mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: sampling an occupancy level of a buffer of a network device at a sampling rate; tracking occupancy levels of the buffer over time, determined from the sampling, the tracking occupancy levels comprising: assigning each of a plurality of bins to a corresponding one of a plurality of buffer occupancy level ranges of the buffer; assigning a counter value to each of the bins; and each time the occupancy level is sampled, incrementing the counter value of the bin for the occupancy level range in which the sampled occupancy level is determined to fall; the method further comprising: detecting microsecond-scale congestion events that have occurred in the network device based on the tracking; and generating an indication of the severity of the detected microsecond-scale congestion events. sampling an occupancy level of a buffer of a network device at a sampling rate; tracking occupancy levels of the buffer over time, determined from the sampling, the tracking occupancy levels comprising: assigning each of a plurality of bins to a corresponding one of a plurality of buffer occupancy level ranges of the buffer; assigning a counter value to each of the bins; and each time the occupancy level is sampled, incrementing the counter value of the bin for the occupancy level range in which the sampled occupancy level is determined to fall; the method further comprising: detecting microsecond-scale congestion events that have occurred in the network device based on the tracking; and generating an indication of the severity of the detected microsecond-scale congestion events. assigning each of a plurality of bins to a corresponding one of a plurality of buffer occupancy level ranges of the buffer; assigning a counter value to each of the bins; and each time the occupancy level is sampled, incrementing the counter value of the bin for the occupancy level range in which the sampled occupancy level is determined to fall; detecting microsecond-scale congestion events that have occurred in the network device based on the tracking; and generating an indication of the severity of the detected microsecond-scale congestion events.
Rolling tool for a part in the form of a ring, comprising two mandrels (1, 2) turning about axes (O1, 02) parallel to each other and each comprising a circular recess for receiving the ring, the recesses (5, 6) comprising a bottom face and lateral faces (12, 13), characterised in that the bottom face of each of the mandrels is connected to the lateral faces by curved portions (14, 15) having radii of curvature of between 10 mm and 20 mm.
Compounds of formula I [Kt] z+ z[(R 1)B 2 (OR*)] - I in which R 1 denotes a straight-chain or branched alkyl group having 1 to 20 C atoms which optionally may contain at least one Cl, Br or I atom, at least one CN group and/or one or more oxygen or sulphur atoms, a straight-chain or branched alkenyl group having 2 to 20 C atoms and having one or more double bonds or a straight-chain or branched alkinyl group having 1 to 20 C atoms and having one or more triple bonds and optionally may have a double bond, z is 1, 2, 3 or 4, R* denotes a straight-chain or branched alkyl group having 1 to 20 C atoms and [Kt] z+ is an inorganic or organic cation.
A merchandise display system comprising: a front rail, the front rail comprising a front protrusion; and at least one divider configured to attach to the front rail, the divider comprising a divider floor extending in a horizontal plane, configured to hold product, the divider further comprising a pusher mechanism, the divider further comprising a recess, and the divider further comprising a rotatable lock attached to a front portion of the divider; the divider is lowerable into contact with the front rail, the recess of the divider is configured to engage the front protrusion of the front rail, when the divider is lowered into contact with the front rail, wherein the divider can be moved in a lateral direction parallel to the front rail, when the recess of the divider is engaged with the front protrusion of the front rail, the rotatable lock of the divider is rotatable to engage the divider to the front rail wherein the divider cannot be moved in a lateral direction parallel to the front rail, and wherein the rotatable lock is configured to rotate around an axis that extends in a lateral direction parallel to the front rail. a front rail, the front rail comprising a front protrusion; and at least one divider configured to attach to the front rail, the divider comprising a divider floor extending in a horizontal plane, configured to hold product, the divider further comprising a pusher mechanism, the divider further comprising a recess, and the divider further comprising a rotatable lock attached to a front portion of the divider; the divider is lowerable into contact with the front rail, the recess of the divider is configured to engage the front protrusion of the front rail, when the divider is lowered into contact with the front rail, wherein the divider can be moved in a lateral direction parallel to the front rail, when the recess of the divider is engaged with the front protrusion of the front rail, the rotatable lock of the divider is rotatable to engage the divider to the front rail wherein the divider cannot be moved in a lateral direction parallel to the front rail, and wherein the rotatable lock is configured to rotate around an axis that extends in a lateral direction parallel to the front rail.
Commercial vehicle, having a load bed which is supported by the chassis of the commercial vehicle and is respectively delimited on two opposite sides by a boundary strip (10, 11) extending along the load bed, and having a securing device for securing a load which is to be transported on the load bed, wherein the securing device comprises columns (4a, 4b) which are erected on the load bed in the region of the boundary strips (10, 11) and are coupled in a releasable manner to the chassis of the commercial vehicle, and comprises at least one separating element (27, 28) which extends between two columns (4a, 4b) positioned opposite one another on the boundary strips (10, 11), and is coupled to the columns (4a, 4b), wherein the columns (4a, 4b) stand on the boundary strips (10, 11) and are respectively held on the respective boundary strip (10, 11) by a coupling member (15, 16) which also stands on the boundary strip (10, 11) associated therewith, characterised in that formed on the free upper side of the boundary strip (10, 11) is a rail element (13, 14) which extends at least in portions over the length of the boundary strip (10, 11) and with which a connection element cooperates which fixes the coupling member (15, 16) on the upper side of the boundary strip (10, 11).
A S. cerevisiae strain, which was deposited in China Center for Type Culture Collection (CCTCC), Wuhan University, Wuhan, Hubei Province, China, on October 10, 2014, with the accession number CCTCC M 2014463.
A composition comprising a first isolated bacteria or spores thereof being Clostridium scindens expressing an enzyme that converts a bile acid to a secondary bile acid and a second isolated bacteria or spores thereof being selected from the group consisting of Clostridium hiranonis, Clostridium hylemonae, Clostridium sordelli, and combination thereof.
A headspace sampler, comprising: a) a sample gas collection channel whose one end communicates with a needle; b) a pressure gas introduction channel and an exhaust channel that communicate with another end of the sample gas collection channel in parallel via a branching pipe; c) a first on-off valve provided in the pressure gas introduction channel; d) a second on-off valve provided in the exhaust channel; e) a pressure sensor provided at one of positions comprised of: a position on the sample gas collection channel, a position between the branching pipe and the first on-off valve of the pressure gas introduction channel, and a position between the branching pipe and the second on-off valve of the exhaust channel, wherein the pressure sensor is configured to measure a pressure in the channel at the position at which it is provided; and characterized in that it further comprises f) gas leak determination means configured to determine whether there is a leak of gas from a sample container based on a measured value of the pressure sensor that has been obtained after the sample container has been penetrated with the needle and subsequently a pressure gas has been introduced into the pressure gas introduction channel by closing the second on-off valve and opening the first on-off valve. a) a sample gas collection channel whose one end communicates with a needle; b) a pressure gas introduction channel and an exhaust channel that communicate with another end of the sample gas collection channel in parallel via a branching pipe; c) a first on-off valve provided in the pressure gas introduction channel; d) a second on-off valve provided in the exhaust channel; e) a pressure sensor provided at one of positions comprised of: a position on the sample gas collection channel, a position between the branching pipe and the first on-off valve of the pressure gas introduction channel, and a position between the branching pipe and the second on-off valve of the exhaust channel, wherein the pressure sensor is configured to measure a pressure in the channel at the position at which it is provided; and characterized in that it further comprises f) gas leak determination means configured to determine whether there is a leak of gas from a sample container based on a measured value of the pressure sensor that has been obtained after the sample container has been penetrated with the needle and subsequently a pressure gas has been introduced into the pressure gas introduction channel by closing the second on-off valve and opening the first on-off valve.
Tank system for a reducing agent, comprising a container for the reducing agent that has an upper container wall, lateral container walls and a lower container wall, and comprising a conveying device for providing the reducing agent such that it is able to be fed under pressure via an outlet to an exhaust gas, wherein at least one opening (6, 6') is arranged in the lower container wall, wherein the at least one opening (6, 6') forms a connection to a further volume, which is filled with reducing agent, characterized in that at least one opening has radially inwardly directed elastic elements which are arranged on the periphery.
Sensor comprising a substrate, a cap and a seismic mass, wherein the substrate has a main extension plane, wherein the seismic mass is provided to be deflectable perpendicular to the main extension plane, wherein in a first coverage region a first stop of the cap covers a first region of the seismic mass perpendicular to the main extension plane and wherein in a second coverage region a second stop of the cap covers a second region of the seismic mass perpendicular to the main extension plane, wherein the seismic mass is formed as a rocker structure, wherein a pivot axis of the rocker structure is arranged parallel to the main extension plane substantially between the first and the second region (501, 502), wherein the first and the second region (501, 502) have an equal spacing from the pivot axis, wherein the first and the second stop (201, 202) are arranged with respect to the seismic mass in such a way that the first and the second coverage region (401, 402) parallel to the main extension plane are substantially the same size and a first electrostatic interaction between the first stop and the first region is substantially identical to a second electrostatic interaction between the second stop and the second region, wherein the seismic mass comprises a first seismic partial mass and a second seismic partial mass and wherein the first seismic partial mass has the first region and the second seismic partial mass has the second region, characterized in that the first region comprises a first edge region of the first seismic partial mass and the second region comprises a second edge region of the second seismic partial mass in such a way that a change in size of the first coverage region caused by displacing the first stop parallel to the main extension plane relative to the first edge region brings about an identical change in size of the second coverage region.
Device for printing containers, the device comprising: - containers (27, 51, 58) with a longitudinal axis, - at least two printing planes (D1, D2, D3), where in each printing plane (D1, D2, D3) along an outer circumference of a free space being adapted for receiving a container (27, 51, 58) at least two printing heads (20, 21, 22, 59, 60, 61, 62, 63) for applying colour onto the container (27, 51, 58) are arranged, where the printing planes (D1, D2, D3) are arranged perpendicular above each other, where each of the printing planes (D1, D2, D3) is perpendicular to the longitudinal axis of the container (27, 51, 58) that is to be printed, where the longitudinal axis of the container (27, 51, 58) is vertically arranged during a printing process, characterised in that in at least one of the printing planes (D1, D2, D3) at least one UV lamp (23, 24, 25, 64) for hardening colour applied to the container is arranged and the device further comprises a linearly driveable centring head and a linearly driveable container receptor, between those a container (27, 51, 58) is arrangeable and by those the container (27, 51, 58) can be brought in the free space of the at least two printing planes (D1, D2, D3). - containers (27, 51, 58) with a longitudinal axis, - at least two printing planes (D1, D2, D3), where in each printing plane (D1, D2, D3) along an outer circumference of a free space being adapted for receiving a container (27, 51, 58) at least two printing heads (20, 21, 22, 59, 60, 61, 62, 63) for applying colour onto the container (27, 51, 58) are arranged, where the printing planes (D1, D2, D3) are arranged perpendicular above each other, where each of the printing planes (D1, D2, D3) is perpendicular to the longitudinal axis of the container (27, 51, 58) that is to be printed, where the longitudinal axis of the container (27, 51, 58) is vertically arranged during a printing process,
Locking device for locking a steering column, comprising: a stator, a rotor mounted to rotate in the stator and bearing locking pins normally returned to a locking position in which the locking pins are straddled between the rotor and the stator; a channel formed in the rotor and designed for the insertion of a key configured to act on the locking pins in an unlocking direction when the key is inserted into this channel; a guard plate arranged upstream of the locking pins with reference to a direction of insertion of the key; a bolt which is movable between a first position in which the bolt is engaged in a cavity of the steering column in order to lock the steering column, and a second position in which the bolt is disengaged from the steering column, the bolt being associated with the rotor by a mechanism allowing the bolt to pass from the first position to the second position, or from the second position to the first position, and comprising a pull rod which is borne by the stator and has a stud engaged against a cam of the rotor, and which is connected to the bolt; and a mechanism for retaining the bolt in the second position after the bolt has been brought into the second position and as long as the key is present in the key insertion channel, the guard plate being movable between a first position corresponding to the absence of a key in the key insertion channel, and a second position corresponding to the presence of a key in the key insertion channel, and the guard plate being configured to maintain the mechanism (15, 19) for retaining the bolt in said second position as long as the guard plate is in the second position, the guard plate being mounted so as to move transversely to the key insertion channel and comprising a part configured to project from the rotor when the key passage opening in the guard plate coincides with the key insertion channel, and in that the mechanism (15, 19) for retaining the bolt comprises a retaining member formed by an end of the pull rod which is bent so as to extend facing the projecting part of the guard plate and which bears on the part configured to project from the rotor when the bolt is in the second position, characterized in that the cam has a helical configuration which converts the rotational movement of the rotor into a translational movement of the pull rod until the pull rod reaches a position in which the bolt is disengaged from the cavity.
A device of the multi-server productive blade type for a modular frame, comprising: - a plurality of servers; and - a management module, adapted to be coupled, on the one hand, to at least one server, and the other hand, to a frame management network, via a network interface, characterized in that, with N servers and the management module on a same circuit board, the management module comprises: - a gateway component, comprising a hardware serial port and means for converting the flow of data on the network interface into a flow of serial data on the hardware serial port, and vice versa; and - a distributor component, interposed between the N servers and the gateway component, and in that the distributor component comprises: · a hardware serial port of distributor component, connected by a first bidirectional serial link to the hardware serial port of the gateway component; · a plurality of N programmable pins, each of these programmable pins being connected by a respective second bidirectional serial link to a corresponding hardware serial port of one of the N servers; and · input/output control means, adapted to configure each of the N programmable pins into an emulated serial port and to selectively couple this emulated serial port to the hardware serial port of the distributor component. - a plurality of servers; and - a management module, adapted to be coupled, on the one hand, to at least one server, and the other hand, to a frame management network, via a network interface, characterized in that, with N servers and the management module on a same circuit board, the management module comprises: - a gateway component, comprising a hardware serial port and means for converting the flow of data on the network interface into a flow of serial data on the hardware serial port, and vice versa; and - a distributor component, interposed between the N servers and the gateway component, and in that the distributor component comprises: · a hardware serial port of distributor component, connected by a first bidirectional serial link to the hardware serial port of the gateway component; · a plurality of N programmable pins, each of these programmable pins being connected by a respective second bidirectional serial link to a corresponding hardware serial port of one of the N servers; and · input/output control means, adapted to configure each of the N programmable pins into an emulated serial port and to selectively couple this emulated serial port to the hardware serial port of the distributor component. · a hardware serial port of distributor component, connected by a first bidirectional serial link to the hardware serial port of the gateway component; · a plurality of N programmable pins, each of these programmable pins being connected by a respective second bidirectional serial link to a corresponding hardware serial port of one of the N servers; and · input/output control means, adapted to configure each of the N programmable pins into an emulated serial port and to selectively couple this emulated serial port to the hardware serial port of the distributor component.
A vehicle roof mount antenna detachably mounted on a vehicle roof, comprising: an antenna cover; an antenna base covered by the antenna cover; a boss used for fixing the vehicle roof mount antenna to the vehicle roof; a pad having a boss hole through which the boss penetrates and disposed between the antenna base and the vehicle roof; characterized by further comprising an annular rib made of an elastic material and provided at the peripheral edge of the boss hole on the vehicle roof side surface of the pad, which is inclined from the boss hole toward a periphery of the pad in a state where the vehicle roof mount antenna is fixed to the vehicle roof; and an annular groove portion provided in the pad at the outer peripheral edge of the annular rib at a position where the pressing force of the annular rib against the vehicle roof can be reduced, in a state where the vehicle roof mount antenna is fixed to the vehicle roof, the width of the annular groove portion is designed such that a tip portion of the annular rib does not go over the annular groove portion and the depth thereof is designed such that the annular rib does not contact the bottom portion of the annular groove portion. an antenna cover; an antenna base covered by the antenna cover; a boss used for fixing the vehicle roof mount antenna to the vehicle roof; a pad having a boss hole through which the boss penetrates and disposed between the antenna base and the vehicle roof; characterized by further comprising an annular rib made of an elastic material and provided at the peripheral edge of the boss hole on the vehicle roof side surface of the pad, which is inclined from the boss hole toward a periphery of the pad in a state where the vehicle roof mount antenna is fixed to the vehicle roof; and an annular groove portion provided in the pad at the outer peripheral edge of the annular rib at a position where the pressing force of the annular rib against the vehicle roof can be reduced, in a state where the vehicle roof mount antenna is fixed to the vehicle roof, the width of the annular groove portion is designed such that a tip portion of the annular rib does not go over the annular groove portion and the depth thereof is designed such that the annular rib does not contact the bottom portion of the annular groove portion.
An air-bag integrally formed by hollow weaving and including a restriction yarn (11, 11a, 11b, 11c) for restricting inflation on an inside, wherein the restriction yarn (11, 11a, 11b, 11c) extends from a base fabric on one surface of an inflation portion of the air-bag to a base fabric on another surface to connect both of the base fabrics, the restriction yarn (11, 11a, 11b, 11c) extending from the base fabric on the one surface to the base fabric on the other surface and a restriction yarn extending symmetrically from the base fabric on the other surface to the base fabric on the one surface constitute a pair of restriction yarns, one or more restriction yarns (11, 11a, 11b, 11c) are arranged in a block shape to constitute a restriction yarn block; characterized in that adjacent restriction yarn blocks are arranged offset from each other in a manner parallel to a direction in which the restriction yarns (11, 11a, 11b, 11c) extend, and are widely distributed over the inflation portion; and in that at least one of: one of the pair of restriction yarns (11, 11a, 11b, 11c) is organized offset from another one of the pair in a parallel manner and one of the pair of restriction yarns (11, 11a, 11b, 11c) is organized to be shorter or longer than another one of the pair so that, when the air-bag is inflated, a surface of the inflation portion is flattened on a side abutted to an occupant and has a recessed portion on a vehicle body side.