mhurhangee/ep-ind-claims huggingface dataset:
An impact liner for a gas turbine engine, comprising: a base sheet; a perforated sheet; a plurality of stanchions extending from the base sheet; and a plurality of supports, each of the supports being operatively connected to one of the plurality of stanchions; characterized by: each support extending from a stanchion and coupled to the perforated sheet; each support including a node and a plurality of trusses extending from an inner wall, wherein the trusses meet at the nodes; the supports being coupled to the stanchions at the nodes; and each support including a chamber interactive with the perforated sheet, wherein the chambers interact with the openings of the perforated sheet to act as a Helmholtz resonator. a base sheet; a perforated sheet; a plurality of stanchions extending from the base sheet; and a plurality of supports, each of the supports being operatively connected to one of the plurality of stanchions; characterized by: each support extending from a stanchion and coupled to the perforated sheet; each support including a node and a plurality of trusses extending from an inner wall, wherein the trusses meet at the nodes; the supports being coupled to the stanchions at the nodes; and each support including a chamber interactive with the perforated sheet, wherein the chambers interact with the openings of the perforated sheet to act as a Helmholtz resonator. each support extending from a stanchion and coupled to the perforated sheet; each support including a node and a plurality of trusses extending from an inner wall, wherein the trusses meet at the nodes; the supports being coupled to the stanchions at the nodes; and each support including a chamber interactive with the perforated sheet, wherein the chambers interact with the openings of the perforated sheet to act as a Helmholtz resonator.
A congestion control method, comprising: receiving, by a Machine Type Communication InterWorking Function, MTC-IWF, first instruction information from a Short Message Service-Service Center, SMS-SC, via a T4 interface, wherein the first instruction information is used to instruct the MTC-IWF to perform a congestion control on Trigger information, and comprises: a control time, used for indicating how long the MTC-IWF performs the congestion control, the control time is shorter than a time, within the Trigger information is effective, so that the Trigger information is not invalidated due to the congestion control; and performing, by the MTC-IWF, the congestion control according to the first instruction information. receiving, by a Machine Type Communication InterWorking Function, MTC-IWF, first instruction information from a Short Message Service-Service Center, SMS-SC, via a T4 interface, wherein the first instruction information is used to instruct the MTC-IWF to perform a congestion control on Trigger information, and comprises: a control time, used for indicating how long the MTC-IWF performs the congestion control, the control time is shorter than a time, within the Trigger information is effective, so that the Trigger information is not invalidated due to the congestion control; and performing, by the MTC-IWF, the congestion control according to the first instruction information.
A computer-implemented method, comprising: receiving, by a computing device, wireless connection information via a notification from a broker device, the wireless connection information including multiple wireless channels for wireless communication with a wireless device; utilizing, by the computing device, the wireless connection information to directly communicate data wirelessly with the wireless device independent of a separate access point to manage the wireless communication; storing, by the computing device, the wireless connection information for the wireless device locally in a table on the computing device, said table comprising at least a resource identifier column and a channel column, said resource identifier column including identifiers for resources, and said channel column specifying wireless channels at which respective resources can be found, wherein resources correspond to devices, and wherein at least some of the wireless channels are associated with more than one resource in the table; and establishing, by the computing device a subsequent direct wireless communication session with the wireless device using the locally stored wireless connection information, wherein a different channel is assigned for use by a particular resource if the channel identified for the resource is currently in use by another resource, said different channel selected from multiple channels associated with the resource in the table. receiving, by a computing device, wireless connection information via a notification from a broker device, the wireless connection information including multiple wireless channels for wireless communication with a wireless device; utilizing, by the computing device, the wireless connection information to directly communicate data wirelessly with the wireless device independent of a separate access point to manage the wireless communication; storing, by the computing device, the wireless connection information for the wireless device locally in a table on the computing device, said table comprising at least a resource identifier column and a channel column, said resource identifier column including identifiers for resources, and said channel column specifying wireless channels at which respective resources can be found, wherein resources correspond to devices, and wherein at least some of the wireless channels are associated with more than one resource in the table; and establishing, by the computing device a subsequent direct wireless communication session with the wireless device using the locally stored wireless connection information, wherein a different channel is assigned for use by a particular resource if the channel identified for the resource is currently in use by another resource, said different channel selected from multiple channels associated with the resource in the table.
An actuator for varying the position of a flight control surface on an aircraft, the actuator comprising: a ballscrew, having a screw for connection to a driving means, and a ballscrew nut mounted on the screw for connection to a flight control surface; and a no-back device positioned around an axial section of the screw and configured to prevent the ballscrew nut, when subjected to an axial load, back-driving the screw, and to allow a limited backlash, the backlash being the possible amount of axial movement of the screw relative to the no-back device, characterized in that the no-back device comprises a backlash adjuster arranged to select a plurality of different backlash lengths. a ballscrew, having a screw for connection to a driving means, and a ballscrew nut mounted on the screw for connection to a flight control surface; and a no-back device positioned around an axial section of the screw and configured to prevent the ballscrew nut, when subjected to an axial load, back-driving the screw, and to allow a limited backlash, the backlash being the possible amount of axial movement of the screw relative to the no-back device, characterized in that the no-back device comprises a backlash adjuster arranged to select a plurality of different backlash lengths.
A public transport vehicle comprising a sales compartment extending in a longitudinal direction, the sales compartment comprising a sales area, an access area and an intermediate area, the intermediate area being interposed in the longitudinal direction between the sales area and the access area, the sales area comprising a set of displays designed to accommodate objects intended to be sold, each object comprising a label suitable for receiving a first radio frequency signal and for transmitting a second radio frequency signal in response, the vehicle being characterised in that the intermediate area comprises a partition extending in the longitudinal direction, the intermediate area comprising a first passage and a second passage offset from each other in a transverse direction of the sales compartment, each of the first and second passages connecting the access area to the sales area, the partition separating the first passage from the second passage in the transverse direction, the partition comprising a detection device configured to transmit the first signal and to control the transmission of a signal to a user when the detection device receives the second signal transmitted by one of the objects.
A screen-printing device having a screen-printing stencil, wherein at least two doctor blade systems (04; 06) respectively acting on this screen-printing stencil are provided, wherein in a same printing process the at least two doctor blade systems (04; 06) are arranged respectively applying printing ink to an object to be printed, wherein each of these doctor blade systems (04; 06) respectively has at least one doctor blade (07; 08), wherein one is arranged to sweep over each of these doctor blade systems (04; 06) via the screen-printing stencil, wherein each of these doctor blade systems (04; 06) is individually controlled by a control unit, characterized in that the at least one doctor blade (07; 08) of each of these doctor blade systems (04; 06) is respectively moved by a robot (09; 11), wherein a respective at least two-dimensional motion path of the respective doctor blade (07; 08) of each doctor blade system (04; 06) is respectively freely programmed and established by the controller of the relevant robot (09; 11), wherein the robots (09; 11) are each parallel arm robots with rod kinematics.
A cured product, which comprises a unit of the following Formula 1 and which is a reaction product of a mixture comprising an aliphatic unsaturated bond functional polyorganosiloxane and a compound having hydrogen atoms bound to silicon atoms, said cured product comprising an alkenyl group bound to silicon atoms, wherein the ratio (Ak/Si) of the number of moles of the alkenyl group (Ak) to the total number of moles of silicon atoms (Si) is in the range of 0.001 to 0.15, wherein the ratio (C/Si) of the number of moles of carbon atoms which are present in A of Formula 1 to the total number of moles of silicon atoms (Si) is in the range of 0.15 to 0.55: wherein each R is independently hydrogen, an epoxy group, an alkoxy group or a monovalent hydrocarbon group; and A is an alkylene group having 2 to 4 carbon atoms.
An aqueous thermosetting composition comprising a composited resin obtained by reacting an amino resin obtained by addition dehydration condensation of an amino compound (a), an aldehyde (b) and an alcohol (c) and a urethane resin having hydroxyl groups at both ends and being obtained by polymerization of an isocyanate (d), a polyol (e) and an oxycarboxylic acid (f) having two or more hydroxyl groups with each other.
An infusion pump comprising: a main body; a tube attachment section disposed inside the main body, where an infusion tube configured to feed a medicinal solution to a patient side is attached in a horizontal direction; a liquid feed driving unit disposed inside the main body and configured to feed the medicinal solution inside the infusion tube in the horizontal direction by pressing the infusion tube in a state that the infusion tube is attached to the tube attachment section; an access cover mounted on the main body and configured to cover the infusion tube attached to the tube attachment section by being closed; and a bubble detection unit configured to detect a bubble inside the infusion tube attached to the tube attachment section, characterized in that the bubble detection unit includes a first member disposed at the access cover and a second member disposed at the main body, and a second space to narrow a flow path of the infusion tube on a more downstream side than the bubble detection unit of the infusion tube is set smaller compared to a first space to narrow the flow path of the infusion tube between the first member and the second member in a state that the access cover is closed, and wherein the second space is located immediately next to the first space. a main body; a tube attachment section disposed inside the main body, where an infusion tube configured to feed a medicinal solution to a patient side is attached in a horizontal direction; a liquid feed driving unit disposed inside the main body and configured to feed the medicinal solution inside the infusion tube in the horizontal direction by pressing the infusion tube in a state that the infusion tube is attached to the tube attachment section; an access cover mounted on the main body and configured to cover the infusion tube attached to the tube attachment section by being closed; and a bubble detection unit configured to detect a bubble inside the infusion tube attached to the tube attachment section, characterized in that the bubble detection unit includes a first member disposed at the access cover and a second member disposed at the main body, and a second space to narrow a flow path of the infusion tube on a more downstream side than the bubble detection unit of the infusion tube is set smaller compared to a first space to narrow the flow path of the infusion tube between the first member and the second member in a state that the access cover is closed, and wherein the second space is located immediately next to the first space.
A cleaning assembly for a photoconductive drum of an electrophotographic printing device, comprising: a sponge impregnated with a cleaning solution (208; 210) to at least substantially remove colorant from the photoconductive drum as the photoconductive drum rotates past the sponge; and characterised in that the cleaning assembly further comprises: a wiper having an edge that is purposefully rounded to wipe the cleaning solution from the photoconductive drum; wherein the edge that is purposefully rounded is to contact the photoconductive drum to wipe the cleaning solution from the photoconductive drum as the photoconductive drum rotates past the edge of the wiper, while purposefully maintaining a layer of the cleaning solution on the photoconductive drum. a sponge impregnated with a cleaning solution (208; 210) to at least substantially remove colorant from the photoconductive drum as the photoconductive drum rotates past the sponge; and characterised in that the cleaning assembly further comprises: a wiper having an edge that is purposefully rounded to wipe the cleaning solution from the photoconductive drum; wherein the edge that is purposefully rounded is to contact the photoconductive drum to wipe the cleaning solution from the photoconductive drum as the photoconductive drum rotates past the edge of the wiper, while purposefully maintaining a layer of the cleaning solution on the photoconductive drum. a wiper having an edge that is purposefully rounded to wipe the cleaning solution from the photoconductive drum; wherein the edge that is purposefully rounded is to contact the photoconductive drum to wipe the cleaning solution from the photoconductive drum as the photoconductive drum rotates past the edge of the wiper, while purposefully maintaining a layer of the cleaning solution on the photoconductive drum.
A control device included in a communication system in which a plurality of networks are connected to one another by one or more wired channels and power line communication is performed, the control device being connected to the networks by the one or more wired channels via a plurality of breakers (13A-C) provided in one-to-one correspondence with the networks, the control device comprising: a communication management unit configured to determine, for each network, (i) an inter-network communication period during which a communication terminal belonging to the network is allowed to perform communication with another communication terminal belonging to another network, and (ii) an intra-network communication period during which a communication terminal belonging to the network is allowed to perform communication only with another communication terminal belonging to the network; one or more filters (105A-C) provided between the networks in one-to-one correspondence with the networks and being connected in one-to-one correspondence to the breakers (13A-C); and a control unit configured to place, among the one or more filters (105A-C) provided between the networks, (i) any filter (105A-C) provided between at least two of the networks in a passable state during the inter-network communication period, and (ii) every filter (105A-C) in a blocked state during the intra-network communication period. a communication management unit configured to determine, for each network, (i) an inter-network communication period during which a communication terminal belonging to the network is allowed to perform communication with another communication terminal belonging to another network, and (ii) an intra-network communication period during which a communication terminal belonging to the network is allowed to perform communication only with another communication terminal belonging to the network; one or more filters (105A-C) provided between the networks in one-to-one correspondence with the networks and being connected in one-to-one correspondence to the breakers (13A-C); and a control unit configured to place, among the one or more filters (105A-C) provided between the networks, (i) any filter (105A-C) provided between at least two of the networks in a passable state during the inter-network communication period, and (ii) every filter (105A-C) in a blocked state during the intra-network communication period.
Method for producing at least two profiles (V1, V2, S1, S2) of a vehicle tyre, at least the first and second profiles (V1, V2, S1, S2) respectively comprising at least one component and being produced in parallel, characterized by the following steps: 1a) producing the at least one component of the first profile (V1, S1) by extruding at least a first rubber compound (KM1, KM3, KM4), 1b) producing the first profile (V1, S1), which has the at least one component which comprises at least the first rubber compound (KM1, KM3, KM4), 2a) producing the at least one component of the second profile (V2, S2) by extruding at least a second rubber compound (KM2, KM3, KM4) and 2b) producing the second profile (V2, S2), which has the at least one component which comprises at least the second rubber compound (KM2, KM3, KM4). 1a) producing the at least one component of the first profile (V1, S1) by extruding at least a first rubber compound (KM1, KM3, KM4), 1b) producing the first profile (V1, S1), which has the at least one component which comprises at least the first rubber compound (KM1, KM3, KM4), 2a) producing the at least one component of the second profile (V2, S2) by extruding at least a second rubber compound (KM2, KM3, KM4) and 2b) producing the second profile (V2, S2), which has the at least one component which comprises at least the second rubber compound (KM2, KM3, KM4).
A neuroprosthetic system for substituting a sensory modality of a mammal by electrical stimulation of a region of the cerebral cortex of said mammal corresponding to said neural modality to be substituted, said system comprising: - at least one sensor, for use by said mammal, arranged for generating a sensed data feed by sensing a neural modality to be substituted; - an electrode unit, comprised of a plurality of three-dimensional arrays of flexible, elongated electrode shafts, arranged for intracortical implantation for a dense occupation of such region of the cerebral cortex of said mammal arranged for providing functional coverage of the sensory modality, each shaft comprising multiple electrical contacts, for electrical stimulation of subsets of locations in said region of the cerebral cortex; - a rigid electrode support structure, arranged for simultaneously guiding said flexible electrode shafts of an array into said region of the cerebral cortex of said mammal during intracortical implantation, and for retracting said support structure after implantation of an array of flexible electrode shafts; - a driving unit, arranged for electrically driving said electrode unit for stimulating said subsets of locations in said region of the cerebral cortex, - a recording unit, arranged obtaining neural recording through said electrode unit in said region of the cerebral cortex; - a processing unit, arranged for analysing said sensed data feed for providing stimulation patterns for electrically driving groups of electrical contacts of said electrode unit corresponding to subsets of locations in said region of the cerebral cortex, for substituting said sensory modality. - at least one sensor, for use by said mammal, arranged for generating a sensed data feed by sensing a neural modality to be substituted; - an electrode unit, comprised of a plurality of three-dimensional arrays of flexible, elongated electrode shafts, arranged for intracortical implantation for a dense occupation of such region of the cerebral cortex of said mammal arranged for providing functional coverage of the sensory modality, each shaft comprising multiple electrical contacts, for electrical stimulation of subsets of locations in said region of the cerebral cortex; - a rigid electrode support structure, arranged for simultaneously guiding said flexible electrode shafts of an array into said region of the cerebral cortex of said mammal during intracortical implantation, and for retracting said support structure after implantation of an array of flexible electrode shafts; - a driving unit, arranged for electrically driving said electrode unit for stimulating said subsets of locations in said region of the cerebral cortex, - a recording unit, arranged obtaining neural recording through said electrode unit in said region of the cerebral cortex; - a processing unit, arranged for analysing said sensed data feed for providing stimulation patterns for electrically driving groups of electrical contacts of said electrode unit corresponding to subsets of locations in said region of the cerebral cortex, for substituting said sensory modality.
A process for the continuous manufacturing of moisture-curable polyurethane adhesives and sealants, comprising the following steps: - feeding a polyol to a primary reaction zone of a twin-screw extruder; - feeding thereafter an isocyanate separately from said polyol to the primary reaction zone of said twin-screw extruder downstream of the polyol; such that the NCO/OH molar ratio of said isocyanate to said polyol ranges from 1.5 to 3.0; - feeding a catalyst separately from said polyol and said isocyanate to a said primary reaction zone of said twin-screw extruder, downstream of said polyol and said isocyanate; - mixing said polyol and said isocyanate in the primary reaction zone of said twin-screw extruder to homogenize the polyol and isocyanate and drive the polyurethane reaction and form a polyurethane product; and - maintaining a constant fill level of the polyol and isocyanate in the twin-screw extruder. - feeding a polyol to a primary reaction zone of a twin-screw extruder; - feeding thereafter an isocyanate separately from said polyol to the primary reaction zone of said twin-screw extruder downstream of the polyol; such that the NCO/OH molar ratio of said isocyanate to said polyol ranges from 1.5 to 3.0; - feeding a catalyst separately from said polyol and said isocyanate to a said primary reaction zone of said twin-screw extruder, downstream of said polyol and said isocyanate; - mixing said polyol and said isocyanate in the primary reaction zone of said twin-screw extruder to homogenize the polyol and isocyanate and drive the polyurethane reaction and form a polyurethane product; and - maintaining a constant fill level of the polyol and isocyanate in the twin-screw extruder.