mhurhangee/ep-ind-claims huggingface dataset:
An isoporous block copolymer film, comprising: at least oneABC triblock copolymer; and at least one hydrophilic polymer, wherein at least a portion of the pores are isoporous and mesoporous, and wherein the hydrophilic polymer has a molecular weight equal to or greater than 50% of the molecular weight of the at least one ABC triblock copolymer. at least oneABC triblock copolymer; and at least one hydrophilic polymer, wherein at least a portion of the pores are isoporous and mesoporous, and wherein the hydrophilic polymer has a molecular weight equal to or greater than 50% of the molecular weight of the at least one ABC triblock copolymer.
A ventilation device comprising at least a hollow body, an air intake inlet into said body, an air exhaust outlet from said body, said body being equipped with an access hatch to the inside of said body, able to be coupled to said body by means of at least one fastening member, said body inwardly housing at least one motorized fan able to create a forced flow of air from the air intake inlet toward the air exhaust outlet, said device further comprising at least one member for heating the flow of air circulating in said body, a filter-holder drawer mounted moving slidingly between a withdrawn position and a position deployed outside the body so as to allow, in the withdrawn position of the filter-holder drawer, a filtration and heating of the air moved by the fan, and an electronic and/or computerized system for controlling the motorized fan and the heating member, the body being equipped with an access hatch to the inside of said body, able to be coupled to said body by means of at least one fastening member, the façade of the filter-holder drawer concealing, in the withdrawn position of the filter-holder drawer, the member(s) for fastening the access hatch to the body, characterized in that the device comprises at least one end-of-travel stop of the filter-holder drawer in the deployed position configured to prevent the filter-holder drawer from being completely removed from the body at least in the coupled state of the access hatch to the body.
A method, comprising: receiving (515; 705), by a memory device from a controller (105; 305; 505) over a plurality of data lines (190; 315), data to be written to an array of memory cells of a memory device (110; 310; 510) as part of a write operation; the method further comprises: receiving (520; 710), by the memory device (110; 310; 510) over an error detection code line coupled with the controller (105; 305; 505) during the write operation, checksum information for the data received over the plurality of data lines (190; 315); detecting (535; 715), by the memory device (110; 310; 510), an error in the data based at least in part on the checksum information and the write operation; and transmitting (540; 720), from the memory device to the controller (105; 305; 505), transmission failure information for the write operation indicating the error in the data based at least in part on detecting the error, characterised in that the transmission failure information for the write operation is transmitted over a first line coupled with the memory device and the controller, the first line being different than the EDC line. receiving (520; 710), by the memory device (110; 310; 510) over an error detection code line coupled with the controller (105; 305; 505) during the write operation, checksum information for the data received over the plurality of data lines (190; 315); detecting (535; 715), by the memory device (110; 310; 510), an error in the data based at least in part on the checksum information and the write operation; and transmitting (540; 720), from the memory device to the controller (105; 305; 505), transmission failure information for the write operation indicating the error in the data based at least in part on detecting the error, characterised in that the transmission failure information for the write operation is transmitted over a first line coupled with the memory device and the controller, the first line being different than the EDC line.
A method for retransmission of uplink transmissions, by a wireless device with configured uplink grants, the method comprising: transmitting a first transmission to a network node with a redundancy version using the configured uplink grants; and receiving a message from the network node, the method further comprising determining, by the wireless device from the message, whether an adaptive retransmission is to be made using the configured uplink grants, whether a non-adaptive retransmission is to be made using the configured uplink grants, or whether the configured uplink grants are not to be used for retransmission, wherein, if it is determined from the message that an adaptive retransmission is to be made, the method further comprises: setting the redundancy version to correspond to a specified redundancy version value specified in the message; and retransmitting the first transmission using the specified redundancy version value, wherein, if it is determined from the message that a non-adaptive retransmission is to be made, the method further comprises: setting the redundancy version value to zero; and retransmitting the first transmission using a zero redundancy version value, and wherein, if the wireless device detects a discontinuous transmission from the network node in response to the first transmission, the method further comprises not using the configured uplink grants for retransmission, and sending a scheduling request to the network node. transmitting a first transmission to a network node with a redundancy version using the configured uplink grants; and receiving a message from the network node, setting the redundancy version to correspond to a specified redundancy version value specified in the message; and retransmitting the first transmission using the specified redundancy version value, setting the redundancy version value to zero; and retransmitting the first transmission using a zero redundancy version value, and
A method of wireless near-field communications, NFC, comprising: receiving, by a NFC controller, a request message from a NFC reader prior to receiving a current message; receiving, by the NFC controller, a last response message from a secure element of a plurality of secure elements in response to the request message; saving, by the NFC controller, an identification of the secure element that sent the last response message; receiving, by the NFC controller, the current message from the NFC reader; determining, by the NFC controller, that the current message does not include an identification of a secure element; characterised by identifying, by the NFC controller, the secure element that sent the last response message to the NFC reader; and sending, by the NFC controller, the current message to the identified secure element that sent the last response message to the NFC reader. receiving, by a NFC controller, a request message from a NFC reader prior to receiving a current message; receiving, by the NFC controller, a last response message from a secure element of a plurality of secure elements in response to the request message; saving, by the NFC controller, an identification of the secure element that sent the last response message; receiving, by the NFC controller, the current message from the NFC reader; determining, by the NFC controller, that the current message does not include an identification of a secure element; characterised by identifying, by the NFC controller, the secure element that sent the last response message to the NFC reader; and sending, by the NFC controller, the current message to the identified secure element that sent the last response message to the NFC reader.
A digital viewer device, configured to allow a multifactorial visual ability test to be performed on a subject, the viewer device comprising: - an outer casing having a visual access window for the subject's eyes; - first display means housed within said casing, arranged in the visual field associated with said visual access window and programmed or commanded to administer to the subject a first close view test; - second display means, programmed or commanded for administering to the subject a second view test from afar; - moving means (41, 42) of said first display means, configured to make said first display means assume a first operative position, wherein the first display means are in the visual field associated with said visual access window for administering a first visual test to the subject, and a second rest position, wherein said first display means are moved out of said visual field; wherein said second display means are arranged spaced apart with respect to said visual access window, the overall configuration being such that said second display means are operable to administer a second visual test to the subject when said first display means are in said rest position. - an outer casing having a visual access window for the subject's eyes; - first display means housed within said casing, arranged in the visual field associated with said visual access window and programmed or commanded to administer to the subject a first close view test; - second display means, programmed or commanded for administering to the subject a second view test from afar; - moving means (41, 42) of said first display means, configured to make said first display means assume a first operative position, wherein the first display means are in the visual field associated with said visual access window for administering a first visual test to the subject, and a second rest position, wherein said first display means are moved out of said visual field;
A straddled vehicle comprising: a rear arm; an axle shaft attached to the rear arm; a rear wheel supported by the axle shaft; a rear fender unit overlapping a portion of the rear wheel as seen from behind the vehicle, wherein the rear fender unit is attached to the axle shaft, and the rear fender unit includes: an attachment portion for a license plate, characterized by a license plate lamp for illuminating the license plate attached to the attachment portion; an electrical wire connected to the license plate lamp; and a length adjusting portion for adjusting a length of the electrical wire in response to a position of the rear wheel relative to the rear arm. a rear arm; an axle shaft attached to the rear arm; a rear wheel supported by the axle shaft; a rear fender unit overlapping a portion of the rear wheel as seen from behind the vehicle, wherein the rear fender unit is attached to the axle shaft, and the rear fender unit includes: an attachment portion for a license plate, characterized by a license plate lamp for illuminating the license plate attached to the attachment portion; an electrical wire connected to the license plate lamp; and a length adjusting portion for adjusting a length of the electrical wire in response to a position of the rear wheel relative to the rear arm. an attachment portion for a license plate, characterized by a license plate lamp for illuminating the license plate attached to the attachment portion; an electrical wire connected to the license plate lamp; and a length adjusting portion for adjusting a length of the electrical wire in response to a position of the rear wheel relative to the rear arm.
A hemostatic composition, comprising: a backing material (104, 105, 104') having a surface; and a plurality of liquid-expandable articles, each liquid-expandable article comprising a compressed absorbent material having a first major outer surface 1 attached to the surface of the backing material 2 at a corresponding attachment point 3 and a second opposing major outer surface 4 extending away from the surface of the backing material 5 (104, 105, 104'), wherein: the attachment points are arranged in a three-dimensional array on the surface of the backing material (104, 105, 104'), and upon contact with a liquid, the plurality of liquid-expandable articles expand into expanded articles and the second major outer surfaces extend away from the surface of the backing material (104, 105, 104'). 1 Paragraph "the predetermined shape of a liquid-expandable articles may defined any shape having first major outer surface 106" 2 Paragraph "The liquid-expandable articles form a 3-dimentional array on top of a backing material" 3 Paragraph "The attachments points of the liquid-expandable articles may, in an embodiment, by [sic.] substantially coplanar with each other". 4 Paragraph "...and a second major outer surface 108" and Figure 1A indicates that the surfaces 106 and 108 are opposite or opposing surfaces of the disc shaped liquid-expandable article 102. 5 As one side i.e. the first major side, of the liquid-expandable article is attached to the surface of the backing material, the opposed side i.e. the second major side, must be in a direction "away" from the backing material. Further paragraph discusses that "the plurality of liquid-expandable articles are adapted to...extend away from the surface of the backing material". a backing material (104, 105, 104') having a surface; and a plurality of liquid-expandable articles, each liquid-expandable article comprising a compressed absorbent material having a first major outer surface 1 attached to the surface of the backing material 2 at a corresponding attachment point 3 and a second opposing major outer surface 4 extending away from the surface of the backing material 5 (104, 105, 104'), wherein: the attachment points are arranged in a three-dimensional array on the surface of the backing material (104, 105, 104'), and upon contact with a liquid, the plurality of liquid-expandable articles expand into expanded articles and the second major outer surfaces extend away from the surface of the backing material (104, 105, 104'). the attachment points are arranged in a three-dimensional array on the surface of the backing material (104, 105, 104'), and upon contact with a liquid, the plurality of liquid-expandable articles expand into expanded articles and the second major outer surfaces extend away from the surface of the backing material (104, 105, 104').
A network setting device for being communicatively connected to a plurality of routers and performing a setting of the plurality of routers, charcterized in that: the network setting device performs a first step for determining whether a network including the plurality of routers, having executed a temporary update command sequence, satisfies a predetermined operational policy, defined by a set of three, that is, a packet header, a transmission source router, and a destination router, wherein the predetermined operational policy is satisfied when a packet from the transmission source router reaches the destination router, and executes, until satisfaction for the predetermined operational policy, processing for: performing a second step for determining whether a reachable range of the packet expands with execution of one new candidate command of one or more new candidate commands, being related to the reachability of the packet, namely setting commands related to an interface address, a route control protocol, and an access control list; adding the new candidate command to the temporary update command sequence on condition that the reachable range expands with the addition of the new candidate command, or deleting a command at an end of the temporary update command sequence on condition that the reachable range does not expand with addition of any one of the new candidate commands; and then returning to the first step; wherein, when the predetermined operational policy is satisfied, the network setting device is configured to output the temporary update command sequence as a setting update command sequence. performing a second step for determining whether a reachable range of the packet expands with execution of one new candidate command of one or more new candidate commands, being related to the reachability of the packet, namely setting commands related to an interface address, a route control protocol, and an access control list; adding the new candidate command to the temporary update command sequence on condition that the reachable range expands with the addition of the new candidate command, or deleting a command at an end of the temporary update command sequence on condition that the reachable range does not expand with addition of any one of the new candidate commands; and then returning to the first step; wherein, when the predetermined operational policy is satisfied, the network setting device is configured to output the temporary update command sequence as a setting update command sequence.
A signalling device for indicating when the tank of a boat is full, said tank being equipped with a feed line and a two-part air-venting conduit (4a, 4b), including a container inserted between the two parts 4a and 4b, connected to said tank and equipped in its upper part with an opening and a float, the base of said container being located above or at approximately the same level as the maximum filling level of said tank, the bottom of said container being connected in the vicinity of the upper part of the tank by means of the communication conduit, said float having an electrical connection to a signal and control box, located in the vicinity of the opening of the feed line of said tank sealed by a cap characterised in that the container is connected to a vent located on the hull of the boat by the air-venting conduit attached to the opening, the signal and control box generating at least one alarm signal after the tank is completely filled and the container is partly filled via the communication conduit.
A method of transmitting a synchronization signal in a wireless access system supporting carrier aggregation, the method comprising: transmitting a first synchronization signal on an extension carrier not operating as a single carrier but operating as a part of the carrier aggregation only, wherein a resource region for transmitting the first synchronization signal is different from a resource region for transmitting a second synchronization signal transmitted on a legacy carrier capable of operating as a single carrier, wherein a center frequency of the resource region for transmitting the first synchronization signal is not an integer multiple of 100 kHz, wherein if the first synchronization signal corresponds to a primary synchronization signal and a secondary synchronization signal, one of the primary synchronization signal or the secondary synchronization signal is transmitted in a first subframe of a radio frame, and another of the primary synchronization signal or the secondary synchronization signal is transmitted in a sixth subframe of the radio frame, and wherein if the first synchronization signal corresponds to only one of the primary synchronization signal or the secondary synchronization signal, the one of the primary synchronization signal or the secondary synchronization signal is transmitted in only one of the first or the sixth subframes of the radio frame. transmitting a first synchronization signal on an extension carrier not operating as a single carrier but operating as a part of the carrier aggregation only, wherein a resource region for transmitting the first synchronization signal is different from a resource region for transmitting a second synchronization signal transmitted on a legacy carrier capable of operating as a single carrier, wherein a center frequency of the resource region for transmitting the first synchronization signal is not an integer multiple of 100 kHz, wherein if the first synchronization signal corresponds to a primary synchronization signal and a secondary synchronization signal, one of the primary synchronization signal or the secondary synchronization signal is transmitted in a first subframe of a radio frame, and another of the primary synchronization signal or the secondary synchronization signal is transmitted in a sixth subframe of the radio frame, and wherein if the first synchronization signal corresponds to only one of the primary synchronization signal or the secondary synchronization signal, the one of the primary synchronization signal or the secondary synchronization signal is transmitted in only one of the first or the sixth subframes of the radio frame.
A method of carrier aggregation-based separation of a control plane from a user plane in base stations of a wireless communication network, wherein the base stations include a macro base station and a pico base station configured respectively as a primary service cell and a secondary service cell to set up communication connections with a user equipment, the method characterized by the steps of: a. the macro base station prioritizing Radio Resource Control, RRC, signaling over Medium Access Control Control Element, MAC CE signaling to be transmitted to the user equipment in a scheduling grant on the macro base station; b. in the step a, if the remaining scheduling grant on the macro base station after the RRC signaling is transmitted is available to the MAC CE signaling, then the macro base station transmitting the MAC CE signaling to the user equipment; otherwise, the macro base station transmitting the MAC CE signaling to the pico base station; and c. the pico base station prioritizing the MAC CE signaling over data part to be transmitted in a scheduling grant on the pico base station. a. the macro base station prioritizing Radio Resource Control, RRC, signaling over Medium Access Control Control Element, MAC CE signaling to be transmitted to the user equipment in a scheduling grant on the macro base station; b. in the step a, if the remaining scheduling grant on the macro base station after the RRC signaling is transmitted is available to the MAC CE signaling, then the macro base station transmitting the MAC CE signaling to the user equipment; otherwise, the macro base station transmitting the MAC CE signaling to the pico base station; and c. the pico base station prioritizing the MAC CE signaling over data part to be transmitted in a scheduling grant on the pico base station.