemented by a first entity that comprises a hosting machine-to-machine, M2M, service capability layer, SCL, the method comprising: receiving a request to announce a resource to one or more M2M SCLs; storing a representation of the resource on the hosting M2M SCL; sending an announce resource request to an announced-to M2M SCL, wherein the announce resource request comprises an announced resource, which includes a link to the resource and wherein the announced resource is the representation; and receiving a first response from the announced-to M2M SCL, the first response indicating that the announced-to M2M SCL, responsive to the announce resource request, stored the announced resource, wherein the announced resource is used to discover the resource based on the link to the resource included in the announced resource. receiving a request to announce a resource to one or more M2M SCLs; storing a representation of the resource on the hosting M2M SCL; sending an announce resource request to an announced-to M2M SCL, wherein the announce resource request comprises an announced resource, which includes a link to the resource and wherein the announced resource is the representation; and receiving a first response from the announced-to M2M SCL, the first response indicating that the announced-to M2M SCL, responsive to the announce resource request, stored the announced resource, wherein the announced resource is used to discover the resource based on the link to the resource included in the announced resource.
A method, comprising: maintaining , by a network element of a source cell , a list of candidate target cells for a synchronous random access -less, RA-less, handover, the list comprising for each candidate target cell an indication of whether a synchronous RA-less handover to the candidate target cell is allowed or not and, for each candidate target cell to which a synchronous RA-less handover is determined as allowable, a target cell-specific timing information indicating when the synchronous RA-less handover to the candidate target cell takes place after being triggered, wherein the timing information for a given candidate target cell is based on communication latency between the source cell and the corresponding candidate target cell; and upon receiving, by the network element of the source cell , a handover request from a user equipment to a candidate target cell for which a synchronous RA-less handover is determined as allowable, triggering the synchronous RA-less handover to the candidate target cell without negotiating regarding the request with a network element associated with the candidate target cell, wherein the triggering comprises transmission of the handover command to the user equipment and sending a handover indication to the network element associated with the candidate target cell, the handover command indicating the corresponding candidate target cell-specific timing information. maintaining , by a network element of a source cell , a list of candidate target cells for a synchronous random access -less, RA-less, handover, the list comprising for each candidate target cell an indication of whether a synchronous RA-less handover to the candidate target cell is allowed or not and, for each candidate target cell to which a synchronous RA-less handover is determined as allowable, a target cell-specific timing information indicating when the synchronous RA-less handover to the candidate target cell takes place after being triggered, wherein the timing information for a given candidate target cell is based on communication latency between the source cell and the corresponding candidate target cell; and upon receiving, by the network element of the source cell , a handover request from a user equipment to a candidate target cell for which a synchronous RA-less handover is determined as allowable, triggering the synchronous RA-less handover to the candidate target cell without negotiating regarding the request with a network element associated with the candidate target cell, wherein the triggering comprises transmission of the handover command to the user equipment and sending a handover indication to the network element associated with the candidate target cell, the handover command indicating the corresponding candidate target cell-specific timing information.
A drill for metal cutting machining having a central rotation axis (C) defining a longitudinal direction of the drill and around which the drill is rotatable, comprising: - an axially front end , - an axially rear end , - an envelope surface extending between the front end and the rear end , - a shaft extending axially rearward from the front end , - a shank extending axially forward from the rear end - at least one cutting insert releasably mounted at the front end , - a first and a second chip flute in the envelope surface of the shaft , - a coolant chamber inside the shank , - a first and second coolant channel extending from the front end of the coolant chamber and terminating at the front end of the drill, the first coolant channel is associated with the first chip flute and the second coolant channel is associated with the second chip flute , characterized in that the coolant chamber comprises a flow control element , which is movable between a neutral position, in which coolant flow is distributed substantially equally to the first and second coolant channels , and an active position, in which the flow control element directs the coolant flow at least mainly to one of said coolant channels , and that the flow control element is arranged to move from said neutral position to said active position in response to a flow restriction in one of the chip flutes , such that the coolant is directed at least mainly to said one coolant channel associated with the chip flute having a flow restriction. - an axially front end , - an axially rear end , - an envelope surface extending between the front end and the rear end , - a shaft extending axially rearward from the front end , - a shank extending axially forward from the rear end - at least one cutting insert releasably mounted at the front end , - a first and a second chip flute in the envelope surface of the shaft , - a coolant chamber inside the shank , - a first and second coolant channel extending from the front end of the coolant chamber and terminating at the front end of the drill, the first coolant channel is associated with the first chip flute and the second coolant channel is associated with the second chip flute ,
A device, in particular a loading device, for receiving and folding an intraocular lens with a lens body and at least one haptic, the device containing a first half-shell and a second half-shell which are connected in articulated manner to one another at a first of the longitudinal sides of the same by means of a first joint and can be moved relative to one another from an open position to a closed position, the inner surfaces of the half-shells forming a storage surface, wherein - in the open position, the half-shells form an open chamber for positioning or storing the lens in the relaxed state, and - in the closed position, the half-shells form an enclosed chamber for positioning or storing the lens in a folded state and for ejecting the lens along the longitudinal extent of the half-shells , characterized in that a recess is formed in at least one of the half-shells , which recess is open at least from the inside of the half-shell and is suitable for receiving a front haptic of the lens in the closed position of the half-shells . - in the open position, the half-shells form an open chamber for positioning or storing the lens in the relaxed state, and - in the closed position, the half-shells form an enclosed chamber for positioning or storing the lens in a folded state and for ejecting the lens along the longitudinal extent of the half-shells , characterized in that
A container manufacturing method of manufacturing a liquid container containing (C) a content liquid (L) from a synthetic resin preform , the method comprising: a nozzle fitting step of fitting a blow nozzle into a mouth of the preform placed in a mold for blow molding; a liquid replacing step of replacing air in the preform with a liquid (L) by supplying a predetermined amount of liquid (L) into the preform from a liquid supply port provided to the blow nozzle separately from a discharge port with the discharge port provided to the blow nozzle open; and a liquid blow molding step of molding the preform into a liquid container (C) having a shape conforming to an inner surface of the mold for blow molding by supplying a pressurized liquid (L) from the liquid supply port into the preform after the discharge port is closed , characterized by that in the liquid replacing step, a predetermined amount of liquid (L) is supplied into the preform at a pressure that is lower than that used in the liquid blow molding step. a nozzle fitting step of fitting a blow nozzle into a mouth of the preform placed in a mold for blow molding; a liquid replacing step of replacing air in the preform with a liquid (L) by supplying a predetermined amount of liquid (L) into the preform from a liquid supply port provided to the blow nozzle separately from a discharge port with the discharge port provided to the blow nozzle open; and a liquid blow molding step of molding the preform into a liquid container (C) having a shape conforming to an inner surface of the mold for blow molding by supplying a pressurized liquid (L) from the liquid supply port into the preform after the discharge port is closed ,
RFID key plug-in pendant, comprising a plug housing , consisting of a head and a shaft , and an LF transponder , arranged in the shaft of the plug housing , for the long-wave range, 30-500 kHz, in particular 125 kHz, consisting of a chip module (IC1) and an antenna coil (L1), which is a magnetic antenna, wherein the shaft of the plug housing , in its external dimensions, has a length of less than 6 cm and a diameter of less than 2 cm, characterized in that the same plug housing additionally comprises a UHF transponder for the UHF range, 300 MHz to 3 GHz, in particular 850-950 MHz, consisting of a further chip module (IC2) and an electrical antenna coupled to the chip module (IC2), wherein the electrical antenna consists of a mechanically shortened λ/4 antenna element arranged in the shaft of the plug housing , and the mechanically shortened λ/4 antenna element is additionally electrically lengthened to resonance at the operating frequency of the UHF transponder by components (L1, IC1) of the LF transponder that are likewise arranged in the shaft of the plug housing .
A composition comprising an effective amount of flavopiridol or a salt thereof and JQ1 or a salt thereof for use in a method of reducing, preventing, inhibiting, mitigating and/or ameliorating cartilage degradation and/or chondrocyte death in a subject in need thereof, comprising administering the composition within 10 days after the subject has experienced traumatic injury, thereby reducing, preventing, inhibiting, mitigating and/or ameliorating cartilage degradation and/or chondrocyte death in the subject.
Nebulization device for a motor vehicle (V), in which the nebulization device comprises: - a nebulizer suitable for performing a nebulization of a nebulization liquid (L); - a degradation unit suitable for degrading organic compounds (O) in said nebulization liquid (L) ; - at least one conductivity cell suitable for measuring the conductivity (σ) of the nebulization liquid (L), - characterized in that at least one conductivity cell is coupled to a computation unit suitable for determining the total organic carbon (TOC) in said nebulization liquid (L). - a nebulizer suitable for performing a nebulization of a nebulization liquid (L); - a degradation unit suitable for degrading organic compounds (O) in said nebulization liquid (L) ; - at least one conductivity cell suitable for measuring the conductivity (σ) of the nebulization liquid (L), - characterized in that at least one conductivity cell is coupled to a computation unit suitable for determining the total organic carbon (TOC) in said nebulization liquid (L).
A pharmaceutical formulation comprising a) a first active ingredient which is lisinopril or a salt or hydrate thereof; b) a second active ingredient which is amlodipine or a salt or hydrate thereof; c) a bulk diluent; d) optionally, one or more further adjuvants and/or excipients; and e) dibasic calcium phosphate anhydrous in an amount of from 2 to 5 % w/w. a) a first active ingredient which is lisinopril or a salt or hydrate thereof; b) a second active ingredient which is amlodipine or a salt or hydrate thereof; c) a bulk diluent; d) optionally, one or more further adjuvants and/or excipients; and e) dibasic calcium phosphate anhydrous in an amount of from 2 to 5 % w/w.
A food pressure cooking appliance including at least: - a bowl and a lid intended to be locked relative to the bowl to form with the latter a cooking chamber adapted to rise in pressure, - bayonet locking means forming first and second series of protrusions (5A - 5J, 6A - 6J) that are integral with the envelope of the lid and the envelope of the bowl , respectively, and that are intended to cooperate with each other to ensure the locking of the lid relative to the bowl , said appliance being characterized in that each protrusion of at least one of said series is consisted by a volume element that has opposite convex (50A - 50J) and concave (51A - 51J) faces, and that is formed by a localized radial deformation of the corresponding envelope, each volume element extending, along the vertical direction, between a root and an apex, each volume element having, in projection onto a radial plane (P0 - P3), a flared profile from the root to the apex. - a bowl and a lid intended to be locked relative to the bowl to form with the latter a cooking chamber adapted to rise in pressure, - bayonet locking means forming first and second series of protrusions (5A - 5J, 6A - 6J) that are integral with the envelope of the lid and the envelope of the bowl , respectively, and that are intended to cooperate with each other to ensure the locking of the lid relative to the bowl ,
Display device for guiding occupants within an interior accommodated by an aircraft fuselage, having a power supply and a carrier unit that can be secured to a wall section of the interior and provided with at least one display means that imparts at least one piece of visual information to the occupants of the interior when in operation, wherein the at least one display means is electrically operable, and wherein the at least one display means is connected to the power supply for operation thereof, wherein the at least one display means has been provided with an at least one-part layer on which the circuits needed for operation thereof are provided in integrated form, and that the power supply is formed by at least one composite structure battery of layered structure which is connected to the layer , wherein the composite structure battery of layered structure has been formed with a laminated composite structure, wherein the battery of layered structure is formed with one battery cell or a multitude of battery cells , each of which has laminated layers with anode , separation layer and cathode , and wherein the anode or anodes and the cathode or cathodes take the form of poles of the respective battery cell , each with carbon fibres having appropriate structure or a coating.
A method for manufacturing lenses, the method comprising: forming a lens array with a plurality of lenses, wherein the lens array further comprises an inner portion with a first set of lenses and an outer portion with a second set of lenses , wherein the second set of lenses is positioned adjacent to and surrounds the first set of lenses , wherein each lens in the first set of lenses is surrounded by a same number of lenses of either the first set of lenses or the second set of lenses, wherein the forming the lens array includes etching a layer of photoresist over a substrate to form the lens array ; and positioning a plurality of lasers , such that each laser among the plurality of lasers corresponds with a respective lens in the first set of lenses and positioning no laser to correspond with any of the lenses in the second set of lenses . forming a lens array with a plurality of lenses, wherein the lens array further comprises an inner portion with a first set of lenses and an outer portion with a second set of lenses , wherein the second set of lenses is positioned adjacent to and surrounds the first set of lenses , wherein each lens in the first set of lenses is surrounded by a same number of lenses of either the first set of lenses or the second set of lenses, wherein the forming the lens array includes etching a layer of photoresist over a substrate to form the lens array ; and positioning a plurality of lasers , such that each laser among the plurality of lasers corresponds with a respective lens in the first set of lenses and positioning no laser to correspond with any of the lenses in the second set of lenses .
Additive method of manufacturing at least one intersection of main and secondary ribs by stacking layers of material , the main rib comprising at least one first section that extends in a first direction (D34) between first and second ends (34.1, 34.2) situated on respective opposite sides of the secondary rib , the secondary rib comprising at least one second section that extends in a second direction (D36) intersecting the first direction (D34) between first and second ends (36.1, 36.2), the second end (36.2) of the second section being close to the first section , at least one layer of material of the first section being obtained by depositing at least one bead of material that extends in the first direction (D34) and connects the first and second ends (34.1, 34.2), characterized in that at least one layer of material of the second section comprises a first part obtained by depositing at least one bead of material at a distance from the first section that extends in the second direction (D36) and a second part obtained by depositing at least one bead of material adjacent to the first section that extends in the first direction (D34).