mhurhangee/ep-ind-claims huggingface dataset:
A method for adjusting an installation of a motorized windable element comprising a windable element able to be wound on a winding tube, and at least one locking means for locking the free end of the windable element defining a so-called locked position in the direction of the winding, the locking being activated in the direction of the winding if the free end of the apron reaches at least one reversal position beforehand, located past the locked position in the unwinding direction of the apron, in which an installer records the value of a first candidate rotation reversal position, this position being located at or past the rotation reversal position, in the unwinding direction of the windable element, characterized in that, after recording the first candidate rotation reversal position, the windable element is driven in the direction of the winding to the locked position, then the following sequence is carried out: a) the windable element is driven in the unwinding direction to a candidate rotation reversal position (PM2, PM3) that is offset relative to the first candidate rotation reversal position, b) the windable element is driven in the direction of the winding to the locked position, the sequence a), b) being repeated until the free end of the windable element driven in the unwinding direction exceeds a position called deployed position, past which the locking of the windable element is no longer activated when the windable element is driven in the winding direction. a) the windable element is driven in the unwinding direction to a candidate rotation reversal position (PM2, PM3) that is offset relative to the first candidate rotation reversal position, b) the windable element is driven in the direction of the winding to the locked position, the sequence a), b) being repeated until the free end of the windable element driven in the unwinding direction exceeds a position called deployed position, past which the locking of the windable element is no longer activated when the windable element is driven in the winding direction.
An automatic analysis device comprising: a reagent storage chamber that stores a reagent container containing a reagent; and a lid opening and closing device that includes a lid opening and closing member configured to be movable in a first direction parallel to a vertical direction and to be movable in a second direction perpendicular to the first direction, wherein the lid opening and closing member includes a first member and a second member that are integrated with each other, the first member opening a lid of the reagent container, and the second member closing the lid, the lid opening and closing member is configured to be movable between a first position and a second position, the first position being a position above the reagent container, the second position being a position that is moved down from the first position in the first direction, the lid opening and closing member is configured to be movable between the second position and a third position being a position that is moved from the second position in the second direction, in a case where the lid opening and closing member moves from the second position to the third position, the lid is opened by the first member, and in a case where the lid opening and closing member moves from the third position to the second position, the lid is closed by the second member, characterized in that the second position is a position where the lid opening and closing member is moved down from the first position in the first direction until a bottom surface of the lid opening and closing member comes into contact with the reagent container. a reagent storage chamber that stores a reagent container containing a reagent; and a lid opening and closing device that includes a lid opening and closing member configured to be movable in a first direction parallel to a vertical direction and to be movable in a second direction perpendicular to the first direction, wherein the lid opening and closing member includes a first member and a second member that are integrated with each other, the first member opening a lid of the reagent container, and the second member closing the lid, the lid opening and closing member is configured to be movable between a first position and a second position, the first position being a position above the reagent container, the second position being a position that is moved down from the first position in the first direction, the lid opening and closing member is configured to be movable between the second position and a third position being a position that is moved from the second position in the second direction, in a case where the lid opening and closing member moves from the second position to the third position, the lid is opened by the first member, and in a case where the lid opening and closing member moves from the third position to the second position, the lid is closed by the second member, characterized in that the second position is a position where the lid opening and closing member is moved down from the first position in the first direction until a bottom surface of the lid opening and closing member comes into contact with the reagent container.
A modified oligonucleotide consisting of 12 to 25 linked nucleosides, for use in a method of treating Alport Syndrome comprising administering to a subject having or suspected of having Alport Syndrome the modified oligonucleotide, wherein the nucleobase sequence of the modified oligonucleotide is complementary to miR-21.
A battery module comprising: a battery cell assembly including a plurality of battery cells electrically connected to each other; and an elastic member of a metal material provided between at least two battery cells of the plurality of battery cells of the battery cell assembly, and configured to control cell swelling of the plurality of battery cells, wherein the battery cell assembly comprises a plurality of cell cartridges where at least one battery cell is seated, and the elastic member is mounted on any one cell cartridge between at least two cell cartridges of the plurality of cell cartridges, wherein the elastic member comprises: a pair of contact plates surface-contacting the battery cell; and an elastic plate provided between the one pair of contact plates (510, 530), and configured to provide an elastic force to the one pair of contact plates (510, 530), wherein the one pair of contact plate (510, 530) and the elastic plate are integrally coupled and the elastic plate comprises a convex part (552, 553, 554) and a concave part (556, 557, 558) which have a trapezoidal, half-circular or triangular shape. a battery cell assembly including a plurality of battery cells electrically connected to each other; and an elastic member of a metal material provided between at least two battery cells of the plurality of battery cells of the battery cell assembly, and configured to control cell swelling of the plurality of battery cells, wherein the battery cell assembly comprises a plurality of cell cartridges where at least one battery cell is seated, and the elastic member is mounted on any one cell cartridge between at least two cell cartridges of the plurality of cell cartridges, wherein the elastic member comprises: a pair of contact plates surface-contacting the battery cell; and an elastic plate provided between the one pair of contact plates (510, 530), and configured to provide an elastic force to the one pair of contact plates (510, 530), a pair of contact plates surface-contacting the battery cell; and an elastic plate provided between the one pair of contact plates (510, 530), and configured to provide an elastic force to the one pair of contact plates (510, 530), wherein the one pair of contact plate (510, 530) and the elastic plate are integrally coupled and the elastic plate comprises a convex part (552, 553, 554) and a concave part (556, 557, 558) which have a trapezoidal, half-circular or triangular shape.
A tie rod to transmit steering motion to the wheels of a vehicle comprising: a rod having a first end and a second end; a first plurality of threads positioned on the first end; a reduced diameter section positioned on the first end of the rod adjacent the first plurality of threads; a link having a chamber disposed on one end, the chamber having a plurality of threads that are disposed for engaging the first plurality of threads on the first end of the rod, characterized in that the first plurality of threads being designed to slip and deform when subjected to tension loads that exceed the design limits of the tie rod. a rod having a first end and a second end; a first plurality of threads positioned on the first end; a reduced diameter section positioned on the first end of the rod adjacent the first plurality of threads; a link having a chamber disposed on one end, the chamber having a plurality of threads that are disposed for engaging the first plurality of threads on the first end of the rod, characterized in that the first plurality of threads being designed to slip and deform when subjected to tension loads that exceed the design limits of the tie rod.
Household dishwasher with a receiving compartment for receiving items to be washed and a heat pump arrangement, through which a heat transfer medium flows during operation thereof, wherein the heat pump arrangement comprises at least one evaporator for evaporating the heat transfer medium, a compressor for compressing the heat transfer medium coming from the evaporator and a condenser for condensing the heat transfer medium coming from the compressor, wherein the evaporator is thermally coupled to a liquid tank of the household dishwasher, in particular is arranged within a liquid tank of the household dishwasher, at least in sections, which liquid tank is arranged at least partially between the receiving compartment and an outer wall of the household dishwasher that delimits the household dishwasher to the outside, characterised in that the household dishwasher has at least one means, with the aid of which said outer wall can be heated at least in sections, in order to counteract a condensation of water vapour on the outer side of the outer wall facing away from the receiving compartment and/or to evaporate condensate present on the outer side.
A process for forming an edge seal of a folded thermoplastic sheet or two stacked layers of thermoplastic sheets when wrapping a product using a heat sealing machine, the machine comprising: a stand for holding a roll of folded thermoplastic sheet or the two stacked layers of thermoplastic sheets; a heater mechanism; an edge sealer block (26, 26a, 26b, 26c) attached to the heater mechanism for heating the edge sealer block (26, 26a, 26b, 26c), the edge sealer block (26, 26a, 26b, 26c) disposed adjacent to edges of the thermoplastic sheet or sheets, the edge sealer block (26, 26a, 26b, 26c) having a groove (40, 40a, 40b, 40c) along a length of the edge sealer block (26, 26a, 26b, 26c); a set of pinch rollers (24, 24a-d) or belts (38a, b) disposed adjacent to the edge sealer block (26, 26a, 26b, 26c) for controlling forward travel of the edges of the first and second layers (18, 20) of the thermoplastic sheet or sheets as the edges (14, 16) of the first and second layers (18, 20) of the thermoplastic sheet or sheets are fed through the groove (40, 40a, 40b, 40c) of the edge sealer block (26, 26a, 26b, 26c); characterized in that the process includes orientating a base of the groove at a skew angle with respect to the edges (14, 16) of first and second layers (18, 20) of the thermoplastic sheet or sheets so that the edges (14, 16) of the first and second layers (18, 20) of the thermoplastic sheet or sheets approach the base of the groove (40, 40a, 40b, 40c) and contact the base to melt and seal the first and second edges (14, 16) together to form the edge seal as the thermoplastic sheet or sheets is fed through the heat sealing machine. a stand for holding a roll of folded thermoplastic sheet or the two stacked layers of thermoplastic sheets; a heater mechanism; an edge sealer block (26, 26a, 26b, 26c) attached to the heater mechanism for heating the edge sealer block (26, 26a, 26b, 26c), the edge sealer block (26, 26a, 26b, 26c) disposed adjacent to edges of the thermoplastic sheet or sheets, the edge sealer block (26, 26a, 26b, 26c) having a groove (40, 40a, 40b, 40c) along a length of the edge sealer block (26, 26a, 26b, 26c); a set of pinch rollers (24, 24a-d) or belts (38a, b) disposed adjacent to the edge sealer block (26, 26a, 26b, 26c) for controlling forward travel of the edges of the first and second layers (18, 20) of the thermoplastic sheet or sheets as the edges (14, 16) of the first and second layers (18, 20) of the thermoplastic sheet or sheets are fed through the groove (40, 40a, 40b, 40c) of the edge sealer block (26, 26a, 26b, 26c); characterized in that the process includes orientating a base of the groove at a skew angle with respect to the edges (14, 16) of first and second layers (18, 20) of the thermoplastic sheet or sheets so that the edges (14, 16) of the first and second layers (18, 20) of the thermoplastic sheet or sheets approach the base of the groove (40, 40a, 40b, 40c) and contact the base to melt and seal the first and second edges (14, 16) together to form the edge seal as the thermoplastic sheet or sheets is fed through the heat sealing machine.
A wireless communication system, comprising: a first NodeB that is configured to form a cell; a first Home NodeB Gateway, HNB-GW, that is configured to connect to said first NodeB and to relay data transmitted and received between said first NodeB and a core network; a second NodeB that is configured to connect to a second HNB-GW, which is different from said first HNB-GW, and to transmit and receive data to/from the core network through said second HNB-GW; and a user equipment that is configured to connect to said second NodeB, wherein said first NodeB is configured to broadcast system information comprising a cell Identifier including an RNC identifier that identifies the first HNB-GW, and wherein the user equipment is configured to receive the system information broadcasted from said first Node B in said cell, to acquire from the system information a cell Identifier including the RNC identifier that identifies the first HNB-GW and to transmit said cell Identifier, including said RNC identifier of said first HNB-GW, to said second NodeB. a first NodeB that is configured to form a cell; a first Home NodeB Gateway, HNB-GW, that is configured to connect to said first NodeB and to relay data transmitted and received between said first NodeB and a core network; a second NodeB that is configured to connect to a second HNB-GW, which is different from said first HNB-GW, and to transmit and receive data to/from the core network through said second HNB-GW; and a user equipment that is configured to connect to said second NodeB, wherein said first NodeB is configured to broadcast system information comprising a cell Identifier including an RNC identifier that identifies the first HNB-GW, and wherein the user equipment is configured to receive the system information broadcasted from said first Node B in said cell, to acquire from the system information a cell Identifier including the RNC identifier that identifies the first HNB-GW and to transmit said cell Identifier, including said RNC identifier of said first HNB-GW, to said second NodeB.
A method for operating an additive manufacturing device (2.1 - 2.n) of one or more additive manufacturing devices (2.1 - 2.n) comprising manufacturing environment, wherein the operation of the at least one additive manufacturing device (2.1 - 2.n) related data from an external data storage device, in particular a network storage device, further in particular a cloud storage device, via a separate data connection, which is formed as a wireless data connection, to which at least one additive manufacturing device (2.1 - 2.n) is transmitted, characterized in that the separate data connection between the at least one additive manufacturing device (2.1 - 2.n) and the external data storage device via an at least one additive manufacturing device (2.1 - 2.n) and the external data storage device connected arranged or formed gateway device is manufactured, which is arranged or formed on or in the at least one additive manufacturing device (2.1 - 2.n), wherein the gateway device is formed as a router, which is set up for forming the wireless data connection via a standard for mobile communication,wherein the at least one additive manufacturing device (2.1 - 2.n) automatically independently establishes or maintains the separate data connection to or with the external data storage device via the gateway device, wherein the wireless data connection between the at least one additive manufacturing device (2.1 -2.n) and the external data storage device is formed, wherein the wireless data connection uses a standard for mobile communication. wherein the gateway device is formed as a router, which is set up for forming the wireless data connection via a standard for mobile communication,wherein the at least one additive manufacturing device (2.1 - 2.n) automatically independently establishes or maintains the separate data connection to or with the external data storage device via the gateway device, wherein the wireless data connection between the at least one additive manufacturing device (2.1 -2.n) and the external data storage device is formed, wherein the wireless data connection uses a standard for mobile communication.
An ice forming plate for making clear ice, comprising: an ice well, defined along its bottom by a bottom surface and its sides by at least one wall extending upwardly from the bottom surface, wherein the bottom surface and the at least one wall comprise a conductive material; wherein each of the at least one wall comprises an interior surface which is facing the ice well, a top surface which is generally opposite the bottom surface, and an upper portion, comprising a top end and the interior surface adjacent thereto; characterized by: an insulating layer applied to only the top surface and the upper portion; and an evaporator element thermally coupled to the ice forming plate, the evaporator element comprising a first coil and a second coil. an ice well, defined along its bottom by a bottom surface and its sides by at least one wall extending upwardly from the bottom surface, wherein the bottom surface and the at least one wall comprise a conductive material; wherein each of the at least one wall comprises an interior surface which is facing the ice well, a top surface which is generally opposite the bottom surface, and an upper portion, comprising a top end and the interior surface adjacent thereto; characterized by: an insulating layer applied to only the top surface and the upper portion; and an evaporator element thermally coupled to the ice forming plate, the evaporator element comprising a first coil and a second coil.
An exogenous nucleic acid construct for regulating expression of a transgene by modulating the mRNA of the transgene, the nucleic acid comprising: (a) a nucleic acid sequence encoding a target gene of interest, (b) at least one smiRNA switch comprising SEQ ID NO: 1 located within the untranslated region of the transgene, wherein the at least one smiRNA switch comprises an aptamer domain capable of binding to a ligand and a pri-miRNA, and (c) at least one miRNA target sequence comprising SEQ ID NO: 10 complementary to at least a portion of the pri-miRNA, wherein the at least one smiRNA switch regulates expression of the transgene by both regulation of the cleavage of the mRNA of the transgene, and regulating cleavage of the pri-miRNA from the smiRNA, wherein at least a portion of the cleaved pri-miRNA binds to the at least one miRNA target sequences silencing the transgene expression. (a) a nucleic acid sequence encoding a target gene of interest, (b) at least one smiRNA switch comprising SEQ ID NO: 1 located within the untranslated region of the transgene, wherein the at least one smiRNA switch comprises an aptamer domain capable of binding to a ligand and a pri-miRNA, and (c) at least one miRNA target sequence comprising SEQ ID NO: 10 complementary to at least a portion of the pri-miRNA,
An adjustable, or all-moving, horizontal stabiliser for an aircraft, the stabiliser having a leading edge, a trailing edge, a root and a tip, and a strake fixed with respect to the stabiliser and attached to, or integrally formed with, the stabiliser leading edge adjacent the root, characterised in that the strake leading edge has an arcuate planform.
A wirelessly powered device, comprising: at least one component operable to consume current; a receiving coil adapted to inductively couple to a transmission coil external to the wirelessly powered device; a device positioning aid processor configured to: place the at least one component into a high electrical current consumption mode; and determine, based on placing the at least one component into a high electrical current consumption mode, an amount of electrical current induced in the receiving coil; and an indicator (500, 600), communicatively coupled to the device positioning aid processor, configured to provide, based on a determination of the amount of electrical current, an indication corresponding to the amount of electrical current, wherein the device positioning aid processor is configured to determine that the device is operating in a low electrical current consumption mode by determining that a power pack of the device is being charged in a constant voltage charging mode, and wherein the device positioning aid processor is further configured to place at least one component into a high electrical current consumption mode based on the determination that the device is operating in a low electrical current consumption mode. at least one component operable to consume current; a receiving coil adapted to inductively couple to a transmission coil external to the wirelessly powered device; a device positioning aid processor configured to: place the at least one component into a high electrical current consumption mode; and determine, based on placing the at least one component into a high electrical current consumption mode, an amount of electrical current induced in the receiving coil; and place the at least one component into a high electrical current consumption mode; and determine, based on placing the at least one component into a high electrical current consumption mode, an amount of electrical current induced in the receiving coil; and an indicator (500, 600), communicatively coupled to the device positioning aid processor, configured to provide, based on a determination of the amount of electrical current, an indication corresponding to the amount of electrical current, wherein the device positioning aid processor is configured to determine that the device is operating in a low electrical current consumption mode by determining that a power pack of the device is being charged in a constant voltage charging mode, and wherein the device positioning aid processor is further configured to place at least one component into a high electrical current consumption mode based on the determination that the device is operating in a low electrical current consumption mode.