mhurhangee/ep-ind-claims huggingface dataset:
A device comprising a motorized cleaning head (100; 125; 150), the motorized cleaning head (100; 125; 150) comprising: a squeegee member (105; 133, 137; 152) with an elongated squeegee wall; and bristles (109, 111, 123; 143, 141, 138, 139; 159, 161); wherein the squeegee member (105; 133, 137; 153) and at least a portion of the motorized cleaning head (100; 125; 150) are configured to vibrate, the squeegee member (105; 133, 137; 153) being located on the portion of the motorized cleaning head (100; 125; 150) that is configured to vibrate; wherein the elongated squeegee wall is surrounded by at least a portion of the bristles (111, 123; 141, 138, 139; 161); characterized in that the elongated squeegee wall encircles at least a portion of the bristles (109; 143, 141; 159). a squeegee member (105; 133, 137; 152) with an elongated squeegee wall; and bristles (109, 111, 123; 143, 141, 138, 139; 159, 161); wherein the squeegee member (105; 133, 137; 153) and at least a portion of the motorized cleaning head (100; 125; 150) are configured to vibrate, the squeegee member (105; 133, 137; 153) being located on the portion of the motorized cleaning head (100; 125; 150) that is configured to vibrate; wherein the elongated squeegee wall is surrounded by at least a portion of the bristles (111, 123; 141, 138, 139; 161); characterized in that the elongated squeegee wall encircles at least a portion of the bristles (109; 143, 141; 159).
A modular battery (1; 1a; 1b) comprising a plurality of battery modules (2; 2a) and a battery electrical connector for electrically connecting in parallel the battery modules (2; 2a); each battery module (2; 2a) comprising n battery stacks or cells connected in series and a module electronic unit configured to control and manage the respective battery module (2; 2a) independently from the other battery modules (2; 2a); the modular battery (1; 1a; 1b) being characterized in that the cells in each battery module (2; 2a) are grouped into k equal groups; the battery module (2; 2a) comprising k casings, each of which houses a respective one of said groups, and two retaining elements arranged at respective ends of the battery module (2; 2a) to mutually retain the casings.
A host cell comprising nucleic acid encoding an anti-FGFR2IIIb antibody, wherein the host cell lacks a functional alpha-1,6-fucosytransferase gene, and wherein the anti-FGFR2IIIb antibody comprises heavy chain and light chain variable regions, wherein the heavy chain variable region comprises: (i) HVR-H1 comprising the amino acid sequence of SEQ ID NO: 6; (ii) HVR-H2 comprising the amino acid sequence of SEQ ID NO: 7; and (iii) HVR-H3 comprising the amino acid sequence of SEQ ID NO: 8; and the light chain variable region comprises: (iv) HVR-L1 comprising the amino acid sequence of SEQ ID NO: 9; (v) HVR-L2 comprising the amino acid sequence of SEQ ID NO: 10; and (vi) HVR-L3 comprising the amino acid sequence of SEQ ID NO: 11. (i) HVR-H1 comprising the amino acid sequence of SEQ ID NO: 6; (ii) HVR-H2 comprising the amino acid sequence of SEQ ID NO: 7; and (iii) HVR-H3 comprising the amino acid sequence of SEQ ID NO: 8; (iv) HVR-L1 comprising the amino acid sequence of SEQ ID NO: 9; (v) HVR-L2 comprising the amino acid sequence of SEQ ID NO: 10; and (vi) HVR-L3 comprising the amino acid sequence of SEQ ID NO: 11.
A compound having formula II: wherein R 1 is hydrogen or a group having the formula -C(=O)R 3, wherein R 3 is a C 1 -C 6 alkyl, wherein R 2 is a mono- or di-radical formed by removal of one or two of the hydrogen atoms depicted in either of the following structures: and n is 1 or 2; or a pharmaceutically acceptable salt thereof.
An information processing apparatus comprising: a status recognition unit configured to recognize a status of a reference apparatus on the basis of information recognized by one or more sensors of the reference apparatus, whereby the information processing apparatus serves as the reference apparatus, the reference apparatus serving as a reference when a behavior recognition mode, for determining a status of behavior of a user, is set in a second information processing apparatus (200A, 200B) acting as a setting target information processing apparatus; and a behavior-recognition-mode setting unit configured to set the behavior recognition mode for the second information processing apparatus (200A, 200B) for which the behavior recognition mode is to be set on the basis of the recognized status of the reference apparatus, wherein the behavior-recognition-mode setting unit is configured to set the behavior recognition mode for the second information processing apparatus (200A, 200B) further on the basis of behavior-recognition-result information obtained from a behavior recognition unit, the behavior-recognition-result information indicating a recognition result of behavior of a user of the reference apparatus, wherein the behavior-recognition-result information is recognized on the basis of detection values from one or more sensors of the reference apparatus. a status recognition unit configured to recognize a status of a reference apparatus on the basis of information recognized by one or more sensors of the reference apparatus, whereby the information processing apparatus serves as the reference apparatus, the reference apparatus serving as a reference when a behavior recognition mode, for determining a status of behavior of a user, is set in a second information processing apparatus (200A, 200B) acting as a setting target information processing apparatus; and a behavior-recognition-mode setting unit configured to set the behavior recognition mode for the second information processing apparatus (200A, 200B) for which the behavior recognition mode is to be set on the basis of the recognized status of the reference apparatus, wherein the behavior-recognition-mode setting unit is configured to set the behavior recognition mode for the second information processing apparatus (200A, 200B) further on the basis of behavior-recognition-result information obtained from a behavior recognition unit, the behavior-recognition-result information indicating a recognition result of behavior of a user of the reference apparatus, wherein the behavior-recognition-result information is recognized on the basis of detection values from one or more sensors of the reference apparatus.
Inerting device for a liquefied gas storage tank for a liquefied gas carrying vessel, comprising: - a liquefied gas storage tank including, successively, from the inside to the outside of the tank, a primary sealing membrane intended to be in contact with the liquefied gas, a primary thermally insulating barrier, a secondary sealing membrane, a secondary thermally insulating barrier and a supporting structure defining the general shape of the tank, said primary and secondary sealing membranes defining therebetween a primary insulation space containing the primary thermally insulating barrier, said primary thermally insulating barrier forming an inner shell around the tank, and said secondary sealing membrane and said supporting structure defining therebetween a secondary insulation space containing the secondary thermally insulating barrier, said secondary thermally insulating barrier forming an outer shell around the tank, each of the spaces being intended to be filled with an inert gas, and said tank being disposed between two sealed partitions and above a tank bottom, said sealed partitions and said tank bottom being part of said supporting structure, - means for supplying nitrogen to the primary and secondary spaces, and/or evacuating nitrogen from these spaces, characterized in that the inerting device including a drainage box located under the tank, which box being connected to a passage extending between the tank bottom and the outer shell so that fluids can flow by gravity from the tank bottom to the drainage box, in which said drainage box is in fluid communication with said passage and said secondary space, and in that said means for supplying and/or evacuating said secondary space include a nitrogen line which is connected to said drainage box so that the nitrogen supplying this space and/or evacuated from this space circulates through the drainage box. - a liquefied gas storage tank including, successively, from the inside to the outside of the tank, a primary sealing membrane intended to be in contact with the liquefied gas, a primary thermally insulating barrier, a secondary sealing membrane, a secondary thermally insulating barrier and a supporting structure defining the general shape of the tank, said primary and secondary sealing membranes defining therebetween a primary insulation space containing the primary thermally insulating barrier, said primary thermally insulating barrier forming an inner shell around the tank, and said secondary sealing membrane and said supporting structure defining therebetween a secondary insulation space containing the secondary thermally insulating barrier, said secondary thermally insulating barrier forming an outer shell around the tank, each of the spaces being intended to be filled with an inert gas, and said tank being disposed between two sealed partitions and above a tank bottom, said sealed partitions and said tank bottom being part of said supporting structure, - means for supplying nitrogen to the primary and secondary spaces, and/or evacuating nitrogen from these spaces,
Device for transport of ice cream cones in vertical position, comprising: a) a container, having dimensions such as to contain entirely and in vertical position one or more cones filled with ice cream, comprising at least one transverse partition, and b) one or more removable supports, resting on said transverse partition, said supports each having a hole, preferably central, and at least two foldable side wings, preferably opposite, whereby the side wings are arranged such that the supports can be removed together with an ice cream cone inserted into the hole by the side wings. a) a container, having dimensions such as to contain entirely and in vertical position one or more cones filled with ice cream, comprising at least one transverse partition, and b) one or more removable supports, resting on said transverse partition, said supports each having a hole, preferably central, and at least two foldable side wings, preferably opposite, whereby the side wings are arranged such that the supports can be removed together with an ice cream cone inserted into the hole by the side wings.
A passenger tracking system, comprising: one or more sensors for capturing sensor data; and a processing module in communication with the one or more sensors to receive the sensor data, where the processing module uses the sensor data to track an object and calculate passenger data associated with the tracked object, such that the passenger tracking system is arranged to track a passenger in the sensor data from an origin conveyance lobby to a destination conveyance lobby to generate a passenger traffic list; wherein a passenger is tracked in at least one of the origin conveyance lobby, a conveyance passenger enclosure and the destination conveyance lobby; and wherein a unique passenger identity is maintained during a passenger transition from at least one of the origin conveyance lobby to the conveyance passenger enclosure and the conveyance passenger enclosure to the destination conveyance lobby. one or more sensors for capturing sensor data; and a processing module in communication with the one or more sensors to receive the sensor data, where the processing module uses the sensor data to track an object and calculate passenger data associated with the tracked object, such that the passenger tracking system is arranged to track a passenger in the sensor data from an origin conveyance lobby to a destination conveyance lobby to generate a passenger traffic list; wherein a passenger is tracked in at least one of the origin conveyance lobby, a conveyance passenger enclosure and the destination conveyance lobby; and wherein a unique passenger identity is maintained during a passenger transition from at least one of the origin conveyance lobby to the conveyance passenger enclosure and the conveyance passenger enclosure to the destination conveyance lobby.
A knob assembly, comprising: a supporting frame fastened to an inner side of a front panel; an actuating member coupled rotatably to the support frame; a knob ring body which forms an appearance of the knob ring, provides a protrusion in an upper center, and is rotatably operated by a user; a knob rotatably operated by the user independently separately with the knob ring; a knob ring sensor which senses a rotation operation of the knob ring body; and a display device; characterized in that the knob assembly further comprises a knob ring back plate coupled to rotate with the actuating member integrally in an outer surface of the front panel; the knob ring body being fastened to the knob ring back plate; the display device being arranged between the protrusion of the knob ring body and displays information set by the operation of the knob ring sensor; and wherein the knob which is coupled in an outer surface of the knob ring and connected to a valve shaft. a supporting frame fastened to an inner side of a front panel; an actuating member coupled rotatably to the support frame; a knob ring body which forms an appearance of the knob ring, provides a protrusion in an upper center, and is rotatably operated by a user; a knob rotatably operated by the user independently separately with the knob ring; a knob ring sensor which senses a rotation operation of the knob ring body; and a display device; characterized in that the knob assembly further comprises a knob ring back plate coupled to rotate with the actuating member integrally in an outer surface of the front panel; the knob ring body being fastened to the knob ring back plate; the display device being arranged between the protrusion of the knob ring body and displays information set by the operation of the knob ring sensor; and wherein the knob which is coupled in an outer surface of the knob ring and connected to a valve shaft.
A handover method, performed by a source base station, comprising: determining a target cell for a user equipment, UE; transmitting a handover request message to a target base station where the target cell is located, the handover request message carrying first indication information, wherein the first indication information is for indicating a suggestion of not establishing a dual connectivity between the target cell and the UE; receiving a handover response message sent by the target base station, the handover response message carrying second indication information, wherein the second indication information is for indicating whether the dual connectivity is established between the target cell and the UE; wherein the target base station determines whether to establish the dual connectivity between the target cell and the UE at least according to the first indication information; sending a handover command to the UE. determining a target cell for a user equipment, UE; transmitting a handover request message to a target base station where the target cell is located, the handover request message carrying first indication information, wherein the first indication information is for indicating a suggestion of not establishing a dual connectivity between the target cell and the UE; receiving a handover response message sent by the target base station, the handover response message carrying second indication information, wherein the second indication information is for indicating whether the dual connectivity is established between the target cell and the UE; wherein the target base station determines whether to establish the dual connectivity between the target cell and the UE at least according to the first indication information; sending a handover command to the UE.
A method for producing a gypsum plasterboard comprising the steps of: (a) providing a gypsum slurry containing solid particles, (b) depositing the gypsum slurry on at least a first sheet, in particular paper sheet, (c) moving, after step (b), the first sheet with the gypsum slurry between two, a first and a second, opposing rolls; wherein the first roll is integrated in a first forming table, characterised in that the second roll is integrated in a second forming table, wherein the first forming table and the second forming table each comprise an angled portion (22, 23), which are angled in relation to each other, which define together with the rolls (12, 13) a funnel and the opposing rolls breaking at least a proportion of the solid particles. (a) providing a gypsum slurry containing solid particles, (b) depositing the gypsum slurry on at least a first sheet, in particular paper sheet, (c) moving, after step (b), the first sheet with the gypsum slurry between two, a first and a second, opposing rolls;
A system for autonomous trouble shooting of a circuit card assembly having a plurality of replaceable components comprising: a test station including: a test probe to test the circuit card assembly as a unit under test, and a first computer having a display, memory coupled to the computer to store an artificial intelligence program and a knowledge database, wherein the KDB includes a plurality of indexes, each index corresponding to associated test points of the UUT, and respective acceptable test results for each test point represented by an acceptable test vector, and a network interface to communicate with a communication network; and an operator station including a second computer and memory to send commands to the test station via the communication network to teach the AI program to capture and store the acceptable test result for each test point of the UUT by the test probe, in the KDB, wherein the AI program when executed by the first computer commands the test probe to test the UUT, stores the results in a test result vector, compares the test result vector with the stored acceptable test vector, and displays recommendation as which replaceable component in the UUT to be repaired or replaced. a test station including: a test probe to test the circuit card assembly as a unit under test, and a first computer having a display, memory coupled to the computer to store an artificial intelligence program and a knowledge database, wherein the KDB includes a plurality of indexes, each index corresponding to associated test points of the UUT, and respective acceptable test results for each test point represented by an acceptable test vector, and a test probe to test the circuit card assembly as a unit under test, and a first computer having a display, memory coupled to the computer to store an artificial intelligence program and a knowledge database, wherein the KDB includes a plurality of indexes, each index corresponding to associated test points of the UUT, and respective acceptable test results for each test point represented by an acceptable test vector, and a network interface to communicate with a communication network; and an operator station including a second computer and memory to send commands to the test station via the communication network to teach the AI program to capture and store the acceptable test result for each test point of the UUT by the test probe, in the KDB, wherein the AI program when executed by the first computer commands the test probe to test the UUT, stores the results in a test result vector, compares the test result vector with the stored acceptable test vector, and displays recommendation as which replaceable component in the UUT to be repaired or replaced.
A compound selected from Compound, Compound (XXVIII), Compound (XXIV), Compound, Compound (XXXI), Compound (XXXII), Compound (XXXIII), Compound (XXXIV), Compound (XXXV), Compound (XXXVI), Compound (XXXVII), Compound (XXXVIII), Compound (XXXIX), Compound (XXXXIV), Compound (XXXXV), Compound (XXXXVI), and Compound (XXXXVII), or a pharmaceutically acceptable salt of any of the foregoing, for use in a method of inhibiting ferroptosis in a patient:
A piston (48, 148, 248) for an internal combustion engine comprising: a piston body (54, 254) including a piston skirt (56, 156), and a piston crown (58, 258) attached to the piston skirt (56, 156); the piston crown (58, 258) having a bowl surface forming a combustion bowl (62, 262), and a piston rim (64, 164, 264) positioned radially outward of the combustion bowl (62, 262) and extending circumferentially around a piston center axis and radially between the combustion bowl (62, 262) and a piston crown outer peripheral surface; a plurality of valve pockets (78, 79, 178, 278, 279) are formed in the piston rim (64, 164, 264); the plurality of valve pockets (78, 79, 178, 278,279) forming fluid flow paths through the piston rim (64, 164, 264), and each including a valve pocket floor (80, 180, 280), valve pocket walls (82, 282) extending between the combustion bowl (62, 262) and the outer peripheral surface, and a central step (84, 85, 184, 284); and the central step (84, 85, 184, 284) stands proud of the valve pocket floor (80, 180, 280) and is positioned within the respective fluid flow path and includes an inner step wall, and an outer step wall spaced from the valve pocket walls (82, 282) and from the piston crown outer peripheral surface (43, 68, 243). a piston body (54, 254) including a piston skirt (56, 156), and a piston crown (58, 258) attached to the piston skirt (56, 156); the piston crown (58, 258) having a bowl surface forming a combustion bowl (62, 262), and a piston rim (64, 164, 264) positioned radially outward of the combustion bowl (62, 262) and extending circumferentially around a piston center axis and radially between the combustion bowl (62, 262) and a piston crown outer peripheral surface; a plurality of valve pockets (78, 79, 178, 278, 279) are formed in the piston rim (64, 164, 264); the plurality of valve pockets (78, 79, 178, 278,279) forming fluid flow paths through the piston rim (64, 164, 264), and each including a valve pocket floor (80, 180, 280), valve pocket walls (82, 282) extending between the combustion bowl (62, 262) and the outer peripheral surface, and a central step (84, 85, 184, 284); and the central step (84, 85, 184, 284) stands proud of the valve pocket floor (80, 180, 280) and is positioned within the respective fluid flow path and includes an inner step wall, and an outer step wall spaced from the valve pocket walls (82, 282) and from the piston crown outer peripheral surface (43, 68, 243).
Toothed belt comprising a tooth covering of woven fabric for covering the toothed surface of the toothed belt, characterized in that the fabric is a blend fabric based on a polyamide fabric wherein the weft threads in the peripheral/longitudinal direction of the belt are wholly or partly replaced by threads of polyetheretherketone (PEEK), polyimide and/or meta-aramid or modified with PEEK, PI and/or meta-aramid.