mhurhangee/ep-ind-claims huggingface dataset:
A suspension assembly comprising: an inner member; an outer member; and a sliding bearing disposed between the inner member and the outer member, wherein the sliding bearing extends in the axial direction relative to a central axis, wherein the sliding bearing comprises a bearing sidewall comprising, as viewed in longitudinal cross-section, a flat portion, a first convex axial end, and a second convex axial end, wherein at least one of the inner member or the outer member is adapted to axially translate relative to the bearing, wherein at least one of the first convex axial end or the second convex axial end is adapted to induce formation of a film comprising a lubricant on the bearing sidewall during the axial translation of at least one of the inner member or the outer member such that the lubricant is drawn into the flat portion along either the first convex axial end or the second convex axial end, wherein the flat portion includes a length, L1, where L1 is at least 60% of the axial length, L, of the bearing. an inner member; an outer member; and a sliding bearing disposed between the inner member and the outer member, wherein the sliding bearing extends in the axial direction relative to a central axis, wherein the sliding bearing comprises a bearing sidewall comprising, as viewed in longitudinal cross-section, a flat portion, a first convex axial end, and a second convex axial end, wherein at least one of the inner member or the outer member is adapted to axially translate relative to the bearing, wherein at least one of the first convex axial end or the second convex axial end is adapted to induce formation of a film comprising a lubricant on the bearing sidewall during the axial translation of at least one of the inner member or the outer member such that the lubricant is drawn into the flat portion along either the first convex axial end or the second convex axial end, wherein the flat portion includes a length, L1, where L1 is at least 60% of the axial length, L, of the bearing.
A medium of detecting and distinguishing Citrobacter from other enterobacteria, comprising: ∘ a substrate for a metabolic activity specific for a group of enterobacteria; ∘ a chromogenic beta-glucosidase or cellobiosidase substrate; ∘ a beta-glucosidase or cellobiosidase inducer, said inducer being a carbohydrate constituted of a carbohydrate linked in the β-position to glucose, or a carbohydrate with a β-glucoside subunit, preferably selected from cellobiose, cellulose, starch, cellotriose and trehalose. ∘ a substrate for a metabolic activity specific for a group of enterobacteria; ∘ a chromogenic beta-glucosidase or cellobiosidase substrate; ∘ a beta-glucosidase or cellobiosidase inducer, said inducer being a carbohydrate constituted of a carbohydrate linked in the β-position to glucose, or a carbohydrate with a β-glucoside subunit, preferably selected from cellobiose, cellulose, starch, cellotriose and trehalose.
A method of operating a radio access node configured for operation according to a third generation partnership - 3GPP - long term evolution - LTE - standard, comprising: reserving a first subset of available LCID values for identification of logical channels in a medium access control - MAC - layer of Evolved Universal Terrestrial Radio Access - E-UTRA; reserving a second subset of the available LCID values for identification of one or more non-standard classes of wireless communication device, wherein each non-standard class of wireless communication device is a UE class that is not defined by the 3GPP LTE standard; receiving a logical channel identifier - LCID - value from a wireless communication device, wherein the received LCID value is within the second subset of the available LCID values and wherein the LCID value is within a range of 00001 to 01010; determining whether the received LCID value is for identification of a non-standard class of wireless communication device; and in response to determining that the received LCID value is for identification of the non-standard class of wireless communication device, identifying the wireless communication device as belonging to the non-standard class of wireless communication device and transmitting information to the wireless communication device based on the non-standard class identification. reserving a first subset of available LCID values for identification of logical channels in a medium access control - MAC - layer of Evolved Universal Terrestrial Radio Access - E-UTRA; reserving a second subset of the available LCID values for identification of one or more non-standard classes of wireless communication device, wherein each non-standard class of wireless communication device is a UE class that is not defined by the 3GPP LTE standard; receiving a logical channel identifier - LCID - value from a wireless communication device, wherein the received LCID value is within the second subset of the available LCID values and wherein the LCID value is within a range of 00001 to 01010; determining whether the received LCID value is for identification of a non-standard class of wireless communication device; and in response to determining that the received LCID value is for identification of the non-standard class of wireless communication device, identifying the wireless communication device as belonging to the non-standard class of wireless communication device and transmitting information to the wireless communication device based on the non-standard class identification.
A cooking plate mountable into an opening of a resting surface, in particular of a surface of a kitchen worktop, wherein the cooking plate comprises: a component box for housing functional components of the cooking plate, which has a base and side walls, wherein at least one of the side walls is connected to a resting fin that can rest on the resting surface in a mounted state of the cooking plate in the opening, and a positioning device with at least a limiter limiting the minimum distance from the side wall to an opening edge in the mounted state of the cooking plate in the opening, wherein the limiter is adjustable in at least two fixed positions for limiting the minimum distance from the side wall of the component box to the edge of the opening, characterized in that the at least one limiter is made on at least a resting fin, wherein at least a limiter is made as at least a flange arranged at the perimeter of the resting fin that can be folded downwards according to the direction of installation of the cooking plate, thereby fixing the minimum distance to the side wall of the component box or wherein at least one limiter is made as at least an inner die-cutting point of the resting fin that can be folded downwards according to the direction of installation of the cooking plate, thereby fixing the minimum distance to the side wall of the component box. a component box for housing functional components of the cooking plate, which has a base and side walls, wherein at least one of the side walls is connected to a resting fin that can rest on the resting surface in a mounted state of the cooking plate in the opening, and a positioning device with at least a limiter limiting the minimum distance from the side wall to an opening edge in the mounted state of the cooking plate in the opening, wherein the limiter is adjustable in at least two fixed positions for limiting the minimum distance from the side wall of the component box to the edge of the opening, characterized in that the at least one limiter is made on at least a resting fin, wherein at least a limiter is made as at least a flange arranged at the perimeter of the resting fin that can be folded downwards according to the direction of installation of the cooking plate, thereby fixing the minimum distance to the side wall of the component box or wherein at least one limiter is made as at least an inner die-cutting point of the resting fin that can be folded downwards according to the direction of installation of the cooking plate, thereby fixing the minimum distance to the side wall of the component box.
An electrically operated food processor with a mixing bowl and a mixer in the mixing bowl, characterized in that the food processor encompasses a camera, in particular an electronic camera, which is potentially directed towards the user of the food processor, and that a face recognition software as well as a face data bank (F 1) are stored and that face recognition can be used to cause the food processor to carry out a routine task, wherein the face recognition activates a speech control of the food processor and/or the face recognition activates a gesture control of the food processor.
A tool for connecting an end of a first pipeline to a hub end of a pipe supported by a subsea structure having at least two guide elements (11, 12), the first pipeline having a first anchoring means and the hub end of the pipe having a second anchoring means, the first pipeline further being provided with a connector, the tool comprising a connector actuator for connecting the end of the first pipeline to the hub end of the pipe, a U-shaped receiving portion provided with a slot for the first anchoring means and supporting the end of the first pipeline in a slideable manner, at least two guiding and alignment sections (34, 35) extending from the U-shaped receiving portion, each guiding and alignment section (34, 35) having an end arranged with an attachment portion (36, 37) interfacing with the guide elements (11, 12), wherein the tool further comprises a stroking tool with means for displacement of a first and second fastening means (42, 44), the fastening means (42, 44) being releasably mounted to the first and second anchoring means (28, 4).
A method for managing data in a data storage system including a host and at least one Data Storage Device (106, 107, 108, 109), DSD, which includes a plurality of zones (140, 142) for storing data, the method comprising: determining an initial location for data to be stored in the at least one DSD (106, 107, 108, 109) based on at least one attribute defined by the host; assigning, based on the at least one attribute, a zone of the plurality of zones as a destination portion in the at least one DSD (106, 107, 108, 109) for storing data resulting from a garbage collection operation; assigning multiple remaining zones of the plurality of zones as at least one logical volume used by the host for storing data, wherein the zone assigned as the destination portion is outside of the at least one logical volume; identifying, based on the at least one attribute defined by the host, a source portion from a plurality of source portions for the garbage collection operation, wherein the source portion is one of the multiple remaining zones assigned as the at least one logical volume; performing garbage collection of data in the source portion into the destination portion; and after completion of garbage collection, designating the source portion as a new destination portion for a new garbage collection operation. determining an initial location for data to be stored in the at least one DSD (106, 107, 108, 109) based on at least one attribute defined by the host; assigning, based on the at least one attribute, a zone of the plurality of zones as a destination portion in the at least one DSD (106, 107, 108, 109) for storing data resulting from a garbage collection operation; assigning multiple remaining zones of the plurality of zones as at least one logical volume used by the host for storing data, wherein the zone assigned as the destination portion is outside of the at least one logical volume; identifying, based on the at least one attribute defined by the host, a source portion from a plurality of source portions for the garbage collection operation, wherein the source portion is one of the multiple remaining zones assigned as the at least one logical volume; performing garbage collection of data in the source portion into the destination portion; and after completion of garbage collection, designating the source portion as a new destination portion for a new garbage collection operation.
An ultrasound probe comprising a transducer configured to generate ultrasound and a driving device configured to rotate the transducer, the ultrasound probe comprising: a first sensor installed in the ultrasound probe and configured to detect a position of the transducer changed by rotation; a second sensor installed in the ultrasound probe and configured to detect rotation which is generated by the driving device; and a controller configured to determine backlash and correct an ultrasound image by using the determined backlash, characterised in that the controller is configured to calculate a time difference between a signal of the first sensor and a signal of the second sensor indicating a delayed time of the rotation of the transducer with respect to the rotation generated by the driving device and to determine a backlash value between the signal of the first sensor and the signal of the second sensor based on the calculated time difference. a first sensor installed in the ultrasound probe and configured to detect a position of the transducer changed by rotation; a second sensor installed in the ultrasound probe and configured to detect rotation which is generated by the driving device; and a controller configured to determine backlash and correct an ultrasound image by using the determined backlash, characterised in that the controller is configured to calculate a time difference between a signal of the first sensor and a signal of the second sensor indicating a delayed time of the rotation of the transducer with respect to the rotation generated by the driving device and to determine a backlash value between the signal of the first sensor and the signal of the second sensor based on the calculated time difference.
Method of monitoring a high-pressure roller press during the course of comminution, compacting or briquetting of material, wherein the roller press comprises two rotating driven press rollers (3a, 3b), between which a roller gap is formed, the gap width of which is changeable during operation, wherein during operation, with one or more measurement elements, operating data of the roller press are determined and saved on a computer, characterised in that the operating data are stored as raw data on an edge computer as an analysis computer arranged locally in the area of the roller press and connected to the measurement elements, that the raw data are evaluated on the analysis computer with analysis algorithms and thereby characteristics of the roller press are produced and these characteristics are stored on the analysis computer, wherein the characteristics are transmitted from the analysis computer via a wireless network to at least one terminal device and are displayed on the terminal device. wherein the roller press comprises two rotating driven press rollers (3a, 3b), between which a roller gap is formed, the gap width of which is changeable during operation, wherein during operation, with one or more measurement elements, operating data of the roller press are determined and saved on a computer, characterised in that the operating data are stored as raw data on an edge computer as an analysis computer arranged locally in the area of the roller press and connected to the measurement elements, that the raw data are evaluated on the analysis computer with analysis algorithms and thereby characteristics of the roller press are produced and these characteristics are stored on the analysis computer, wherein the characteristics are transmitted from the analysis computer via a wireless network to at least one terminal device and are displayed on the terminal device.
An attack data packet processing method, comprising: receiving, by a communications interface of a management node, the communications interface interacting with a communications interface of a awareness node, description information of an attack data packet and an attack type of the attack data packet, wherein the description information and the attack type are sent by the awareness node; determining, by the management node, a processing policy on the attack data packet of the attack type according to the attack type, wherein the processing policy is used to instruct a switch to perform an operation indicated by the processing policy on the attack data packet with the description information; and sending, by the communications interface of the management node, the communications interface interacting with a communications interface of a software-defined networking SDN controller, the description information and the processing policy to the switch by using the software-defined networking SDN controller, so that the switch performs the operation indicated by the processing policy on the attack data packet with the description information, wherein the determining, by the management node, a processing policy on the attack data packet of the attack type according to the attack type comprises: obtaining, by the management node, a preset processing policy on the attack data packet of the attack type according to the attack type. receiving, by a communications interface of a management node, the communications interface interacting with a communications interface of a awareness node, description information of an attack data packet and an attack type of the attack data packet, wherein the description information and the attack type are sent by the awareness node; determining, by the management node, a processing policy on the attack data packet of the attack type according to the attack type, wherein the processing policy is used to instruct a switch to perform an operation indicated by the processing policy on the attack data packet with the description information; and sending, by the communications interface of the management node, the communications interface interacting with a communications interface of a software-defined networking SDN controller, the description information and the processing policy to the switch by using the software-defined networking SDN controller, so that the switch performs the operation indicated by the processing policy on the attack data packet with the description information, wherein the determining, by the management node, a processing policy on the attack data packet of the attack type according to the attack type comprises: obtaining, by the management node, a preset processing policy on the attack data packet of the attack type according to the attack type.
A method for achieving high-speed data transmission applicable to a universal interface chip, characterized by comprising: A, a universal interface chip of a transmitting terminal monitoring and receiving a data packet from one of a plurality of sub-systems for transmission; wherein a bit width of a data packet to be transmitted from a sub-system may be less than a preset bit width, or may be larger than the preset bit width; B, the universal interface chip of the transmitting terminal repacking the received data packet according to the preset bit width and adding a check code (S11, S12), and transmitting the repacked data packet to a universal interface chip of a receiving terminal; wherein repacking is through splicing if the data packet to be transmitted is less than the preset bit width, and wherein repacking is through segmentation if the data packet to be transmitted is larger than the preset bit width, so that the bit width of the repacked data packet is equal to the preset bit width; C, the universal interface chip of the transmitting terminal receiving a response message from the universal interface chip of the receiving terminal; and D, the universal interface chip of the transmitting terminal releasing internal occupied resources to continue to transmit other data packets to be transmitted or retransmitting the data packet according to the received response message. A, a universal interface chip of a transmitting terminal monitoring and receiving a data packet from one of a plurality of sub-systems for transmission; wherein a bit width of a data packet to be transmitted from a sub-system may be less than a preset bit width, or may be larger than the preset bit width; B, the universal interface chip of the transmitting terminal repacking the received data packet according to the preset bit width and adding a check code (S11, S12), and transmitting the repacked data packet to a universal interface chip of a receiving terminal; wherein repacking is through splicing if the data packet to be transmitted is less than the preset bit width, and wherein repacking is through segmentation if the data packet to be transmitted is larger than the preset bit width, so that the bit width of the repacked data packet is equal to the preset bit width; C, the universal interface chip of the transmitting terminal receiving a response message from the universal interface chip of the receiving terminal; and D, the universal interface chip of the transmitting terminal releasing internal occupied resources to continue to transmit other data packets to be transmitted or retransmitting the data packet according to the received response message.
A breaker device for using as a circuit breaker in a high voltage network, the device comprising: a casing having a longitudinal axis; a first gas-blast interrupter and a second gas-blast interrupter, the second interrupter is configured to withstand a first fraction of the TRV during a thermal first stage, and the first interrupter is configured to withstand a second fraction of the TRV during a dielectric second stage, the first interrupter being disposed in a first arc-control chamber inside the casing and comprising a first pair of arcing contacts (12 and 14) that may be moved relative to each other in translation in the longitudinal direction of the casing; the second gas-blast interrupter being disposed in a second arc-control chamber and being mounted in parallel with a capacitor such that, while breaking on a short circuit, the recovery voltage generated by the network during the dielectric stage is applied essentially to the first gas-blast interrupter during the dielectric stage, the second gas-blast interrupter comprising a stationary contact, a movable contact that is connected to a part that moves perpendicularly to the horizontal axis of the casing, a slideway being connected firstly to the second contact via a movable rod, and secondly to the part so that, on tripping, a drive member moves the rod downwards so as to separate the arcing contacts and 14) of the first interrupter, the shape of said slideway being designed so that while the rod is moving downwards, initially, the arcing contacts and remain stationary for a predefined time lapse, whereas the movable contact of the second interrupter moves relative to the stationary contact during said time lapse such as the contact of the first gas-blast interrupter open before those of the second gas-blast interrupter with a delay predetermined by the shape of the slideway.