mhurhangee/patent-ind-claim-en huggingface dataset:
Coil-transporting carriage for the reliable handling of a coil or a sleeve on a coiler mandrel , having - a coil saddle , which is vertically displaceable by means of a first drive unit , for receiving the coil or the sleeve , - retaining arms which are pivotable about a first horizontal direction (X 2 ) by means of rotary drives for stabilizing the coil , when the external diameter thereof is not greater than a limit diameter d 0 , or the sleeve , wherein the retaining arms are arranged in pairs in a second horizontal direction (X 2 ) oriented perpendicularly to the first horizontal direction (X 2 ) opposing one another on the coil saddle , - a second drive unit for horizontally displacing the coil-transporting carriage , - a control unit for actuating the first and second drive unit and the rotary drives and - a data interface for communication with a higher-level control unit , characterized in that the coil saddle has a plurality of bearing rollers which are in each case axially rotatable about the first horizontal direction (X 1 ). - a coil saddle , which is vertically displaceable by means of a first drive unit , for receiving the coil or the sleeve , - retaining arms which are pivotable about a first horizontal direction (X 2 ) by means of rotary drives for stabilizing the coil , when the external diameter thereof is not greater than a limit diameter d 0 , or the sleeve , wherein the retaining arms are arranged in pairs in a second horizontal direction (X 2 ) oriented perpendicularly to the first horizontal direction (X 2 ) opposing one another on the coil saddle , - a second drive unit for horizontally displacing the coil-transporting carriage , - a control unit for actuating the first and second drive unit and the rotary drives and - a data interface for communication with a higher-level control unit ,
A Plasma Protein Fraction (PPF) for use in treating a cancer in a subject diagnosed with the cancer, wherein the PPF comprises a sterile solution of protein composed of albumin and globulin, derived from human plasma, with an albumin content of at least 83% with no more than 17% globulins and other plasma proteins, and no more than 1% gamma globulin.
Machine for preparing infused or macerated beverages comprising a decanter for receiving a liquid and a receiving base , said receiving base comprising a motor intended to rotate a drive shaft about an axis Δ, said decanter comprising a filter basket for receiving an ingredient to be infused or macerated, which is rotated by the drive shaft about the Δ axis, said filter basket being movable in the decanter between an infusion position in which the filter basket is immersed in the liquid and coupled with the drive shaft and a draining position in which the filter basket is arranged above the level of the liquid, the decanter comprising an upper opening and a cover movable between a closed position in which the cover covers the upper opening and an open position in which the cover is separated from the upper opening , characterised in that the filter basket is connected to the cover by a coupling device , in such a way that the filter basket is in the brewing position when the cover is into the closed position and the filter basket is in the drip position when the cover is in the open position, the open position of the cover being a stable position.
An elasticity detecting probe, comprising: a probe body and a control switch for controlling switching on/off of probing by the probe body , wherein the probe body and the control switch are separately arranged, and the probe body and the control switch are coupled to each other electrically or wirelessly, the probe further comprising: a control system and a display device , and characterized in that the control system is configured to collect motion state parameter of the probe body and display the motion state parameters on the display device , wherein the motion state parameters are reflected on the display device connected to the control system such that the operator can understand the motion state of the probe body by observing the parameters displayed on the display device .
A bulk bag for convenient loading in and unloading from a container by means of forks of a forklift, comprising: a bag body , and two forklift-specific fork guide tubes , wherein the two forklift-specific fork guide tubes pass through an upper end of the bag body and, the two forklift-specific fork guide tubes are respectively fixed on two inner side walls of the upper end of the bag body ; and characterized in that two reinforced support belts are respectively arranged in a direction perpendicular to the two forklift-specific fork guide tubes , wherein each of the two reinforced support belts is arranged adjacent a respective end of the bag body and provided around the respective end of the bag body ; and the two reinforced support belts are arranged on the inner surface of the bag body . two reinforced support belts are respectively arranged in a direction perpendicular to the two forklift-specific fork guide tubes , wherein each of the two reinforced support belts is arranged adjacent a respective end of the bag body and provided around the respective end of the bag body ; and the two reinforced support belts are arranged on the inner surface of the bag body .
A method of making a fluid manifold , the method comprising: placing a mandrel in a mold , the mandrel having a body with a proximal end and a distal end ; positioning the mandrel within the mold using a distal support at the distal end of the mandrel ; introducing a polymer into the mold ; allowing the polymer to solidify to form a fluid manifold ; removing the fluid manifold from the mold ; and removing the mandrel from the fluid manifold ; wherein the distal support is an integrated part of the fluid manifold , wherein the fluid manifold comprises a body having a primary channel and a plurality of secondary channels exiting from the primary channel along a length thereof, including a distal flow channel passing through the distal support , wherein the distal flow channel has an inner diameter D DC , wherein the primary channel is coterminous with the distal flow channel , wherein the primary channel extends to a distance of no more than 0.5 ∗ D DC beyond a distal edge of the distal flow channel . placing a mandrel in a mold , the mandrel having a body with a proximal end and a distal end ; positioning the mandrel within the mold using a distal support at the distal end of the mandrel ; introducing a polymer into the mold ; allowing the polymer to solidify to form a fluid manifold ; removing the fluid manifold from the mold ; and removing the mandrel from the fluid manifold ; wherein the distal support is an integrated part of the fluid manifold , wherein the fluid manifold comprises a body having a primary channel and a plurality of secondary channels exiting from the primary channel along a length thereof, including a distal flow channel passing through the distal support , wherein the distal flow channel has an inner diameter D DC , wherein the primary channel is coterminous with the distal flow channel , wherein the primary channel extends to a distance of no more than 0.5 ∗ D DC beyond a distal edge of the distal flow channel .
A method of forming a laminate charge , the laminate charge having first , second and third parts , the method comprising: mounting the laminate charge on a forming tool , the forming tool having a male corner and a female corner ; in a forming step, generating a suction force between the forming tool and an impermeable sheet which causes the impermeable sheet to press the laminate charge against the male corner of the forming tool and into the female corner of the forming tool , wherein the male corner of the forming tool is positioned between the first and second parts of the laminate charge , and the female corner of the forming tool is positioned between the second and third parts of the laminate charge ; and, characterised by , during the forming step, injecting gas between the forming tool and the third part of the laminate charge to create a gas cushion between the forming tool and the third part of the laminate charge . mounting the laminate charge on a forming tool , the forming tool having a male corner and a female corner ; in a forming step, generating a suction force between the forming tool and an impermeable sheet which causes the impermeable sheet to press the laminate charge against the male corner of the forming tool and into the female corner of the forming tool , wherein the male corner of the forming tool is positioned between the first and second parts of the laminate charge , and the female corner of the forming tool is positioned between the second and third parts of the laminate charge ; and, characterised by , during the forming step, injecting gas between the forming tool and the third part of the laminate charge to create a gas cushion between the forming tool and the third part of the laminate charge .
A method of wireless communication in a Long Term Evolution - Time Division Duplex LTE-TDD system, comprising: determining, at a first base station (610-1), that an uplink acknowledgement/negative acknowledgement, ACK/NACK, message of a first user equipment, UE (650-1) corresponding to a downlink data transmission experiences interference from downlink communications of a second base station (610-2), wherein the first base station deploys a first LTE-TDD configuration, the second base station deploys a second LTE-TDD configuration, which is different from the first LTE-TDD configuration, wherein at least one uplink subframe associated with the first base station collides with a downlink subframe associated with the second base station; and transmitting reduced size downlink retransmissions to trigger another uplink ACK/NACK message corresponding to the downlink data transmission. determining, at a first base station (610-1), that an uplink acknowledgement/negative acknowledgement, ACK/NACK, message of a first user equipment, UE (650-1) corresponding to a downlink data transmission experiences interference from downlink communications of a second base station (610-2), wherein the first base station deploys a first LTE-TDD configuration, the second base station deploys a second LTE-TDD configuration, which is different from the first LTE-TDD configuration, wherein at least one uplink subframe associated with the first base station collides with a downlink subframe associated with the second base station; and transmitting reduced size downlink retransmissions to trigger another uplink ACK/NACK message corresponding to the downlink data transmission.
A dual-hardness outsole including a front section (D3), a middle section (D2) and a rear section (D3), at least the middle section of the outsole including a wedge having a first bottom surface which extends below at least one of a second bottom surface, on the front section, and a third bottom surface, on the rear section, such that the first bottom surface carries more weight than said at least one of the second bottom surface and the third bottom surface, the outsole comprising: a hard portion and a soft portion that are secured to each other and together form the wedge, characterized in that a cross-sectional profile of the hard and soft portions in a width direction, perpendicular to a longitudinal direction that is from the front section to the middle section, of the dual-hardness outsole at the wedge being such that both a thickness of the soft portion is gradually decreased and also a thickness of the hard portion is increased as the soft portion and the hard portion are extended from a center of the wedge in the width direction towards a lateral end portion of the wedge in the width direction.
A method for configuring a memory device of a memory system , the memory device comprising a plurality of logical units, LUNs, the method comprising: executing a first command that configures the entire memory device , including each of the plurality of LUNs of the memory device , to a particular mode, wherein the first command is executed while the memory device is in a ready state and without a data transfer phase, wherein the particular mode defines a number of bits stored per memory cell during write operations, and wherein the first command is received from a host that includes a processor and is coupled to a controller of the memory system via a physical host interface; and executing a second command to perform a first operation on a particular LUN of the plurality of LUNs while the memory device is in the particular mode, wherein the second command indicates the particular LUN. executing a first command that configures the entire memory device , including each of the plurality of LUNs of the memory device , to a particular mode, wherein the first command is executed while the memory device is in a ready state and without a data transfer phase, wherein the particular mode defines a number of bits stored per memory cell during write operations, and wherein the first command is received from a host that includes a processor and is coupled to a controller of the memory system via a physical host interface; and executing a second command to perform a first operation on a particular LUN of the plurality of LUNs while the memory device is in the particular mode, wherein the second command indicates the particular LUN.
A method of manufacturing a partially cured composite component, the method comprising: - placing a composite layup inside a mould; - applying heat and pressure to the mould; the mould comprising first heat conductive elements , second heat conductive elements and insulating elements , - the first heat conductive elements being placed on one side of the layup to transmit heat to those portions of the composite layup that shall be fully cured - the insulating elements being placed to prevent the transmission of heat to those portions of the composite layup that shall be partially cured or that shall remain un-cured or to prevent the dissipation of heat from those portions of the composite layup that shall be fully cured, - the second heat conductive elements being placed on the opposite side of the layup to dissipate heat from those portions of the composite layup that shall be partially cured or that shall remain un-cured, wherein the first heat conductive elements , the second heat conductive elements and the insulating elements are rigid elements, wherein the pressure is applied over two opposing faces of the mould, wherein the heat is applied directly from the first heat conductive elements of the mould, the first heat conductive elements being provided with heating means. - placing a composite layup inside a mould; - applying heat and pressure to the mould; the mould comprising first heat conductive elements , second heat conductive elements and insulating elements , - the first heat conductive elements being placed on one side of the layup to transmit heat to those portions of the composite layup that shall be fully cured - the insulating elements being placed to prevent the transmission of heat to those portions of the composite layup that shall be partially cured or that shall remain un-cured or to prevent the dissipation of heat from those portions of the composite layup that shall be fully cured, - the second heat conductive elements being placed on the opposite side of the layup to dissipate heat from those portions of the composite layup that shall be partially cured or that shall remain un-cured,
A gas turbine engine , comprising: an engine casing ; a heat exchanger mounted to said engine casing ; a flange circumferentially extending about at least a portion of said engine casing at a position adjacent to said heat exchanger ; and a heat exchanger manifold , comprising: a manifold body extending between a first face and a second face ; a first seal land defining a first fluid port extending through said manifold body between said first face and said second face ; a first seal received within said first fluid port ; and at least a second fluid port; wherein the heat exchanger manifold is positioned between the heat exchanger and the flange , and wherein said manifold connects to said flange and is configured to provide an angled interface relative to said heat exchanger ; characterised in that at least two fluid conduits defining passageways are configured to communicate a fluid into and out of the heat exchanger and through the flange , via said first fluid port and the at least second fluid port. an engine casing ; a heat exchanger mounted to said engine casing ; a flange circumferentially extending about at least a portion of said engine casing at a position adjacent to said heat exchanger ; and a heat exchanger manifold , comprising: a manifold body extending between a first face and a second face ; a first seal land defining a first fluid port extending through said manifold body between said first face and said second face ; a first seal received within said first fluid port ; and at least a second fluid port; wherein the heat exchanger manifold is positioned between the heat exchanger and the flange , and wherein said manifold connects to said flange and is configured to provide an angled interface relative to said heat exchanger ; a manifold body extending between a first face and a second face ; a first seal land defining a first fluid port extending through said manifold body between said first face and said second face ; a first seal received within said first fluid port ; and at least a second fluid port; wherein the heat exchanger manifold is positioned between the heat exchanger and the flange , and wherein said manifold connects to said flange and is configured to provide an angled interface relative to said heat exchanger ; characterised in that at least two fluid conduits defining passageways are configured to communicate a fluid into and out of the heat exchanger and through the flange , via said first fluid port and the at least second fluid port.
Strip comprising multiple plant support units for supporting a plant stem of a plant, wherein each plant support unit comprises; - a fixing portion configured to engage a cylindrical support received in an cylindrical inner space having a longitudinal space axis and being partly surrounded by the fixing portion having an annular form and a radial opening to provide access to the inner space, and - a flexible elongate support portion extending from an attached end being attached to the fixing portion to a free end , wherein -- the plant support units are positioned one after the other with a same orientation and at a distance D from each other, and -- neighbouring plant support units are interconnected by a manually breakable connecting member , characterised in that --- each plant support unit comprises cooperating locking members to lock the support portion in an support loop position in which the plant support unit forms a closed loop to support the plant stem, --- a fixing portion stiffness of the fixing portions is larger than a support portion stiffness of the support portions , and --- the connecting members are attached to the fixing portions of neighbouring plant support units or to the attached ends of neighbouring plant support units. - a fixing portion configured to engage a cylindrical support received in an cylindrical inner space having a longitudinal space axis and being partly surrounded by the fixing portion having an annular form and a radial opening to provide access to the inner space, and - a flexible elongate support portion extending from an attached end being attached to the fixing portion to a free end , wherein -- the plant support units are positioned one after the other with a same orientation and at a distance D from each other, and -- neighbouring plant support units are interconnected by a manually breakable connecting member , characterised in that --- each plant support unit comprises cooperating locking members to lock the support portion in an support loop position in which the plant support unit forms a closed loop to support the plant stem, --- a fixing portion stiffness of the fixing portions is larger than a support portion stiffness of the support portions , and --- the connecting members are attached to the fixing portions of neighbouring plant support units or to the attached ends of neighbouring plant support units. -- the plant support units are positioned one after the other with a same orientation and at a distance D from each other, and -- neighbouring plant support units are interconnected by a manually breakable connecting member , characterised in that --- each plant support unit comprises cooperating locking members to lock the support portion in an support loop position in which the plant support unit forms a closed loop to support the plant stem, --- a fixing portion stiffness of the fixing portions is larger than a support portion stiffness of the support portions , and --- the connecting members are attached to the fixing portions of neighbouring plant support units or to the attached ends of neighbouring plant support units.
A negative electrode for a non-aqueous electrolyte secondary battery comprising a negative electrode active material layer, wherein the negative electrode active material layer comprises carbon dioxide and lithium titanium oxide, characterized in that the negative electrode active material layer releases the carbon dioxide in a range of 0.1 ml to 5 ml per 1 g when heated at 200°C for 1 minute, and an amount of carbon dioxide contained in the active material layer is measured by collecting a sample in a glove box under an inert gas atmosphere other than carbon dioxide at a dew point of equal to or less than -50°C, and carrying out gas chromatography (GC) while maintaining the inert gas atmosphere.
A connector structure comprising: a bottomed tubular hood formed in a housing ; a mating hood formed in a mating housing and fitted inside the hood ; a plate spring member made of metal and accommodated in a tube bottom of the hood ; a backlash regulating member provided on an opposite side of the tube bottom across the plate spring member and urged in a direction opposite to a fitting direction of the mating hood by the plate spring member ; a mating hood tip end surface formed at a tip end of the mating hood in the fitting direction; and a regulating member abutting surface provided on the backlash regulating member and pressed by the mating hood tip end surface in a fitted state in which the housing and the mating housing are fitted, characterized in that the backlash regulating member is provided with a displacement preventing projection abutting against the tube bottom , and wherein the displacement preventing projection is configured to prevent from an excessive displacement of the plate spring member . a bottomed tubular hood formed in a housing ; a mating hood formed in a mating housing and fitted inside the hood ; a plate spring member made of metal and accommodated in a tube bottom of the hood ; a backlash regulating member provided on an opposite side of the tube bottom across the plate spring member and urged in a direction opposite to a fitting direction of the mating hood by the plate spring member ; a mating hood tip end surface formed at a tip end of the mating hood in the fitting direction; and a regulating member abutting surface provided on the backlash regulating member and pressed by the mating hood tip end surface in a fitted state in which the housing and the mating housing are fitted, characterized in that the backlash regulating member is provided with a displacement preventing projection abutting against the tube bottom , and wherein the displacement preventing projection is configured to prevent from an excessive displacement of the plate spring member .