mhurhangee/ep-ind-claims huggingface dataset:
A communication method for a mobile node connectable to a master base station and to a secondary base station by using split bearers split across the master base station and the secondary base station, wherein a Packet Data Convergence Protocol, PDCP, layer located in the mobile node is shared for the split bearer between the master base station and the secondary base station, the method comprising: splitting by the mobile node a total buffer occupancy of the PDCP layer in the mobile node between the master base station and the secondary base station based on a split ratio, into a first PDCP buffer occupancy value for the master base station and a second PDCP buffer occupancy value for the secondary base station; generating by the mobile node a first buffer status report for the master base station based on the first PDCP buffer occupancy value, and generating a second buffer status report for the secondary base station based on the second PDCP buffer occupancy value; and transmitting by the mobile node the first buffer status report to the master base station, and transmitting the second buffer status report to the secondary base station, characterized in that the mobile node is configured to transmit all the acknowledgements of the Transmission Control Protocol, TCP, layer, relating to TCP downlink data received in the mobile node, to the master base station, preferably independent from whether or not the remaining uplink data is transmitted by the mobile node to the master base station; and the PDCP layer of the mobile node detects TCP acknowledgments and internally forwards the detected TCP acknowledgements to lower layers to be transmitted via a channel to the master base station. splitting by the mobile node a total buffer occupancy of the PDCP layer in the mobile node between the master base station and the secondary base station based on a split ratio, into a first PDCP buffer occupancy value for the master base station and a second PDCP buffer occupancy value for the secondary base station; generating by the mobile node a first buffer status report for the master base station based on the first PDCP buffer occupancy value, and generating a second buffer status report for the secondary base station based on the second PDCP buffer occupancy value; and transmitting by the mobile node the first buffer status report to the master base station, and transmitting the second buffer status report to the secondary base station, characterized in that the mobile node is configured to transmit all the acknowledgements of the Transmission Control Protocol, TCP, layer, relating to TCP downlink data received in the mobile node, to the master base station, preferably independent from whether or not the remaining uplink data is transmitted by the mobile node to the master base station; and the PDCP layer of the mobile node detects TCP acknowledgments and internally forwards the detected TCP acknowledgements to lower layers to be transmitted via a channel to the master base station.
A marker attaching apparatus for attaching to an image a positioning marker for detecting an encrypted area in the image, characterized in that it comprises: an area size detection unit detecting a size of the encrypted area to which the positioning marker is attached; a marker adjustment unit adjusting the positioning marker if the detected size is smaller than a predetermined threshold value; and a marker attaching unit attaching the adjusted positioning marker to the image. an area size detection unit detecting a size of the encrypted area to which the positioning marker is attached; a marker adjustment unit adjusting the positioning marker if the detected size is smaller than a predetermined threshold value; and a marker attaching unit attaching the adjusted positioning marker to the image.
A sponge cloth produced by the viscose process using pore formers, which is based on cellulose and has an internal reinforcement in the form of a net or grid, wherein the pore formers are salt crystals having an average diameter of up to 2.5 mm and less than 1/5 of the salt crystals have a diameter of less than 0.3 mm and in that the sponge cloth additionally contains uniformly and three-dimensionally distributed fibers having an average length of 0.1 to 0.6 cm and permanently softening polymers not water leachable, wherein the proportion of fibers is in the range from 10 % to 40 % by weight and the proportion of softening, hydrophilic polymers is in the range from 2 % to 50 % by weight, all based on the weight of cellulose.
A dietary composition for use in preventing or treating idiopathie vomiting in a companion animal, comprising one or more compounds in an effective amount for inhibiting a 5-hydroxytryptamine-3a serotonin (5-HT3a) receptor and/or a neurokinin-1 (NK-1) receptor, wherein said one or more compounds are selected from the group consisting of ubiquinone-0 (CAS NO. 605-94-7), resveratrol (CAS No. 501-36-0), 1,4-benzenediol, 2,3-dimethyl- (CAS NO. 608-43-5), vetiverol (CAS NO. 89-88-3), 3,6-dihydroxyflavone (CAS NO. 92439-20-8), nonivamide (CAS NO. 2444-46-4), DL-palmitoylcarnitine chloride (CAS NO. 6865-14-1), asiatic acid (CAS NO. 464-92-6), farnesal (CAS NO. 19317-11-4), nootkatone (CAS NO. 4674-50-4), alpha-amylcinnamyl alcohol (CAS NO. 101-85-9), delta-dodecalactone (CAS NO. 713-95-1), gamma-dodecalactone (CAS NO. 2305-05-7), alpha-lonone (CAS NO. 127-41-3), biochanin A (CAS NO. 491-80-5), delta-undecalactone (CAS NO. 104-67-6), delta-tetradecalactone (CAS NO. 2721-22-4), 2-(3-phenylpropyl)pyridine (CAS NO. 2110-18-1), 1,14-tetradecanediol (CAS NO. 19812-64-7), (+)-cedrol (CAS NO. 77-53-2), 3-heptyldihydro-5-methyl-2 -furanone (CAS NO. 40923-64-6), delta-undecalactone (CAS NO. 710-04-3), methyl dihydrojasmonate (CAS NO. 24851-98-7), ethoxyquin (CAS NO. 91-53-2), petroselinic acid (CAS NO. 593-39-5), methyl isoeugenol (CAS NO. 93-16-3), vanillyl butyl ether (CAS NO. 82654-98-6), guiaiacwood oil (CAS NO. 8016-23-7), luteolin (CAS NO. 491-70-3), 18-beta-glycyrrhetic acid (CAS NO. 471-53-4), tributyl citrate (CAS NO. 77-94-1), palmitoleic acid (CAS NO. 373-49-9), bisabolol (CAS NO. 515-69-5), curcumin (CAS NO. 458-37-7), piperine (CAS NO. 94-62-2), flavone (CAS NO. 525-82-6), menthoxypropanediol (CAS NO. 87061-04-9), 4-hydroxychalcone (CAS NO. 2657-25-2), N-propyl-4-hydroxybenzoate (CAS NO. 94-13-3), cholecalciferol VD3 (CAS NO. 67-97-0), oleoresin ginger (CAS NO. 8002-60-6), eicosapentaenoic acid (CAS NO. 10417- 94-4), riboflavin VB2 (CAS NO. 83-88-5), phloretin (CAS NO. 60-82-2), menadione (CAS NO. 58-27-5), 3,3'-diindolylmethane (CAS NO. 1968-05-4), trans,trans-2,4-heptadienal (CAS NO. 4313-03-5), trans-2,cis-6-nonadienol (CAS NO. 557-48-2), trans,trans-2,4-nonadienal (CAS NO. 5910-87-2), trans-4-methoxycinnamaldehyde (CAS NO. 24680-50-0),, 2,2',4'-trihydroxy-chalcone (CAS NO. 26962-50-5), hematoporphyrin dihydrochloride (CAS NO. 17696-69-4), phytosphingosine (CAS NO. 554-62-1), benzylidenacetone (CAS NO. 122-57-6), genistein (CAS NO. 446-72-0), apigenin (CAS NO. 520-36-5), chalcone (CAS NO. 614-47-1), cinnamon bark oil (CAS NO. 8015-91-6), and combinations thereof.
Film formed from a polyethylene resin composition which obeys a dynamic rheological relationship at 190°C between melt storage modulus G', measured in Pa and at a dynamic frequency where the loss modulus G" = 3000Pa, and dynamic complex viscosity η* 100, measured in Pa.s at 100 rad/s, such that (a) G'(G" = 3000) > -0.86η* 100 + z where z = 3800, and at the same time (b) G'(G" = 3000) > 0.875η* 100 - y where y = 650, and having an impact strength of at least 250 g, measured on 15μm thick film (blown under conditions with BUR = 5:1 and Neck Height = 8 x D) conditioned for 48 hours at 20° - 25°C, according to ASTM D1709.
A vehicle brake hydraulic pressure control apparatus comprising: a pressure increasing section configured to increase a brake hydraulic pressure by driving a motor; a holding section configured to hold the brake hydraulic pressure; a determination section configured to determine as to whether or not the motor is malfunctional; and a detector configured to detect as to whether or not a vehicle which is at a halt starts to move, wherein if the detector detects that the vehicle starts to move during a holding control executed by the holding section, the pressure increasing section is configured to execute a hydraulic pressure re-increasing control by driving the motor, and the determination section is configured to determine whether or not the motor is malfunctional based on a detection result by the detector after the brake hydraulic pressure is started to be increased by the hydraulic pressure re-increasing control. a pressure increasing section configured to increase a brake hydraulic pressure by driving a motor; a holding section configured to hold the brake hydraulic pressure; a determination section configured to determine as to whether or not the motor is malfunctional; and a detector configured to detect as to whether or not a vehicle which is at a halt starts to move, wherein if the detector detects that the vehicle starts to move during a holding control executed by the holding section, the pressure increasing section is configured to execute a hydraulic pressure re-increasing control by driving the motor, and the determination section is configured to determine whether or not the motor is malfunctional based on a detection result by the detector after the brake hydraulic pressure is started to be increased by the hydraulic pressure re-increasing control.
A method for mounting a flashing for a roof window, said flashing comprising one or more flashing members (2,4) each having a first leg intended for being placed against an external surface of the window frame and a second leg being arranged at an angle with respect to first leg so that it projects from the window frame and having opposite first and second edges, said first edge being connected to the first leg and two end edges interconnecting the first and second edges, wherein the method comprises the steps of: mounting a connector element (1,7) at each corner of the window frame, with an upper side of the connector element facing the exterior, a lower side facing the roof, a first end facing the window frame and a second end facing away from the window frame, providing at least one of the flashing members (2,4) with an engagement section at one or both end edges, placing each engagement section in engagement with at least one connector element at its upper side, and securing the flashing member to the connector element, characterized in that the connector element (1,7) is attached to a mounting bracket (31,32) used for securing the window to the roof. mounting a connector element (1,7) at each corner of the window frame, with an upper side of the connector element facing the exterior, a lower side facing the roof, a first end facing the window frame and a second end facing away from the window frame, providing at least one of the flashing members (2,4) with an engagement section at one or both end edges, placing each engagement section in engagement with at least one connector element at its upper side, and securing the flashing member to the connector element, characterized in that the connector element (1,7) is attached to a mounting bracket (31,32) used for securing the window to the roof.
Electrochemical cell comprising ▪ an anode half-shell and a cathode half-shell separated from each other by a membrane, housing the corresponding electrodes, ▪ wherein the anode half-shell and the cathode half-shell, each having an external wall (12 and 13) with frame-type flanged areas (16 and 17) in the contact area of both half-shells, and the flanged areas (16 and 17) being provided with mounting bores marking an inner area and an outer area of the electrochemical cell, ▪ a gas-diffusion electrode resting on a support system ▪ a porous material resting on the gas-diffusion electrode, ▪ devices for the inlet and outlet of gas (18,19) and electrolyte (20,21), ▪ at least one circumferential gasket frame in the contact area of both half-shells between the frame-type flanged areas (16 and 17) of the external walls (12 and 13) of both half-shells, said gasket resting on the membrane, with the porous material and the gas-diffusion electrode resting on the frame-type cathodic flanged area and the circumferential gasket frame overlapping in this area with the porous material and the gas-diffusion electrode, this overlapping area featuring at least two shaped sections, characterised in that the circumferential gasket frame has at least one additional shaped section and/or at least one shapeable sealing cord in the contact area of both half-shells between the frame-type flanged areas (16 and 17) outside of the overlapping zone of porous material and gas-diffusion electrode, with the additional shaped section and/or shapeable sealing cord being arranged in the inner area of the electrochemical cell. ▪ an anode half-shell and a cathode half-shell separated from each other by a membrane, housing the corresponding electrodes, ▪ wherein the anode half-shell and the cathode half-shell, each having an external wall (12 and 13) with frame-type flanged areas (16 and 17) in the contact area of both half-shells, and the flanged areas (16 and 17) being provided with mounting bores marking an inner area and an outer area of the electrochemical cell, ▪ a gas-diffusion electrode resting on a support system ▪ a porous material resting on the gas-diffusion electrode, ▪ devices for the inlet and outlet of gas (18,19) and electrolyte (20,21), ▪ at least one circumferential gasket frame in the contact area of both half-shells between the frame-type flanged areas (16 and 17) of the external walls (12 and 13) of both half-shells, said gasket resting on the membrane, with the porous material and the gas-diffusion electrode resting on the frame-type cathodic flanged area and the circumferential gasket frame overlapping in this area with the porous material and the gas-diffusion electrode, this overlapping area featuring at least two shaped sections,
Optically variable security element having a first and a second security feature (5, 6), wherein - microreflectors (55; 65; 75; 851) of the first security feature are oriented in such a way that, when the security element is tilted about a predefined axis, a motif of the first security feature is visible to the observer only in a first tilt angle range (250; 950), wherein the motif of the first security feature becomes visible in a first surface region; - microreflectors (56; 66; 76; 86) of the second security feature are oriented in such a way that, when the security element is tilted about the predefined axis, a motif of the second security feature is visible to the observer in a second tilt angle range (260; 960), wherein the second tilt angle range (260; 960) comprises the first tilt angle range (250; 950), and wherein during the tilting the motif of the second security feature moves over a second surface region which at least partially overlaps the first surface region; characterized in that the second tilt angle range (260; 960) is significantly greater than the first tilt angle range (250; 950), preferably is at least four times the size, and in diffuse light the motif of the first security feature has a visibly increased contour sharpness in comparison to the motif of the second security feature, wherein the contour sharpness is a measure for the perceptibility of the position of the contour of the security feature for the observer. - microreflectors (55; 65; 75; 851) of the first security feature are oriented in such a way that, when the security element is tilted about a predefined axis, a motif of the first security feature is visible to the observer only in a first tilt angle range (250; 950), wherein the motif of the first security feature becomes visible in a first surface region; - microreflectors (56; 66; 76; 86) of the second security feature are oriented in such a way that, when the security element is tilted about the predefined axis, a motif of the second security feature is visible to the observer in a second tilt angle range (260; 960), wherein the second tilt angle range (260; 960) comprises the first tilt angle range (250; 950), and wherein during the tilting the motif of the second security feature moves over a second surface region which at least partially overlaps the first surface region; characterized in that the second tilt angle range (260; 960) is significantly greater than the first tilt angle range (250; 950), preferably is at least four times the size, and in diffuse light the motif of the first security feature has a visibly increased contour sharpness in comparison to the motif of the second security feature, wherein the contour sharpness is a measure for the perceptibility of the position of the contour of the security feature for the observer.
A light receiving apparatus, comprising: a light receiving unit including a light receiving element configured to receive light and photoelectrically convert the light into signals; a threshold varying unit configured to vary a threshold; a comparing unit configured to compare signal values of the signals output from the light receiving unit with a variable threshold changed by the threshold varying unit, and output signals indicating a comparison result; characterized by further comprising: a counting unit configured to count, for each of the thresholds, a number of times that signals indicating that the signal value is larger than the variable threshold is output from the comparing unit; and a calculating unit configured to calculate a level of a noise included in the output signals based on a count result in the counting unit by calculating a standard deviation of the normal distribution obtained from the counting result in the counting unit. a light receiving unit including a light receiving element configured to receive light and photoelectrically convert the light into signals; a threshold varying unit configured to vary a threshold; a comparing unit configured to compare signal values of the signals output from the light receiving unit with a variable threshold changed by the threshold varying unit, and output signals indicating a comparison result; characterized by further comprising: a counting unit configured to count, for each of the thresholds, a number of times that signals indicating that the signal value is larger than the variable threshold is output from the comparing unit; and a calculating unit configured to calculate a level of a noise included in the output signals based on a count result in the counting unit by calculating a standard deviation of the normal distribution obtained from the counting result in the counting unit. a counting unit configured to count, for each of the thresholds, a number of times that signals indicating that the signal value is larger than the variable threshold is output from the comparing unit; and a calculating unit configured to calculate a level of a noise included in the output signals based on a count result in the counting unit by calculating a standard deviation of the normal distribution obtained from the counting result in the counting unit.
A frame system for holding a substrate during a chemical and/or electrolytic surface treatment of the substrate, comprising: - a frame element, and - several finger units arranged at the frame element, wherein the frame element is configured to at least partially surround lateral edges of the substrate and to spare at least a first surface or a second surface of the substrate to be accessible for the surface treatment, wherein each finger unit comprises a first finger and a second finger, wherein the first finger is configured to contact the first surface of the substrate and the second finger is configured to contact the second surface of the substrate opposite to the first surface of the substrate, wherein the first finger is movable relative to the frame element to clamp the substrate between the first finger and the second finger, characterized in that the frame system further comprises an actuation unit and a pre-tension unit, wherein the pre-tension unit is coupled with the actuation unit on one side and the frame element on the other side, and wherein the actuation unit is configured to cause a movement of the pre-tension unit to rotate the frame element to move the first finger between an open position for receiving and/or releasing the substrate and a closed position for holding the substrate. - a frame element, and - several finger units arranged at the frame element, wherein the frame element is configured to at least partially surround lateral edges of the substrate and to spare at least a first surface or a second surface of the substrate to be accessible for the surface treatment, wherein each finger unit comprises a first finger and a second finger, wherein the first finger is configured to contact the first surface of the substrate and the second finger is configured to contact the second surface of the substrate opposite to the first surface of the substrate, wherein the first finger is movable relative to the frame element to clamp the substrate between the first finger and the second finger, characterized in that the frame system further comprises an actuation unit and a pre-tension unit, wherein the pre-tension unit is coupled with the actuation unit on one side and the frame element on the other side, and wherein the actuation unit is configured to cause a movement of the pre-tension unit to rotate the frame element to move the first finger between an open position for receiving and/or releasing the substrate and a closed position for holding the substrate.
Use as a compatibiliser of a composition comprising at least one fluoroalkene, wherein the at least one fluoroalkene comprises 1,1,1-trifluoro-3-chloropropene (HFCO-1233zd).
A method for data transmission, comprising: transmitting, by a first transmission node, data on n orthogonal frequency-division multiplexing, OFDM symbols, wherein the data comprises more than 1 bit, the data is encoded and then mapped onto the n OFDM symbols, and n is an integer greater than 1, wherein a first OFDM symbol of the n OFDM symbols is provided with a first cyclic prefix, CP, OFDM symbols other than the first OFDM symbol of the n OFDM symbols are provided with no CP or respective second CPs of two or more types, and a length of the first CP is greater than or equal to a length of each second CP of the second CPs; wherein the first transmission node determines a transmission manner according to configuration information and a predefined rule in a current system, wherein the predefined rule comprises selection of the transmission manner by the first transmission node according to a size of transmission data or a size of a buffer scheduling request, BSR, and, retransmission corresponding to the transmission data; wherein the transmission manner is non-scheduled transmission. transmitting, by a first transmission node, data on n orthogonal frequency-division multiplexing, OFDM symbols, wherein the data comprises more than 1 bit, the data is encoded and then mapped onto the n OFDM symbols, and n is an integer greater than 1, wherein a first OFDM symbol of the n OFDM symbols is provided with a first cyclic prefix, CP, OFDM symbols other than the first OFDM symbol of the n OFDM symbols are provided with no CP or respective second CPs of two or more types, and a length of the first CP is greater than or equal to a length of each second CP of the second CPs; wherein the first transmission node determines a transmission manner according to configuration information and a predefined rule in a current system, wherein the predefined rule comprises selection of the transmission manner by the first transmission node according to a size of transmission data or a size of a buffer scheduling request, BSR, and, retransmission corresponding to the transmission data; wherein the transmission manner is non-scheduled transmission.