mhurhangee/patent-ind-claim-en huggingface dataset:
A current collecting plate , comprising: a circular current collecting plate , a center of the circular current collecting plate is provided with a central area , an edge of the circular current collecting plate is provided with at least one notch , and circumferences of concentric circles outside the central area of the circular current collecting plate are respectively provided with liquid guiding holes , a diameter of the liquid guiding hole of the concentric circles on an outer circle on the circular current collecting plate is larger than that of the liquid guiding hole on the concentric circles on an inner circle on the circular current collecting plate , and each liquid guiding hole and the notch are configured for guiding liquid for to a battery electrode group at a bottom of the circular current collecting plate ; and wherein the circular current collecting plate is provided with a plurality of grooves , and a depth of each groove is greater than a thickness of the circular current collecting plate . a circular current collecting plate , a center of the circular current collecting plate is provided with a central area , an edge of the circular current collecting plate is provided with at least one notch , and circumferences of concentric circles outside the central area of the circular current collecting plate are respectively provided with liquid guiding holes , a diameter of the liquid guiding hole of the concentric circles on an outer circle on the circular current collecting plate is larger than that of the liquid guiding hole on the concentric circles on an inner circle on the circular current collecting plate , and each liquid guiding hole and the notch are configured for guiding liquid for to a battery electrode group at a bottom of the circular current collecting plate ; and wherein the circular current collecting plate is provided with a plurality of grooves , and a depth of each groove is greater than a thickness of the circular current collecting plate .
A method for use in connection with installing a cable into a conduit having a first end and a second end , to confirm whether air introduced into the conduit at the first end is flowing out of the conduit from the second end, the method comprising the steps of: substantially blocking the second end of the conduit with a device , so that when the air is introduced into the conduit its flow from the second end will be impeded; introducing a flow of air into the first end of the conduit; detecting a change in a property of the air within the conduit whereby it can be confirmed if the air is flowing to the second end, characterised in that the device comprises pressure sensitive means, the pressure sensitive means being displaced or ruptured when the pressure within the device exceeds a threshold value. substantially blocking the second end of the conduit with a device , so that when the air is introduced into the conduit its flow from the second end will be impeded; introducing a flow of air into the first end of the conduit; detecting a change in a property of the air within the conduit whereby it can be confirmed if the air is flowing to the second end, characterised in that the device comprises pressure sensitive means, the pressure sensitive means being displaced or ruptured when the pressure within the device exceeds a threshold value.
A method of producing a polyhydroxyalkanoate polymer, comprising the steps of: (a) subjecting wastewater comprising organic carbon and organic solids, to (i) microfiltration, thereby producing a permeate and a concentrate; and optionally further subjecting the first permeate to at least one process selected from (ii) ultrafiltration; and (iii) nanofiltration; wherein each of steps (ii) and (iii) produces a further permeate comprising organic carbon and a further concentrate, wherein the permeate of the final of steps (i), (ii) and (iii) is the final permeate; and the input for each of steps (ii) and (iii) is the permeate of the immediately preceding step; (b) subjecting the final permeate to reverse osmosis, thereby producing a final concentrate, wherein said final concentrate comprises organic carbon; (c) subjecting the final concentrate to a biological process comprising microbial aerobic digestion that produces a polyhydroxyalkanoate polymer, thereby producing a biomass comprising the polyhydroxyalkanoate polymer; and (d) isolating the polyhydroxyalkanoate polymer from the biomass. (a) subjecting wastewater comprising organic carbon and organic solids, to (i) microfiltration, thereby producing a permeate and a concentrate; and optionally further subjecting the first permeate to at least one process selected from (ii) ultrafiltration; and (iii) nanofiltration; wherein each of steps (ii) and (iii) produces a further permeate comprising organic carbon and a further concentrate, wherein the permeate of the final of steps (i), (ii) and (iii) is the final permeate; and the input for each of steps (ii) and (iii) is the permeate of the immediately preceding step; (i) microfiltration, thereby producing a permeate and a concentrate; and optionally further subjecting the first permeate to at least one process selected from (ii) ultrafiltration; and (iii) nanofiltration; (b) subjecting the final permeate to reverse osmosis, thereby producing a final concentrate, wherein said final concentrate comprises organic carbon; (c) subjecting the final concentrate to a biological process comprising microbial aerobic digestion that produces a polyhydroxyalkanoate polymer, thereby producing a biomass comprising the polyhydroxyalkanoate polymer; and (d) isolating the polyhydroxyalkanoate polymer from the biomass.
An apparatus comprising: a processing engine associated with an indirect memory fetch, IMF, unit ; fetch circuitry to fetch an IMF instruction having fields to specify a sparse operand array comprising N operands and a contiguous index array comprising N indices; and decode circuitry to decode the fetched IMF instruction ; wherein the processing engine is to respond to the decoded IMF instruction by initializing the IMF unit to load, in order, the N operands, probing the IMF unit to determine readiness of one or more loaded operands, fetching the one or more loaded operands from the IMF unit , and repeating the probing and fetching until all N operands have been fetched, and wherein the IMF unit is to read the N indices from the contiguous index array, read the N operands from the sparse operand array by issuing N read requests, two or more at a time, to N addresses calculated using the N indices, store the N operands in a memory , in order, and provide the N operands in order in response to fetch requests from the processing engine , wherein the IMF unit includes a first-in, first-out buffer, FIFO, in which to store the fetched operands, and further includes a ready head pointer to point to a next element to send to the processing engine , a ready tail pointer to point to an element after the last valid element, and a next free pointer to point to the next element of the FIFO that can be allocated for a new element fetched from the operand array. a processing engine associated with an indirect memory fetch, IMF, unit ; fetch circuitry to fetch an IMF instruction having fields to specify a sparse operand array comprising N operands and a contiguous index array comprising N indices; and decode circuitry to decode the fetched IMF instruction ; wherein the processing engine is to respond to the decoded IMF instruction by initializing the IMF unit to load, in order, the N operands, probing the IMF unit to determine readiness of one or more loaded operands, fetching the one or more loaded operands from the IMF unit , and repeating the probing and fetching until all N operands have been fetched, and wherein the IMF unit is to read the N indices from the contiguous index array, read the N operands from the sparse operand array by issuing N read requests, two or more at a time, to N addresses calculated using the N indices, store the N operands in a memory , in order, and provide the N operands in order in response to fetch requests from the processing engine , wherein the IMF unit includes a first-in, first-out buffer, FIFO, in which to store the fetched operands, and further includes a ready head pointer to point to a next element to send to the processing engine , a ready tail pointer to point to an element after the last valid element, and a next free pointer to point to the next element of the FIFO that can be allocated for a new element fetched from the operand array.
An asphalt composition comprising 0.1 to 10.0 wt.-% based on the total weight of the composition of a thermosetting reactive compound selected from the group consisting of polymeric MDI, epoxy resins and melamine formaldehyde resins, wherein at least 18% by weight based on the total weight of the composition are particles with a sedimentation coefficient above 5000 Sved in a white spirit solvent.
Bracket for connecting roof-mounted structures of a rail vehicle to the rail vehicle, which has at least one mounting flange , said mounting flange having at least one hole through which a screw can be fed, characterised in that the bracket has a sheet metal tongue which is oriented in relation to the hole of the mounting flange such that a slot nut with a receptacle for the screw is able to be positioned on said hole coaxial to the hole of the mounting flange , wherein a welding backing is provided for welding the bracket to the rail vehicle, to which the sheet metal tongue is connected and wherein the welding backing is integrally bonded to the bracket .
Pin staple , for the temporary assembly of at least two penetrated structural parts , consisting of a tubular main body extending along a longitudinal X axis and a bearing face intended to come in contact with a first face of the structural parts, a clamp capable of passing through the facing piercings, made in said parts, the clamp being mobile in translation following the longitudinal axis, driven by the rotation around the centreline of the pull rod with a tapped bore cooperating with a threaded end of said clamp, the clamp consisting of flexible branches each of which end with a snapping spout intended to come into contact with a final face of the structural parts, the said branches being capable of moving apart radially and progressively along a spacer , placed between the said branches and fixed to the main body , under the effect of the clamp backing up, the spacer having a transverse end locked against rotation in a locking groove formed in an element fixed relative to the main body, the clamp comprising at least one longitudinal groove capable of sliding over said transverse end when the clamp is moved relative to the main body and capable of blocking the rotation of said clamp relative to said transverse end, in which at least one slot separating two adjacent branches communicates with at least the longitudinal groove of the clamp, the clip being characterised in that the locking groove is formed in an internal part housed in an end portion of the main body, said internal part being fixed relative to said main body, and in that the inner part comprises a multi-fluted outer surface and the end part comprises a multi-fluted inner surface. the spacer having a transverse end locked against rotation in a locking groove formed in an element fixed relative to the main body, the clamp comprising at least one longitudinal groove capable of sliding over said transverse end when the clamp is moved relative to the main body and capable of blocking the rotation of said clamp relative to said transverse end, in which at least one slot separating two adjacent branches communicates with at least the longitudinal groove of the clamp, the clip being characterised in that the locking groove is formed in an internal part housed in an end portion of the main body, said internal part being fixed relative to said main body, and in that the inner part comprises a multi-fluted outer surface and the end part comprises a multi-fluted inner surface.
A battery module comprising a plurality of battery cells , a module housing storing the battery cells , and a gap-filling material loaded in the module housing , wherein the battery cell is in a flat shape having flat surfaces and includes a flexible film pouch storing battery elements; and the gap-filling material is made of a silicone elastic material containing a thermally conductive filler and having hardness of 80 or more in terms of E hardness complying with JIS K6253 or 60 or more in terms of A hardness complying with JIS K6253, wherein the silicone elastic material is formed by a cured material of an addition-reaction curable type silicone mixed from a main agent and curing agents, wherein the gap-filling material is loaded between the battery cells and between the battery cell and the module housing on one side in a direction intersecting a direction in which the battery cells are arrayed side by side with the flat surfaces of the battery cells facing each other, and covering 20 to 40% on the said one side of the battery cells , and adheres to the battery cells for retaining a space between the battery cells and for conducting heat generated by the battery cells to the module housing , wherein there is a gap in the portion of the module housing that is not filled with the gap-filling material . wherein the battery cell is in a flat shape having flat surfaces and includes a flexible film pouch storing battery elements; and the gap-filling material is made of a silicone elastic material containing a thermally conductive filler and having hardness of 80 or more in terms of E hardness complying with JIS K6253 or 60 or more in terms of A hardness complying with JIS K6253, wherein the silicone elastic material is formed by a cured material of an addition-reaction curable type silicone mixed from a main agent and curing agents, wherein the gap-filling material is loaded between the battery cells and between the battery cell and the module housing on one side in a direction intersecting a direction in which the battery cells are arrayed side by side with the flat surfaces of the battery cells facing each other, and covering 20 to 40% on the said one side of the battery cells , and adheres to the battery cells for retaining a space between the battery cells and for conducting heat generated by the battery cells to the module housing , wherein there is a gap in the portion of the module housing that is not filled with the gap-filling material .
An aircraft cargo handling system , comprising: a loadmaster control station including a controller ; a user interface communicatively coupled to the controller and configured to receive user-input weight data for one or more cargo units or one or more carriers for the one or more cargo units ; one or more sensors configured to detect weight data for the one or more cargo units ; and one or more transmitters coupled to the one or more sensors and configured to transmit the detected weight data to a data gateway device communicatively coupled to the controller , wherein the controller is configured to: receive the user-input weight data from the user interface ; receive the detected weight data from the data gateway device ; compare the user-input weight data to the detected weight data; and generate an alert when a difference between the user-input weight data and the detected weight data is greater than a threshold weight difference. a loadmaster control station including a controller ; a user interface communicatively coupled to the controller and configured to receive user-input weight data for one or more cargo units or one or more carriers for the one or more cargo units ; one or more sensors configured to detect weight data for the one or more cargo units ; and one or more transmitters coupled to the one or more sensors and configured to transmit the detected weight data to a data gateway device communicatively coupled to the controller , wherein the controller is configured to: receive the user-input weight data from the user interface ; receive the detected weight data from the data gateway device ; compare the user-input weight data to the detected weight data; and generate an alert when a difference between the user-input weight data and the detected weight data is greater than a threshold weight difference. receive the user-input weight data from the user interface ; receive the detected weight data from the data gateway device ; compare the user-input weight data to the detected weight data; and generate an alert when a difference between the user-input weight data and the detected weight data is greater than a threshold weight difference.
A stable aqueous formulation for intrathecal administration comprising an arylsulfatase A (ASA) protein at a concentration of more than 10 mg/ml, salt, a polysorbate surfactant and a buffering agent, wherein the salt is NaCl.
A lifting system (1-5) for lifting elongated objects comprising: a sensor device arranged to identify position and location of an elongated object, a lifting and rotating device , and a control unit for controlling the movement of said lifting and rotating device in response to signals from the sensor device which indicate the position and location of the object, characterized in that : said lifting and rotating device is provided with an elongated gripping device including a first gripping arm (4-1), and said control unit is configured to control the lifting and rotating device to insert a part of the first gripping arm into the object from one end of said object in order to lift and rotate the object with the inserted part, and wherein the lifting system further comprise a moving device arranged to be inserted under a middle section of the elongated object, lift the elongated object and move the elongated object transversally or axially. a sensor device arranged to identify position and location of an elongated object, a lifting and rotating device , and a control unit for controlling the movement of said lifting and rotating device in response to signals from the sensor device which indicate the position and location of the object, characterized in that : said lifting and rotating device is provided with an elongated gripping device including a first gripping arm (4-1), and said control unit is configured to control the lifting and rotating device to insert a part of the first gripping arm into the object from one end of said object in order to lift and rotate the object with the inserted part, and wherein said lifting and rotating device is provided with an elongated gripping device including a first gripping arm (4-1), and said control unit is configured to control the lifting and rotating device to insert a part of the first gripping arm into the object from one end of said object in order to lift and rotate the object with the inserted part, and wherein the lifting system further comprise a moving device arranged to be inserted under a middle section of the elongated object, lift the elongated object and move the elongated object transversally or axially.
A method of manufacturing a rotor blade component, in particular a rotor blade spar cap , for a rotor blade of a wind energy installation, wherein - a layer system is manufactured from a first layer of a first material and a second layer of a second material, wherein the second layer extends at least partially along a longitudinal direction (L) of the first layer and the second material has a smaller modulus of elasticity in the longitudinal direction (L) than the first material, - the layer system is bevelled at least at one end with the aid of at least one separation process in such a way that the second layer projects beyond the first layer at the at least one end of the layer system , and - the layer system is connected to at least one further layer system so as to form the rotor blade component characterized in that the layer system is bevelled at the at least one end with the aid of the at least one separation process in such a way that a part of the first and second materials is removed, so that the layer system has a bevelled end with an end surface which is inclined by a bevel angle (α) with respect to a contact surface between the first and second layers and extends over the entire thickness of the first layer and at least part of the second layer , so that the first layer tapers to a point at the bevel angle (α), while the second layer which projects beyond the first layer has a blunt end with an end face which is oriented perpendicular to the contact surface . - a layer system is manufactured from a first layer of a first material and a second layer of a second material, wherein the second layer extends at least partially along a longitudinal direction (L) of the first layer and the second material has a smaller modulus of elasticity in the longitudinal direction (L) than the first material, - the layer system is bevelled at least at one end with the aid of at least one separation process in such a way that the second layer projects beyond the first layer at the at least one end of the layer system , and - the layer system is connected to at least one further layer system so as to form the rotor blade component
A method comprising: obtaining , by a computer aided design or manufacturing program, a three dimensional model of a manufacturable object; generating , by the computer aided design or manufacturing program, toolpaths that are usable by a computer-controlled manufacturing system to manufacture at least a portion of the manufacturable object by providing at least a portion of the three dimensional model to a machine learning algorithm that employs reinforcement learning during training, wherein the machine learning algorithm includes one or more scoring functions that include rewards that correlate with desired toolpath characteristics comprising toolpath smoothness, toolpath length, and avoiding collision with the three dimensional model; and providing the toolpaths to the computer-controlled manufacturing system to manufacture at least the portion of the manufacturable object. obtaining , by a computer aided design or manufacturing program, a three dimensional model of a manufacturable object; generating , by the computer aided design or manufacturing program, toolpaths that are usable by a computer-controlled manufacturing system to manufacture at least a portion of the manufacturable object by providing at least a portion of the three dimensional model to a machine learning algorithm that employs reinforcement learning during training, wherein the machine learning algorithm includes one or more scoring functions that include rewards that correlate with desired toolpath characteristics comprising toolpath smoothness, toolpath length, and avoiding collision with the three dimensional model; and providing the toolpaths to the computer-controlled manufacturing system to manufacture at least the portion of the manufacturable object.