mhurhangee/ep-ind-claims huggingface dataset:
Current breaking device for high voltage direct current, comprising: - first and second terminals (101, 102); - a main conduction line and a secondary conduction line being connected in parallel between the first and second terminals; - the main conduction line comprising a first controlled switch and connected in series with a circuit including, connected in parallel, a first capacitor and a current limiter configured to maintain the current passing through it at a level less than or equal to a limiting current; - the secondary conduction line comprising a second controlled switch, the main and secondary conduction lines forming an oscillating circuit at the terminals of the first controlled switch when the first and second controlled switches are closed, with an oscillation amplitude at least equal to the limiting current of the current limiter when this current limiter circuit is passed through by said limiting current; - a control circuit having a first mode of operation in which it is configured to keep the first switch closed and to keep the second switch open, and a second mode of operation in which it is configured to maintain an opening command for the first switch and maintain a closing command for the second switch. - first and second terminals (101, 102); - a main conduction line and a secondary conduction line being connected in parallel between the first and second terminals; - the main conduction line comprising a first controlled switch and connected in series with a circuit including, connected in parallel, a first capacitor and a current limiter configured to maintain the current passing through it at a level less than or equal to a limiting current; - the secondary conduction line comprising a second controlled switch, the main and secondary conduction lines forming an oscillating circuit at the terminals of the first controlled switch when the first and second controlled switches are closed, with an oscillation amplitude at least equal to the limiting current of the current limiter when this current limiter circuit is passed through by said limiting current; - a control circuit having a first mode of operation in which it is configured to keep the first switch closed and to keep the second switch open, and a second mode of operation in which it is configured to maintain an opening command for the first switch and maintain a closing command for the second switch.
A sulfuric acid adding facility for adding sulfuric acid to an autoclave used in a leaching step in a high pressure nickel oxide ore acid leaching method, the facility comprising: the same number (n+1) (n is an integer of 1 or more) of a plurality of sulfuric acid addition pipes for adding sulfuric acid into the autoclave and of a plurality of sulfuric acid supply pumps that are connected to the sulfuric acid addition pipes and supply sulfuric acid to the sulfuric acid addition pipes, wherein each of a first to (n+1)th sulfuric acid supply pumps includes three or more diaphragms and the same number of discharge ports as the number of the diaphragms, discharge ports of more than half of three or more diaphragms of a kth (k is an integer from 1 to n+1) sulfuric acid supply pump are connected to a kth sulfuric acid addition pipe, and discharge ports of remaining fewer than half of the three or more diaphragms are connected to sulfuric acid addition pipes other than the kth sulfuric acid addition pipe, and sulfuric acid addition pipes to which the discharge ports of the remaining fewer than half of the diaphragms of the kth sulfuric acid supply pump are connected other than the kth sulfuric acid addition pipe are connected to the discharge ports of diaphragms of the sulfuric acid supply pumps other than the kth sulfuric acid supply pump so as not to overlap with the sulfuric acid addition pipes to which the discharge ports of the remaining fewer than half of the diaphragms of the sulfuric acid supply pumps other than the kth sulfuric acid supply pump are connected. the same number (n+1) (n is an integer of 1 or more) of a plurality of sulfuric acid addition pipes for adding sulfuric acid into the autoclave and of a plurality of sulfuric acid supply pumps that are connected to the sulfuric acid addition pipes and supply sulfuric acid to the sulfuric acid addition pipes, wherein each of a first to (n+1)th sulfuric acid supply pumps includes three or more diaphragms and the same number of discharge ports as the number of the diaphragms, discharge ports of more than half of three or more diaphragms of a kth (k is an integer from 1 to n+1) sulfuric acid supply pump are connected to a kth sulfuric acid addition pipe, and discharge ports of remaining fewer than half of the three or more diaphragms are connected to sulfuric acid addition pipes other than the kth sulfuric acid addition pipe, and sulfuric acid addition pipes to which the discharge ports of the remaining fewer than half of the diaphragms of the kth sulfuric acid supply pump are connected other than the kth sulfuric acid addition pipe are connected to the discharge ports of diaphragms of the sulfuric acid supply pumps other than the kth sulfuric acid supply pump so as not to overlap with the sulfuric acid addition pipes to which the discharge ports of the remaining fewer than half of the diaphragms of the sulfuric acid supply pumps other than the kth sulfuric acid supply pump are connected.
A computer-implemented method for generating an electronic record for operating a robotics apparatus, the method comprising the steps of: providing sequences of pre-programmed instructions for mini-manipulations in a mini-manipulation library, wherein each mini-manipulation produces at least one functional result in a stage of preparing at least one food dish; sensing a sequence of observations corresponding to a chefs movements by a plurality of sensors as the chef prepares a food dish using ingredients and kitchen equipment or acquiring user input (142, 144, 146); detecting mini-manipulations in the sequence of observations or associated with the acquired user input, wherein a detected mini-manipulation corresponds to one or more observations in the sequence of observations or to the acquired user input, and the detected mini-manipulations correspond to the preparation of the food dish; transforming the sensed sequence of observations or the acquired user input into robotic instructions based on software-implemented methods for recognizing the sequences of pre-programmed instructions for the mini-manipulations detected in the sensed sequence of observations corresponding to the chefs movements or the acquired user input, the mini-manipulations each comprising a sequence of robotic instructions, and the robotic instructions including dynamic sensing operations and robotic action operations; and storing the detected mini-manipulations and their corresponding robotic instructions in electronic media as a respective electronic record for preparing the food dish. providing sequences of pre-programmed instructions for mini-manipulations in a mini-manipulation library, wherein each mini-manipulation produces at least one functional result in a stage of preparing at least one food dish; sensing a sequence of observations corresponding to a chefs movements by a plurality of sensors as the chef prepares a food dish using ingredients and kitchen equipment or acquiring user input (142, 144, 146); detecting mini-manipulations in the sequence of observations or associated with the acquired user input, wherein a detected mini-manipulation corresponds to one or more observations in the sequence of observations or to the acquired user input, and the detected mini-manipulations correspond to the preparation of the food dish; transforming the sensed sequence of observations or the acquired user input into robotic instructions based on software-implemented methods for recognizing the sequences of pre-programmed instructions for the mini-manipulations detected in the sensed sequence of observations corresponding to the chefs movements or the acquired user input, the mini-manipulations each comprising a sequence of robotic instructions, and the robotic instructions including dynamic sensing operations and robotic action operations; and storing the detected mini-manipulations and their corresponding robotic instructions in electronic media as a respective electronic record for preparing the food dish.
Support for handling motor vehicle doors, comprising: - a frame; - areas of contact with the door, fixed to the frame; contact areas with the door comprising: two lower contact zones (6, 8) each forming a notch adapted to receive a lower edge of the door; - a front contact area with a front face of the door; and - a lateral contact zone with a lateral face of the door, characterized in that, in the normal working position of said support, the two lower contact zones (6, 8) form a longitudinal direction of the lower edge of the door, which is inclined by at least 10° with respect to the horizontal so that the door tends by gravity to come into abutment with the front contact zone. - a frame; - areas of contact with the door, fixed to the frame; - a front contact area with a front face of the door; and - a lateral contact zone with a lateral face of the door, characterized in that, in the normal working position of said support, the two lower contact zones (6, 8) form a longitudinal direction of the lower edge of the door, which is inclined by at least 10° with respect to the horizontal so that the door tends by gravity to come into abutment with the front contact zone.
Pretensioner for a seat belt of a motor vehicle, comprising a strap portion, a means for winding the strap portion around a winding shaft (19, 36, 39, 40) and a controllable rotation pulse generator (18, 33) for the winding shaft (19, 36, 39, 40), characterized in that the said strap portion is an end portion of a ventral strap of the seat belt to be pretensioned and in that it comprises a guide rod (11, 35, 37), a means (12a-14a; 30-31) for translationally immobilizing the guide rod (11, 35, 37) with respect to a vehicle and a means (24-20-26; 24-25-26; 36-26; 38) for translationally guiding the said end portion of the ventral strap along the guide rod (11, 35, 37), the said translation guiding means being able to limit the radial distance separating the guide rod (11, 35, 37) from the end portion of the ventral strap when the rotation pulse generator (18, 33) is not activated.
Cable strain relief device (10, 11) for fibre optical cables with a receptacle and a plug-in element for clamping a cable part of the fibre optical cable, which is different from the optical fiber, by inserting the plug-in element into the receptacle, wherein the receptacle is one of a plurality of similar receptacles, which receptacles are formed in one piece with one another adjacent to one another, the plug-in element is designed for introducing the fibre optical cable into the plug-in element before inserting the plug-in element into the receptacle and the plug-in element and the receptacle are designed for insertion in the local line direction of the optical fiber, wherein the local line direction is the direction prevailing within the plug-in element, characterized in that the plug-in element has a snap-in hook for latching the plug-in element in the receptacle. a receptacle and a plug-in element for clamping a cable part of the fibre optical cable, which is different from the optical fiber, by inserting the plug-in element into the receptacle, wherein the receptacle is one of a plurality of similar receptacles, which receptacles are formed in one piece with one another adjacent to one another, the plug-in element is designed for introducing the fibre optical cable into the plug-in element before inserting the plug-in element into the receptacle and the plug-in element and the receptacle are designed for insertion in the local line direction of the optical fiber, wherein the local line direction is the direction prevailing within the plug-in element, characterized in that the plug-in element has a snap-in hook for latching the plug-in element in the receptacle.
Dual-phase structure stainless steel sheet and steel strip characterized by containing, by mass%, C: 0.02 to 0.20%, Si: 0.10 to 1.0%, Mn: 0.20 to 2.0%, P: 0.040% or less, S: 0.010% or less, Cr: 15.0 to 18.0%, Ni: 0.5 to 2.5%, Sn: 0.05 to 0.30%, and N: 0.010 to 0.10%, optionally further containing, one or more of B: 0.0003 to 0.0050%, Cu: 0.30 to 2.0%, Mo: 0.30 to 2.0%, and Al: 0.01 to 0.1%, having a γp defined by the following formula (a) in the range of 60 to 95, having a balance of Fe and unavoidable impurities, having a ferrite and martensite dual-phase structure, and having a Vicker's hardness of 200HV or more: γ p = 420 C + 470 N + 23 Ni + 7 Mn + 9 Cu − 11.5 Cr − 11.5 Si − 12 Mo − 7 Sn − 49 Ti − 47 Nb − 52 Al + 189
Transport device for transporting and storage of articles and groups of articles, with a support plate, wherein rollers, feet or stacker receptacles are arranged on the underside of the support plate and wherein passages and/or threaded bores in a plurality are arranged in distribution over the support plate, wherein cheeks which project downwardly and which in turn are similarly furnished with passages and/or threaded bores, which are similarly arranged in a predetermined grid, can be provided in the region of the side edges of the support plate, wherein holding or securing means for the articles can be detachably secured in the passages and/or threaded bores, wherein the individual holding or securing means (6, 8) are formed to be angled, U-shaped, T-shaped or C-shaped and wherein tubes with round, oval or polygonal cross-section are inserted into the bores, characterised in that further tubes are plugged over these tubes, wherein the inner and the outer tubes have different lengths and wherein abutments for limitation of the insertion length are provided, which abutments are also constructed to be removable.
A method for resetting mobility parameters being associated with a handover procedure for a user equipment between a source cell and a target cell within a cellular network system, the cellular network system comprising the source cell and at least one neighboring target cell, wherein the handover procedure is initiated by a trigger value, wherein a trigger value is assigned to each of the at least one neighboring target cell in relation to the source cell, wherein the trigger value is dependent on mobility parameters being adaptable by a mobility robustness optimization algorithm and is dependent on mobility parameters being adaptable by a mobility load balancing algorithm, the method comprising resetting the mobility parameters for the mobility robustness optimization algorithm or the mobility load balancing algorithm, generating a message comprising information about the reset of the mobility parameters being associated with the mobility robustness optimization algorithm or the mobility load balancing algorithm and comprising information about the associated algorithm, and transmitting the message between the source cell and the at least one neighboring cell for resetting the mobility parameters of the associated algorithm based on the received message, the method characterized in that resetting the mobility parameters of the associated algorithm comprises invalidating a delta value, which has been generated by the associated algorithm, wherein the delta value has been generated by each of the mobility robustness optimization algorithm and the mobility load balancing algorithm, and wherein an effective delta value for the handover procedure between the source cell and the at least one neighboring target cell consists of a sum of the delta value of the mobility robustness optimization algorithm and the delta value of the mobility load balancing algorithm and wherein the trigger value for initiating the handover procedure is adapted by the effective delta value.
A formulation comprising a GLP-1 compound of SEQ ID NO: 2 and a delivery agent selected from the delivery agents 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, and 56, or a pharmaceutically acceptable salt thereof, as shown in the table below.
A user equipment, UE, receiving a radio resource control, RRC, request message of a serving high speed downlink shared channel, HS-DSCH, cell change, the UE characterised by: means for generating, in response to the receiving the RRC request message, a respective radio link control, RLC, status report for each acknowledge mode, AM, RLC instance mapped to a HS-DSCH transport channel. means for generating, in response to the receiving the RRC request message, a respective radio link control, RLC, status report for each acknowledge mode, AM, RLC instance mapped to a HS-DSCH transport channel.
Device for arranging a layer of material of predetermined height level on an underwater bottom, comprising a bearing frame provided with buoyancy regulating means (6, 60) configured to carry the bearing frame under water; with support means configured to place the bearing frame on an underwater bottom; and with a throughfeed unit for the material, wherein the throughfeed unit comprises an inlet along which the material is received and an outlet along which the material is deposited onto the underwater bottom, wherein the outlet of the throughfeed unit is movable relative to the bearing frame.
A chemiluminescent projectile having multi-spectral output, comprising: an insert having a first chemiluminescent light generating component separated from a second chemiluminescent light generating component via a breakable barrier, said first chemiluminescent light generating component comprising at least one oxalate ester and at least one fluorescer, said second chemiluminescent light generating component comprising at least one peroxide and at least one catalyst, said second chemiluminescent light generating component interacting with said first chemiluminescent light generating component to generate light; an inert ballast material surrounding said insert; at least one inorganic salt at a concentration sufficient to produce an exothermic reaction when said first and second chemiluminescent light generating components (22, 24) interact, said at least one inorganic salt forming part of said first chemiluminescent light generating component and being intermixed with said inert ballast material, or forming part of said second chemiluminescent light generating component and being intermixed with said inert ballast material; and a chemical dispersant visualizing agent constructed and arranged to disperse heat or chemical light reactions upon impact with a target in a vertical direction or plane, a horizontal direction or plane, or in vertical and horizontal directions or planes. an insert having a first chemiluminescent light generating component separated from a second chemiluminescent light generating component via a breakable barrier, said first chemiluminescent light generating component comprising at least one oxalate ester and at least one fluorescer, said second chemiluminescent light generating component comprising at least one peroxide and at least one catalyst, said second chemiluminescent light generating component interacting with said first chemiluminescent light generating component to generate light; an inert ballast material surrounding said insert; at least one inorganic salt at a concentration sufficient to produce an exothermic reaction when said first and second chemiluminescent light generating components (22, 24) interact, said at least one inorganic salt forming part of said first chemiluminescent light generating component and being intermixed with said inert ballast material, or forming part of said second chemiluminescent light generating component and being intermixed with said inert ballast material; and a chemical dispersant visualizing agent constructed and arranged to disperse heat or chemical light reactions upon impact with a target in a vertical direction or plane, a horizontal direction or plane, or in vertical and horizontal directions or planes.
A diagnostic device or kit for visual detection of bilirubin comprising a polymer membrane strip based bilirubin indicator having a chitosan stabilized gold nanoclusters based luminescence source treated by a Cu 2+ ions source to quench luminescence intensity of said gold nanoclusters; a UV source; and a variable luminescence intensity detector to visually indicate the quenched luminescence intensity in absence of liquid or solid phased bilirubin samples or the recovered luminescence intensity values in presence of liquid or solid phased bilirubin samples.
A combustor for a gas turbine engine comprising: a plurality of combustor swirlers; a support shell (68, 70); and a forward liner panel (72A, 74A) mounted to the support shell (68, 70) via a multiple of studs, the forward liner panel (72A,74A) including a stud free zone downstream of each respective combustor swirler characterised in that: the stud free zone is trapezoidal in shape, located toward an aft edge of the forward liner panel (72A, 74A and defined by a truncated triangle with a truncated apex located at combustor swirler. a plurality of combustor swirlers; a support shell (68, 70); and a forward liner panel (72A, 74A) mounted to the support shell (68, 70) via a multiple of studs, the forward liner panel (72A,74A) including a stud free zone downstream of each respective combustor swirler characterised in that: the stud free zone is trapezoidal in shape, located toward an aft edge of the forward liner panel (72A, 74A and defined by a truncated triangle with a truncated apex located at combustor swirler.