mhurhangee/ep-ind-claims huggingface dataset:
A method for the anti-corrosion treatment of components made of aluminum, comprising a pretreatment stage and subsequent coating, in which method, in the pretreatment stage, the component is first brought into contact with an aqueous phosphate-free sulfuric acid pickling solution which has a pH of from 1 to 2.5, a free acid content of at least 5 points and contains at least one water-soluble compound of the element Ti, a source of fluoride ions and at least one polybasic α-hydroxycarboxylic acid, and is subsequently brought into contact with an aqueous conversion treatment solution which has a pH of from 1 to 3.5 and contains at least one water-soluble compound of the elements Zr and/or Ti.
A spinning machine, particularly a rotor spinning machine, having a plurality of workstations disposed adjacent to each other in the longitudinal direction of the spinning machine between two face ends of the spinning machine, each comprising at least one exhaust point, having at least one exhaust channel extending in the longitudinal direction of the spinning machine and having at least one exhaust device for generating a vacuum in the exhaust channel and at the exhaust points, wherein the exhaust device comprises at least two different areas of effect, wherein at least one area of effect comprises an axial flow direction and at least one area of effect comprises a radial flow direction characterized in that either the exhaust device comprises at least one fan, the impeller thereof comprising first impeller blades and second impeller blades, wherein the first impeller blades form the area of effect having an axial flow direction and the second impeller blades form the area of effect having a radial flow direction or the impeller comprises impeller blades curved threedimensionally such that the area of effect having an axial flow direction and the area of effect having a radial flow direction are combined in one impeller blade by the three-dimensional curvature.
A method of controlling a wind turbine, the wind turbine comprising a hub having at least one blade with add-on members which are actuated to alter aerodynamic properties of the blade, wherein the at least one blade comprises at least one first add-on member and at least one second add-on member, wherein the at least one first add-on member is closer to an inboard portion of the blade than the at least one second add-on member; and the method comprising: acquiring a target noise level; and controlling the add-on members of the blade such that an actual noise level caused by the operation of the wind turbine is equal to or below the target noise level; wherein the first add-on member is controlled in a different manner compared with the second add-on member, in particular the first add-on member is controlled to achieve a first noise reduction level and the second add-on member is controlled to achieve a second noise reduction level, wherein first noise reduction level is lower than the second noise reduction level. acquiring a target noise level; and controlling the add-on members of the blade such that an actual noise level caused by the operation of the wind turbine is equal to or below the target noise level; wherein the first add-on member is controlled in a different manner compared with the second add-on member, in particular the first add-on member is controlled to achieve a first noise reduction level and the second add-on member is controlled to achieve a second noise reduction level, wherein first noise reduction level is lower than the second noise reduction level.
A tyre (1, 31) comprising: a tread portion (2, 32) comprising a tread surface provided with grooves (3, 13, 23, 33, 50); at least one of the grooves (3, 13, 23, 33, 50) comprising a widening-width portion (3A, 13A, 23A, 60) at least partially; the widening-width portion (3A, 13A, 23A, 60) comprising a first groove portion (4, 14, 24, 61) extending inwardly in a tyre radial direction from the tread surface, and a second groove portion (5, 15, 25, 62) located inwardly in the tyre radial direction of the first groove portion (4, 14, 24, 61) and having a groove (W2, W12, W22, W41) width greater than that (W1, W11, W21, W40) of the first groove portion (4, 14, 24, 61), and the tread portion (2, 32) comprising a first shoulder land portion having a first tread edge, characterized in that the first shoulder land portion is provided with first shoulder lateral grooves extending inwardly in a tyre axial direction from the first tread edge and terminating within the first shoulder land portion, and the grooves (3, 13, 23, 33, 50) are the first shoulder lateral grooves, the tread portion (2, 32) has a designated mounting direction to a vehicle, and the first tread edge is located on a side away from the center of a vehicle body when the tyre (1, 31) is mounted to a vehicle, wherein the first tread edge is defined as one of axially outermost edges of the ground contacting patch of the tread portion which occurs under normal state with a standard tyre load when the camber angle of the tyre is zero. a tread portion (2, 32) comprising a tread surface provided with grooves (3, 13, 23, 33, 50); at least one of the grooves (3, 13, 23, 33, 50) comprising a widening-width portion (3A, 13A, 23A, 60) at least partially; the widening-width portion (3A, 13A, 23A, 60) comprising a first groove portion (4, 14, 24, 61) extending inwardly in a tyre radial direction from the tread surface, and a second groove portion (5, 15, 25, 62) located inwardly in the tyre radial direction of the first groove portion (4, 14, 24, 61) and having a groove (W2, W12, W22, W41) width greater than that (W1, W11, W21, W40) of the first groove portion (4, 14, 24, 61), and the tread portion (2, 32) comprising a first shoulder land portion having a first tread edge, characterized in that the first shoulder land portion is provided with first shoulder lateral grooves extending inwardly in a tyre axial direction from the first tread edge and terminating within the first shoulder land portion, and the grooves (3, 13, 23, 33, 50) are the first shoulder lateral grooves, the tread portion (2, 32) has a designated mounting direction to a vehicle, and the first tread edge is located on a side away from the center of a vehicle body when the tyre (1, 31) is mounted to a vehicle, wherein the first tread edge is defined as one of axially outermost edges of the ground contacting patch of the tread portion which occurs under normal state with a standard tyre load when the camber angle of the tyre is zero.
A method for classifying sources of cyber-attacks in attack-sensor systems by analyzing attack metadata, said method comprising the following steps performed by at least one processor: a. obtaining metadata from data regarding attacks in the form of access operations to a sensor-based system, which is monitored by one or more sensors deployed within said sensor-based system; b. filtering portions of data from said metadata for reaching a desirable dataset for modeling; c. creating attack sessions, wherein the attack sessions are created from the filtered portions of data from said metadata; d. extracting statistical features in two learning phases, wherein features from each of the attack sessions are extracted in a second phase of said two phases; e. labeling attack sessions with an appropriate source attack label; f. training a class model based on said statistical features that have been extracted and on the attack sessions that have been labeled with an appropriate source attack label; g. generating (16, 18) said trained class model; and h. storing said trained class model in a memory, characterized in that said at least one processor creates an attack session by aggregating all atomic attacks from a single attacker in a predetermined time interval and, for the extracting step, extracts features from the atomic attacks from a single attacker in a first phase of said two phases and extracts features from the created single-attacker attack sessions in a second phase of said two phases. a. obtaining metadata from data regarding attacks in the form of access operations to a sensor-based system, which is monitored by one or more sensors deployed within said sensor-based system; b. filtering portions of data from said metadata for reaching a desirable dataset for modeling; c. creating attack sessions, wherein the attack sessions are created from the filtered portions of data from said metadata; d. extracting statistical features in two learning phases, wherein features from each of the attack sessions are extracted in a second phase of said two phases; e. labeling attack sessions with an appropriate source attack label; f. training a class model based on said statistical features that have been extracted and on the attack sessions that have been labeled with an appropriate source attack label; g. generating (16, 18) said trained class model; and h. storing said trained class model in a memory, characterized in that said at least one processor creates an attack session by aggregating all atomic attacks from a single attacker in a predetermined time interval and, for the extracting step, extracts features from the atomic attacks from a single attacker in a first phase of said two phases and extracts features from the created single-attacker attack sessions in a second phase of said two phases.
A method for synchronizing sound data and text data, said text data being obtained by manual transcription of said sound data during playback of the latter, comprising the steps of repeatedly: - querying said sound data and said text data to obtain a current time position (TPi) corresponding to a currently played sound datum (SDi) and a currently transcribed text datum (TDj), - correcting said current time position (TPi) by applying a time correction value in accordance with a transcription delay, and - generating at least one association datum (<TPi'>) indicative of a synchronization association between said corrected time position (TPi') and said currently transcribed text datum (TDj), characterized in that pauses in said sound data corresponding to interpunctuation in said text data are used for - generating additional association data (<TPX'>) between time positions (TPX') in said sound data corresponding to speech related information and related text data (TDj). - querying said sound data and said text data to obtain a current time position (TPi) corresponding to a currently played sound datum (SDi) and a currently transcribed text datum (TDj), - correcting said current time position (TPi) by applying a time correction value in accordance with a transcription delay, and - generating at least one association datum (<TPi'>) indicative of a synchronization association between said corrected time position (TPi') and said currently transcribed text datum (TDj), characterized in that pauses in said sound data corresponding to interpunctuation in said text data are used for - generating additional association data (<TPX'>) between time positions (TPX') in said sound data corresponding to speech related information and related text data (TDj).
A threaded connection for connecting a pair of pipes, comprising: a pin having a male thread on its outer diameter; and a box having a female thread on its inner diameter, the female thread corresponding to the male thread, the box and the pin capable of being made up, wherein the male thread includes: a constant-thread-width portion having a constant thread-groove width; and a varying-thread-width portion having a thread-groove width equal to the thread-groove width of the constant-thread-width portion of the male thread or larger and gradually increasing going from the constant-thread-width portion of the male thread toward a tip of the pin, wherein the female thread includes: a constant-thread-width portion having a constant thread-ridge width; and a varying-thread-width portion having a thread-ridge width equal to the thread-ridge width of the constant-thread-width portion of the female thread or larger and gradually increasing going from the constant-thread-width portion of the female thread toward a center of the box. a pin having a male thread on its outer diameter; and a box having a female thread on its inner diameter, the female thread corresponding to the male thread, the box and the pin capable of being made up, wherein the male thread includes: a constant-thread-width portion having a constant thread-groove width; and a varying-thread-width portion having a thread-groove width equal to the thread-groove width of the constant-thread-width portion of the male thread or larger and gradually increasing going from the constant-thread-width portion of the male thread toward a tip of the pin, wherein the female thread includes: a constant-thread-width portion having a constant thread-ridge width; and a varying-thread-width portion having a thread-ridge width equal to the thread-ridge width of the constant-thread-width portion of the female thread or larger and gradually increasing going from the constant-thread-width portion of the female thread toward a center of the box. a constant-thread-width portion having a constant thread-groove width; and a varying-thread-width portion having a thread-groove width equal to the thread-groove width of the constant-thread-width portion of the male thread or larger and gradually increasing going from the constant-thread-width portion of the male thread toward a tip of the pin, wherein the female thread includes: a constant-thread-width portion having a constant thread-ridge width; and a varying-thread-width portion having a thread-ridge width equal to the thread-ridge width of the constant-thread-width portion of the female thread or larger and gradually increasing going from the constant-thread-width portion of the female thread toward a center of the box. a constant-thread-width portion having a constant thread-ridge width; and a varying-thread-width portion having a thread-ridge width equal to the thread-ridge width of the constant-thread-width portion of the female thread or larger and gradually increasing going from the constant-thread-width portion of the female thread toward a center of the box.
A terminal device, comprising: a display unit having a display screen, the display unit configured to display images on the display screen; an outer case configured to receive the display unit; a first light sensing unit located below the display unit and configured to sense incident light transmitted through the display screen; a second light sensing unit moveably held to a first position inside the outer case responsive to deactivation of the second light sensing unit and moveably held to a second position outside the outer case responsive to activation of the second light sensing unit; and a timing control module, configured to control a timing sequence in operating the first light sensing unit and the display unit, control the first light sensing unit to sense light intensity or capture one or more than one images while the display screen is turned off, and control the display unit to resume displaying the images after the first light sensing unit completes in light sensing or image capturing. a display unit having a display screen, the display unit configured to display images on the display screen; an outer case configured to receive the display unit; a first light sensing unit located below the display unit and configured to sense incident light transmitted through the display screen; a second light sensing unit moveably held to a first position inside the outer case responsive to deactivation of the second light sensing unit and moveably held to a second position outside the outer case responsive to activation of the second light sensing unit; and a timing control module, configured to control a timing sequence in operating the first light sensing unit and the display unit, control the first light sensing unit to sense light intensity or capture one or more than one images while the display screen is turned off, and control the display unit to resume displaying the images after the first light sensing unit completes in light sensing or image capturing.
A cell structure for use in cell transplantation therapy into the renal capsule, which contains a biocompatible macromolecular block and at least one kind of cell and has voids and in which a plurality of the biocompatible macromolecular blocks are arranged in gaps between a plurality of the cells, wherein a ratio of the volume of the biocompatible macromolecular blocks with respect to the volume of the cell structure is 10% to 30%, a ratio of the volume of the cells with respect to the volume of the cell structure is 20% to 50%, and a ratio of the volume of the voids with respect to the volume of the cell structure is 35% to 60%, wherein the biocompatible macromolecular block consists of a recombinant peptide, wherein the cells include at least mesenchymal stem cells. wherein a ratio of the volume of the biocompatible macromolecular blocks with respect to the volume of the cell structure is 10% to 30%, a ratio of the volume of the cells with respect to the volume of the cell structure is 20% to 50%, and a ratio of the volume of the voids with respect to the volume of the cell structure is 35% to 60%, wherein the biocompatible macromolecular block consists of a recombinant peptide, wherein the cells include at least mesenchymal stem cells.
Circulation pump with a water switch for a dishwasher, in particular for a domestic dishwasher, having a pump housing with a first output, in which the water switch is arranged, characterised in that the first output is embodied as a first output connector and the water switch is embodied as a shaped insert and the water switch is inserted into the first output connector.
A superconducting circuit comprising: a transmission line, the transmission line having a characteristic impedance; a superconducting resonator; a coupling capacitance that communicatively couples the superconducting resonator to the transmission line, the superconducting resonator contributing a stray capacitance to an impedance of the transmission line; and at least one inductance introduced in the transmission line to maintain the characteristic impedance of the transmission line by at least partially compensating for a variation in the impedance of the transmission line caused by the stray capacitance. a transmission line, the transmission line having a characteristic impedance; a superconducting resonator; a coupling capacitance that communicatively couples the superconducting resonator to the transmission line, the superconducting resonator contributing a stray capacitance to an impedance of the transmission line; and at least one inductance introduced in the transmission line to maintain the characteristic impedance of the transmission line by at least partially compensating for a variation in the impedance of the transmission line caused by the stray capacitance.
Process for preparing sordidin comprising a step for preparing 4-(2-ethyl-1,3-dioxolan-2-yl)pentan-2-one (compound 4) by means of a reaction in which 2-ethyl-2-(pent-4-en-2-yl)-1,3-dioxolane (compound 3) is oxidised in the presence of a catalyst chosen from the group comprising organometallic complexes of transition metals.
A pocket fabric, comprising elastic warp threads and elastic weft threads, and comprising one or more pocket(s), with each pocket comprising at least two superimposed fabric layers, wherein the warp threads are respectively obtained from the division of the warp threads of a single warp into secondary warps, with said at least two fabric layers being joined together by one or more woven joining area(s), wherein the warp threads originate from joining the secondary warps of said fabric layers into a single warp, with one layer of the pocket fabric including a plurality of weaves with different elasticity, with said weaves defining areas having different elasticity in said woven pocket fabric.
An in-vehicle computing system (609; 700) of a vehicle (104b; 602; 701), the in-vehicle computing system (609; 700) comprising: a display device; a sensor subsystem in communication with an optical sensor; a processor (714; 720); and memory storing instructions executable by the processor (714; 720) to: form a group with at least one other vehicle (104c, 104d); instruct the optical sensor to scan an assigned region around the vehicle, each vehicle of the group being assigned, from a master vehicle of the group or a remote device, a different region of a collaborative scanning area, wherein two or more of the plurality of assigned regions at least partially overlap; receive, from the optical sensor, locally scanned data corresponding to the assigned region; process the locally scanned data to build a first portion of a three-dimensional map of an environment of the vehicle; transmit the processed scanned data to at least one other vehicle (104c, 104d); receive additional map data from the at least one other vehicle (104c, 104d); build a second, different portion (106b, 106c) of the three-dimensional map using the received additional map data; and display the three-dimensional map via the display device, the three-dimensional map corresponding to the collaborative scanning area. a display device; a sensor subsystem in communication with an optical sensor; a processor (714; 720); and memory storing instructions executable by the processor (714; 720) to: form a group with at least one other vehicle (104c, 104d); instruct the optical sensor to scan an assigned region around the vehicle, each vehicle of the group being assigned, from a master vehicle of the group or a remote device, a different region of a collaborative scanning area, wherein two or more of the plurality of assigned regions at least partially overlap; receive, from the optical sensor, locally scanned data corresponding to the assigned region; process the locally scanned data to build a first portion of a three-dimensional map of an environment of the vehicle; transmit the processed scanned data to at least one other vehicle (104c, 104d); receive additional map data from the at least one other vehicle (104c, 104d); build a second, different portion (106b, 106c) of the three-dimensional map using the received additional map data; and display the three-dimensional map via the display device, the three-dimensional map corresponding to the collaborative scanning area. receive, from the optical sensor, locally scanned data corresponding to the assigned region; process the locally scanned data to build a first portion of a three-dimensional map of an environment of the vehicle; transmit the processed scanned data to at least one other vehicle (104c, 104d); receive additional map data from the at least one other vehicle (104c, 104d); build a second, different portion (106b, 106c) of the three-dimensional map using the received additional map data; and display the three-dimensional map via the display device, the three-dimensional map corresponding to the collaborative scanning area.
Steering column for a motor vehicle, comprising a support element and an adjusting element that is displaceable relative to the support element for the rotatable mounting of a steering spindle, comprising a locking device for locking the adjusting element relative to the support element in the event of a crash, wherein the locking device comprises a blocking element arranged on the support element, which can be brought into engagement with an engagement part of the adjusting element, wherein a switching element is provided for bringing about the engaging of the blocking element in the engagement part in the event of a crash, wherein the switching element brings about the engaging based on its mass inertia, wherein the movement direction of the switching element is distinct from the movement direction of the blocking element, characterized in that the blocking element for engaging can be moved in a direction substantially perpendicular to the axis of the steering spindle.