mhurhangee/ep-ind-claims huggingface dataset:
Method for time synchronisation in a communication network having a plurality of nodes (MA, SL1, SL2, SLn), the nodes (MA, SL1, SL2, SLn) comprising a first node and one or more second nodes (SL1, SL2, SLn), the first node generating first cycle counting states according to a reference cycle frequency and the one or more second nodes (SL1, SL2, SLn) each generating second cycle counting states according to an internal cycle frequency, wherein time synchronisation is carried out in consecutive synchronisation cycles, in which, starting from the first node, synchronisation messages (SY(k)) are each consecutively transferred from a node (MA, SL1, SL2, SLn) to a further node (MA, SL1, SL2, SLn) and a synchronisation message (SY(k)) transmitted from a node (MA, SL1, SL2, SLn) contains a piece of information (SI, SI'), which is used for time synchronisation in the node receiving synchronisation message (SY(k)) (SL1, SL2, SLn), wherein time synchronisation in a respective second node (SLn) of at least a part of the second nodes (SL1, SL2, Sin) is performed in such a way that in a step i) a first cycle counting state (Cin) corresponding with a second cycle counting state (TS(S n in (k)) measured in the respective second node (SLn) is estimated based on an estimation method with the aid of the information (SI, SI') in a received synchronisation message (SY(k)); characterised in that the time synchronisation contains a step ii), whereby from the estimated first cycle counting state (Cin), a linear-quadratic regulator is used to determine a controlled first cycle counting state based on a plant, which contains as control variable a compensation factor, which estimates a current duty cycle ratio of the reference cycle frequency to the internal cycle frequency of the respective second node (SLn), wherein the controlled first cycle counting state represents the synchronised time.
A method for producing a polyester copolymer consisting of 3-hydroxybutyrate and lactate, which comprises the steps of: culturing a recombinant microorganism having a protein capable of catalyzing a reaction of transferring CoA to propionic acid and/or lactate, a protein capable of catalyzing a reaction of forming acetoacetyl-CoA from two acetyl-CoA molecules, a protein capable of catalyzing a reaction of acetoacetyl-CoA reduction, and a protein capable of catalyzing a reaction of polyhydroxyalkanoate synthesis consisting of: an amino acid sequence derived from the amino acid sequence shown in SEQ ID NO: 2 by substitution of at least one of the amino acids at positions 130, 325, 477, and 481 with different amino acid(s) in a medium containing a carbon source; and collecting the polyester copolymer from the culture product obtained in step. culturing a recombinant microorganism having a protein capable of catalyzing a reaction of transferring CoA to propionic acid and/or lactate, a protein capable of catalyzing a reaction of forming acetoacetyl-CoA from two acetyl-CoA molecules, a protein capable of catalyzing a reaction of acetoacetyl-CoA reduction, and a protein capable of catalyzing a reaction of polyhydroxyalkanoate synthesis consisting of: an amino acid sequence derived from the amino acid sequence shown in SEQ ID NO: 2 by substitution of at least one of the amino acids at positions 130, 325, 477, and 481 with different amino acid(s) in a medium containing a carbon source; and an amino acid sequence derived from the amino acid sequence shown in SEQ ID NO: 2 by substitution of at least one of the amino acids at positions 130, 325, 477, and 481 with different amino acid(s) in a medium containing a carbon source; and collecting the polyester copolymer from the culture product obtained in step.
A colloidal dispersion comprising - a continuous phase; and - micelles dispersed therein, characterized in that: - said continuous phase comprising water, - said micelles comprising surfactants and porous crystalline materials (PCMs) selected from the group consisting of metal organic frameworks (MOFs), and covalent organic frameworks (COFs); wherein surfactants are: o a surfactant and a co-surfactant, or o a surfactant and co-surfactants; - said micelles are between 10 - 1000 nm according to dynamic light scattering measurements; - said micelles are monodisperse in size; wherein monodisperse relates to the micelles having a narrow size distribution with a polydispersity index between 0 and 0.7 determined according to dynamic light scattering measurements; - the concentration of said surfactants in said dispersion is above the critical micellar concentration; wherein the ratio of PCMs:surfactants is in the range 1:100 - 2:1 (w/w). - a continuous phase; and - micelles dispersed therein, - said continuous phase comprising water, - said micelles comprising surfactants and porous crystalline materials (PCMs) selected from the group consisting of metal organic frameworks (MOFs), and covalent organic frameworks (COFs); wherein surfactants are: o a surfactant and a co-surfactant, or o a surfactant and co-surfactants; o a surfactant and a co-surfactant, or o a surfactant and co-surfactants; - said micelles are between 10 - 1000 nm according to dynamic light scattering measurements; - said micelles are monodisperse in size; wherein monodisperse relates to the micelles having a narrow size distribution with a polydispersity index between 0 and 0.7 determined according to dynamic light scattering measurements; - the concentration of said surfactants in said dispersion is above the critical micellar concentration; wherein the ratio of PCMs:surfactants is in the range 1:100 - 2:1 (w/w).
A turbine assembly, comprising an annular structure extending circumferentially around an axial direction from upstream to downstream and comprising a plurality of ring sectors disposed circumferentially end-to-end, called adjacent ring sectors, each ring sector comprising at least one wall (11, 30) extending from upstream to downstream and at least one rim (12, 42), protruding from the wall (11, 30) in a transverse direction, which is secant with respect to the axial direction and which moves away from the wall (11, 30), at least two adjacent ring sectors comprising adjacent connections faces (13a, 13b), which are linked by at least a first sealing tab, inserted into a first internal groove of the connection faces (13a, 13b), and by at least a second sealing tab, inserted into a second internal groove of the connection faces (13a, 13b), connected to the first internal groove, the first sealing tab extending from upstream to downstream on at least a determined axial length in the wall (11, 30) and the second sealing tab extending into the rim (12, 42), characterized in that the first internal groove and the second internal groove are curved, the first sealing tab and the second sealing tab are curved in a mounting position respectively in the first internal groove and in the second internal groove and have a bending degree of freedom starting from their mounting position in the presence of an air pressure exerted from upstream to downstream between the adjacent connection faces (13a, 13b) of the at least two adjacent ring sectors during operation of the turbine, the second sealing tab having at least a second point which is in contact with at least a first point of the first sealing tab.
A method for reordering received packets by a receiving apparatus in a mobile telecommunication system supporting hybrid automatic repeat request, HARQ, the method comprising the steps of: receiving a received packet and an HARQ processing time for the received packet from a HARQ processor; determining whether at least one missing packet is detected based on a sequence number of the received packet, the sequence number of the received packet being larger than a sequence number of at least one packet to be received; if at least one missing packet is detected, starting a reordering timer associated with the received packet, the reordering timer being operated for a period of time obtained by subtracting the HARQ processing time from a predetermined maximum waiting time; if the at least one missing packet is received before the reordering timer expires, the received packet and the at least one missing packet are reordered, and reconstructing the reordered packets including the received packet and the at least one missing packet into upper layer packets; and if at least one among the at least one missing packet is not received before the reordering timer expires, determining that reordering of at least one received packet as far as the packet is completed, and reconstructing the reordered at least one further received packet into at least one upper layer packet, or requesting to retransmit at least one among the at least one missing packet. receiving a received packet and an HARQ processing time for the received packet from a HARQ processor; determining whether at least one missing packet is detected based on a sequence number of the received packet, the sequence number of the received packet being larger than a sequence number of at least one packet to be received; if at least one missing packet is detected, starting a reordering timer associated with the received packet, the reordering timer being operated for a period of time obtained by subtracting the HARQ processing time from a predetermined maximum waiting time; if the at least one missing packet is received before the reordering timer expires, the received packet and the at least one missing packet are reordered, and reconstructing the reordered packets including the received packet and the at least one missing packet into upper layer packets; and if at least one among the at least one missing packet is not received before the reordering timer expires, determining that reordering of at least one received packet as far as the packet is completed, and reconstructing the reordered at least one further received packet into at least one upper layer packet, or requesting to retransmit at least one among the at least one missing packet.
A separator suitable for a capacitor, in particular an aluminum electrolytic capacitor, wherein the separator is a single layer, inclined wire wet-laid non-woven fabric comprising at least 70 wt.-% of wood pulp, wherein the separator has a density of less than 0.45 g/cm 3, wherein the wood pulp is unbeaten wood pulp or wood pulp having a freeness value of from 10 to 35 °SR, as determined in accordance with DIN ISO 5267-1. wherein the separator is a single layer, inclined wire wet-laid non-woven fabric comprising at least 70 wt.-% of wood pulp, wherein the separator has a density of less than 0.45 g/cm 3, wherein the wood pulp is unbeaten wood pulp or wood pulp having a freeness value of from 10 to 35 °SR, as determined in accordance with DIN ISO 5267-1.
An isolated antibody or binding fragment thereof that specifically binds to human B7-H1, wherein the antibody or binding fragment thereof comprises: a VH CDR1 having the amino acid sequence of GFTFSRYWMS; and a VH CDR2 having the amino acid sequence of NIKQDGSEKYYVDSVKG; and a VH CDR3 having the amino acid sequence of EGGWFGELAFDY; and a VL CDR1 having the amino acid sequence of RASQRVSSSYLA; and a VL CDR2 having the amino acid sequence of DASSRAT; and a VL CDR3 having the amino acid sequence of QQYGSLPWT, and wherein the antibody or binding fragment thereof inhibits B7-H1 induced tumor proliferation. a VH CDR1 having the amino acid sequence of GFTFSRYWMS; and a VH CDR2 having the amino acid sequence of NIKQDGSEKYYVDSVKG; and a VH CDR3 having the amino acid sequence of EGGWFGELAFDY; and a VL CDR1 having the amino acid sequence of RASQRVSSSYLA; and a VL CDR2 having the amino acid sequence of DASSRAT; and a VL CDR3 having the amino acid sequence of QQYGSLPWT, and wherein the antibody or binding fragment thereof inhibits B7-H1 induced tumor proliferation.
An activation method for bandwidth part, BWP, comprising: receiving, by a terminal, first information on a first bandwidth part, BWP, from a network device, wherein the first information is used to activate a second BWP; transmitting, by the terminal, feedback response information corresponding to the first information within a time unit after a time unit occupied by the first information; and determining, by the terminal, that the second BWP is activated after a target time period starting from an end of the time unit within which the feedback response information is transmitted, wherein the time unit within which the feedback response information is transmitted is indicated by configuration information received from the network device; wherein a duration of the target time period is configured by the network device. receiving, by a terminal, first information on a first bandwidth part, BWP, from a network device, wherein the first information is used to activate a second BWP; transmitting, by the terminal, feedback response information corresponding to the first information within a time unit after a time unit occupied by the first information; and determining, by the terminal, that the second BWP is activated after a target time period starting from an end of the time unit within which the feedback response information is transmitted, wherein the time unit within which the feedback response information is transmitted is indicated by configuration information received from the network device; wherein a duration of the target time period is configured by the network device.
A method of sharing content performed by a device, the method comprising: receiving a capture image of a screen of another device, reproduction information for reproducing content corresponding to an object (321, 322, 323, 324) displayed on the capture image, and a mapping table comprising coordinate information of a region that displays the object in the capture image and the reproduction information corresponding to the coordinate information from the other device, wherein the reproduction information comprises a content file of content corresponding to the object displayed on the capture image, identification information of the content, or link information for downloading the content; identifying the reproduction information corresponding to the coordinate information of the region that displays the object based on the received mapping table; displaying the capture image; and reproducing the content corresponding to the object by using the identified reproduction information in response to a user input with respect to the region that displays the object in the capture image. receiving a capture image of a screen of another device, reproduction information for reproducing content corresponding to an object (321, 322, 323, 324) displayed on the capture image, and a mapping table comprising coordinate information of a region that displays the object in the capture image and the reproduction information corresponding to the coordinate information from the other device, wherein the reproduction information comprises a content file of content corresponding to the object displayed on the capture image, identification information of the content, or link information for downloading the content; identifying the reproduction information corresponding to the coordinate information of the region that displays the object based on the received mapping table; displaying the capture image; and reproducing the content corresponding to the object by using the identified reproduction information in response to a user input with respect to the region that displays the object in the capture image.
A method for providing network security using a portable security device, the method comprising: establishing via the portable security device a first secure direct wireless network connection with a user device, wherein the portable security device comprises a plurality of different operating system agents that facilitate communication with a plurality of user devices, each with a different operating system, and activates the corresponding operating system agent for communication with the operating system of the user device; activating a security agent on the user device, wherein the security agent is configured to identify and retrieve from the user device using the established first secure direct wireless network connection, a plurality of network configuration settings used by the user device to connect to the Internet; obtaining via the portable security device from the security agent of the user device, through the established first secure direct wireless network connection, the network configuration settings; establishing via the portable security device, using the retrieved network configuration settings, a second secure network connection to a security server; receiving via the portable security device through the first secure direct wireless network connection a data transmission from the user device directed to a destination on the Internet; and transmitting via the portable security device the received data through the second secure network connection to the security server, wherein the security server forwards the received data to the destination. establishing via the portable security device a first secure direct wireless network connection with a user device, wherein the portable security device comprises a plurality of different operating system agents that facilitate communication with a plurality of user devices, each with a different operating system, and activates the corresponding operating system agent for communication with the operating system of the user device; activating a security agent on the user device, wherein the security agent is configured to identify and retrieve from the user device using the established first secure direct wireless network connection, a plurality of network configuration settings used by the user device to connect to the Internet; obtaining via the portable security device from the security agent of the user device, through the established first secure direct wireless network connection, the network configuration settings; establishing via the portable security device, using the retrieved network configuration settings, a second secure network connection to a security server; receiving via the portable security device through the first secure direct wireless network connection a data transmission from the user device directed to a destination on the Internet; and transmitting via the portable security device the received data through the second secure network connection to the security server, wherein the security server forwards the received data to the destination.
A fastener comprising a threaded shank and a head having a diameter, a periphery, a centre and three convex regions (11, 12, 13) separated by a first slot, a second slot and a third slot all extending radially from the centre, CHARACTERISED IN THAT the slots (21, 22, 23) each have a longitudinal axis, with angles of between about 130 and about 135 degrees between the longitudinal axis of the first slot and the longitudinal axis of the second slot, and between the longitudinal axis of the second slot and the longitudinal axis of the third slot, and wherein the slots (21, 22, 23) each have a width between one tenth and one third of the diameter of the head of the fastener and wherein the longitudinal axes of the slots (21, 22, 23) extend along lines that are generally perpendicular to the axis of the fastener.
A screen device (1; 17), in which a shrinkable and extensible screen is mounted between a pair of screen-mounting frame portions (2, 3) arranged bilaterally to confront each other and at least one being slidably movable, and in which a tension member extending through the screen for supporting it in shrinking and extending directions is routed in the screen-mounting frame portions (2, 3), wherein the tension member is extracted at a portion close to a central portion from an upper end portion of the at least one slidably movable screen-mounting frame portion (2, 3), to the outside on the side opposite to the screen mounting side, characterized in that the tension member is routed along an outer face on said opposite side of the at least one slidably moveable screen-mounting frame portion towards an upper end thereof, wherein an upper cap is removably attached to the upper end portion of the at least one slidably movable screen-mounting frame portion (2, 3), the upper cap being for bending the tension member in a direction away from the screen mounting side by hooking it on the upper cap.
A feeding-bottle sterilizer, comprising: an upper cap, a base, and a steam supply device arranged on the base, a feeding-bottle container disposed between the upper cap and the base, a feeding-bottle holder arranged in the container, an upper basket arranged between the container and the upper cap, characterized in that a baffle is coupled to the bottom end of the upper cap and arranged between the upper cap and the upper basket, a first rotatable steam nozzle is arranged on the base, steam pipes stretchable into the cavity of the feeding bottle are arranged on the base, a third steam nozzle is arranged on the base to provide steam to the upper basket, wherein the third steam nozzle extends from the base and connects with an airway tube on the side wall of the container and an air jet hole on the side wall of the upper basket in series. an upper cap, a base, and a steam supply device arranged on the base, a feeding-bottle container disposed between the upper cap and the base, a feeding-bottle holder arranged in the container, an upper basket arranged between the container and the upper cap, characterized in that a baffle is coupled to the bottom end of the upper cap and arranged between the upper cap and the upper basket, a first rotatable steam nozzle is arranged on the base, steam pipes stretchable into the cavity of the feeding bottle are arranged on the base, a third steam nozzle is arranged on the base to provide steam to the upper basket, wherein the third steam nozzle extends from the base and connects with an airway tube on the side wall of the container and an air jet hole on the side wall of the upper basket in series.
A heavy duty tire comprising a tread portion provided with a central circumferential groove disposed along the tire equator, a crown circumferential groove disposed on each side of the central circumferential groove, and crown axial grooves extending from the central circumferential groove to the crown circumferential groove so that a part therebetween is circumferentially divided into crown blocks, a crown narrow groove disposed on each of said crown blocks and extending from the central circumferential groove to the crown circumferential groove so as to circumferentially subdivid each of said crown blocks into two block pieces (5A, 5B), and a tie bar disposed in each of said crown axial grooves and rising from the groove bottom so as to connect the circumferentially adjacent two crown blocks to each other, wherein the central circumferential groove has a depth less than the depth of the crown circumferential groove, the crown axial grooves are inclined at an angle α of from 10 to 30 degrees with respect to the tire axial direction, and an axially inner part of the crown axial groove which part is axially inside the tie bar has a depth (H6i) less than the depth of the crown circumferential groove, wherein an axial center (Pt) of the tie bar is positioned on the tire equator side of an axial center (Pg) of the corresponding crown axial groove.