mhurhangee/ep-ind-claims huggingface dataset:
A unmanned aerial vehicle, comprising: an unmanned aerial vehicle main body comprising a battery compartment; four arms, wherein each arm is coupled to the main body; a propulsion assembly disposed on the each arm, a battery disposed in the battery compartment, the battery comprising a shell and a battery body substantially disposed in the shell; a clamp button disposed on the shell, wherein a first end of the clamp button is mounted to the shell and a second end of the clamp button is used for detachably connecting to the unmanned aerial vehicle; the second end of the clamp button being configured with a hook detachably hanging on the unmanned aerial vehicle; and wherein a groove is formed between the hook and a body of the clamp button, and wherein the battery compartment comprises a clipper configured to detachably connect to the clamp button; characterized in that the unmanned aerial vehicle further comprises: a restorable elastic piece, wherein a first end of the restorable elastic piece is coupled to the shell and a second end of the restorable elastic piece contacts the clamp button; wherein the restorable elastic piece is configured to reset the clamp button to a position to install the battery assembly within the unmanned aerial vehicle main body, the restorable elastic piece and the clamp button being two different separate components. an unmanned aerial vehicle main body comprising a battery compartment; four arms, wherein each arm is coupled to the main body; a propulsion assembly disposed on the each arm, a battery disposed in the battery compartment, the battery comprising a shell and a battery body substantially disposed in the shell; a clamp button disposed on the shell, wherein a first end of the clamp button is mounted to the shell and a second end of the clamp button is used for detachably connecting to the unmanned aerial vehicle; the second end of the clamp button being configured with a hook detachably hanging on the unmanned aerial vehicle; and wherein a groove is formed between the hook and a body of the clamp button, and wherein the battery compartment comprises a clipper configured to detachably connect to the clamp button; characterized in that the unmanned aerial vehicle further comprises: a restorable elastic piece, wherein a first end of the restorable elastic piece is coupled to the shell and a second end of the restorable elastic piece contacts the clamp button; wherein the restorable elastic piece is configured to reset the clamp button to a position to install the battery assembly within the unmanned aerial vehicle main body, the restorable elastic piece and the clamp button being two different separate components. a restorable elastic piece, wherein a first end of the restorable elastic piece is coupled to the shell and a second end of the restorable elastic piece contacts the clamp button; wherein the restorable elastic piece is configured to reset the clamp button to a position to install the battery assembly within the unmanned aerial vehicle main body, the restorable elastic piece and the clamp button being two different separate components.
A connection box including a body and a cover disposed on said body, said box further including a closing latch assembled with said cover and, when said connection box is closed, with said body and having an orifice accommodating a lock, and according to which an external wall of said cover is provided with at least one guide slide (22, 24) in which said closing latch is adapted to slide, and characterized in that said body includes at least one handle and said closing latch includes at least one finger which, when said housing is closed, passes through said at least one handle, and in that the lock engages with a locking element provided on the external wall of said cover to prevent the sliding of the closing latch so as to lock the closure of said box when said box is closed.
An injectable dosage formulation comprising between 1.0 and 2.7 x 10 7 cells/mL diluent, wherein at least 98% of the cells in the formulation are autologous human fibroblast cells, and at least 85% of which are viable, optionally wherein the formulation comprises a cryopreservation medium.
An imaging device configured to image a sample, comprising at least: - a first light source configured to emit a light; - a light deflection device configured to deflect the light intended to be emitted by the first light source towards the sample, comprising a material portion provided with a first main face intended to be arranged opposite the sample, a second main face opposite to the first main face, and a first lateral face towards which the light is intended to be emitted by the first light source; one amongst the first and second main faces (108, 110) being provided with oblique portions with respect to the other one amongst the first and second main faces (108, 110) and each configured to deflect a portion of the received light towards the sample, and with planar portions parallel to the other one amongst the first and second main faces (108, 110) and configured to let the light backscattered by the sample pass; - an imager comprising a plurality of pixels and having a detection face arranged opposite the second main face of the light deflection device and intended to receive the light backscattered by the sample; characterised in that each pixel of the imager is arranged opposite one of the planar portions of said one amongst the first and second main faces (108, 110). - a first light source configured to emit a light; - a light deflection device configured to deflect the light intended to be emitted by the first light source towards the sample, comprising a material portion provided with a first main face intended to be arranged opposite the sample, a second main face opposite to the first main face, and a first lateral face towards which the light is intended to be emitted by the first light source; one amongst the first and second main faces (108, 110) being provided with oblique portions with respect to the other one amongst the first and second main faces (108, 110) and each configured to deflect a portion of the received light towards the sample, and with planar portions parallel to the other one amongst the first and second main faces (108, 110) and configured to let the light backscattered by the sample pass; - an imager comprising a plurality of pixels and having a detection face arranged opposite the second main face of the light deflection device and intended to receive the light backscattered by the sample;
An aerosol generator comprising: an aperture plate comprising a circumferential rim and a support for the aperture plate, wherein the support is annular, and the aperture plate rim overlaps an internal edge of the annular support, a vibration generator mounted on the annular support radially outwardly of the aperture plate, and wherein the aperture plate is bonded to the support by an adhesive, characterized in that, said adhesive is anchored in anchor grooves in the aperture plate, the anchor grooves are in the circumferential rim having a circumferential aperture plate edge, and in that the anchor grooves are radially arranged in said aperture plate rim. an aperture plate comprising a circumferential rim and a support for the aperture plate, wherein the support is annular, and the aperture plate rim overlaps an internal edge of the annular support, a vibration generator mounted on the annular support radially outwardly of the aperture plate, and wherein the aperture plate is bonded to the support by an adhesive, characterized in that, said adhesive is anchored in anchor grooves in the aperture plate, the anchor grooves are in the circumferential rim having a circumferential aperture plate edge, and in that the anchor grooves are radially arranged in said aperture plate rim.
An energy storage system (10, 110) comprising: a cell (11, 111) defining a flow chamber (18, 24) and having first and second electrodes (20, 26, 122, 124), an ion-permeable separator (16, 127) disposed between the electrodes for allowing ions to pass from one side of the separator to another side of the separator and a deposition facilitating structure (22, 28, 68, 69) disposed between the separator and one of the electrodes for facilitating deposition of material on the one electrode, the deposition facilitating structure comprising first and second outer layers (32, 34, 72, 74, 80, 82) and an intermediate support arrangement (30, 70, 78) positioned between the outer layers and connected to the outer layers; and an electrolyte supply arrangement (12, 14) for supplying electrolyte to the flow chamber. a cell (11, 111) defining a flow chamber (18, 24) and having first and second electrodes (20, 26, 122, 124), an ion-permeable separator (16, 127) disposed between the electrodes for allowing ions to pass from one side of the separator to another side of the separator and a deposition facilitating structure (22, 28, 68, 69) disposed between the separator and one of the electrodes for facilitating deposition of material on the one electrode, the deposition facilitating structure comprising first and second outer layers (32, 34, 72, 74, 80, 82) and an intermediate support arrangement (30, 70, 78) positioned between the outer layers and connected to the outer layers; and an electrolyte supply arrangement (12, 14) for supplying electrolyte to the flow chamber.
Method for determining available parking spaces in HGV parking areas and for notifying HGV drivers, comprising at least one central server and a multiplicity of HGVs (4, 5, 6, 8) which cooperate in the method and are connected via a wireless bidirectional communication device by means of a server module and a HGV module carried in each HGV (4, 5, 6, 8), wherein position data and information relating to the capacity of HGV parking areas are stored and/or generated in the central server, position data relating to the parking position are respectively captured in a parked HGV (4, 5, 6) and are transmitted to the server, the server uses such position data relating to a plurality of HGVs (4, 5, 6) to determine the number of parked HGVs (4, 5, 6) cooperating in the method in accordance with occupied parking spaces in a particular HGV parking area and determines a probability of possibly available parking spaces by means of a comparison with the server data relating to the capacity, the server communicates information relating to the probability of available parking spaces in this HGV parking area to drivers of HGVs cooperating in the method, driving time information comprising an imminent end of a rest time is transmitted from the parked HGVs (4, 5, 6) to the server, which driving time information is used to calculate the probability of one or more available parking spaces in a particular subsequent period, and wherein this probability is greater, the sooner a rest time for a currently parked driver ends and the latter probably soon drives on and vacates the parking space, and/or wherein this probability is greater, the more drivers with a rest time ending soon there are in the parking area and will soon drive on.
An orthogonal frequency division multiplexing (OFDM) transmitting system comprising: a data processing unit arranged to generate a transmission signal using a plurality of tones comprising reserved tones; a storage unit arranged to store Peak Reduction Kernel information entries corresponding to types of data symbols changing according to a preset sequence; and a compensation unit arranged to retrieve from the storage unit one of the stored Peak Reduction Kernel information entries matching a type of data symbol to be transmitted and cause the retrieved one of the stored Peak Reduction Kernel information entries to be carried by the reserved tones contained in the transmission signal. a data processing unit arranged to generate a transmission signal using a plurality of tones comprising reserved tones; a storage unit arranged to store Peak Reduction Kernel information entries corresponding to types of data symbols changing according to a preset sequence; and a compensation unit arranged to retrieve from the storage unit one of the stored Peak Reduction Kernel information entries matching a type of data symbol to be transmitted and cause the retrieved one of the stored Peak Reduction Kernel information entries to be carried by the reserved tones contained in the transmission signal.
Carabiner (100, 200) with a main body containing a gate opening, a gate part which can be received in the gate opening, said gate part being connected at one end swivellingly with the main body, and a locking device which, in a locked position, locks the gate part together with the main body, thus preventing a swivelling of the gate part, wherein the locking device comprises an operating section which can be rotated around the longitudinal axis of the gate part in order to unlock same, wherein the operating section is configured, starting out from the locked position, to be rotatable in a clockwise direction into a first rotation position and in an anticlockwise direction (U') into a second rotation position, wherein a swivelling of the gate part is enabled in both rotation positions, characterised by a first pre-loading part which can be pre-loaded by rotating it in a clockwise direction and a second pre-loading part which can be pre-loaded by rotating it in an anticlockwise direction.
A circuit board, comprising: a board body; an electronic component, soldered to a surface of the board body by using soldering tin, wherein a solder leg is formed on the surface of the board body; and a reaction particle, disposed on the surface of the board body and adjacent to the solder leg, wherein when the circuit board is energized and in an environment with water, the reaction particle reacts with the solder leg to form an insoluble protection layer on an outer surface of the solder leg, and the insoluble protection layer isolates the solder leg from water, wherein the reaction particle is a compound, and anionic reducibility of the compound is higher than that of tin, and wherein the reaction particle is dissolvable in water. a board body; an electronic component, soldered to a surface of the board body by using soldering tin, wherein a solder leg is formed on the surface of the board body; and a reaction particle, disposed on the surface of the board body and adjacent to the solder leg, wherein when the circuit board is energized and in an environment with water, the reaction particle reacts with the solder leg to form an insoluble protection layer on an outer surface of the solder leg, and the insoluble protection layer isolates the solder leg from water, wherein the reaction particle is a compound, and anionic reducibility of the compound is higher than that of tin, and wherein the reaction particle is dissolvable in water.
A method for generating a control signal to a conveyor system, the conveyor system configured to serve at least a plurality of robots (150A, 150B), characterized in that the method comprising: generating, by a data center, a service call for a first robot to a control entity of the conveyor system and providing information relating to the service call to the first robot by providing a task to the first robot, receiving, in a control entity of the conveyor system, the service call for the first robot from the data center, the service call is associated with a priority of the first robot, the priority of the first robot being dependent on the task defined for the first robot, determining, by the control entity of the conveyor system, the priority of the first robot, the priority of the first robot is associated with the service call, and generating, by the control entity of the conveyor system, a control signal to serve the received service call for the first robot in accordance with the determined priority of the first robot. generating, by a data center, a service call for a first robot to a control entity of the conveyor system and providing information relating to the service call to the first robot by providing a task to the first robot, receiving, in a control entity of the conveyor system, the service call for the first robot from the data center, the service call is associated with a priority of the first robot, the priority of the first robot being dependent on the task defined for the first robot, determining, by the control entity of the conveyor system, the priority of the first robot, the priority of the first robot is associated with the service call, and generating, by the control entity of the conveyor system, a control signal to serve the received service call for the first robot in accordance with the determined priority of the first robot.
Fan blade for an aircraft engine, including a leading edge, a trailing edge, a suction side, a pressure side and a blade tip, characterized in that - the fan blade has a large-area elastomer coating which takes up at least 20% of the surface of the suction side of the fan blade and whose thickness increases outwards in the radial direction at least section by section, such that the thickness of the elastomer coating either continuously increases with increasing radial height of the blade, or that the thickness of the elastomer coating remains constant after having reached a certain thickness, and - that the thickness of the elastomer coating increasing outwards at least section by section, is concomitant with a thickness decreasing outwards at least section by section or constantly of a metallic main body of the fan blade on which the elastomer coating is applied, so that the proportion of metal in the fan blade decreases with increasing radius. - the fan blade has a large-area elastomer coating which takes up at least 20% of the surface of the suction side of the fan blade and whose thickness increases outwards in the radial direction at least section by section, such that the thickness of the elastomer coating either continuously increases with increasing radial height of the blade, or that the thickness of the elastomer coating remains constant after having reached a certain thickness, and - that the thickness of the elastomer coating increasing outwards at least section by section, is concomitant with a thickness decreasing outwards at least section by section or constantly of a metallic main body of the fan blade on which the elastomer coating is applied, so that the proportion of metal in the fan blade decreases with increasing radius.
A method of making a sulfonate-based grease comprising: adding and mixing an amount of overbased calcium sulfonate containing amorphous calcium carbonate dispersed therein, an optional base oil, and one or more converting agents to form a pre-conversion mixture; converting the pre-conversion mixture to a converted mixture by heating until conversion of the amorphous calcium carbonate to crystalline calcium carbonate has occurred; and adding and mixing an amount of overbased magnesium sulfonate with the pre-conversion mixture, or the pre-conversion mixture and the converted mixture, wherein the amount of overbased calcium sulfonate is 10-45% by weight of the final grease and the amount of overbased magnesium sulfonate is 0.1-30% by weight of the final grease, wherein the weight to weight ratio of total overbased calcium sulfonate to total overbased magnesium sulfonate is between 60:40 to 99:1, and wherein the converting agent includes water, alcohols, ethers, glycols, glycol ethers, glycol polyethers, carboxylic acids, inorganic acids, organic nitrates, and polyhydric alcohols. adding and mixing an amount of overbased calcium sulfonate containing amorphous calcium carbonate dispersed therein, an optional base oil, and one or more converting agents to form a pre-conversion mixture; converting the pre-conversion mixture to a converted mixture by heating until conversion of the amorphous calcium carbonate to crystalline calcium carbonate has occurred; and adding and mixing an amount of overbased magnesium sulfonate with the pre-conversion mixture, or the pre-conversion mixture and the converted mixture, wherein the amount of overbased calcium sulfonate is 10-45% by weight of the final grease and the amount of overbased magnesium sulfonate is 0.1-30% by weight of the final grease, wherein the weight to weight ratio of total overbased calcium sulfonate to total overbased magnesium sulfonate is between 60:40 to 99:1, and wherein the converting agent includes water, alcohols, ethers, glycols, glycol ethers, glycol polyethers, carboxylic acids, inorganic acids, organic nitrates, and polyhydric alcohols.
Autonomous, flexible production system with a set of production machines and a transportation system for carrying out the material flows between the machines in which the production machines can be flexibly connected/disconnected to a production process, characterised in that said system comprises - means for finding all possible production process variants for a given product that are compatible with the restrictions on the ordering of production operations and involve machines with the right capabilities and appropriate logistical connections between them; - means for characterizing process variants by a chosen allowed ordering of operations and by an allowed assignment of machines to the operations; - means for finding an optimized schedule for the order stack by selecting one process for each order in the stack and setting up a time schedule for all these processes that is optimal with respect to a certain evaluation function, - means for presenting all possible production process variants for a given product or - if there has been no possible production process been found, - means for presenting the possible reasons for unproducibility. - means for finding all possible production process variants for a given product that are compatible with the restrictions on the ordering of production operations and involve machines with the right capabilities and appropriate logistical connections between them; - means for characterizing process variants by a chosen allowed ordering of operations and by an allowed assignment of machines to the operations; - means for finding an optimized schedule for the order stack by selecting one process for each order in the stack and setting up a time schedule for all these processes that is optimal with respect to a certain evaluation function, - means for presenting all possible production process variants for a given product or - if there has been no possible production process been found, - means for presenting the possible reasons for unproducibility.
A low-profile electronic component housing with an electronic component includable within the housing, the housing comprising: a body comprising a cavity configured for housing the electronic component; a lid secured to the body, the lid comprising an extension portion that extends into the cavity of the body from a lateral portion of the lid; a wire; and a terminal configured to be electrically coupled to the electronic component by way of the wire, wherein a minimum creepage path is disposed between the terminal and the electronic component, the minimum creepage path comprising a distance between the terminal and the electronic component as measured along a surface of insulation, and wherein the minimum creepage path extends along the extension portion of the lid. a body comprising a cavity configured for housing the electronic component; a lid secured to the body, the lid comprising an extension portion that extends into the cavity of the body from a lateral portion of the lid; a wire; and a terminal configured to be electrically coupled to the electronic component by way of the wire, wherein a minimum creepage path is disposed between the terminal and the electronic component, the minimum creepage path comprising a distance between the terminal and the electronic component as measured along a surface of insulation, and wherein the minimum creepage path extends along the extension portion of the lid.