mhurhangee/ep-ind-claims huggingface dataset:
A method in a first network device of enabling active measurement in a network path between a second network device acting as a controller of a network performance observability protocol and a wireless device, wherein the first network device is located between the second network device and the wireless device, the method comprising: capturing a measurement packet from the second network device; determining a destination of the measurement packet, wherein the destination of the measurement packet is the wireless device; determining a measurement model associated with the destination, wherein the measurement model represents a correspondence between one or more parameters related to the wireless device and estimated values of a measurement for the wireless device; determining a current value of a parameter related to the wireless device; determining, based on the current value of the parameter and the measurement model, a current estimation of the measurement for the wireless device; and responding to the measurement packet based on the current estimation of the measurement while avoiding to transmit the measurement packet to the wireless device, wherein responding to the measurement packet based on the current estimation of the measurement includes labelling the measurement packet as lost indicating that a loss of packet is to occur at the wireless device. capturing a measurement packet from the second network device; determining a destination of the measurement packet, wherein the destination of the measurement packet is the wireless device; determining a measurement model associated with the destination, wherein the measurement model represents a correspondence between one or more parameters related to the wireless device and estimated values of a measurement for the wireless device; determining a current value of a parameter related to the wireless device; determining, based on the current value of the parameter and the measurement model, a current estimation of the measurement for the wireless device; and responding to the measurement packet based on the current estimation of the measurement while avoiding to transmit the measurement packet to the wireless device, wherein responding to the measurement packet based on the current estimation of the measurement includes labelling the measurement packet as lost indicating that a loss of packet is to occur at the wireless device.
An azo pigment selected from the group consisting of an azo pigment represented by the following formula, which has characteristic peaks at Bragg angles (2θ±0.2°) of 7.6° and 25.6° in X-ray diffraction with characteristic Cu Kα line, or a tautomer thereof, an azo pigment represented by the following formula, which has characteristic peaks at Bragg angles (2θ±0.2°) of 7.0°, 26.4° and 27.3° in X-ray diffraction with characteristic Cu Kα line, or a tautomer thereof, and an azo pigment represented by the following formula, which has characteristic peaks at Bragg angles (2θ±0.2°) of 6.4°, 26.4° and 27.2° in X-ray diffraction with characteristic Cu Kα line, or a tautomer thereof.
A structural assembly comprising: - a first member having at least one fastener receptacle and at least one shear pocket, the shear pocket having a pocket cross-section, wherein the first member is a sandwich panel comprised of a pair of face sheets interconnected by a core and wherein the shear pocket is formed in one of the face sheets; - a second member having at least one shear boss protruding outwardly from the second member, the shear boss having a boss cross-section shaped complementary to the pocket cross-section, the shear boss configured to be received with the shear pocket and being non-fastened to the first member and transfer only shear load between the first member and the second member; and - a tension fastener configured to engage the fastener receptacle and couple the first member to the second member and transfer only tension load therebetween at least during an initial transfer of the shear load between the first member and the second member by the shear boss, wherein the tension fastener is initially prevented from transferring shear load by forming fastener through-holes in the first member and/or the second member with greater clearance than the clearance provided between the shear bosses and shear pockets. - a first member having at least one fastener receptacle and at least one shear pocket, the shear pocket having a pocket cross-section, wherein the first member is a sandwich panel comprised of a pair of face sheets interconnected by a core and wherein the shear pocket is formed in one of the face sheets; - a second member having at least one shear boss protruding outwardly from the second member, the shear boss having a boss cross-section shaped complementary to the pocket cross-section, the shear boss configured to be received with the shear pocket and being non-fastened to the first member and transfer only shear load between the first member and the second member; and - a tension fastener configured to engage the fastener receptacle and couple the first member to the second member and transfer only tension load therebetween at least during an initial transfer of the shear load between the first member and the second member by the shear boss, wherein the tension fastener is initially prevented from transferring shear load by forming fastener through-holes in the first member and/or the second member with greater clearance than the clearance provided between the shear bosses and shear pockets.
A mobile terminal comprising: a camera; a display unit configured to output a preview image received through the camera; and a control unit configured to: responsive to a first portion of a region on which the preview image is output being selected, output a first pop-up window including the preview image corresponding to the portion in a state in which the preview image is output, responsive to a preset type of touch being applied to the first pop-up window, magnify or reduce the preview image corresponding to the first portion in the pop-up window responsive to a second portion of a region on which the preview image is output being selected, output a second pop-up window simultaneously with the first pop-up window, the second pop-up window including the preview image corresponding to the second portion characterized in that: the control unit is configured to combine the first and second pop-up windows such that the preview images corresponding to the two selected portions are both output in a single pop-up window responsive to a user request. a camera; a display unit configured to output a preview image received through the camera; and a control unit configured to: responsive to a first portion of a region on which the preview image is output being selected, output a first pop-up window including the preview image corresponding to the portion in a state in which the preview image is output, responsive to a preset type of touch being applied to the first pop-up window, magnify or reduce the preview image corresponding to the first portion in the pop-up window responsive to a second portion of a region on which the preview image is output being selected, output a second pop-up window simultaneously with the first pop-up window, the second pop-up window including the preview image corresponding to the second portion characterized in that: the control unit is configured to combine the first and second pop-up windows such that the preview images corresponding to the two selected portions are both output in a single pop-up window responsive to a user request. responsive to a first portion of a region on which the preview image is output being selected, output a first pop-up window including the preview image corresponding to the portion in a state in which the preview image is output, responsive to a preset type of touch being applied to the first pop-up window, magnify or reduce the preview image corresponding to the first portion in the pop-up window responsive to a second portion of a region on which the preview image is output being selected, output a second pop-up window simultaneously with the first pop-up window, the second pop-up window including the preview image corresponding to the second portion characterized in that: the control unit is configured to combine the first and second pop-up windows such that the preview images corresponding to the two selected portions are both output in a single pop-up window responsive to a user request.
A crop production system for controlled environment agriculture, comprising: one or more grow lines, each of the one or more grow lines comprising a grow conveyance mechanism; and a plurality of grow towers, each of the plurality of grow towers vertically attached to, and moveable along, a respective one of the one or more grow lines; wherein each of the one or more of the conveyance mechanisms comprises: a common beam disposed in a track, the track extending in a direction parallel to the grow line; an actuator attached to the common beam, wherein the actuator is operative to move the common beam along the track in a forward stroke and a back stroke; and a plurality of cams pivotally attached at select positions along the common beam, wherein each cam is mounted to limit rotation of the cam during the forward stroke causing the cam to engage and push a first tower forward in a first direction during the forward stroke and to allow the cam to slide over a second tower during the back stroke; wherein the select positions of the plurality of cams are each configured such that in a forward stroke a respective cam engages a first grow tower during the forward stroke and ratchets over a second grow tower adjacent to the first tower during the back stroke. one or more grow lines, each of the one or more grow lines comprising a grow conveyance mechanism; and a plurality of grow towers, each of the plurality of grow towers vertically attached to, and moveable along, a respective one of the one or more grow lines; wherein each of the one or more of the conveyance mechanisms comprises: a common beam disposed in a track, the track extending in a direction parallel to the grow line; an actuator attached to the common beam, wherein the actuator is operative to move the common beam along the track in a forward stroke and a back stroke; and a plurality of cams pivotally attached at select positions along the common beam, wherein each cam is mounted to limit rotation of the cam during the forward stroke causing the cam to engage and push a first tower forward in a first direction during the forward stroke and to allow the cam to slide over a second tower during the back stroke; a common beam disposed in a track, the track extending in a direction parallel to the grow line; an actuator attached to the common beam, wherein the actuator is operative to move the common beam along the track in a forward stroke and a back stroke; and a plurality of cams pivotally attached at select positions along the common beam, wherein each cam is mounted to limit rotation of the cam during the forward stroke causing the cam to engage and push a first tower forward in a first direction during the forward stroke and to allow the cam to slide over a second tower during the back stroke; wherein the select positions of the plurality of cams are each configured such that in a forward stroke a respective cam engages a first grow tower during the forward stroke and ratchets over a second grow tower adjacent to the first tower during the back stroke.
An antenna system comprising: - a first antenna array comprising a plurality of first antenna array elements, said first antenna array being configured to use with low frequency band signals; - at least one second antenna array comprising a plurality of second antenna array elements, said at least one second antenna array being configured to use with high frequency band signals; wherein - said second antenna array elements are interspersed among said first antenna array elements; - said first antenna array elements are of a first shape of antenna array elements; - said second antenna array elements are of a second shape of antenna array elements; - each first antenna array element is at a different location from any of said second antenna array elements; - each of said first antenna array elements and each of said second antenna array elements is a single band antenna element, wherein said second antenna array elements are divided into a plurality of groups, wherein each group of second antenna array elements is longitudinally located between elements of said first antenna array elements, wherein each group of second antenna array elements is longitudinally separated from adjacent groups by a first predetermined spacing, wherein within each group of second antenna array elements, each second antenna array element is longitudinally separated from adjacent second antenna array elements by a second predetermined spacing, wherein said first predetermined spacing is greater than said second predetermined spacing, and wherein said antenna system is a planar array in both low frequency band and high frequency band, said first antenna array elements are dipole antenna array elements and said second antenna array elements are patch antenna array elements. - a first antenna array comprising a plurality of first antenna array elements, said first antenna array being configured to use with low frequency band signals; - at least one second antenna array comprising a plurality of second antenna array elements, said at least one second antenna array being configured to use with high frequency band signals; wherein - said second antenna array elements are interspersed among said first antenna array elements; - said first antenna array elements are of a first shape of antenna array elements; - said second antenna array elements are of a second shape of antenna array elements; - each first antenna array element is at a different location from any of said second antenna array elements; - each of said first antenna array elements and each of said second antenna array elements is a single band antenna element,
A machine for producing smoking articles having a cavity, comprising: - a picking drum having at least one seat for conveying a full filter rod having a multiple length; - a first cutting assembly for cutting the full filter rod having a multiple length into two filter units; - a combining drum that: receives in a seat of it two rods comprising tobacco axially aligned and spaced from each other; receives in its seat the two filter units between the two rods comprising tobacco; - separation means, arranged downstream of the first cutting group, for separating the filter units from each other in such a way that each one comes into contact with a rod comprising tobacco and in such a way that an empty space is formed between the two filter units; - a wrapping unit for completely wrapping with a wrap the two filter units and the empty space between the filter units and partially wrapping the two rods comprising tobacco for connecting them to the filter units; - a second cutting assembly for transversally cutting the wrapped wrap at said empty space in such a way as to define a cavity for each filter unit wrapped by the wrap and adjacent to the filter unit. - a picking drum having at least one seat for conveying a full filter rod having a multiple length; - a first cutting assembly for cutting the full filter rod having a multiple length into two filter units; - a combining drum that: receives in a seat of it two rods comprising tobacco axially aligned and spaced from each other; receives in its seat the two filter units between the two rods comprising tobacco; - separation means, arranged downstream of the first cutting group, for separating the filter units from each other in such a way that each one comes into contact with a rod comprising tobacco and in such a way that an empty space is formed between the two filter units; - a wrapping unit for completely wrapping with a wrap the two filter units and the empty space between the filter units and partially wrapping the two rods comprising tobacco for connecting them to the filter units; - a second cutting assembly for transversally cutting the wrapped wrap at said empty space in such a way as to define a cavity for each filter unit wrapped by the wrap and adjacent to the filter unit.
A method for operating a reverse flow reactor, comprising: exposing at least a portion of a fuel mixture comprising fuel and 0.1 vol% or more of O 2 to at least one heated surface in a recuperation zone of a reverse flow reactor to heat the at least a portion of the fuel mixture; reacting the fuel mixture under combustion conditions in the recuperation zone to form a flue gas and to heat one or more regeneration surfaces in a reaction zone of the reverse flow reactor to a regenerated surface temperature, the reaction zone comprising a catalyst composition for an endothermic reaction, the recuperation zone comprising a catalyst composition for a supplemental exothermic reaction; exposing a reactant stream to the one or more regeneration surfaces in the reaction zone to increase a temperature of the reactant stream; exposing, in the reaction zone, the reactant stream to the catalyst composition for the endothermic reaction under endothermic reaction conditions to form a product stream, a direction of flow for the reactant stream within the reaction zone being reversed relative to a direction of flow for the fuel mixture; exposing, in the recuperation zone, the product stream to the catalyst composition for the supplemental exothermic reaction under supplemental exothermic reaction conditions to form a reacted product stream and to heat the at least one heated surface in the recuperation zone.
An optical circulator array (100, 200) comprising: a plurality of stacked three port circulators each having a respective first port of a first port array (101, 201) a respective second port of a second port array (113,213), and a respective third port of a third port array (117, 217), wherein each of the plurality of stacked three port circulators share optical components including: a first Wollaston prism (102, 202) coupled to the first port array such that an input beam passes through the first Wollaston prism (102, 202), a first lens (105, 205), a first half wave plate (106, 206), a polarization dependent beam path separator (107, 207), a second half wave plate (08, 208), a second lens (109, 209), a propagation direction dependent polarization rotation assembly (103, 104, 110, 111, 114, 115,203,204,210,211,214,215), a second Wollaston prism (110, 210) coupled to the second port array (113, 213), and a third Wollaston prism (116, 216) coupled to the third port array. a plurality of stacked three port circulators each having a respective first port of a first port array (101, 201) a respective second port of a second port array (113,213), and a respective third port of a third port array (117, 217), wherein each of the plurality of stacked three port circulators share optical components including: a first Wollaston prism (102, 202) coupled to the first port array such that an input beam passes through the first Wollaston prism (102, 202), a first lens (105, 205), a first half wave plate (106, 206), a polarization dependent beam path separator (107, 207), a second half wave plate (08, 208), a second lens (109, 209), a propagation direction dependent polarization rotation assembly (103, 104, 110, 111, 114, 115,203,204,210,211,214,215), a second Wollaston prism (110, 210) coupled to the second port array (113, 213), and a third Wollaston prism (116, 216) coupled to the third port array. a first Wollaston prism (102, 202) coupled to the first port array such that an input beam passes through the first Wollaston prism (102, 202), a first lens (105, 205), a first half wave plate (106, 206), a polarization dependent beam path separator (107, 207), a second half wave plate (08, 208), a second lens (109, 209), a propagation direction dependent polarization rotation assembly (103, 104, 110, 111, 114, 115,203,204,210,211,214,215), a second Wollaston prism (110, 210) coupled to the second port array (113, 213), and a third Wollaston prism (116, 216) coupled to the third port array.
A spinning position of an air-spinning machine, with - an air spinning nozzle having a yarn forming element disposed within a vortex chamber for producing a yarn from a fibre band supplied to the air spinning nozzle, in which case - the air spinning nozzle can be transferred from a closed state for yarn formation to an open state in which the yarn forming element can be cleaned, - a cleaning nozzle (5; 5a; 5b) for cleaning the yarn forming element in the opened state of the air spinning nozzle, characterized in that the cleaning nozzle (5; 5a; 5b) is designed to be movable relative to the yarn-forming element by means of a swivelling device at least between a rest position and a cleaning position for cleaning the yarn-forming element and to be positionable and/or alignable in such a way able that at least in the open state of the air-jet spinning nozzle the yarn-forming element can be acted upon frontally and/or laterally at least over part of its surface with a cleaning medium in the cleaning position. - an air spinning nozzle having a yarn forming element disposed within a vortex chamber for producing a yarn from a fibre band supplied to the air spinning nozzle, in which case - the air spinning nozzle can be transferred from a closed state for yarn formation to an open state in which the yarn forming element can be cleaned, - a cleaning nozzle (5; 5a; 5b) for cleaning the yarn forming element in the opened state of the air spinning nozzle,
A suture deployment system comprising: a surgical needle; a flexible suture having a distal end and a proximal end, the distal end of the flexible suture being attached to the surgical needle; a target suture having a distal end and a proximal end, wherein the distal end of the target suture is secured to the proximal end of the flexible suture; further comprising a hollow collar having a distal end and a proximal end, the hollow collar being positioned intermediate the proximal end of the flexible suture and the distal end of the target suture, wherein the proximal end of the flexible suture is fixedly secured within the distal end of the collar, characterised by a plurality of barbs located on an outer surface of the target suture, wherein said target suture is a stiff suture for use in the repair of tough tissues, and by the distal end of the target suture being releasably secured within the proximal end of the hollow collar so that upon application of sufficient tension on the flexible suture, it remains attached to the collar while the distal end of the target suture releasably detaches from the collar. a surgical needle; a flexible suture having a distal end and a proximal end, the distal end of the flexible suture being attached to the surgical needle; a target suture having a distal end and a proximal end, wherein the distal end of the target suture is secured to the proximal end of the flexible suture; further comprising a hollow collar having a distal end and a proximal end, the hollow collar being positioned intermediate the proximal end of the flexible suture and the distal end of the target suture, wherein the proximal end of the flexible suture is fixedly secured within the distal end of the collar, characterised by a plurality of barbs located on an outer surface of the target suture, wherein said target suture is a stiff suture for use in the repair of tough tissues,