mhurhangee/patent-ind-claim-en huggingface dataset:
Treatment method for a moving metal strip comprising the steps according to which: - (i) a strip of steel coated on at least one of its faces with a metallic coating based on zinc or its alloys is provided, - (ii) an aqueous treatment solution comprising at least 0.01 mol/L of zinc sulphate is applied to the metallic coating by simple contact so as to form a wet film, - (iii) the aqueous treatment solution is subsequently dried in a dryer at a air drying temperature above 170°C , the time between the application of the aqueous treatment solution on the metallic coating and the exit of the dryer being less than 4 seconds, wherein the strip velocity, the wet film thickness, the initial strip temperature and the air flow rate are adapted to form, on the metallic coating, a zincsulphate-based layer comprising neither free water molecules nor free hydroxyl groups, the surface density of sulphur in the zincsulphate-based layer being greater than or equal to 0.5 mg/m 2 , wherein the strip velocity is between 60 and 200 m/min, the wet film thickness is between 0.5 and 4 μm, the initial strip temperature is between 20 and 50°C, and the air flow rate is between 5000 and 50000 Nm3/h. - (i) a strip of steel coated on at least one of its faces with a metallic coating based on zinc or its alloys is provided, - (ii) an aqueous treatment solution comprising at least 0.01 mol/L of zinc sulphate is applied to the metallic coating by simple contact so as to form a wet film, - (iii) the aqueous treatment solution is subsequently dried in a dryer at a air drying temperature above 170°C , the time between the application of the aqueous treatment solution on the metallic coating and the exit of the dryer being less than 4 seconds, wherein the strip velocity, the wet film thickness, the initial strip temperature and the air flow rate are adapted to form, on the metallic coating, a zincsulphate-based layer comprising neither free water molecules nor free hydroxyl groups, the surface density of sulphur in the zincsulphate-based layer being greater than or equal to 0.5 mg/m 2 , wherein the strip velocity is between 60 and 200 m/min, the wet film thickness is between 0.5 and 4 μm, the initial strip temperature is between 20 and 50°C, and the air flow rate is between 5000 and 50000 Nm3/h.
A radiation imaging apparatus comprising: detection means configured for detecting emitted radiation and output radiation image data; clock control means that has an internal clock and is configured to control a timing at which the detection means is driven, based on time information of the internal clock; and communication means configured for transmitting and for receiving data through a network, wherein the communication means , if a communication traffic of the radiation image data is at a threshold or less, is further configured to transmit the time information to a control apparatus that is connected through the network, and the clock control means is further configured to correct the time information of the internal clock using time information that is a reply from the control apparatus to the time information. detection means configured for detecting emitted radiation and output radiation image data; clock control means that has an internal clock and is configured to control a timing at which the detection means is driven, based on time information of the internal clock; and communication means configured for transmitting and for receiving data through a network, wherein the communication means , if a communication traffic of the radiation image data is at a threshold or less, is further configured to transmit the time information to a control apparatus that is connected through the network, and the clock control means is further configured to correct the time information of the internal clock using time information that is a reply from the control apparatus to the time information.
A method for prioritising data packet streams at an intermediary device, comprising the steps of: identifying, by a classifier of the intermediary device deployed between a first node and a second node, a first data packet stream communicated between the first node and the second node, wherein the first data packet stream is an encrypted data packet stream and the classifier is unable to read packet headers in the first data packet stream; setting a first priority level of the first data packet stream based on an initial Quality of Service, QoS, class; identifying a traffic pattern of the first data packet stream; comparing a traffic characteristic of the first data packet stream to traffic characteristics of unencrypted data packet streams; classifying responsive to the comparison, the first data packet stream into an updated QoS class different than the initial QoS class based on the traffic characteristic of the first data packet stream matching a traffic characteristic of the unencrypted data packet streams having the updated QoS class; setting a second priority level to the first data packet stream based on the updated QoS class; and transmitting subsequent data packets of the first data packet stream with the second priority level. identifying, by a classifier of the intermediary device deployed between a first node and a second node, a first data packet stream communicated between the first node and the second node, wherein the first data packet stream is an encrypted data packet stream and the classifier is unable to read packet headers in the first data packet stream; setting a first priority level of the first data packet stream based on an initial Quality of Service, QoS, class; identifying a traffic pattern of the first data packet stream; comparing a traffic characteristic of the first data packet stream to traffic characteristics of unencrypted data packet streams; classifying responsive to the comparison, the first data packet stream into an updated QoS class different than the initial QoS class based on the traffic characteristic of the first data packet stream matching a traffic characteristic of the unencrypted data packet streams having the updated QoS class; setting a second priority level to the first data packet stream based on the updated QoS class; and transmitting subsequent data packets of the first data packet stream with the second priority level.
A terminal comprising: a control section configured to select a new transmission beam if a quality of a current beam pair is worse than a threshold; and a transmission section configured to perform a transmission indicating an index related to the new transmission beam, using the new transmission beam, the terminal being characterized in that the control section is configured to increase, until a given period elapses after the selection, transmit power for an uplink control channel as compared with before the selection. a control section configured to select a new transmission beam if a quality of a current beam pair is worse than a threshold; and a transmission section configured to perform a transmission indicating an index related to the new transmission beam, using the new transmission beam, the terminal being characterized in that the control section is configured to increase, until a given period elapses after the selection, transmit power for an uplink control channel as compared with before the selection.
Method for operating a coating apparatus for coating a workpiece with a water-based lacquer, wherein the workpiece is moved through the coating apparatus in a conveying direction R by a workpiece conveying device during the coating operation, wherein ambient air from a surrounding area of the coating apparatus flows into the coating apparatus , in particular into an application chamber of the coating apparatus , wherein a dew point in the coating apparatus , in particular in the application chamber , is ascertained, and wherein the ambient air is humidified depending on the ascertained dew point in such a way that a dew point above a minimum processing temperature of the water-based lacquer is set, wherein the ambient air is humidified independently of a determination of the viscosity of the lacquer by measuring instrumentation.
A printing machine for printing a plurality of objects , wherein the printing machine comprises: - a frame , - at least one printing station fixed on the frame , wherein the printing station comprises at least one inkjet print head , - a turret mounted to rotate relative to the frame about an axis of rotation (Δ1), - a plurality of object carriers designed to carry the objects , wherein the object carriers are mounted on the turret to rotate respectively about object carrier axes (D1, D2, D3, D4), wherein the turret is movable between a plurality of positions relative to the frame , wherein at least one of the object carriers is opposite the printing station in each of the positions of the turret , and - a drive system for driving one of the object carriers in rotation with respect to the turret , characterized in that the drive system comprises: - at least a first part mounted on the frame , and - at least a second part , wherein the second part comprises a locking device and a drive device , wherein the second part is mounted to move relative to the first part between an active position, in which the drive device is designed to rotate one of the object carriers , and the locking device is designed to lock the turret in rotation about the axis of rotation (Δ1) relative to the frame in one of said positions of the turret , and a rest position, in which the drive device is away from one of the object carriers and the locking device is away from the turret . - a frame , - at least one printing station fixed on the frame , wherein the printing station comprises at least one inkjet print head , - a turret mounted to rotate relative to the frame about an axis of rotation (Δ1), - a plurality of object carriers designed to carry the objects , wherein the object carriers are mounted on the turret to rotate respectively about object carrier axes (D1, D2, D3, D4), wherein the turret is movable between a plurality of positions relative to the frame , wherein at least one of the object carriers is opposite the printing station in each of the positions of the turret , and - a drive system for driving one of the object carriers in rotation with respect to the turret , - at least a first part mounted on the frame , and - at least a second part , wherein the second part comprises a locking device and a drive device , wherein the second part is mounted to move relative to the first part between an active position, in which the drive device is designed to rotate one of the object carriers , and the locking device is designed to lock the turret in rotation about the axis of rotation (Δ1) relative to the frame in one of said positions of the turret , and a rest position, in which the drive device is away from one of the object carriers and the locking device is away from the turret .
Powder or powder granulate having a chromium content > 80 Ma%, which contains 2 to 20 Ma% iron, optionally up to 5 Ma% dopant, and optionally up to 2 Ma% oxygen, wherein the powder or powder granulate comprises chromium-rich regions having a chromium content > 95 Ma%, which form chromium-containing particles, characterized in that the chromium-containing particles have a mean porosity, which is determined by means of quantitative image analysis according to the description, of > 20 Vol%, wherein the powder or powder granulate comprises iron-rich regions having an iron content > 60 Ma%.
An oral care system comprising: a toothbrush ; a memory ; and a programmable processor ; characterized in that the programmable processor is configured to: receive oral characteristic data indicative of an oral characteristic of a user; store brushing session data comprising the oral characteristic data in the memory to create a user brushing history comprising a plurality of brushing sessions; and determine for the user, based at least in part on the oral characteristic data, a suggested brushing routine for at least one brushing session of the plurality of brushing sessions; wherein the toothbrush comprises at least one sensor operably coupled to the programmable processor , the at least one sensor configured to generate the oral characteristic data. a toothbrush ; a memory ; and a programmable processor ; characterized in that the programmable processor is configured to: receive oral characteristic data indicative of an oral characteristic of a user; store brushing session data comprising the oral characteristic data in the memory to create a user brushing history comprising a plurality of brushing sessions; and determine for the user, based at least in part on the oral characteristic data, a suggested brushing routine for at least one brushing session of the plurality of brushing sessions; wherein the toothbrush comprises at least one sensor operably coupled to the programmable processor , the at least one sensor configured to generate the oral characteristic data. receive oral characteristic data indicative of an oral characteristic of a user; store brushing session data comprising the oral characteristic data in the memory to create a user brushing history comprising a plurality of brushing sessions; and determine for the user, based at least in part on the oral characteristic data, a suggested brushing routine for at least one brushing session of the plurality of brushing sessions; wherein the toothbrush comprises at least one sensor operably coupled to the programmable processor , the at least one sensor configured to generate the oral characteristic data.
An inferior vena cava filter, capable of bidirectional controlled placement, comprising: a filter portion , configured as a mesh-like structure of a plurality of struts cross-linked; and a support portion, comprising a first support portion and a second support portion disposed on opposite sides of the filter portion, the first support portion and the second support portion having openings extending in opposite directions, wherein: the first support portion forms a first support structure which has a collection space with an opening facing a positive direction; and the second support portion extends outward radially with respect to the center point in a positive direction to form a second support structure which has a collection space with an opening facing the reverse direction, wherein the second support portion and the filter portion surround a space which is configured to intercept a thrombus in the reverse direction; characterised in that : the first support portion extends outward radially with respect to a center point of the inferior vena cava filter in the positive direction, then curls inward radially in the reverse direction, to form the first support structure, wherein the first support portion and the filter portion surround a space which is configured to intercept the thrombus in the positive direction. a filter portion , configured as a mesh-like structure of a plurality of struts cross-linked; and a support portion, comprising a first support portion and a second support portion disposed on opposite sides of the filter portion, the first support portion and the second support portion having openings extending in opposite directions, wherein: the first support portion forms a first support structure which has a collection space with an opening facing a positive direction; and the second support portion extends outward radially with respect to the center point in a positive direction to form a second support structure which has a collection space with an opening facing the reverse direction, wherein the second support portion and the filter portion surround a space which is configured to intercept a thrombus in the reverse direction; the first support portion forms a first support structure which has a collection space with an opening facing a positive direction; and the second support portion extends outward radially with respect to the center point in a positive direction to form a second support structure which has a collection space with an opening facing the reverse direction, wherein the second support portion and the filter portion surround a space which is configured to intercept a thrombus in the reverse direction; characterised in that : the first support portion extends outward radially with respect to a center point of the inferior vena cava filter in the positive direction, then curls inward radially in the reverse direction, to form the first support structure, wherein the first support portion and the filter portion surround a space which is configured to intercept the thrombus in the positive direction.
Closed-loop and/or open-loop control system for an agricultural machine comprising a distributor boom for spreading material, such as fertilizers, plant protection products or seeds, which boom can be pivoted about an axis of rotation arranged centrally in relation to the distributor boom and extending in the direction of travel, the system comprising at least a first sensor device for determining the ground distance and/or plant distance from the distributor boom, and a data processing device for processing the sensor signals, the data processing device being configured for an automatic mode for adjusting the height and/or inclination of the distributor boom , at least one sensor device for determining the angle between the machine and the distributor boom and/or a sensor device for determining the vertical distance between the machine and the distributor boom , the data processing device being configured for an override mode, in particular a manual override mode, for adjusting the height and/or inclination of the distributor boom , and the automatic mode being active in the override mode, characterized in that the inclination of the distributor boom is adjusted at least in the override mode of the data processing device on the basis of the angle between the machine and the distributor boom and the height of the distributor boom is adjusted at least in the override mode of the data processing device on the basis of the vertical distance between the machine and the distributor boom .
A display device, comprising: a) a liquid crystal panel ; b) a backlight unit (BLU) , configured to provide the liquid crystal panel with a light source; c) a digital interactive interface for video and audio (DIIVA) , configured to input/output all signals into/from the display device; d) a signal conversion module , configured to convert the signal input via the digital interactive interface for video and audio into a first signal; e) a signal processing unit , configured to e1) adjust a resolution of the first signal converted by the signal conversion module to a predetermined resolution, e2) convert the first signal having the predetermined resolution into a second signal for time-sequence control over the liquid crystal panel so as to reduce power consumption of the display device, and e3) transmit the second signal to the liquid crystal panel ; and f) a power source module , configured to supply power to the liquid crystal panel , the backlight unit and the signal processing unit respectively. a) a liquid crystal panel ; b) a backlight unit (BLU) , configured to provide the liquid crystal panel with a light source; c) a digital interactive interface for video and audio (DIIVA) , configured to input/output all signals into/from the display device; d) a signal conversion module , configured to convert the signal input via the digital interactive interface for video and audio into a first signal; e) a signal processing unit , configured to e1) adjust a resolution of the first signal converted by the signal conversion module to a predetermined resolution, e2) convert the first signal having the predetermined resolution into a second signal for time-sequence control over the liquid crystal panel so as to reduce power consumption of the display device, and e3) transmit the second signal to the liquid crystal panel ; and e1) adjust a resolution of the first signal converted by the signal conversion module to a predetermined resolution, e2) convert the first signal having the predetermined resolution into a second signal for time-sequence control over the liquid crystal panel so as to reduce power consumption of the display device, and e3) transmit the second signal to the liquid crystal panel ; and f) a power source module , configured to supply power to the liquid crystal panel , the backlight unit and the signal processing unit respectively.
Rotor for an external rotor machine comprising at least one permanent magnet , wherein the at least one permanent magnet comprises: - a north pole and a south pole as the magnetic poles, - wherein in a cross-section of the permanent magnet , a magnetization runs from the south pole to the north pole , - wherein the cross-section has an envelope with a concave section , - wherein the envelope has, in the form of a sickle, the concave section and a convex section , - wherein the permanent magnet runs in an arcuate manner along the convex section , - wherein the magnetic poles run in an arcuate manner along the concave section , wherein the rotor has a connection device for connecting with the permanent magnet 10, 110, 210, 310, 410, 1010), wherein the permanent magnet extends from its first end to its second end parallel to an axis of rotation , wherein the concave section of the permanent magnet is arranged along a boundary of the rotor , wherein the permanent magnet has an end face at a first end of the permanent magnet , wherein the end face of the first end has a contour , in particular a recess or a web protruding with respect to the end face, which within the envelope has a surface for connecting the connection device with the permanent magnet by form fit, wherein the contour preferably has a boundary extending in an arcuate manner from a first point of the convex section to a second point of the convex section . - a north pole and a south pole as the magnetic poles, - wherein in a cross-section of the permanent magnet , a magnetization runs from the south pole to the north pole , - wherein the cross-section has an envelope with a concave section , - wherein the envelope has, in the form of a sickle, the concave section and a convex section , - wherein the permanent magnet runs in an arcuate manner along the convex section , - wherein the magnetic poles run in an arcuate manner along the concave section ,
A feedthrough assembly comprising a non-conductive substrate and a feedthrough , the feedthrough comprising: a via from an outer surface to an inner surface of the non-conductive substrate; a conductive material disposed in the via; and an external contact disposed over the via on the outer surface of the non-conductive substrate, wherein the external contact is electrically coupled to the conductive material disposed in the via, and wherein the external contact is hermetically sealed to the outer surface of the non-conductive substrate by a laser bond surrounding the via, the laser bond being between the external contact and the outer surface of the non-conductive substrate. a via from an outer surface to an inner surface of the non-conductive substrate; a conductive material disposed in the via; and an external contact disposed over the via on the outer surface of the non-conductive substrate, wherein the external contact is electrically coupled to the conductive material disposed in the via, and wherein the external contact is hermetically sealed to the outer surface of the non-conductive substrate by a laser bond surrounding the via, the laser bond being between the external contact and the outer surface of the non-conductive substrate.