mhurhangee/ep-ind-claims huggingface dataset:
A solar cell module comprising: two or more solar cells (1a, 1b) that are adjacent to each other; a connection member that electrically connects the solar cells (1a, 1b) to each other; and a solder layer that is disposed between a solar cell (1a, 1b) and the connection member, wherein a first opening hole and a second opening hole are formed at a connection portion of the connection member corresponding to a first solar cell and a second solar cell, respectively, the first opening hole and the second opening hole are configured to have solder deposited therein, first protruding portions and second protruding portions protruding toward the solar cell side are formed at a part of an outer periphery of each of the first opening hole and the second opening hole of the connection member, and the first opening hole and the second opening hole are formed to include a central line in a longitudinal direction of the connection member, respectively, the first protruding portions and the second protruding portions protrude in a same direction at a part of the outer periphery so that the first opening hole and the second opening hole are formed in regions including the central line in the longitudinal direction of the connection member, and characterized in that a height of the first protruding portions (3 a) and the second protruding portions is from 50 μm to 1 mm; wherein, the first protruding portions and the second protruding portions are provided in such a manner that the vertex of the first protruding portions and the second protruding portions are close to the first opening hole side and the second opening hole side in relation to a peripheral edge end part of the longitudinal direction of the connection member. two or more solar cells (1a, 1b) that are adjacent to each other; a connection member that electrically connects the solar cells (1a, 1b) to each other; and a solder layer that is disposed between a solar cell (1a, 1b) and the connection member,
An implant support (12; 212; 412) comprising; a first portion defining a longitudinal axis; a second portion including at least one arm extending from the first portion, the at least one arm including a part; and an extension being engageable with the at least one arm to move the at least one arm between a first position and a second position such that the part is disposed to releasably engage an implant (132; 160), characterized in that the implant support (12; 212; 412) further comprises a lock disposed with the first portion and connected with the extension, the lock being biased from a first configuration to a second configuration to engage the first portion and resist disengagement of the at least one arm from the second position, wherein the at least one arm includes a longitudinal guide member configured to support the lock, wherein the guide member facilitates axial translation of the lock relative to the first portion and is configured to prevent rotation of the lock relative to the first portion.
A fixing device for fixing the fracture ends of the bones in a bone fracture, with at least two tensioning elements (2, 2', 2", 2a, 2b), each of which comprising a contoured body which is hollow when viewed from above, has a circumferential wall and includes two face sided receiving sections (6a, 6b) lying opposite to each other, at least one clamping sleeve, and at least two fixing means which can be positioned in the face sided receiving sections (6a, 6b), wherein the at least two tensioning elements (2, 2', 2", 2a, 2b) are positioned in relation to each other in such a way that one of the two face sided receiving sections of one of the tensioning elements and one of the two face sided receiving sections of the/a other tensioning element are aligned with the respective other and are penetrated by the clamping sleeve in such a way that both tensioning elements (2, 2', 2", 2a, 2b) are coupled to each other, characterized in that the clamping sleeve is an angle clamping sleeve (15, 15', 15"), and that the angle clamping sleeve (15, 15', 15") is connected with the at least two tensioning elements (2, 2', 2", 2a, 2b) in such a way that the latter lie in a predetermined angular position in relation to each other.
A mower apparatus comprising: a pair of left and right rotary blades that are driven to rotate around a vertical axis; a drive unit that transmits a driving force to the rotary blades; and a blade housing that covers an upper side and an outer-circumferential side of the rotary blades; an upper corner portion of the blade housing, the upper corner portion corresponding to a portion at which a deck upper face and an outer-circumferential wall face of the blade housing are connected to each other, and a curved face portion that curves toward rotation centers of the rotary blades, relative to the outer-circumferential wall face, the closer the curved face portion is to the deck upper face, the curved face portion being formed in the upper corner portion characterized in that the upper corner portion is constituted by a combination of divided corner members (45Ra, 45Rb, 45Rc, 45La, 45Lb, 45Lc) that are divided at a plurality of portions in a direction in which the rotary blades rotate and in that the curved face portion is formed in each of the divided corner members (45Ra, 45Rb, 45Rc, 45La, 45Lb, 45Lc). a pair of left and right rotary blades that are driven to rotate around a vertical axis; a drive unit that transmits a driving force to the rotary blades; and a blade housing that covers an upper side and an outer-circumferential side of the rotary blades; an upper corner portion of the blade housing, the upper corner portion corresponding to a portion at which a deck upper face and an outer-circumferential wall face of the blade housing are connected to each other, and a curved face portion that curves toward rotation centers of the rotary blades, relative to the outer-circumferential wall face, the closer the curved face portion is to the deck upper face, the curved face portion being formed in the upper corner portion characterized in that the upper corner portion is constituted by a combination of divided corner members (45Ra, 45Rb, 45Rc, 45La, 45Lb, 45Lc) that are divided at a plurality of portions in a direction in which the rotary blades rotate and in that the curved face portion is formed in each of the divided corner members (45Ra, 45Rb, 45Rc, 45La, 45Lb, 45Lc).
A cannula assembly comprising: a stepped cannula; and a reservoir comprising a material configured to be delivered through the cannula, wherein the stepped cannula has an exterior diameter, a distal end, a proximal end and a lumen extending between the proximal and distal ends, the stepped cannula comprising two or more co-axially disposed segments, each segment having an exterior diameter that defines the exterior diameter of the cannula, wherein the exterior diameter of the segments decreases from the proximal end to the distal end of the cannula and wherein the stepped cannula is adapted for delivery of the material to the central nervous system; and wherein the reservoir is operably connected to the lumen of the cannula, wherein the stepped cannula is adapted to fit a stereotactic frame and wherein the material configured to be delivered comprises an adeno-associated virus vector and wherein the material configured to be delivered is suitable for delivery to the central nervous system.
An immunogenic conjugate comprising a native Outer Membrane Vesicle (nOMV) having at least a surface protein moiety connected to at least an antigen by a divalent linker wherein said divalent linker is a homobifunctional linker.
A compartmentalized refrigerator comprising: a frame, a plurality of storage compartments; a controller; a control panel; each of the storage compartments comprises a drawer, a thermally-insulated receptacle and a climate-control unit; the thermally-insulated receptacle of each of the storage compartments being arranged into a cubby configuration by the frame; the drawer being slidably mounted into the thermally-insulated receptacle; the climate-control unit being mounted within the thermally-insulated receptacle; the climate-control unit of each of the storage compartments and the control panel being electronically connected to the controller; the controller being mounted within the frame; and the control panel being externally mounted to the frame; being the compartmentalized refrigerator characterized in that: the drawer comprises a door and a shelving rack; the shelving rack comprises a first rack end and a second rack end; the first rack end traversing into the thermally-insulated receptacle; and the door being connected adjacent to the second rack end; and wherein the shelving rack comprises a height-adjustment mechanism and a plurality of displaceable shelves; the height-adjustment mechanism being integrated into the door; and the plurality of displaceable shelves being attached along the height-adjustment mechanism. a frame, a plurality of storage compartments; a controller; a control panel; each of the storage compartments comprises a drawer, a thermally-insulated receptacle and a climate-control unit; the thermally-insulated receptacle of each of the storage compartments being arranged into a cubby configuration by the frame; the drawer being slidably mounted into the thermally-insulated receptacle; the climate-control unit being mounted within the thermally-insulated receptacle; the climate-control unit of each of the storage compartments and the control panel being electronically connected to the controller; the controller being mounted within the frame; and the control panel being externally mounted to the frame; being the compartmentalized refrigerator characterized in that: the drawer comprises a door and a shelving rack; the shelving rack comprises a first rack end and a second rack end; the first rack end traversing into the thermally-insulated receptacle; and the door being connected adjacent to the second rack end; and wherein the shelving rack comprises a height-adjustment mechanism and a plurality of displaceable shelves; the height-adjustment mechanism being integrated into the door; and the plurality of displaceable shelves being attached along the height-adjustment mechanism. the drawer comprises a door and a shelving rack; the shelving rack comprises a first rack end and a second rack end; the first rack end traversing into the thermally-insulated receptacle; and the door being connected adjacent to the second rack end; and wherein the shelving rack comprises a height-adjustment mechanism and a plurality of displaceable shelves; the height-adjustment mechanism being integrated into the door; and the plurality of displaceable shelves being attached along the height-adjustment mechanism.
A method for assessing the endometrium receptivity of a patient, comprising the steps consisting of: i) measuring the expression level of eleven genes in an endometrial biopsy sample obtained from said patient wherein said genes are MFAP5, ANGPTL1, PROK1, NLF2, LAMB3, BCL2L10, CD68, TRPC4, SORCS1, FST and KRT80; and ii) comparing the expression level of the genes in the endometrial biopsy sample with a control, wherein detecting an overexpression of the genes in the endometrial biopsy sample as compared to the control is indicative that the endometrium is receptive. i) measuring the expression level of eleven genes in an endometrial biopsy sample obtained from said patient wherein said genes are MFAP5, ANGPTL1, PROK1, NLF2, LAMB3, BCL2L10, CD68, TRPC4, SORCS1, FST and KRT80; and ii) comparing the expression level of the genes in the endometrial biopsy sample with a control, wherein detecting an overexpression of the genes in the endometrial biopsy sample as compared to the control is indicative that the endometrium is receptive.
A method for a mobile node to register with a home agent on a home network, the method comprising: registering with the home agent to establish a first Internet protocol tunnel between the home agent and a first foreign agent on a first foreign network; after the registering, detecting entry into a buffer zone that includes a portion of the first foreign network that extends into a second foreign network and a portion of a second foreign network that extends into the first foreign network, the second foreign network being served by a second foreign agent; in response to the detected entry, registering with the home agent to establish a second IP tunnel between the home agent and the second foreign agent while maintaining the first IP tunnel; and while located inside the buffer zone, the mobile node discarding datagrams from one of the first IP tunnel and the second IP tunnel and accepting datagrams from the home agent via the other of the first IP tunnel and the second IP tunnel. registering with the home agent to establish a first Internet protocol tunnel between the home agent and a first foreign agent on a first foreign network; after the registering, detecting entry into a buffer zone that includes a portion of the first foreign network that extends into a second foreign network and a portion of a second foreign network that extends into the first foreign network, the second foreign network being served by a second foreign agent; in response to the detected entry, registering with the home agent to establish a second IP tunnel between the home agent and the second foreign agent while maintaining the first IP tunnel; and while located inside the buffer zone, the mobile node discarding datagrams from one of the first IP tunnel and the second IP tunnel and accepting datagrams from the home agent via the other of the first IP tunnel and the second IP tunnel.
Method for providing feedback to a patient with regard to his/her breathing during radiotherapy, in particular in respiratory gating, wherein the patient is located in a room, wherein by means of room signals information is transmitted to the patient relating to his/her current breathing state and/or treatment instructions with regard to his/her breathing are transmitted, characterised in that the room signals are room light, in particular room colour(s), and/or a change of the brightness of a room light.
A staple cartridge assembly (1250; 1450; 1750), comprising: an elongated channel (1257; 1457; 1757); a staple cartridge (1220; 1420; 1720) insertable into the elongated channel for assembly therewith, wherein the staple cartridge comprises: a cartridge pan (1258; 1458; 1558; 1658); and a sled (1262; 1462; 1762) translatable relative to the cartridge pan from a first position toward a second position, characterised in that the elongated channel comprises first retaining features (1270a, 1270b; 1470a, 1470b; 1770), wherein the first retaining features are configured to resist a movement by the sled beyond the first position up to a predetermined force. an elongated channel (1257; 1457; 1757); a staple cartridge (1220; 1420; 1720) insertable into the elongated channel for assembly therewith, wherein the staple cartridge comprises: a cartridge pan (1258; 1458; 1558; 1658); and a sled (1262; 1462; 1762) translatable relative to the cartridge pan from a first position toward a second position, characterised in that the elongated channel comprises first retaining features (1270a, 1270b; 1470a, 1470b; 1770), wherein the first retaining features are configured to resist a movement by the sled beyond the first position up to a predetermined force.
A sensing device arrangement for a fuel storage system comprising at least one storage tank, a plurality of sensing devices (76a - 77d, 82a - 82d) positioned in or around the at least one storage tank, and a controller in electrical communication with the plurality of sensing devices (76a - 77d, 82a - 82d), characterized in that the controller is configured to communicate with each sensing device (76a - 77d, 82a - 82d) of the plurality of sensing devices on a single bi-directional data line, (72c, 74c) in that an asynchronous communications protocol is used to transmit data over the single bi-directional data line (72c, 74c), and in that the electrical communication comprises a multi-drop configuration of the plurality of sensing devices (76a - 77d, 82a - 82d) communicating over the single bi-directional line (72c, 74c).
System for limiting the engine torque of a motor vehicle with a four-wheel-drive traction system, comprising a torque-transfer actuator controlled and configured to distribute the engine torque to the drive wheels, computing means for computing at least one variable characteristic of the operation of the vehicle, and a module for limiting the engine torque as a function of said variables, the engine torque limitation module comprising means for generating an engine torque limitation setpoint intended for the actuator, and means for deactivating the engine torque limitation module as a function of the variables characteristic of the operation of the engine, characterized in that the deactivation means are capable of generating a first deactivation signal for an immediate deactivation of the engine torque limitation module and a second deactivation signal for a progressive deactivation of the engine torque limitation module.
A fluid ejection apparatus comprising: a plurality of drop ejectors (116, 216, 316); and a print head die (114, 338) having a fluid feed slot formed therein, the print head die having a length and a width, wherein the fluid feed slot extends along the length of the print head die (114, 338), between a first end (336, 338) and a second end (342, 442) of the print head die (114, 338), to supply a fluid to the plurality of drop ejectors (116, 216, 316); the print head die further including: control circuitry adjacent to at least one side of the fluid feed slot along the length of the print head die to control ejection of drops of fluid from the plurality of drop ejectors (116, 216, 316); a single power supply connector (122, 322, 422) at the first end (336, 338) of the print head die (114, 338) to supply power to the control circuitry; and a ground connector (346, 446) at the second end (342, 442), opposite the first end (336, 338), of the print head die (114, 338) to connect the control circuitry to ground. a plurality of drop ejectors (116, 216, 316); and a print head die (114, 338) having a fluid feed slot formed therein, the print head die having a length and a width, wherein the fluid feed slot extends along the length of the print head die (114, 338), between a first end (336, 338) and a second end (342, 442) of the print head die (114, 338), to supply a fluid to the plurality of drop ejectors (116, 216, 316); the print head die further including: control circuitry adjacent to at least one side of the fluid feed slot along the length of the print head die to control ejection of drops of fluid from the plurality of drop ejectors (116, 216, 316); a single power supply connector (122, 322, 422) at the first end (336, 338) of the print head die (114, 338) to supply power to the control circuitry; and a ground connector (346, 446) at the second end (342, 442), opposite the first end (336, 338), of the print head die (114, 338) to connect the control circuitry to ground. control circuitry adjacent to at least one side of the fluid feed slot along the length of the print head die to control ejection of drops of fluid from the plurality of drop ejectors (116, 216, 316); a single power supply connector (122, 322, 422) at the first end (336, 338) of the print head die (114, 338) to supply power to the control circuitry; and a ground connector (346, 446) at the second end (342, 442), opposite the first end (336, 338), of the print head die (114, 338) to connect the control circuitry to ground.
A method of making a sulphurised calcium phenate detergent comprising the steps of: (i) reacting one or more alkyl phenol materials comprising hydrogenated distilled cashew nut shell liquid with first defined amounts of a calcium salt and of a di- or poly-hydric alcohol, with sulphur in the presence of a solvent; and (ii) reacting the product of step (i) with second defined amounts of the calcium salt and of the di- or poly-hydric alcohol and carbonating the product; the total amount of calcium salt and of alcohol being such as to provide a sulphurised calcium phenate of desired TBN; and wherein the first amount of each of the calcium salt and of the alcohol in step (i), relative to its total amount in the method, being less than 50, expressed as a molar percentage; and wherein the molar percentage of the first amount of each of the calcium salt and of the alcohol is not less than 5, expressed as molar percentages of their total amounts. (i) reacting one or more alkyl phenol materials comprising hydrogenated distilled cashew nut shell liquid with first defined amounts of a calcium salt and of a di- or poly-hydric alcohol, with sulphur in the presence of a solvent; and (ii) reacting the product of step (i) with second defined amounts of the calcium salt and of the di- or poly-hydric alcohol and carbonating the product;
System for detecting receivers, comprising: - at least one receiver, - a container having a volume, the container being suitable for containing the receiver within its volume, - an antenna suitable for emitting a primary wave (W 1) in the volume, and for receiving a secondary wave (W 2) emitted by the receiver in the volume in response to reception of the primary wave, - a controller connected to the antenna, the controller being suitable for controlling the emission of the primary wave and for detecting the receiver via the received secondary wave, characterized in that the system further comprises adjustable elements having an impedance which can be modified in order to change the manner in which the primary wave is reflected and/or transmitted by the adjustable element, the number N of adjustable elements being greater than or equal to two, and wherein: - the adjustable elements are controlled by a control wave (W c) emitted by the controller, - the adjustable elements are attached to the container at a plurality of different positions, - some adjustable elements comprise an energy recovery device for recovering energy from the primary wave and/or from the control wave in order to power themselves, and - each adjustable element comprises a control wave reception device which decodes an adjustment parameter contained in said control wave, said adjustment parameter being intended for the adjustable element so that the adjustable element controls its impedance. - at least one receiver, - a container having a volume, the container being suitable for containing the receiver within its volume, - an antenna suitable for emitting a primary wave (W 1) in the volume, and for receiving a secondary wave (W 2) emitted by the receiver in the volume in response to reception of the primary wave, - a controller connected to the antenna, the controller being suitable for controlling the emission of the primary wave and for detecting the receiver via the received secondary wave, - the adjustable elements are controlled by a control wave (W c) emitted by the controller, - the adjustable elements are attached to the container at a plurality of different positions, - some adjustable elements comprise an energy recovery device for recovering energy from the primary wave and/or from the control wave in order to power themselves, and - each adjustable element comprises a control wave reception device which decodes an adjustment parameter contained in said control wave, said adjustment parameter being intended for the adjustable element so that the adjustable element controls its impedance.