mhurhangee/ep-ind-claims huggingface dataset:
A method for reducing antennary fucosylation of complex N-glycans in a glycoprotein that is recombinantly expressed in a human primary amniocyte cell line, wherein said cell line comprises at least one nucleic acid encoding the gene products of the adenoviral E1 and pIX regions, and wherein said cell line is genetically modified to overexpress β-galactoside α-2,6-sialyltransferase 1 (ST6Gal1) and/or β-galactoside α-2,3-sialyltransferase 4 (ST3Gal4) when compared to the level of sialyltransferase expression before the genetic modification.
A method for reporting user equipment, UE, capability information performed by the UE, wherein the method comprises: generating a data packet comprising the UE capability information in a Radio Resource Control, RRC, layer; determining that the size of the data packet of the UE capability information exceeds a maximum tolerance that can be processed by a Packet Data Convergence Protocol, PDCP, layer of the UE; splitting the data packet of the UE capability information into at least two split data packets in the RRC layer, wherein each split data packet of the at least two split data packets does not exceed the maximum tolerance that can be processed by the PDCP layer; and reporting the at least two split data packets to a network side device using separate RRC messages, wherein each RRC message comprises indication information, and the indication information is used to indicate an order of currently reported split data packet in all of the at least two split data packets; wherein the indication information is further used to indicate one of the following content: the UE has remaining split data packet, the UE has no remaining split data packet. generating a data packet comprising the UE capability information in a Radio Resource Control, RRC, layer; determining that the size of the data packet of the UE capability information exceeds a maximum tolerance that can be processed by a Packet Data Convergence Protocol, PDCP, layer of the UE; splitting the data packet of the UE capability information into at least two split data packets in the RRC layer, wherein each split data packet of the at least two split data packets does not exceed the maximum tolerance that can be processed by the PDCP layer; and reporting the at least two split data packets to a network side device using separate RRC messages, wherein each RRC message comprises indication information, and the indication information is used to indicate an order of currently reported split data packet in all of the at least two split data packets; wherein the indication information is further used to indicate one of the following content: the UE has remaining split data packet, the UE has no remaining split data packet.
Robot container comprising: - a computer housing, and - a protective housing, wherein a plurality of rollers and a first computer housing interface are arranged on a first outer side of the computer housing and wherein a robot manipulator and a second computer housing interface are arranged on a second outer side of the computer housing, and wherein a control unit connected to the robot manipulator is arranged inside the computer housing, wherein at least one installation element for mounting the protective housing on a floor is arranged on a first outer side of the protective housing and an opening to a cavity encompassed by the protective housing and a protective housing interface are arranged on a second outer side of the protective housing opposite the first outer side, wherein the protective housing interface can be reversibly connected to either the first computer housing interface or to the second computer housing interface. - a computer housing, and - a protective housing,
Method for determining at least one flow rate or a fluid volume flow of a fluid flowing through an implanted, vascular support system, comprising the following steps: a) carrying out a pulsed Doppler measurement by means of an ultrasound sensor of the support system, wherein a maximum pulse repetition rate of the pulsed Doppler measurement is less than twice a maximum occurring Doppler shift, b) evaluating a measurement result from step a) which has a possible ambiguity, c) providing at least one operating parameter of a flow machine of the support system, d) determining at least the flow rate or the fluid volume flow using the measurement result evaluated in step b), wherein the possible ambiguity of the measurement result is corrected using the operating parameter. a) carrying out a pulsed Doppler measurement by means of an ultrasound sensor of the support system, wherein a maximum pulse repetition rate of the pulsed Doppler measurement is less than twice a maximum occurring Doppler shift, b) evaluating a measurement result from step a) which has a possible ambiguity, c) providing at least one operating parameter of a flow machine of the support system, d) determining at least the flow rate or the fluid volume flow using the measurement result evaluated in step b),
Method for producing different batches of a yogurt from fresh milk having a protein content that is variable between a minimum (E min) and a maximum protein content (E max), wherein the method, for each batch of said yogurt, comprises the steps of: - providing a batch of fresh milk; - determining the protein content of the milk in said batch; - adding a predetermined amount of protein to the milk in said batch by mixing at least one milk protein containing powder into the milk for forming a mixture; - pasteurizing and homogenizing said mixture; - inoculating the pasteurized mixture with lactic acid bacteria, including at least Lactobacillus delbrueckii ssp. Bulgaricus and Streptococcus thermophilus; and - fermenting the mixture with said lactic acid bacteria for forming said batch of yogurt, characterized in that for a base milk having a protein content (E base) that is at most equal to said minimum protein content (E min), an amount of protein (P base) is determined to be added to said base milk through said milk protein containing powder for obtaining said yogurt, and that for each batch of said yogurt, said predetermined amount of protein is determined based on the following formula: 0.9 P base − E excess − 2 E excess 2 < P < 1.1 P base − E excess − 2 E excess 2 with E excess = E − E base, where: P = said predetermined amount of protein expressed in g/100 ml of milk; E = the protein content of the milk in said batch expressed in g/100 ml of milk; E base = the protein content of said base milk, expressed in g/100 ml of milk; and P base = said amount of protein, expressed in g protein/100 ml of milk, to be added to said base milk through said milk protein containing powder for obtaining said yogurt, with the optional condition that when P according to said formula is lower than a predetermined minimal amount of protein (P min), then P should be equal to said predetermined minimal amount of protein (P min). - providing a batch of fresh milk; - determining the protein content of the milk in said batch; - adding a predetermined amount of protein to the milk in said batch by mixing at least one milk protein containing powder into the milk for forming a mixture; - pasteurizing and homogenizing said mixture; - inoculating the pasteurized mixture with lactic acid bacteria, including at least Lactobacillus delbrueckii ssp. Bulgaricus and Streptococcus thermophilus; and - fermenting the mixture with said lactic acid bacteria for forming said batch of yogurt, P = said predetermined amount of protein expressed in g/100 ml of milk; E = the protein content of the milk in said batch expressed in g/100 ml of milk; E base = the protein content of said base milk, expressed in g/100 ml of milk; and P base = said amount of protein, expressed in g protein/100 ml of milk, to be added to said base milk through said milk protein containing powder for obtaining said yogurt, with the optional condition that when P according to said formula is lower than a predetermined minimal amount of protein (P min), then P should be equal to said predetermined minimal amount of protein (P min).
A compound of Formula I wherein A is selected from the group consisting of 4, n= 0 or 1, R 1 is selected from the group consisting of H, halogen or C 1-6 -alkyl, R 2 is selected from the group consisting of H, halogen or C 1-6 -alkyl, R 3 is selected from the group consisting of H, halogen or C 1-6 -alkyl, R 4 is selected from the group consisting of C 1-6 -alkyl, C 1-6 -alkoxy-C 1-6 -alkyl or C 3-6 -heterocycloalkyl, R 5 is selected from the group consisting of H, halogen or C 1-6 -alkyl, R 6 is selected from the group consisting of H, halogen or C 1-6 -alkyl, L is selected from the group consisting of m = 1, 2 or 3, k = 1,2 or 3, or a pharmaceutically acceptable salt thereof. A is selected from the group consisting of 4, n= 0 or 1, R 1 is selected from the group consisting of H, halogen or C 1-6 -alkyl, R 2 is selected from the group consisting of H, halogen or C 1-6 -alkyl, R 3 is selected from the group consisting of H, halogen or C 1-6 -alkyl, R 4 is selected from the group consisting of C 1-6 -alkyl, C 1-6 -alkoxy-C 1-6 -alkyl or C 3-6 -heterocycloalkyl, R 5 is selected from the group consisting of H, halogen or C 1-6 -alkyl, R 6 is selected from the group consisting of H, halogen or C 1-6 -alkyl, L is selected from the group consisting of m = 1, 2 or 3, k = 1,2 or 3,
A wind turbine installation comprising a wind turbine tower (11, 13, 17, 26) or a tower section, a receiving part of a wind turbine foundation installation, connection means suitable for connecting the wind turbine tower (11, 13, 17, 26) or tower section to the receiving part, whereby a lower end of the wind turbine tower (11, 13, 17, 26) or the tower section is flange-less, characterized in that the connection means is an H-profile.
A system for tracking a stolen communication terminal comprising a communication terminal and a standby server for receiving theft tracking information; the communication terminal comprises: a radio frequency module, a camera for taking pictures, a storage module for storing data, a baseband module for setting anti-theft protection information, and a GPS module for obtaining the current positioning information of a communication terminal; and the radio frequency module, the camera, the storage module and the GPS module are connected with the baseband module, wherein the communication terminal further comprises a password unit for verifying a password if a SIM card of the communication terminal is replaced, wherein the password unit is connected with the baseband module and wherein the theft tracking information includes the pictures taken by the camera and the positioning information obtained by the GPS module.
An insulated wire, comprising a thermosetting resin layer, directly or by interposing an insulated layer, on a conductor having a rectangular cross-section, and a thermoplastic resin layer on the thermosetting resin layer, wherein the thermosetting resin layer is formed of a thermosetting resin; the thermoplastic resin layer is formed of a thermoplastic resin; and wherein the insulated wire contains a liquid component that is liquid at 25°C, and has a boiling point of 150°C or higher in a proportion of 1,000 ppm or more and 20,000 ppm or less in the thermosetting resin layer.
A yoke which is an integrally-formed yoke integrally comprising: a proximal portion; a pair of arm portions that extend from the proximal portion, the pair of arm portions being used for mounting a joint cross; a rib portion that projects from the proximal portion toward bases of the pair of arm portions; and a pair of flanges, wherein a base adjacent to the rib portion is thick so as to rise toward the counterpart arm portion, the proximal portion has an insertion hole for mounting a shaft, a slit formed along the insertion hole and a bolt insertion hole for fastening the slit, characterized in that a positional relationship between the proximal portion and the pair of arm portions is set such that when viewed in an axial direction of the insertion hole, a direction in which the arm portions face to each other, that is a line segment, and an insertion direction in which a bolt is inserted in the bolt insertion hole intersect with each other at 45°. a proximal portion; a pair of arm portions that extend from the proximal portion, the pair of arm portions being used for mounting a joint cross; a rib portion that projects from the proximal portion toward bases of the pair of arm portions; and a pair of flanges, wherein a base adjacent to the rib portion is thick so as to rise toward the counterpart arm portion, the proximal portion has an insertion hole for mounting a shaft, a slit formed along the insertion hole and a bolt insertion hole for fastening the slit, characterized in that a positional relationship between the proximal portion and the pair of arm portions is set such that when viewed in an axial direction of the insertion hole, a direction in which the arm portions face to each other, that is a line segment, and an insertion direction in which a bolt is inserted in the bolt insertion hole intersect with each other at 45°.
A transmission unit comprising: an encoding unit adapted to encode an input signal including objective sound and background sound; a signal analysis unit adapted to decompose said input signal into frequency components to obtain a converted signal, to estimate said background sound from said converted signal, to obtain a suppression coefficient for suppressing said background sound of said converted signal, and to encode said suppression coefficient to generate analysis information; and a multiplexing unit adapted to multiplex said encoded signal and said analysis information and transmit the multiplexed signal to a receiving unit via a network or a recording medium. an encoding unit adapted to encode an input signal including objective sound and background sound; a signal analysis unit adapted to decompose said input signal into frequency components to obtain a converted signal, to estimate said background sound from said converted signal, to obtain a suppression coefficient for suppressing said background sound of said converted signal, and to encode said suppression coefficient to generate analysis information; and a multiplexing unit adapted to multiplex said encoded signal and said analysis information and transmit the multiplexed signal to a receiving unit via a network or a recording medium.
Spindle bearing device comprising a base bearing unit for supporting a spindle, in particular a spinning, twisting or covering spindle, wherein the base bearing unit comprises a spindle axial bearing element for axially supporting the spindle and a spindle radial bearing element for radially supporting the spindle, wherein the spindle axial bearing element and the spindle radial bearing element are mounted in a common bearing bush element, characterised in that the common bearing bush element is arranged by means of at least one one-piece and elastically configured axial radial support element (22A, 22B) on a housing sleeve of the spindle bearing device both axially and radially and in that the axial radial support element (22A, 22B) is arranged at least partly in an intermediate area (17A, 17B) between an inner wall (15, 20) and an outer wall (16, 18) of the bearing bush element inside the bearing bush element.
A method comprising: receiving, by a packet broker in a visibility network, a control packet replicated from a core network, the control packet including a device identifier and a request to create a user session based on the device identifier, wherein the visibility network is a type of network that facilitates monitoring and analysis of traffic flowing through the core network; extracting, by the packet broker, the device identifier from the control packet; determining, by the packet broker based on the device identifier and one or more parameters received from another system or device that is external to the packet broker, a rank value for the user session, the rank value indicating an amount of network traffic to be generated in the core network during the user session; selecting, by the packet broker, an egress port of a number of egress ports of the packet broker for the user session based on the rank value; and forwarding, by the packet broker, subsequent control and data traffic for the user session through the selected egress port. receiving, by a packet broker in a visibility network, a control packet replicated from a core network, the control packet including a device identifier and a request to create a user session based on the device identifier, wherein the visibility network is a type of network that facilitates monitoring and analysis of traffic flowing through the core network; extracting, by the packet broker, the device identifier from the control packet; determining, by the packet broker based on the device identifier and one or more parameters received from another system or device that is external to the packet broker, a rank value for the user session, the rank value indicating an amount of network traffic to be generated in the core network during the user session; selecting, by the packet broker, an egress port of a number of egress ports of the packet broker for the user session based on the rank value; and forwarding, by the packet broker, subsequent control and data traffic for the user session through the selected egress port.
Method for producing a sealing element for forming a seal on a vehicle body, in particular a vehicle door, wherein an extruded profile strand portion (3, 6) is provided with a projection which extends transversely with respect to the strand longitudinal direction, the profile strand portion is subjected to a punching operation, wherein the projection is used for positioning the profile strand portion (3, 6) in the strand longitudinal direction relative to a punching tool (8, 9), and a further element part (4, 5) of the sealing element is injection-moulded onto the profile strand portion, wherein the projection is used for positioning the profile strand portion (3, 6) in the strand longitudinal direction relative to an injection mould.
An electric motor comprising: a sensor substrate attached to one end of a stator core in an axial direction of the stator core, the sensor substrate being provided with a bearing through hole for allowing a bearing of a rotor to pass and being provided with a notch on a periphery, the notch being used for leading out a lead (2,3); and a lead retaining part attached to the sensor substrate and retaining the lead (2,3), characterized in that the lead retaining part includes a leg extending toward the bearing through hole, a first locking portion provided on the leg and locked to an edge portion of the bearing through hole, and a second locking portion locked to an edge portion of the notch. a sensor substrate attached to one end of a stator core in an axial direction of the stator core, the sensor substrate being provided with a bearing through hole for allowing a bearing of a rotor to pass and being provided with a notch on a periphery, the notch being used for leading out a lead (2,3); and a lead retaining part attached to the sensor substrate and retaining the lead (2,3), characterized in that the lead retaining part includes a leg extending toward the bearing through hole, a first locking portion provided on the leg and locked to an edge portion of the bearing through hole, and a second locking portion locked to an edge portion of the notch. a leg extending toward the bearing through hole, a first locking portion provided on the leg and locked to an edge portion of the bearing through hole, and a second locking portion locked to an edge portion of the notch.
A fibre optic blowing accessory for attachment to the end of an optical fibre, wherein said fibre optic accessory comprises a fibre optic ferrule, a ferrule holder and a dust cap, said ferrule holder and said dust cap comprising a plurality of grooves extending longitudinally along a portion of their outer surface; wherein the ferrule holder or the dust cap comprises engagement means to locate the ferrule holder and the dust cap in a position adjacent each other; and wherein the engagement means locates the ferrule holder and the dust cap in a position such that the plurality of grooves extends substantially continuously across both the dust cap and the ferrule holder.. wherein said fibre optic accessory comprises a fibre optic ferrule, a ferrule holder and a dust cap, said ferrule holder and said dust cap comprising a plurality of grooves extending longitudinally along a portion of their outer surface; wherein the ferrule holder or the dust cap comprises engagement means to locate the ferrule holder and the dust cap in a position adjacent each other; and wherein the engagement means locates the ferrule holder and the dust cap in a position such that the plurality of grooves extends substantially continuously across both the dust cap and the ferrule holder..
A method for separating and purifying a basic amino acid from a culture comprising the amino acid, which comprises allowing a culture comprising a basic amino acid and microbial cells to be charged onto the top of a column filled with a weak acid cation exchange resin whose particle size is 300 μm or more and pass therethrough, and thereafter allowing an eluent to pass through the column, to thereby separate and purify the basic amino acid.
A virtual panel for an access control system for a building or campus, the virtual panel comprising: - a hardware emulator configured to emulate hardware of one or more physical control panels of the access control system and exchange data with an access control host of the access control system in a hardware-native format native to the hardware of the physical control panels; - an extended controller configured to exchange data from the access control host that is configured to be communicated in a format different from the hardware-native format native to the hardware of the physical control panels; and - a rules engine configured to perform one or more access control functions of the physical control panels comprising at least one of a badge authorization function or a badge verification function. - a hardware emulator configured to emulate hardware of one or more physical control panels of the access control system and exchange data with an access control host of the access control system in a hardware-native format native to the hardware of the physical control panels; - an extended controller configured to exchange data from the access control host that is configured to be communicated in a format different from the hardware-native format native to the hardware of the physical control panels; and - a rules engine configured to perform one or more access control functions of the physical control panels comprising at least one of a badge authorization function or a badge verification function.
A method of manufacturing a coloured liquid crystal thin film, comprising: providing a liquid crystal cell filled, which is filled with a mixture of a polymerizable blue phase liquid crystal and a photoinitiator, characterized in that the method further comprises adjusting a voltage applied across said liquid crystal cell filled with said mixture until the liquid crystal cell shows a required color; and radiating a portion of the liquid crystal cell needed to show the required color by ultraviolet rays. providing a liquid crystal cell filled, which is filled with a mixture of a polymerizable blue phase liquid crystal and a photoinitiator, characterized in that the method further comprises adjusting a voltage applied across said liquid crystal cell filled with said mixture until the liquid crystal cell shows a required color; and radiating a portion of the liquid crystal cell needed to show the required color by ultraviolet rays.