mhurhangee/ep-ind-claims huggingface dataset:
A unit for installation in a complex product comprising an electric machine requiring an AC power supply, the unit comprising: a housing carrying an AC output; a battery in the housing comprising at least one battery cell; an inverter in the housing, the inverter comprising a plurality of voltage controlled impedances, VCIs for providing a power supply to the AC output based on energy from the battery; wherein the housing carries a timing signal input configured to receive a timing signal from outside the housing; and wherein the timing signal input is coupled to control the VCIs so that changes in the impedances of the VCIs are synchronised with the timing signal. a housing carrying an AC output; a battery in the housing comprising at least one battery cell; an inverter in the housing, the inverter comprising a plurality of voltage controlled impedances, VCIs for providing a power supply to the AC output based on energy from the battery; wherein the housing carries a timing signal input configured to receive a timing signal from outside the housing; and wherein the timing signal input is coupled to control the VCIs so that changes in the impedances of the VCIs are synchronised with the timing signal.
A method of collecting cells, comprising the steps of: preparing a processed-bone comprising a bone extracted from a body, a covering agent which is at least one selected from a resin, an adhesive, a polymer membrane, a gel, and gypsum, and first and second holes, wherein an outer surface of the bone is covered with the covering agent attached to the outer surface of the bone, and the first and second holes penetrate through the covering agent and the outer surface of the bone into the interior of the bone; introducing a liquid into the processed-bone from the first hole; and collecting a cell-containing liquid from the second hole. preparing a processed-bone comprising a bone extracted from a body, a covering agent which is at least one selected from a resin, an adhesive, a polymer membrane, a gel, and gypsum, and first and second holes, wherein an outer surface of the bone is covered with the covering agent attached to the outer surface of the bone, and the first and second holes penetrate through the covering agent and the outer surface of the bone into the interior of the bone; introducing a liquid into the processed-bone from the first hole; and collecting a cell-containing liquid from the second hole.
An apparatus, comprising: a circuit device; a heat sink fin; and a thermal interface material layer, thermally coupled to the circuit device and the heat sink fin, and comprises: a first alloy layer, thermally coupled to the circuit device; a nanometal particle layer, thermally coupled to the first alloy layer, wherein the nanometal particle layer comprises multiple nanometal particles that are coupled to each other and an intermediate mixture, and the intermediate mixture is filled between the multiple nanometal particles; and a second alloy layer, thermally coupled to the nanometal particle layer and the heat sink fin, characterized in that, at least one of the first alloy layer and the second alloy layer comprises: an adhesive layer (114, 117), a co-sintered layer (115, 118), and a buffer layer (116, 119), wherein, the adhesive layer (114, 117) is thermally coupled to the circuit device in case of the first alloy layer or to the heat sink fin in case of the second alloy layer, the co-sintered layer (115, 118) is coupled to the nanometal particle layer, and a sintered continuous phase structure is formed at a contact portion between the co-sintered layer (115, 118) and the nanometal particle layer, the buffer layer (116, 119) is located between the adhesive layer (114, 117) and the co-sintered layer (115, 118). a circuit device; a heat sink fin; and a thermal interface material layer, thermally coupled to the circuit device and the heat sink fin, and comprises: a first alloy layer, thermally coupled to the circuit device; a nanometal particle layer, thermally coupled to the first alloy layer, wherein the nanometal particle layer comprises multiple nanometal particles that are coupled to each other and an intermediate mixture, and the intermediate mixture is filled between the multiple nanometal particles; and a second alloy layer, thermally coupled to the nanometal particle layer and the heat sink fin, a first alloy layer, thermally coupled to the circuit device; a nanometal particle layer, thermally coupled to the first alloy layer, wherein the nanometal particle layer comprises multiple nanometal particles that are coupled to each other and an intermediate mixture, and the intermediate mixture is filled between the multiple nanometal particles; and a second alloy layer, thermally coupled to the nanometal particle layer and the heat sink fin, characterized in that, at least one of the first alloy layer and the second alloy layer comprises: an adhesive layer (114, 117), a co-sintered layer (115, 118), and a buffer layer (116, 119), wherein, the adhesive layer (114, 117) is thermally coupled to the circuit device in case of the first alloy layer or to the heat sink fin in case of the second alloy layer, the co-sintered layer (115, 118) is coupled to the nanometal particle layer, and a sintered continuous phase structure is formed at a contact portion between the co-sintered layer (115, 118) and the nanometal particle layer, the buffer layer (116, 119) is located between the adhesive layer (114, 117) and the co-sintered layer (115, 118).
A filler piece for an elevator counter-weight characterized in that it comprises a core of metal material and a concrete casing, wherein said piece comprises a combination of the concrete of the casing and the metal material of the core that has a target density comprised between 4.0 g/cm 3 and 5.5 g/cm 3.
A shaft for a bearing lubrication assembly, the shaft comprising: an outer surface; a reservoir disposed within the shaft; a first seal groove formed on the outer surface and extending a full circumference of the outer surface; a second seal groove formed on the outer surface and extending a full circumference of the outer surface; a first seal disposed at least partially in the first seal groove; a second seal disposed at least partially in the second seal groove; a radial port extending from the reservoir to the outer surface, the radial port intersecting the outer surface between the first seal groove and the second seal groove; and a plurality of chambers formed in the shaft and disposed axially between the first seal groove and the second seal groove, the plurality of chambers being open to the outer surface, each chamber having a closed bottom disposed radially inward from the outer surface, and each chamber being circumferentially spaced from one another around the shaft. an outer surface; a reservoir disposed within the shaft; a first seal groove formed on the outer surface and extending a full circumference of the outer surface; a second seal groove formed on the outer surface and extending a full circumference of the outer surface; a first seal disposed at least partially in the first seal groove; a second seal disposed at least partially in the second seal groove; a radial port extending from the reservoir to the outer surface, the radial port intersecting the outer surface between the first seal groove and the second seal groove; and a plurality of chambers formed in the shaft and disposed axially between the first seal groove and the second seal groove, the plurality of chambers being open to the outer surface, each chamber having a closed bottom disposed radially inward from the outer surface, and each chamber being circumferentially spaced from one another around the shaft.
A method in a user terminal comprising: receiving an image of a user, wherein the image is captured by the user terminal after an expiration of an inactivity timer; determining, using a processor of the user terminal, a current attention level of the user based on the received image; determining a program the user is currently interacting with, the program being executed on the user terminal; determining attention level requirements of the program; and causing a lock condition of the user terminal to be set based on the determined current attention level of the user in the received image and the attention level requirements of the program. receiving an image of a user, wherein the image is captured by the user terminal after an expiration of an inactivity timer; determining, using a processor of the user terminal, a current attention level of the user based on the received image; determining a program the user is currently interacting with, the program being executed on the user terminal; determining attention level requirements of the program; and causing a lock condition of the user terminal to be set based on the determined current attention level of the user in the received image and the attention level requirements of the program.
An anatomical toepiece for insertion into the footbed of a footwear article, the toepiece comprising: a molded core comprising: i) an anchoring flange for embedded attachment within the footbed of the footwear article; ii) an inter-toe engagement portion which extends upwardly from the anchoring flange for engagement between the great toe and the adjacent digit; and iii) a wing which caps the inter-toe engagement portion, wherein the inter-toe engagement portion has an instep sidewall curved in an arc from top to bottom to mimic the contour of the digit adjacent the great toe and an outer sidewall curved in an arc from top to bottom to mimic the curved contour of the great toe, and a back surface curved to contour to the curvature of a foot and forming a slanted arc such that the bottom of the arc is closer to the front of the anatomical toepiece than the top of the arc and the wing capping the inter-toe engagement portion rests atop the foot, the wing extending outwardly in both directions over a portion of the upper forefoot; characterised in that: the anchoring flange comprises an upper rim and a lower rim with a recess therein. a molded core comprising: i) an anchoring flange for embedded attachment within the footbed of the footwear article; ii) an inter-toe engagement portion which extends upwardly from the anchoring flange for engagement between the great toe and the adjacent digit; and iii) a wing which caps the inter-toe engagement portion, i) an anchoring flange for embedded attachment within the footbed of the footwear article; ii) an inter-toe engagement portion which extends upwardly from the anchoring flange for engagement between the great toe and the adjacent digit; and iii) a wing which caps the inter-toe engagement portion, wherein the inter-toe engagement portion has an instep sidewall curved in an arc from top to bottom to mimic the contour of the digit adjacent the great toe and an outer sidewall curved in an arc from top to bottom to mimic the curved contour of the great toe, and a back surface curved to contour to the curvature of a foot and forming a slanted arc such that the bottom of the arc is closer to the front of the anatomical toepiece than the top of the arc and the wing capping the inter-toe engagement portion rests atop the foot, the wing extending outwardly in both directions over a portion of the upper forefoot; characterised in that: the anchoring flange comprises an upper rim and a lower rim with a recess therein. the anchoring flange comprises an upper rim and a lower rim with a recess therein.
Brake regulating device for a rail vehicle, having an input for a target deceleration value (a set), an input for an actual deceleration value (a train), and an output for a deceleration manipulated variable value (a out), wherein the deceleration manipulated variable value (a out) is set by a control unit in order to minimize a deviation between the actual deceleration value (a train) and the target deceleration value (a set), and wherein a limiting device is present which limits the deceleration manipulated variable value (a out) independently of the control unit, characterized in that the limiting device limits the deceleration manipulated variable value (a out) in such a way that it deviates from the target deceleration value (a set) at most by a maximum negative control excursion toward lower values or at most by a maximum positive control excursion toward higher values.
A processor implemented method for monitoring the performance of a message queue for communication between processes, the method comprising: by an initiating process, publishing a trigger message to a first topic in the message queue (S6, S106), wherein the trigger message identifies latency as a performance metric and the trigger message also identifies at least two processes that communicate via the message queue; by at least two of said processes: retrieving the trigger message from the first topic in the message queue; performing timestamping on a message or messages exchanged between the processes over the message queue (S7, S107), wherein the timestamping determines the latency; publishing the timestamps to a second topic in the message queue (S8, S108); and at a receiving process, calculating the latency by taking the difference in time between the timestamps retrieved from the second topic in the message queue (S9, S109). by an initiating process, publishing a trigger message to a first topic in the message queue (S6, S106), wherein the trigger message identifies latency as a performance metric and the trigger message also identifies at least two processes that communicate via the message queue; by at least two of said processes: retrieving the trigger message from the first topic in the message queue; performing timestamping on a message or messages exchanged between the processes over the message queue (S7, S107), wherein the timestamping determines the latency; publishing the timestamps to a second topic in the message queue (S8, S108); and retrieving the trigger message from the first topic in the message queue; performing timestamping on a message or messages exchanged between the processes over the message queue (S7, S107), wherein the timestamping determines the latency; publishing the timestamps to a second topic in the message queue (S8, S108); and at a receiving process, calculating the latency by taking the difference in time between the timestamps retrieved from the second topic in the message queue (S9, S109).
A cutting method comprising a cutting step of cutting a workpiece material with a cutting tool to thereby form a through-groove in the workpiece material, wherein in the cutting step, the through-groove is formed in the workpiece material by cutting the workpiece material with the cutting tool while contacting a cut-assisting lubricant with a contact portion of the cutting tool with the workpiece material and/or a contact portion of the workpiece material with the cutting tool, the workpiece material comprises a fiber reinforced composite material, and the cut-assisting lubricant contains a high molecular weight compound having a weight average molecular weight of 5.0 × 10 4 or higher and 1.0 × 10 6 or lower, a medium molecular weight compound having a weight average molecular weight of 1.0 × 10 3 or higher and lower than 5.0 × 10 4, and a carbon having a median particle size of 100 μm or larger, wherein the median particle size is determined as described in the section of the description entitled "Examples", the high molecular weight compound comprises a thermoplastic resin having a weight average molecular weight of 5.0 × 10 4 or higher and 1.0 × 10 6 or lower, the medium molecular weight compound comprises a thermoplastic resin having a weight average molecular weight of 1.0 × 10 3 or higher and 2.0 × 10 4 or lower, the content of the high molecular weight compound is 20 to 60 parts by mass with respect to 100 parts by mass in total of the high molecular weight compound, the medium molecular weight compound, and the carbon, the content of the medium molecular weight compound is 10 to 75 parts by mass with respect to 100 parts by mass in total of the high molecular weight compound, the medium molecular weight compound, and the carbon, and the content of the carbon is 5 to 70 parts by mass with respect to 100 parts by mass in total of the high molecular weight compound, the medium molecular weight compound, and the carbon. a high molecular weight compound having a weight average molecular weight of 5.0 × 10 4 or higher and 1.0 × 10 6 or lower, a medium molecular weight compound having a weight average molecular weight of 1.0 × 10 3 or higher and lower than 5.0 × 10 4, and a carbon having a median particle size of 100 μm or larger, wherein the median particle size is determined as described in the section of the description entitled "Examples",
An in vitro method for predicting chronic kidney disease progression in a subject to be examined, wherein the method comprises determination of apolipoprotein A-IV (apoA-IV) in a bodily fluid sample taken from the subject to be examined, and wherein - the ApoA-IV concentration is compared to a reference value determined from non-progressing patients afflicted with mild to moderate chronic kidney disease, and - wherein an elevation of the ApoA-IV concentration is a predictor of disease progression. - the ApoA-IV concentration is compared to a reference value determined from non-progressing patients afflicted with mild to moderate chronic kidney disease, and - wherein an elevation of the ApoA-IV concentration is a predictor of disease progression.
A metallacrown complex, having the formula: Ln [12-MC-4] 2 [24-MC-8], wherein MC is a metallacrown macrocycle with a repeating sub-unit consisting of a transition metal ion (M) and a hydroxamic acid ligand that produces a ligand-based charge transfer state when incorporated into the metallacrown complex, wherein the transition metal ion is preferably selected from the group consisting of Co 2+, Ni 2+, Cu 2+, Zn 2+, Rh 2+, Pd 2+, Ag 2+, Cd 2+, Ir 2+, Pt 2+, Au 2+, and Hg 2+, wherein the hydroxamic acid ligand has the structure: with any combination of R-groups bound at each of positions 3 through 8, each R-group being independently selected from the group consisting of -H, -D, -OH, -SH, -NH 2, -NO 2, -F, -Cl, -Br, -I, -CF 3, -OCH 3, -SO 3 H, -CH 3, -CN, a fused aromatic ring, a fused heterocyclic ring, an amide, =O, =N, -N 3, -NR'H, -NR'2, -NR' 3+, -COOH, -COOR', -CH 2 -R', -CHR 2, -CHR'R", -CR'R"R"', -OR', and combinations thereof, wherein R', R", and R'" are independently selected from any of the R-groups.
A method for mounting a tyre on a rim of a vehicle wheel and/or for demounting a tyre from a rim of a vehicle wheel, in which a mounting/demounting device (U1, U2) is supported by a post of a tyre mounting/demounting machine and is movable at least in a first direction, which is substantially parallel with respect to a rotational axis of the vehicle wheel, and in a second direction, which is substantially perpendicular with respect to said rotational axis of the vehicle wheel, comprising the steps of: (a) determining an initial reference position for the mounting/demounting device (U1, U2), said initial reference position being proximal to an edge of the wheel rim; (b) linking the position of the mounting/demounting device (U1, U2) with the initial reference position; (c) manually adjusting the position of the mounting/demounting device (U1, U2) with respect to the second direction only; (d) continuously detecting the position of the mounting/demounting device (U1, U2) with respect to said second direction; and (e) by a control unit, at the same time as step (c), continuously and automatically adjusting the position of the mounting/demounting device (U1, U2), with respect to the first direction only, in dependence of the initial reference position and the position of the mounting/demounting device (U1, U2) in the second direction. (a) determining an initial reference position for the mounting/demounting device (U1, U2), said initial reference position being proximal to an edge of the wheel rim; (b) linking the position of the mounting/demounting device (U1, U2) with the initial reference position; (c) manually adjusting the position of the mounting/demounting device (U1, U2) with respect to the second direction only; (d) continuously detecting the position of the mounting/demounting device (U1, U2) with respect to said second direction; and (e) by a control unit, at the same time as step (c), continuously and automatically adjusting the position of the mounting/demounting device (U1, U2), with respect to the first direction only, in dependence of the initial reference position and the position of the mounting/demounting device (U1, U2) in the second direction.
Sliding door system, comprising a fixed frame and at least one sliding element (10, 11, 12), which is guided displaceably on a rail (7, 8, 9) on the floor side and can be moved from a closed position overlapping a passage to an open position, wherein a floor profile is provided which is coupled to at least one sliding element (10, 11, 12) and is guided along the rail (7, 8, 9) and, when the at least one sliding element (10, 11, 12) is arranged in the open position, is positioned on the passage in such a way that a substantially planar transition is formed on the passage, characterized in that the fixed frame is provided with three fields (3, 4, 5), and the passage is arranged in the middle field, and a pocket for accommodating at least one sliding element (10, 11, 12) is formed in a lateral field adjacent to the passage, and the floor profile can be moved from the other lateral field into the middle field and back.
A distributed control system of an interactive video system, comprising: a switched fabric network interconnecting a plurality of nodes, wherein the switched fabric network comprises: an input node of the plurality of nodes, wherein the input node comprises a sensing unit configured to collect scanning data for a participant of the interactive video system, wherein the scanning data is collected by the sensing unit scanning the participant in a participation area; a first set of processing nodes of the plurality of nodes, wherein the first set of processing nodes is configured to generate a virtual representation of the participant based at least in part on the scanning data of the participant, wherein the input node is communicatively coupled to the first set of processing nodes via a first switch of the switched fabric network; and an output node of the plurality of nodes, wherein the output node comprises an output device configured to present the virtual representation of the participant in a virtual environment, wherein the output node is communicatively coupled to the input node via a second switch of the switched fabric network. an input node of the plurality of nodes, wherein the input node comprises a sensing unit configured to collect scanning data for a participant of the interactive video system, wherein the scanning data is collected by the sensing unit scanning the participant in a participation area; a first set of processing nodes of the plurality of nodes, wherein the first set of processing nodes is configured to generate a virtual representation of the participant based at least in part on the scanning data of the participant, wherein the input node is communicatively coupled to the first set of processing nodes via a first switch of the switched fabric network; and an output node of the plurality of nodes, wherein the output node comprises an output device configured to present the virtual representation of the participant in a virtual environment, wherein the output node is communicatively coupled to the input node via a second switch of the switched fabric network.