mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a fresh acidified milk-based foodstuff product selected from yoghurt, fermented milk, viili, fermented cream, smetana/sour cream, quark, or cottage cheese, characterized by comprising the steps of a) adjusting the protein content of a raw material liquid to a desired level with a low-calcium milk protein containing both casein and whey proteins, b) heat-treating, c) treating with transglutaminase after the heat treatment, and d) treating in a manner characteristic of the product selected from yoghurt, fermented milk, viili, fermented cream, smetana/sour cream, quark, or cottage cheese to be produced. a) adjusting the protein content of a raw material liquid to a desired level with a low-calcium milk protein containing both casein and whey proteins, b) heat-treating, c) treating with transglutaminase after the heat treatment, and d) treating in a manner characteristic of the product selected from yoghurt, fermented milk, viili, fermented cream, smetana/sour cream, quark, or cottage cheese to be produced.
An execution control method that causes a computer to execute a process, the process comprising: generating a first regression line that indicates a correlation between a reception time point of each of a plurality of event messages received in a first time period and a generation time point of each of the plurality of event messages; calculating, for each of the plurality of the event messages, a first difference between the generation time point of each event message and a value on the first regression line corresponding to the reception time point of each event message; identifying, as a the- margin time, a predetermined percentile value in a distribution for the first difference, and determining, as a notification time point, a time point corresponding to a value obtained by subtracting the margin time from a value on the first regression line corresponding to a last time point included in the first time period, wherein the margin time is controlled to be longer when a variation in the first difference is large than when the variation in the first difference is small, adding the notification time point, as a time stamp, to a control message indicating a communication state of the plurality of event messages, and processing the event messages with the generation time point earlier than the timestamp added to the control message. generating a first regression line that indicates a correlation between a reception time point of each of a plurality of event messages received in a first time period and a generation time point of each of the plurality of event messages; calculating, for each of the plurality of the event messages, a first difference between the generation time point of each event message and a value on the first regression line corresponding to the reception time point of each event message; identifying, as a the- margin time, a predetermined percentile value in a distribution for the first difference, and determining, as a notification time point, a time point corresponding to a value obtained by subtracting the margin time from a value on the first regression line corresponding to a last time point included in the first time period, wherein the margin time is controlled to be longer when a variation in the first difference is large than when the variation in the first difference is small, adding the notification time point, as a time stamp, to a control message indicating a communication state of the plurality of event messages, and processing the event messages with the generation time point earlier than the timestamp added to the control message.
A combination of a cooling device and a linear motor, incorporated in a vehicle running on rail tracks at a lower portion so as to oppose a secondary side of the linear motor laid on the rail tracks and configured to cool a primary side of the linear motor having an iron core that is elongated in a running direction and a coil accommodated in a slot of the iron core, characterized by comprising: - an elongate cover that covers end portions of the coil exposed from both side faces of the iron core in a longitudinal direction; - blower means for forcing a current of cooling air inside the cover; and - a partition plate that divides the inside of the cover into an upper space and a lower space, wherein the upper space divided by the partition plate is used as a ventilation portion through which the current of cooling air is forced and the lower space is used as a cooling portion in which the end portions of the coil are accommodated and cooled; wherein a slit is formed almost along a full length of the partition plate on a side closer to the iron core in a direction parallel to the longitudinal direction of the iron core for bringing the ventilation portion and the cooling portion into communication with each other; and wherein a vent is provided in a lower portion of the cooling portion. - an elongate cover that covers end portions of the coil exposed from both side faces of the iron core in a longitudinal direction; - blower means for forcing a current of cooling air inside the cover; and - a partition plate that divides the inside of the cover into an upper space and a lower space,
A wiper blade for use on a windshield of an aircraft, the wiper blade comprising: a support member coupled to a blade element; a clip coupled to and surrounding at least a portion of the support member and at least a portion of the blade element; and a coupler coupled to and surrounding at least a portion of the support member and at least a portion of the blade element, characterized in that said wiper blade further comprises a fastener extending through the blade element and the clip, wherein the fastener secures the clip to the blade element. a support member coupled to a blade element; a clip coupled to and surrounding at least a portion of the support member and at least a portion of the blade element; and a coupler coupled to and surrounding at least a portion of the support member and at least a portion of the blade element, characterized in that said wiper blade further comprises a fastener extending through the blade element and the clip, wherein the fastener secures the clip to the blade element.
A polyethylene yarn having a weight average molecular weight of 80,000 to 180,000 g/mol, an initial modulus of 120 to 200 g/d and an elongation of 6 to 10%, wherein the weight average molecular weight is measured by gel permeation chromatography, as defined in the description, wherein the initial modulus and the elongation are measured according to ASTM D885. wherein the weight average molecular weight is measured by gel permeation chromatography, as defined in the description, wherein the initial modulus and the elongation are measured according to ASTM D885.
Preassembled or as a kit of parts: (a) a support ring comprising a radially inwardly directed lip comprising an upwardly facing shoulder engageable in a groove or recess formed about a container opening, the support ring having: (i) a masking membrane sealed at its periphery to the support ring, and/or (ii) a frangibly attached inwardly extending flange or frangibly attached inwardly extending projection; and (b) a closure plug receivable in the container opening; wherein, with the upwardly facing shoulder so engaged and the plug so received, the masking membrane and/or the inwardly extending flange and/or the inwardly extending projection overlaps the upper end of the plug, characterised in that the preassembly or kit further comprises: (c) an outer cover comprising a circumferential skirt having an inner, upwardly facing shoulder snap-fittingly engageable beneath an outer, downwardly facing shoulder provided about the support ring. (a) a support ring comprising a radially inwardly directed lip comprising an upwardly facing shoulder engageable in a groove or recess formed about a container opening, the support ring having: (i) a masking membrane sealed at its periphery to the support ring, and/or (ii) a frangibly attached inwardly extending flange or frangibly attached inwardly extending projection; and (i) a masking membrane sealed at its periphery to the support ring, and/or (ii) a frangibly attached inwardly extending flange or frangibly attached inwardly extending projection; (b) a closure plug receivable in the container opening;
Thrust bearing device, in particular for centrifugal electric pumps, suitable to support an axial thrust through a shaft, comprising a containment box formed by a central sleeve with axis parallel in use to said axial thrust, a ring-shaped support base and a perimeter wall; a plurality of sliding sectors or sliding blocks arranged inside said containment box, radially distributed around said central sleeve and provided with a support base oriented in use towards said ring-shaped support base and having a sliding operating surface suitable to be arranged faced to a corresponding surface of a rotor member integral to said shaft, a pillow that can be deformed contained abutting said central shaft and said perimeter wall and axially interposed between said ring-shaped support base and each of said sliding blocks, in order to function as a distributed and dynamical support for said sliding blocks, characterized in that each of said sliding blocks comprises a cavity made along a radial side of the same block, said cavity determining in said sliding operating surface the formation of a protruding edge overhang from said radial side of the block, to locally enfeeble the transverse section of the block and allowing a preferential subsiding of said protruding edge under effect of said axial thrust, such as to favour the circulation of a film of lubricating fluid in the meatus between said block and said rotor member, in that said cavity is shaped as a rectangular groove, and in that said rectangular shaped cavity extends with a bent course inside the section of said sliding block.
A wireless power charger, comprising: a wireless power transmitter configured to generate a field and provide wireless power to a wireless power receiving device that can charge the wireless power receiving device; and a processor in communication with the wireless power transmitter and configured to monitor commands from at least one communication channel of a wireless communication device different from the wireless power charger and reduce a power level of the field generated by the wireless power transmitter from a first power level to a second power level, wherein the reduction of a power level of the field generated by the wireless power transmitter is synchronized with time intervals when the wireless communication device different from the wireless power charger transmits or receives communication data, wherein the time intervals are determined based on a command transmitted to the wireless power charger in the at least one communication channel during the monitoring. a wireless power transmitter configured to generate a field and provide wireless power to a wireless power receiving device that can charge the wireless power receiving device; and a processor in communication with the wireless power transmitter and configured to monitor commands from at least one communication channel of a wireless communication device different from the wireless power charger and reduce a power level of the field generated by the wireless power transmitter from a first power level to a second power level, wherein the reduction of a power level of the field generated by the wireless power transmitter is synchronized with time intervals when the wireless communication device different from the wireless power charger transmits or receives communication data, wherein the time intervals are determined based on a command transmitted to the wireless power charger in the at least one communication channel during the monitoring.
A method for processing data packets for transmission in a wireless communication network, the method comprising: determining, by a network device (101; 102), RLC transmit buffer occupancy, RTBO; dynamically creating, by the network device (101; 102), a plurality of data packet discard groups, DPDGs, based on a state of the RTBO, wherein each of the created plurality of DPDGs comprises a plurality of data packets; determining, via the network device (101; 102), a plurality of simultaneously active data packet transmission protocol, DPTP packet discard timers, DPDTs, each DPDT corresponding to a different one of the plurality of DPDGs; and assigning, via the network device (101; 102), each DPDT to a different one of the plurality of DPDGs. determining, by a network device (101; 102), RLC transmit buffer occupancy, RTBO; dynamically creating, by the network device (101; 102), a plurality of data packet discard groups, DPDGs, based on a state of the RTBO, wherein each of the created plurality of DPDGs comprises a plurality of data packets; determining, via the network device (101; 102), a plurality of simultaneously active data packet transmission protocol, DPTP packet discard timers, DPDTs, each DPDT corresponding to a different one of the plurality of DPDGs; and assigning, via the network device (101; 102), each DPDT to a different one of the plurality of DPDGs.
A device for receiving satellite radionavigation signals, said received signals being transmitted at a first frequency, called carrier frequency, said device comprising at least means for generating a local signal at a second frequency, called local frequency, and a tracking device comprising a feedback loop, called carrier loop, allowing phase-locking of the local frequency on the carrier frequency, said feedback loop comprising a hardware portion (Co, I COR, Bo, NCO, PL) and a software portion (D P, C P), said hardware portion comprising at least one integrator (I COR) that carries out the correlation between the local signal and the received signal, the signal derived from the correlation being called correlated signal, said correlation being carried out at high frequency, said software portion carrying out the functions of discriminating (D P) the phase of the correlated signal and filtering said phase, said software portion working at low frequency, the duration of a basic computation cycle being denoted T, each cycle being indexed by an integer n so that the duration of a cycle is within the time interval [(n-1)T, nT], the signal correlated at the instant nT being denoted Zp(n), the signal θ(n) derived from the discrimination being equal to the argument of the product of Zp(n) multiplied by a complex exponential function Z R (n), the argument of which is a compensation term that is a function of n and ofT, characterised in that, if C(n) denotes the linear variation coefficient of the phase of the local frequency φ local between the instants nT and (n+1)T, such that φ local ((n+1)T) = φ local (nT) + T.C(n), with C(n) being previously computed on the basis of the data respectively available at the instant (n-1)T, then this compensation term is equal to the opposite of the sum of C(n) and of 1⁄2 C(n-1).
A feeding apparatus for delivering quantities of particulate material at a predetermined speed and position to specific locations on a substrate, comprising: a valve and body assembly that collects a quantity of particulate material while in a closed position and deposits the entirety of the collected particulate material without relying on recirculating unused material; the valve and body assembly comprising a rotary gate valve rotatable with a rotational velocity which comprises a rotating disc assembly and a top sealing plate; a feeder tube having a longitudinal axis which provides particulate material to the rotary gate valve; an eductor or venturi nozzle assembly that creates an airstream; the rotating disc assembly having at least one opening that when rotated in line with the longitudinal axis of the feeder tube allows collected particulate material to be drawn through the opening by the airstream created by the eductor or venturi nozzle assembly; characterized by a lip included in the top sealing plate which circumscribes the area below the feeder tube; and a gap which is provided between the lip and the rotating disc assembly which is adjustable through a range of values from actual contact with the rotating disc assembly up to a multiple of the particulate material's mean diameter to provide a controlled amount of bypass from the collected particulate material. a valve and body assembly that collects a quantity of particulate material while in a closed position and deposits the entirety of the collected particulate material without relying on recirculating unused material; the valve and body assembly comprising a rotary gate valve rotatable with a rotational velocity which comprises a rotating disc assembly and a top sealing plate; a feeder tube having a longitudinal axis which provides particulate material to the rotary gate valve; an eductor or venturi nozzle assembly that creates an airstream; the rotating disc assembly having at least one opening that when rotated in line with the longitudinal axis of the feeder tube allows collected particulate material to be drawn through the opening by the airstream created by the eductor or venturi nozzle assembly; characterized by a lip included in the top sealing plate which circumscribes the area below the feeder tube; and a gap which is provided between the lip and the rotating disc assembly which is adjustable through a range of values from actual contact with the rotating disc assembly up to a multiple of the particulate material's mean diameter to provide a controlled amount of bypass from the collected particulate material.
An exhaust purification device for an internal combustion engine in which an exhaust purification catalyst is arranged inside an engine exhaust passage and a hydrocarbon feed valve is arranged upstream of the exhaust purification catalyst in the engine exhaust passage, a precious metal catalyst is carried on an exhaust gas flow surface of the exhaust purification catalyst and a basic exhaust gas flow surface part is formed around the precious metal catalyst, the exhaust purification catalyst has the property of reducing the NO X which is contained in the exhaust gas when making the concentration of hydrocarbons which flow into the exhaust purification catalyst vibrate by within a predetermined range of amplitude and within a predetermined range of period and has the property of being increased in amount of storage of NO X which is contained in the exhaust gas if making the vibration period of the hydrocarbon concentration longer than the predetermined range, a first NO X removal method (104, 204) in which NO X contained in the exhaust gas is removed by injecting hydrocarbons from the hydrocarbon feed valve by a period within the predetermined range and, a second NO X removal method (107, 205) in which stored NO X is released from the exhaust purification catalyst to remove the NO X by making the air-fuel ratio of the exhaust gas which flows into the exhaust purification catalyst rich by a period longer than the predetermined range, are selectively used (100, 202), characterized in that: it is judged (102, 200) whether the exhaust purification catalyst is clogged due to buildup of particulates in the exhaust gas, (i) the NO X removal action by the second NO X removal method (107, 205) is performed when it is judged that the exhaust purification catalyst is clogged due to buildup of particulates in the exhaust gas, and (ii) when it is not judged that the exhaust purification catalyst is clogged due to buildup of particulates in the exhaust gas, the NO X removal action by the first NO X removal method (104, 204) and the NO X removal action by the second NO X removal method (107, 205) are selectively performed (100, 202).
A chisel holder, comprising: - a body region having a chisel-receiving opening which is open at least toward a chisel insertion side of the body region, - a fastening shank which extends from a supporting side of the body region and which has a shank longitudinal axis (L B), wherein on the fastening shank there are provided, on a first side, a fastening element loading region and, on a second side situated opposite in relation to the shank longitudinal axis (L B), a supporting region with supporting surface regions (88, 90) which are inclined relative to one another and adjoin one another in a transition region extending in the direction of the shank longitudinal axis (L B), wherein at least one supporting surface region (88, 90) is formed so as to protrude at least in regions radially outward in relation to the shank longitudinal axis (L B) beyond a basic outer circumferential surface of the fastening shank, characterized in that the transition region is formed in the manner of a depression. - a body region having a chisel-receiving opening which is open at least toward a chisel insertion side of the body region, - a fastening shank which extends from a supporting side of the body region and which has a shank longitudinal axis (L B),
A method of updating a data record stored in a data store with information supplied by at least one of a plurality of users (106,108) of a communication network, characterised in that said data record comprises a first type of information and a second type of information; each of said users having associated a communication identifier identifying an endpoint in the communication network for receiving a communication event, said method comprising; storing in association with the data record a communication identifier of a user which claimed said data record; providing information to update the data record from a user together with a communication identifier associated with the user providing the information; comparing the identifier stored in association with the data record to the communication identifier associated with the user providing the information; wherein if the information to update the data record is of the first type of information, the data record is updated with the information only if the identifier associated with the user providing the information is the same as the identifier stored in association with the data record and wherein if the information to update the data record is of the second type of information the data record is updated with the information.
An assembly for the tricuspid orifice of a human heart, comprising: - an external frame connected to - an internal stent having a cylindrical shape and carrying - a tricuspid valve bioprosthesis having a cylindrical shape and - a sealing skirt, wherein - the external frame is configured to hold its position in the native tricuspid annulus; - the internal stent is connected to the external frame by one or more fixing strands; and - the sealing skirt covers the interstitial space existing between the external frame and the internal stent; and wherein the sealing skirt is configured to obstruct the contact space between the external frame and the site of the native tissue in the region of the native tricuspid annulus, characterized in that the external frame comprises three zones of different diameters defining an interstitial space between the frame and the stent, wherein the zones are comprised of two outward convex zones that are separated by a zone having a diameter smaller than the convex zones. - an external frame connected to - an internal stent having a cylindrical shape and carrying - a tricuspid valve bioprosthesis having a cylindrical shape and - a sealing skirt, - the external frame is configured to hold its position in the native tricuspid annulus; - the internal stent is connected to the external frame by one or more fixing strands; and - the sealing skirt covers the interstitial space existing between the external frame and the internal stent; and