mhurhangee/ep-ind-claims huggingface dataset:
A communication network for an aircraft comprising at least: - a computing unit (1; 101; 201; 301) - a switch (5; 105; 205, 230; 305, 340; 405) connected to the computing unit, - a user terminal connected to the switch in such a way that the computing unit, the switch and the user terminal form a communication system with a central architecture, - at least one communication system with a distributed architecture (2; 102, 122; 202, 232; 302) that is connected to the switch, with the switch being so designed as to be used as an intermediate system for the communication system with a central architecture as well as for the communication system with a distributed architecture, with a portion of the input ports (9; 409) thereof and a portion of the output ports (10; 410) thereof being dedicated to an exchange of data with the communication system with a distributed architecture and a portion of the input ports (11; 411) thereof and a portion of the output ports (12; 412) thereof being dedicated to an exchange of data with the communication system with a central architecture, with the switch comprising a memory area (13; 413) in which all the data frames received on the input ports thereof prior to being retransmitted on the output ports of the switch are stored, with the switch being so configured as to operate in store and forward mode, the communication network being characterized in that the switch provides an exchange of data within the communication system with a central architecture, within the communication system with a distributed architecture and between the communication system with a central architecture and the communication system with a distributed architecture. - a computing unit (1; 101; 201; 301) - a switch (5; 105; 205, 230; 305, 340; 405) connected to the computing unit, - a user terminal connected to the switch in such a way that the computing unit, the switch and the user terminal form a communication system with a central architecture, - at least one communication system with a distributed architecture (2; 102, 122; 202, 232; 302) that is connected to the switch,
A method for synchronizing data items between a first device and a second device, the method comprising, at the first device: receiving, from the second device, a request for the second device to become a member of a verification sub-group of a plurality of verification sub-groups of which at least the first device is a member, wherein the request identifies at least one property of the second device that pertains to hardware or password features of the second device; responsive to determining, based on the at least one property of the second device, that the second device is eligible for membership in the verification sub-group: adding the second device as a member of the verification sub-group; identifying a set of synchronization data items in response to receiving a first request to synchronize a set of data items stored on the first device with the second device; identifying a first subset of the set of synchronization data items stored on the first device that belong to at least one synchronization sub-group in which the second device participates, wherein the at least one synchronization sub-group is defined by the verification sub-group, wherein: participation in the at least one synchronization sub-group is defined based on membership in the verification sub-group, and the first and second devices are part of a set of related devices with a plurality of different verification subgroups; and sending, to the second device using a secure channel, only the first subset of the set of synchronization data items. receiving, from the second device, a request for the second device to become a member of a verification sub-group of a plurality of verification sub-groups of which at least the first device is a member, wherein the request identifies at least one property of the second device that pertains to hardware or password features of the second device; responsive to determining, based on the at least one property of the second device, that the second device is eligible for membership in the verification sub-group: adding the second device as a member of the verification sub-group; identifying a set of synchronization data items in response to receiving a first request to synchronize a set of data items stored on the first device with the second device; identifying a first subset of the set of synchronization data items stored on the first device that belong to at least one synchronization sub-group in which the second device participates, wherein the at least one synchronization sub-group is defined by the verification sub-group, wherein: participation in the at least one synchronization sub-group is defined based on membership in the verification sub-group, and the first and second devices are part of a set of related devices with a plurality of different verification subgroups; and sending, to the second device using a secure channel, only the first subset of the set of synchronization data items.
A method of improving the physical and/or mechanical properties of redispersed dried or partially dried microfibrillated cellulose, characterized in that: a. an aqueous composition of microfibrillated cellulose is dewatered by one or more of: i. dewatering by belt press, ii. a high-pressure automated belt press, iii. centrifuge, iv. tube press, v. screw press, and vi. rotary press; to produce a dewatered microfibrillated cellulose composition; b. the dewatered microfibrillated cellulose composition is dried by one or more of: i. a fluidized bed dryer, ii. microwave and/or radio frequency dryer, iii. a hot air swept mill or a hot air swept dryer, a cell mill or a multirotor cell mill, and iv. freeze drying; to produce a dried or partially dried microfibrillated cellulose composition; wherein upon re-dispersing the dried or partially dried microfibrillated cellulose composition into a liquid medium, the microfibrillated cellulose has a tensile index and/or viscosity which is at least 50 % of the tensile index and/or viscosity of the aqueous composition of microfibrillated cellulose prior to drying at a comparable concentration and a fibre steepness of from 20 to 50. a. an aqueous composition of microfibrillated cellulose is dewatered by one or more of: i. dewatering by belt press, ii. a high-pressure automated belt press, iii. centrifuge, iv. tube press, v. screw press, and vi. rotary press; to produce a dewatered microfibrillated cellulose composition; i. dewatering by belt press, ii. a high-pressure automated belt press, iii. centrifuge, iv. tube press, v. screw press, and vi. rotary press; b. the dewatered microfibrillated cellulose composition is dried by one or more of: i. a fluidized bed dryer, ii. microwave and/or radio frequency dryer, iii. a hot air swept mill or a hot air swept dryer, a cell mill or a multirotor cell mill, and iv. freeze drying; to produce a dried or partially dried microfibrillated cellulose composition; i. a fluidized bed dryer, ii. microwave and/or radio frequency dryer, iii. a hot air swept mill or a hot air swept dryer, a cell mill or a multirotor cell mill, and iv. freeze drying;
A modified Zea mays plant promoter sequence obtainable by the steps of a. PCR amplification of an ABP3 regulatory sequence from Zea mays genomic DNA with the PCR oligonucleotide primer pair represented by SEQ ID Nos: 1 and 2; and b. multi-site mutagenesis of said APB3 regulatory sequence with oligonucleotide primers of SEQ ID Nos: 3 to 8. a. PCR amplification of an ABP3 regulatory sequence from Zea mays genomic DNA with the PCR oligonucleotide primer pair represented by SEQ ID Nos: 1 and 2; and b. multi-site mutagenesis of said APB3 regulatory sequence with oligonucleotide primers of SEQ ID Nos: 3 to 8.
A hybrid composition, which comprises: (a) one or more biocompatible fibres; (b) one or more therapeutic cells which comprise one or more progenitor cells of mesodermal lineage (PMLs) which (i) express detectable levels of CD29, CD44, CD73, CD90, CD105 and CD271, (ii) do not express detectable levels of CD14, CD34 and CD45 and (iii) express detectable levels of CD62P (P-selectin) and/or CD62E (E-selectin) or one or more immuno-modulatory progenitor cells expressing detectable levels of MIC A/B, CD304 (Neuropilin 1), CD178 (FAS ligand), CD289 (Toll-like receptor 9), CD363 (Spingosine-1-phosphate receptor 1), CD99, CD181 (C-X-C chemokine receptor type 1; CXCR1), epidermal growth factor receptor (EGF-R), CXCR2 and CD126; and (c) one or more biocompatible components which comprise a biocompatible adhesive which comprises platelet lysate and attaches the one or more therapeutic cells to the one or more fibres and/or a biocompatible gel which comprises platelet lysate and embeds the one or more therapeutic cells and the one or more fibres. (a) one or more biocompatible fibres; (b) one or more therapeutic cells which comprise one or more progenitor cells of mesodermal lineage (PMLs) which (i) express detectable levels of CD29, CD44, CD73, CD90, CD105 and CD271, (ii) do not express detectable levels of CD14, CD34 and CD45 and (iii) express detectable levels of CD62P (P-selectin) and/or CD62E (E-selectin) or one or more immuno-modulatory progenitor cells expressing detectable levels of MIC A/B, CD304 (Neuropilin 1), CD178 (FAS ligand), CD289 (Toll-like receptor 9), CD363 (Spingosine-1-phosphate receptor 1), CD99, CD181 (C-X-C chemokine receptor type 1; CXCR1), epidermal growth factor receptor (EGF-R), CXCR2 and CD126; and (c) one or more biocompatible components which comprise a biocompatible adhesive which comprises platelet lysate and attaches the one or more therapeutic cells to the one or more fibres and/or a biocompatible gel which comprises platelet lysate and embeds the one or more therapeutic cells and the one or more fibres.
A method for dynamically configuring a cell update message at a user equipment, UE,, comprising: determining that a size of the cell update message at the UE is above a threshold value after "measured results on random access channel, RACH," information element, IE, is removed from the cell update message; and removing one or more IEs from the cell update message until the size of the cell update message is at or below the threshold value, wherein the one or more IEs removed from the cell update message are selected from a list comprising a "Support for Two DRX schemes in URA_PCH and CELL_PCH" IE, a "High-Speed Physical Downlink Shared Channel, HS-PDSCH, in CELL_FACH" IE, a "Support of High Speed Downlink Shared Channel, HS-DSCH, DRX operation" IE, a "Support of common Enhanced uplink Dedicated Channel, E-DCH," IE, a "Support of Media Access Control, MAC,-i/is" IE, a "Support of Semi-Persistent scheduling, SPS, operation" IE, a "Support of Control Channel discontinuous reception, DRX, operation" IE, a "START value" IE for an inactive domain, and an "establishment cause" IE. determining that a size of the cell update message at the UE is above a threshold value after "measured results on random access channel, RACH," information element, IE, is removed from the cell update message; and removing one or more IEs from the cell update message until the size of the cell update message is at or below the threshold value, wherein the one or more IEs removed from the cell update message are selected from a list comprising a "Support for Two DRX schemes in URA_PCH and CELL_PCH" IE, a "High-Speed Physical Downlink Shared Channel, HS-PDSCH, in CELL_FACH" IE, a "Support of High Speed Downlink Shared Channel, HS-DSCH, DRX operation" IE, a "Support of common Enhanced uplink Dedicated Channel, E-DCH," IE, a "Support of Media Access Control, MAC,-i/is" IE, a "Support of Semi-Persistent scheduling, SPS, operation" IE, a "Support of Control Channel discontinuous reception, DRX, operation" IE, a "START value" IE for an inactive domain, and an "establishment cause" IE.
An air duct for a wind power plant configured to guide air along a circumference of a tower of the wind power plant, wherein the air duct is configured to be located inside the tower along an inner side of the wall of the tower, and wherein the air duct comprises a plurality of air inlets protruding from the air duct, the air inlets being configured to extend through a wall of the tower, characterized in that the air duct is a separate member configured to be fixed horizontally to the tower such that the air duct is not integrated into the wall of the tower.
A method performed by data processing apparatus of a device (100, 400), which is under the same administrative control as a network (110, 410), the method being performed when the device is operated outside the network, the method comprising: receiving, by an agent (102, 412) on the device from an application (106, 402, 404, 406, 408) on the device, a request to access a resource outside the network; establishing (308, 310/312) a first encrypted connection between the application on the device and the agent on the device, and a second encrypted connection between the agent on the device and the resource, to facilitate encrypted communication traffic passing between the application on the device and the resource without being routed through the network; sending, by the agent on the device in response to receiving the request to access the resource, a policy request to a network appliance within the network, the policy request specifying the resource; receiving, by the agent on the device and from the network appliance, a policy response indicating that the resource is associated with one or more security policies of the network; and selectively decrypting and inspecting (320, 326) the encrypted communication traffic passing between the application on the device and the resource (i) without being routed through the network and (ii) depending on the security policies to cause the device to remain under the same administrative control as the network. receiving, by an agent (102, 412) on the device from an application (106, 402, 404, 406, 408) on the device, a request to access a resource outside the network; establishing (308, 310/312) a first encrypted connection between the application on the device and the agent on the device, and a second encrypted connection between the agent on the device and the resource, to facilitate encrypted communication traffic passing between the application on the device and the resource without being routed through the network; sending, by the agent on the device in response to receiving the request to access the resource, a policy request to a network appliance within the network, the policy request specifying the resource; receiving, by the agent on the device and from the network appliance, a policy response indicating that the resource is associated with one or more security policies of the network; and selectively decrypting and inspecting (320, 326) the encrypted communication traffic passing between the application on the device and the resource (i) without being routed through the network and (ii) depending on the security policies to cause the device to remain under the same administrative control as the network.
A method of analysis processing using measured impedance spectrum data, wherein the method is characterised by determining whether to reset a maximum value and/or a minimum value of a logarithmic relaxation time corresponding to a measured logarithmic frequency based on the measured impedance spectrum data; resetting the maximum value and/or the minimum value of the logarithmic relaxation time when it is determined to reset in the determining; setting the number of divisions to be divided at equal intervals in a range of the logarithmic relaxation time corresponding to the measured logarithmic frequency when it is determined not to reset in the determining, or in a range of the logarithmic relaxation time reset when it is determined to reset in the determining; and applying regularized least squares to analyze parameters R ∞, T, L, and R 1 with respect to the range of the logarithmic relaxation time and the number of divisions set so as to satisfy the following formula Z f p ≈ R ∞ + T 2 πf p j + 2 πf p L + ∑ l = 1 M R l 1 + 2 πj exp ln τ l exp ln f p Δ ln τ, wherein p is a sequence number of a measured data point, 1 is a sequence number of the logarithmic relaxation time, f p is a p-th frequency, j is the unit imaginary number, M is the number of divisions of the logarithmic relaxation time, T is a reciprocal of a capacitance, L is an inductance, R ∞ is a high frequency limiting resistance, τ 1 is an 1-th relaxation time, R 1 is a resistance value at τ 1, and |Δlnτ| is an absolute value of an interval of a natural logarithmic relaxation time. determining whether to reset a maximum value and/or a minimum value of a logarithmic relaxation time corresponding to a measured logarithmic frequency based on the measured impedance spectrum data; resetting the maximum value and/or the minimum value of the logarithmic relaxation time when it is determined to reset in the determining; setting the number of divisions to be divided at equal intervals in a range of the logarithmic relaxation time corresponding to the measured logarithmic frequency when it is determined not to reset in the determining, or in a range of the logarithmic relaxation time reset when it is determined to reset in the determining; and applying regularized least squares to analyze parameters R ∞, T, L, and R 1 with respect to the range of the logarithmic relaxation time and the number of divisions set so as to satisfy the following formula Z f p ≈ R ∞ + T 2 πf p j + 2 πf p L + ∑ l = 1 M R l 1 + 2 πj exp ln τ l exp ln f p Δ ln τ, wherein p is a sequence number of a measured data point, 1 is a sequence number of the logarithmic relaxation time, f p is a p-th frequency, j is the unit imaginary number, M is the number of divisions of the logarithmic relaxation time, T is a reciprocal of a capacitance, L is an inductance, R ∞ is a high frequency limiting resistance, τ 1 is an 1-th relaxation time, R 1 is a resistance value at τ 1, and |Δlnτ| is an absolute value of an interval of a natural logarithmic relaxation time.
Device for supporting an endoscopic tool, comprising: opposite first and second arms extending along a first axis from a proximal end to a distal end, attachment means for attachment of the first arm and the second arm to an endoscope at the proximal end, deploying means (41, 42) operable to translate the first and second arms relative to each other in a direction cross to the first axis to adjust a spacing between the first and second arms, a guide (21, 15, 75) for the endoscopic tool coupled to the first arm, the guide comprising an outlet for launching the endoscopic tool, a tissue support surface provided on the second arm, facing the outlet, and a recess adjacent the tissue support surface, wherein the tissue support surface projects from the second arm in a direction transverse to the first axis, characterised in that the outlet is fixable or fixed in a working orientation relative to the first axis, and in the working orientation, the recess is configured for accepting the endoscopic tool when launched from the outlet, in that in the working orientation, a centreline of the guide is curved between the proximal end and the outlet with a radius of curvature being at least 12.5 mm in a direction towards the tissue support surface, and in that the tissue support surface is oriented at one or more second angles (β) between 35° and 120° relative to the first axis. opposite first and second arms extending along a first axis from a proximal end to a distal end, attachment means for attachment of the first arm and the second arm to an endoscope at the proximal end, deploying means (41, 42) operable to translate the first and second arms relative to each other in a direction cross to the first axis to adjust a spacing between the first and second arms, a guide (21, 15, 75) for the endoscopic tool coupled to the first arm, the guide comprising an outlet for launching the endoscopic tool, a tissue support surface provided on the second arm, facing the outlet, and a recess adjacent the tissue support surface, wherein the tissue support surface projects from the second arm in a direction transverse to the first axis, characterised in that the outlet is fixable or fixed in a working orientation relative to the first axis, and in the working orientation, the recess is configured for accepting the endoscopic tool when launched from the outlet, in that in the working orientation, a centreline of the guide is curved between the proximal end and the outlet with a radius of curvature being at least 12.5 mm in a direction towards the tissue support surface, and in that the tissue support surface is oriented at one or more second angles (β) between 35° and 120° relative to the first axis.
Vehicle-mountable step apparatus for providing access to a roof of a vehicle, the vehicle-mountable step apparatus comprising: a step structure defining at least one rung or step; and an attachment configured to suspend the step structure from the vehicle; characterised in that the attachment is a pillar attachment comprising a looped portion including a compressible padded region, the looped portion being configured to loop around a central side pillar of the vehicle to suspend the step structure from the central side pillar of the vehicle with the compressible padded region configured to abut the central side pillar of the vehicle and/or a door region. a step structure defining at least one rung or step; and an attachment configured to suspend the step structure from the vehicle; characterised in that the attachment is a pillar attachment comprising a looped portion including a compressible padded region, the looped portion being configured to loop around a central side pillar of the vehicle to suspend the step structure from the central side pillar of the vehicle with the compressible padded region configured to abut the central side pillar of the vehicle and/or a door region.
Ventilator unit having at least one ventilator, which is surrounded by an inlet nozzle, and a diffuser assigned to the ventilator, characterized in that the diffuser is an integrated constituent of the inlet nozzle, and in that the free edge of a wall section of the diffuser has an interface (20, 37) for a diffuser attachment, which is detachably attached using an interface (23, 36) to the interface (20, 37) of the diffuser in such a manner, that the inner wall of the diffuser attachment forms a steady continuation of the inner wall of the diffuser.