mhurhangee/ep-ind-claims huggingface dataset:
Method of manufacturing a ceramic core for a blade comprising a lower part forming a core body, an upper part forming a recess and a set of rods contributing to holding the upper part with the lower part, characterised in that it comprises: • a coating step in which the rods are coated with a material with a flash point below a temperature threshold above which the expansion of the rod is greater than 1%; • a step in which the rods are positioned in a mould; • a step in which the upper and lower parts are moulded by a ceramic injection, the moulded parts thus forming a single part in the mould and defining a core shape; • a step to fire the ceramic core. • a coating step in which the rods are coated with a material with a flash point below a temperature threshold above which the expansion of the rod is greater than 1%; • a step in which the rods are positioned in a mould; • a step in which the upper and lower parts are moulded by a ceramic injection, the moulded parts thus forming a single part in the mould and defining a core shape; • a step to fire the ceramic core.
A laser processing method comprising: marking multiple concaves on a surface of a preform using a laser before blow molding to form a first mark, characterized by marking multiple concaves on the surface of the molded product using a laser after the blow molding to form a second mark, wherein the second mark formed after the blow molding is smaller than the first mark formed before the blow molding. marking multiple concaves on a surface of a preform using a laser before blow molding to form a first mark, characterized by marking multiple concaves on the surface of the molded product using a laser after the blow molding to form a second mark, wherein the second mark formed after the blow molding is smaller than the first mark formed before the blow molding.
Method for manufacturing components of an outer skin of a vehicle with a film, which is back-moulded at least from one side - front side or rear side - with clear plastics material, wherein the film is subjected to a thermoforming process in order to generate the desired three-dimensional form, and the film is subjected to further steps for preparation of the back-moulding, - wherein the film is at least partially provided with a colour layer, - and the film comprises regions through which other colours are intended to show or electromagnetic waves are intended to pass and which consist of specially embossed geometries, such as indentations, elevations, wherein the regions are prepared by punched-out portions from the film, - wherein the prepared coloured film with its punched-out portions is first overmoulded with a glass-clear plastics layer, in which the specially embossed geometries are then present, - and components which have a coloured or luminous visual appearance towards the outside are inserted into the punched-out portions, wherein the components show through punched-out portions of the film and of the glass-clear injection-moulded encapsulation of the film and can be seen from the outside, that is to say from the front side. - wherein the film is at least partially provided with a colour layer, - and the film comprises regions through which other colours are intended to show or electromagnetic waves are intended to pass and which consist of specially embossed geometries, such as indentations, elevations, wherein the regions are prepared by punched-out portions from the film, - wherein the prepared coloured film with its punched-out portions is first overmoulded with a glass-clear plastics layer, in which the specially embossed geometries are then present, - and components which have a coloured or luminous visual appearance towards the outside are inserted into the punched-out portions, wherein the components show through punched-out portions of the film and of the glass-clear injection-moulded encapsulation of the film and can be seen from the outside, that is to say from the front side.
A blood purification system comprising: a blood treatment circuit configured to supply blood to a blood purification unit and recovers purified blood from the blood purification unit; a drainage circuit configured to discharge drainage occurring in the blood purification unit to a drainage reservoir by a first drainage pump; an external drainage circuit configured to discharge, to outside, by a second drainage pump, drainage stored in the drainage reservoir; a weight scale configured to measure the weight of the drainage reservoir; and a drainage controller configured to calculate, when drainage of the drainage reservoir is not discharged to the outside from the external drainage circuit, an actual flow rate of the first drainage pump from a variation of a weight of the drainage reservoir measured by the weight scale and configured to correct a flow rate error between the actual flow rate and a target flow rate by controlling the first drainage pump, and configured to control, when drainage of the drainage reservoir is discharged to the outside from the external drainage circuit by the second drainage pump, the first drainage pump using a corrected value of the flow rate error from immediately before initiating the discharging of drainage, wherein the second drainage pump is configured such that when a drainage exceeding a predetermined threshold is pooled in the drainage reservoir, the second drainage pump is actuated, and when the drainage in the drainage reservoir is decreased to below the predetermined amount, the second drainage pump is stopped. a blood treatment circuit configured to supply blood to a blood purification unit and recovers purified blood from the blood purification unit; a drainage circuit configured to discharge drainage occurring in the blood purification unit to a drainage reservoir by a first drainage pump; an external drainage circuit configured to discharge, to outside, by a second drainage pump, drainage stored in the drainage reservoir; a weight scale configured to measure the weight of the drainage reservoir; and a drainage controller configured to calculate, when drainage of the drainage reservoir is not discharged to the outside from the external drainage circuit, an actual flow rate of the first drainage pump from a variation of a weight of the drainage reservoir measured by the weight scale and configured to correct a flow rate error between the actual flow rate and a target flow rate by controlling the first drainage pump, and configured to control, when drainage of the drainage reservoir is discharged to the outside from the external drainage circuit by the second drainage pump, the first drainage pump using a corrected value of the flow rate error from immediately before initiating the discharging of drainage, wherein the second drainage pump is configured such that when a drainage exceeding a predetermined threshold is pooled in the drainage reservoir, the second drainage pump is actuated, and when the drainage in the drainage reservoir is decreased to below the predetermined amount, the second drainage pump is stopped.
A connector for connecting a first and second spinal rod, comprising: a body that defines first and second rod-receiving recesses, the body having proximal and distal ends that define a proximal-distal axis extending there between; a rod pusher slidably disposed within a tunnel formed in the body and configured to translate with respect to the body along a rod pusher axis, wherein the tunnel extends between the first rod-receiving recess and the second rod-receiving recess, and wherein the rod pusher includes a first bearing surface configured to contact and bear against the first spinal rod disposed in the first rod-receiving recess and a second bearing surface configured to contact and bear against the second rod disposed in the second rod-receiving recess; a bias element configured to bias the rod pusher along the rod pusher axis towards the first rod-receiving recess; and a set screw configured to be threadably received in the body to lock the first spinal rod within the first rod-receiving recess and to lock the second spinal rod within the second rod-receiving recess, wherein the connector is configured such that tightening the set screw within the body causes a surface of the set screw to bear against the second spinal rod disposed in the second rod-receiving recess to urge the rod pusher towards the first rod-receiving recess and to lock the first spinal rod in the first rod-receiving recess. a body that defines first and second rod-receiving recesses, the body having proximal and distal ends that define a proximal-distal axis extending there between; a rod pusher slidably disposed within a tunnel formed in the body and configured to translate with respect to the body along a rod pusher axis, wherein the tunnel extends between the first rod-receiving recess and the second rod-receiving recess, and wherein the rod pusher includes a first bearing surface configured to contact and bear against the first spinal rod disposed in the first rod-receiving recess and a second bearing surface configured to contact and bear against the second rod disposed in the second rod-receiving recess; a bias element configured to bias the rod pusher along the rod pusher axis towards the first rod-receiving recess; and a set screw configured to be threadably received in the body to lock the first spinal rod within the first rod-receiving recess and to lock the second spinal rod within the second rod-receiving recess, wherein the connector is configured such that tightening the set screw within the body causes a surface of the set screw to bear against the second spinal rod disposed in the second rod-receiving recess to urge the rod pusher towards the first rod-receiving recess and to lock the first spinal rod in the first rod-receiving recess.
An apparatus for measuring and reporting transmission characteristics of a propagation channel in a multiple input/multiple output communication system, comprising: means for receiving, by plural receive antennas (122A-122R), pilot symbols on at least some of sub-channels of a plurality of subsets of sub-channels from a respective plurality of transmit antennas (116A-116T) of a transmitter unit, wherein the sub-channel subsets are disjoint; means for distinguishing differing channel responses of different transmit-receive antenna patterns by determining a set of transmission characteristics for at least one of the plurality of sub-channels, wherein determining the set of transmission characteristics uses the pilot symbols received at the receive antennas (122A-122R); and means for reporting an information signal to the transmitter unit, wherein the information signal carries the set of transmission characteristics for at least one of the plurality of sub-channels. means for receiving, by plural receive antennas (122A-122R), pilot symbols on at least some of sub-channels of a plurality of subsets of sub-channels from a respective plurality of transmit antennas (116A-116T) of a transmitter unit, wherein the sub-channel subsets are disjoint; means for distinguishing differing channel responses of different transmit-receive antenna patterns by determining a set of transmission characteristics for at least one of the plurality of sub-channels, wherein determining the set of transmission characteristics uses the pilot symbols received at the receive antennas (122A-122R); and means for reporting an information signal to the transmitter unit, wherein the information signal carries the set of transmission characteristics for at least one of the plurality of sub-channels.
Pressure drum for filling, storing, transporting and discharging a catalyst for a production of olefin polymers, the pressure drum comprising a cylindrical body with a first end and a second end; a first torispherical head; a second torispherical head; a first coupling element which is adapted for allowing a flow to and from the pressure drum; a second coupling element which is adapted for allowing a flow of an inert gas into the pressure drum; a third coupling element which is adapted for allowing a flow of the catalyst into the pressure drum; a forth coupling element which is adapted for allowing an outflow of the catalyst from the pressure drum; wherein the first coupling element, the second coupling element, the third coupling element and the fourth coupling element are integrated into the first torispherical head; a pressure measurement element provided at the first coupling element; wherein the first torispherical head is arranged at the first end of the cylindrical body and the second torispherical head is arranged at the second end of the cylindrical body; wherein the first torispherical head and the second torispherical head are connected to the cylindrical body by full penetration welding in such a way that the pressure drum is adapted for withstanding pressures between -0,5 and 9 bar g, and wherein the cylindrical body, the first torispherical head and the second torispherical head are made of stainless steel, and comprise a wall thickness of 1,5 to 3 mm.
A transmission method for a MBSFN, comprising steps of: dividing a plurality of MBMS services to be transmitted into multiple service groups according to error rates, each service group including at least one service; transmitting the plurality of MBMS services according to the service groups, wherein the respective services in each service group are transmitted in turn according to a predetermined sequence. dividing a plurality of MBMS services to be transmitted into multiple service groups according to error rates, each service group including at least one service; transmitting the plurality of MBMS services according to the service groups, wherein the respective services in each service group are transmitted in turn according to a predetermined sequence.
A computer-implemented method (100, 900) in a network component for predicting values of future network time series data, comprising: receiving (102, 902), with one or more receivers, network time series data; determining (104, 904), with one or more processors, whether an anomaly is detected in the network time series data; generating (106, 906), with the one or more processors, a prediction for future network time series data according to a primary predictor when no anomaly is detected in the network time series data; generating (108, 908), with the one or more processors, the prediction for future network time series data according to an alternative predictor when an anomaly in the network time series data is detected; and sending, with one or more transmitters, the prediction to a network controller, wherein the network controller uses the prediction to adjust network parameters, wherein the primary predictor is trained according to historical data and wherein the alternative predictor is adaptive and predicts that the next value will be equal to or nearly equal to the most recent value or an average of several most recent data values. receiving (102, 902), with one or more receivers, network time series data; determining (104, 904), with one or more processors, whether an anomaly is detected in the network time series data; generating (106, 906), with the one or more processors, a prediction for future network time series data according to a primary predictor when no anomaly is detected in the network time series data; generating (108, 908), with the one or more processors, the prediction for future network time series data according to an alternative predictor when an anomaly in the network time series data is detected; and sending, with one or more transmitters, the prediction to a network controller, wherein the network controller uses the prediction to adjust network parameters, wherein the primary predictor is trained according to historical data and wherein the alternative predictor is adaptive and predicts that the next value will be equal to or nearly equal to the most recent value or an average of several most recent data values.
A runway deicing/anti-icing fluid comprising: from about 10% to about 90% glycerol by weight; a wetting agent; an antioxidant; a buffer, such that the fluid contains from about 0.02% to 2% by weight mono-basic sodium phosphate and/or potassium phosphate and from 0.02% to 2% by weight di-basic sodium phosphate and/or potassium phosphate; from about 5% to about 70% water by weight; and a deicing salt selected from potassium acetate, sodium formate, sodium acetate, sodium chloride, calcium chloride and mixtures thereof. from about 10% to about 90% glycerol by weight; a wetting agent; an antioxidant; a buffer, such that the fluid contains from about 0.02% to 2% by weight mono-basic sodium phosphate and/or potassium phosphate and from 0.02% to 2% by weight di-basic sodium phosphate and/or potassium phosphate; from about 5% to about 70% water by weight; and a deicing salt selected from potassium acetate, sodium formate, sodium acetate, sodium chloride, calcium chloride and mixtures thereof.
A ball joint having a spherical head portion formed in one end of a ball stud and retained within a socket, a shaft in the other end of said ball stud, which is fastened and fixed to a knuckle, and a ball joint dust cover, wherein a one end large-diameter opening portion of the ball joint dust cover is fixed and retained to an outer peripheral surface of said socket, wherein the other end small-diameter portion of the ball joint dust cover, which is embedding a reinforcing ring therein, is retained to said shaft, and wherein said ball joint dust cover is made of an elastic material, wherein said reinforcing ring is constructed by a tubular portion, and a flange portion which extends from an end portion in a side of said knuckle in said tubular portion toward said shaft, and is integrated with said small-diameter portion in such a manner that a side surface of said flange portion in a side of said knuckle and an inner peripheral surface of said flange portion facing to a peripheral surface of said shaft are exposed, wherein in the small-diameter portion, a seal lip coming into elastic contact with the outer peripheral surface of the shaft is formed, characterized in that in the small-diameter portion, a dust lip coming into elastic contact with the knuckle is provided, and an inward end portion in a diametrical direction of said flange portion engages with a step portion provided in an outer peripheral surface of said shaft as well as protruding to said shaft side, and a plurality of projections are uniformly provided in said inner peripheral surface which come into contact with the outer peripheral surface of said shaft in said inward end portion in the diametrical direction.
An ejection device for a movable furniture part, comprising - a carrier, - a rotatable ejection element for ejecting the movable furniture part from a closed position into an open position, wherein, when the movable furniture part is ejected, the ejection element can be rotated about a rotary axis, the rotary axis being oriented transversely to an ejection path of the ejection device in a rotary direction, - a force storage member force-actuating the ejection element in opening direction of the movable furniture part, wherein the force storage member on the one hand engages the carrier and on the other hand engages the ejection element, and - a tensioning device for tensioning the ejection force storage member by means of the ejection element, wherein the tensioning device can be coupled to the movable furniture part by means of a coupling device and the ejection force storage member can be tensioned by the tensioning device by pulling the movable furniture part in opening direction, wherein when the ejection force storage member is tensioned, the ejection element can be rotated in the same rotary direction as when the movable furniture part is ejected, wherein the movable furniture part can be indirectly moved in an open position by the ejection element via a tensioning element of the tensioning device, wherein the ejection element, when ejecting the movable furniture part and when tensioning the ejection force storage member, in total travels a rotary path in form of a full revolution, wherein the ejection element substantially travels one half of a full revolution when ejecting the movable furniture part and substantially travels the other half of the rotary path when subsequently tensioning the ejection force storage member. - a carrier, - a rotatable ejection element for ejecting the movable furniture part from a closed position into an open position, wherein, when the movable furniture part is ejected, the ejection element can be rotated about a rotary axis, the rotary axis being oriented transversely to an ejection path of the ejection device in a rotary direction, - a force storage member force-actuating the ejection element in opening direction of the movable furniture part, wherein the force storage member on the one hand engages the carrier and on the other hand engages the ejection element, and - a tensioning device for tensioning the ejection force storage member by means of the ejection element, wherein the tensioning device can be coupled to the movable furniture part by means of a coupling device and the ejection force storage member can be tensioned by the tensioning device by pulling the movable furniture part in opening direction,
A rapid-hardening high-belite calcium sulfoaluminate cement clinker, comprising the following major constituent phases: 20% to 35% by weight of C 4 A 3 S, 3% to 9% by weight of C 4 AF, 37% to 47% by weight of C 2 S and 14% to 26.3% by weight of CaSO 4, wherein said clinker contains 0.5% to 4.6% by weight of f-CaO, and the rest are minor additional phases.
A compound for use in the treatment of glioblastoma with WNT6 over-expression, wherein the compound is selected from the following list: vantictumab, GNF-1331, ipafricept, XAV-939, IWR-1, pyrvinium, DKN-01, IWP-2, WNT974, niclosamide, sulindac, NSC668036, J01-017a, PRI-724, ICG-001, Calphostin C, Toxoflavin, Xanthothricin, NCB-0846, Cercosporin, StAX-35, NVP-TNKS656, JW74, Foxy-5, OTSA 101, CWP232291, ETC 159, Rosmantuzumab, RO4929097, MK0752, PF-03084014, or combinations thereof.