mhurhangee/ep-ind-claims huggingface dataset:
An elastic break brake to allow downstream travel of an elastic thread during machine operation and to stop unwanted elastic travel, characterized in that the elastic break brake comprises: a rotating cam weight carried by a pin coupled to a base; a base elastic retaining surface spaced apart from said rotating cam weight; said rotating cam weight rotatable in a downstream machine direction by elastic traveling under tension between said rotating cam weight and said base elastic retaining surface allowing passage of said elastic during machine operation, and rotatable in an upstream direction if the elastic is broken to cinch the elastic between the rotating cam weight and the base elastic retaining surface thereby stopping said elastic. a rotating cam weight carried by a pin coupled to a base; a base elastic retaining surface spaced apart from said rotating cam weight; said rotating cam weight rotatable in a downstream machine direction by elastic traveling under tension between said rotating cam weight and said base elastic retaining surface allowing passage of said elastic during machine operation, and rotatable in an upstream direction if the elastic is broken to cinch the elastic between the rotating cam weight and the base elastic retaining surface thereby stopping said elastic.
An apparatus comprising: a rigid housing (501, 511); a first connector (302, 502, 512) coupled to the housing (501, 511), the first connector (302, 502, 512) being configured to receive an edge connector (204, 410) of an input/output, I/O, device (110, 400, 725, 918, 1214); and a second connector (304, 504, 514) coupled to the housing (501, 511), the second connector (304, 504, 514) being configured to couple to an edge connector socket (105, 106, 202); wherein pairs of electrical connection pins of the first connector (302, 502, 512) are coupled to respective pairs of electrical connection pins of the second connector (304, 504, 514) via shielded differential cables inside the housing (501, 511), characterized in that the apparatus comprises a first set of electrical connection pins of the first connector (302, 502, 512) coupled to a first set of electrical connection pins of the second connector (304, 504, 514) via shielded differential cables inside the housing (501, 511), and a second set of electrical connection pins of the first connector (302, 502, 512) coupled to a second set of electrical connection pins of the second connector (304, 504, 514) via printed circuit board, PCB, stripline wiring. a rigid housing (501, 511); a first connector (302, 502, 512) coupled to the housing (501, 511), the first connector (302, 502, 512) being configured to receive an edge connector (204, 410) of an input/output, I/O, device (110, 400, 725, 918, 1214); and a second connector (304, 504, 514) coupled to the housing (501, 511), the second connector (304, 504, 514) being configured to couple to an edge connector socket (105, 106, 202); wherein pairs of electrical connection pins of the first connector (302, 502, 512) are coupled to respective pairs of electrical connection pins of the second connector (304, 504, 514) via shielded differential cables inside the housing (501, 511), characterized in that the apparatus comprises a first set of electrical connection pins of the first connector (302, 502, 512) coupled to a first set of electrical connection pins of the second connector (304, 504, 514) via shielded differential cables inside the housing (501, 511), and a second set of electrical connection pins of the first connector (302, 502, 512) coupled to a second set of electrical connection pins of the second connector (304, 504, 514) via printed circuit board, PCB, stripline wiring.
A method carried out on a network-enabled device for providing a cloud-based multi-function firewall (114A-114D), wherein the network-enabled device comprises a user device (102A-B, 107), the method comprising: detecting one or more available network connections provided by the network-enabled device; blocking the one or more detected network connections; retrieving device information associated with the network-enabled device; transmitting the device information from the network-enabled device to a secure cloud to configure a virtual private network, VPN, connection between the secure cloud and the network-enabled device; receiving cloud information from the secure cloud, the cloud information specifying a cloud server in the secure cloud and being generated by the secure cloud based on the device information; updating domain name service, DNS, and routing functions at the network-enabled device based on the cloud information to forward network requests to the cloud server specified in the cloud information; and establishing the VPN connection to the cloud server in the secure cloud based on the cloud information, wherein any network traffic between the network-enabled device and the one or more detected networks is routed through the VPN connection to the cloud-based multi-function firewall implemented on the cloud server. detecting one or more available network connections provided by the network-enabled device; blocking the one or more detected network connections; retrieving device information associated with the network-enabled device; transmitting the device information from the network-enabled device to a secure cloud to configure a virtual private network, VPN, connection between the secure cloud and the network-enabled device; receiving cloud information from the secure cloud, the cloud information specifying a cloud server in the secure cloud and being generated by the secure cloud based on the device information; updating domain name service, DNS, and routing functions at the network-enabled device based on the cloud information to forward network requests to the cloud server specified in the cloud information; and establishing the VPN connection to the cloud server in the secure cloud based on the cloud information, wherein any network traffic between the network-enabled device and the one or more detected networks is routed through the VPN connection to the cloud-based multi-function firewall implemented on the cloud server.
A press-formed product formed from a steel plate, the press-formed product, comprising: a top plate part; and flange parts each extending from some or all of sides constituting an outline of the top plate part, wherein a corner flange part extends from a corner part connecting, among the sides of the top plate part, at least a pair of the sides which are adjacent to each other and from which the flange parts extend, and the flange parts each extending from the pair of the sides are connected to each other via the corner flange part, characterized in that: in the corner flange part, a part having a minimum value of plate thickness is present in a central portion in a direction along a circumferential direction of the corner part of the top plate part, parts having a maximum value of the plate thickness are present on both sides of the central portion, and a ratio of the maximum value and the minimum value is in a range of more than 1.0 to 1.6 or less. a top plate part; and flange parts each extending from some or all of sides constituting an outline of the top plate part, wherein a corner flange part extends from a corner part connecting, among the sides of the top plate part, at least a pair of the sides which are adjacent to each other and from which the flange parts extend, and the flange parts each extending from the pair of the sides are connected to each other via the corner flange part, characterized in that: in the corner flange part, a part having a minimum value of plate thickness is present in a central portion in a direction along a circumferential direction of the corner part of the top plate part, parts having a maximum value of the plate thickness are present on both sides of the central portion, and a ratio of the maximum value and the minimum value is in a range of more than 1.0 to 1.6 or less. in the corner flange part, a part having a minimum value of plate thickness is present in a central portion in a direction along a circumferential direction of the corner part of the top plate part, parts having a maximum value of the plate thickness are present on both sides of the central portion, and a ratio of the maximum value and the minimum value is in a range of more than 1.0 to 1.6 or less.
A structure for guiding installation of a thermowell for temperature sensor, the structure comprising: a guide tube for fixing a location of the thermowell; at least two guide tube legs connected to the guide tube in a horizontal direction so as to support the guide tube; and support rods connected to the guide tube legs in a vertical direction so as to support the guide tube legs, respectively, wherein at least two guide tubes are arranged in the vertical direction, and each guide tube is at an identical radial location from the center of a fixed-bed catalyst reaction tube; and each support rod comprises a support rod ear extending from an upper end to a portion connected to a highest guide tube leg, a support rod body extending from the portion connected to the highest guide tube leg to a portion connected to a lowest guide tube leg, and a support rod foot extending from the portion connected to the lowest guide tube leg to a lower end. a guide tube for fixing a location of the thermowell; at least two guide tube legs connected to the guide tube in a horizontal direction so as to support the guide tube; and support rods connected to the guide tube legs in a vertical direction so as to support the guide tube legs, respectively, wherein at least two guide tubes are arranged in the vertical direction, and each guide tube is at an identical radial location from the center of a fixed-bed catalyst reaction tube; and each support rod comprises a support rod ear extending from an upper end to a portion connected to a highest guide tube leg, a support rod body extending from the portion connected to the highest guide tube leg to a portion connected to a lowest guide tube leg, and a support rod foot extending from the portion connected to the lowest guide tube leg to a lower end.
A method for wireless communications performed by a base station, the method comprising: determining (1005, 1605) multiple transmission beams for transmission of a discovery reference signal, DRS, over a shared radio frequency spectrum band; performing (1010, 1610) a listen before talk, LBT, procedure for the DRS based at least in part on the multiple transmission beams; transmitting (1020, 1615), based at least in part on a success of the LBT procedure, the DRS over the shared radio frequency spectrum band using a set of the multiple transmission beams, and subsequently: performing a directional opportunistic beam specific LBT procedure for a single beam of the multiple transmission beams; and transmitting an opportunistic DRS on the single beam based at least in part on a success of the opportunistic beam specific LBT procedure for the single beam. determining (1005, 1605) multiple transmission beams for transmission of a discovery reference signal, DRS, over a shared radio frequency spectrum band; performing (1010, 1610) a listen before talk, LBT, procedure for the DRS based at least in part on the multiple transmission beams; transmitting (1020, 1615), based at least in part on a success of the LBT procedure, the DRS over the shared radio frequency spectrum band using a set of the multiple transmission beams, and subsequently: performing a directional opportunistic beam specific LBT procedure for a single beam of the multiple transmission beams; and transmitting an opportunistic DRS on the single beam based at least in part on a success of the opportunistic beam specific LBT procedure for the single beam. performing a directional opportunistic beam specific LBT procedure for a single beam of the multiple transmission beams; and transmitting an opportunistic DRS on the single beam based at least in part on a success of the opportunistic beam specific LBT procedure for the single beam.
A valve closure: - a closure body for attachment to a container, - a gas inlet port, - a liquid dispensing port, - valve means to sealably close the gas inlet and liquid dispensing ports, - an over-pressure relief valve which is configured to release gas from within the container in the event that an internal pressure limit is exceeded, and - user-operable depressurising means arranged to open the over-pressure relief valve, wherein the user-operable depressurising means is configured to permanently open the over-pressure relief valve when manually operated, characterised in that - the over-pressure relief valve comprises a plunger which is urged against a seat by a spring, - the user-operable depressurising means and the plunger are separate components, and - the user-operable depressurising means incorporates an abutment for the spring. - a closure body for attachment to a container, - a gas inlet port, - a liquid dispensing port, - valve means to sealably close the gas inlet and liquid dispensing ports, - an over-pressure relief valve which is configured to release gas from within the container in the event that an internal pressure limit is exceeded, and - user-operable depressurising means arranged to open the over-pressure relief valve, wherein the user-operable depressurising means is configured to permanently open the over-pressure relief valve when manually operated, characterised in that - the over-pressure relief valve comprises a plunger which is urged against a seat by a spring, - the user-operable depressurising means and the plunger are separate components, and - the user-operable depressurising means incorporates an abutment for the spring.
A method for a device in switching operation for communications from a wireless wide area network to a wireless local area network, the method comprising: providing operation for communications in the wireless wide area network with use of a first transceiver portion adapted for communications in the wireless wide area network, wherein during operations in the wireless wide area network: storing, in memory, visited cell site history information which includes at least a cell site count of the number of visited cell sites that served the device over a moving time period of operation and, for each visited cell site, a cell selection count of the number of times the visited cell site was selected by the device over the moving time period of operation; determining whether or not the device is permitted to operate for communications in the wireless local area network, wherein determining that the device is permitted to operate for communications in the wireless local area network is based on identifying that the cell site count is less than a first threshold and the cell selection count of the most recently visited cell site is greater than a second threshold, and wherein determining that the device is not permitted to operate for communications in the wireless local area network is based on identifying that the cell site count is equal to or greater than the first threshold or the cell selection count of the most recently visited cell site is equal to or less than the second threshold; and enabling a second transceiver portion for communications in the wireless local area network based on the determination that the device is permitted to operate in the wireless local area network. storing, in memory, visited cell site history information which includes at least a cell site count of the number of visited cell sites that served the device over a moving time period of operation and, for each visited cell site, a cell selection count of the number of times the visited cell site was selected by the device over the moving time period of operation; determining whether or not the device is permitted to operate for communications in the wireless local area network, wherein determining that the device is permitted to operate for communications in the wireless local area network is based on identifying that the cell site count is less than a first threshold and the cell selection count of the most recently visited cell site is greater than a second threshold, and wherein determining that the device is not permitted to operate for communications in the wireless local area network is based on identifying that the cell site count is equal to or greater than the first threshold or the cell selection count of the most recently visited cell site is equal to or less than the second threshold; and enabling a second transceiver portion for communications in the wireless local area network based on the determination that the device is permitted to operate in the wireless local area network.
A support assembly, comprising: a central support layer for positioning beneath a patient's body a first support portion and a second support portion, wherein the first support portion is independent of the second support portion and is adjustably attachable to a first side of the central support layer to conform against a first side of the patient's body and the second support portion is adjustably attachable to a second, opposite side of the central support layer to conform against a second side of the patient's body; one or more pods positioned adjacent to one another along each support portion, wherein a wall of one pod directly contacts a wall of an adjacent pod such that pressure is transferable between the one pod and the adjacent pod; a first inner layer enclosing the one or more pods along the first support portion such that displacement of the one or more pods is constrained by the first inner layer; a second inner layer enclosing the one or more pods along the second support portion such that displacement of the one or more pods is constrained by the second inner layer; and an outer layer which is fluid filled and is positionable upon the inner layers and the support portions, wherein the support portions are relatively stiffer than the one or more pods, the inner layers, or the outer layer. a central support layer for positioning beneath a patient's body a first support portion and a second support portion, wherein the first support portion is independent of the second support portion and is adjustably attachable to a first side of the central support layer to conform against a first side of the patient's body and the second support portion is adjustably attachable to a second, opposite side of the central support layer to conform against a second side of the patient's body; one or more pods positioned adjacent to one another along each support portion, wherein a wall of one pod directly contacts a wall of an adjacent pod such that pressure is transferable between the one pod and the adjacent pod; a first inner layer enclosing the one or more pods along the first support portion such that displacement of the one or more pods is constrained by the first inner layer; a second inner layer enclosing the one or more pods along the second support portion such that displacement of the one or more pods is constrained by the second inner layer; and an outer layer which is fluid filled and is positionable upon the inner layers and the support portions, wherein the support portions are relatively stiffer than the one or more pods, the inner layers, or the outer layer.
A method of receiving a signal by a user equipment, UE, in a wireless communication system supporting a plurality of component carriers, CCs, the method comprising: receiving, a radio resource control, RRC, signal including component carrier assignment information through a first type CC, the component carrier assignment information including information associated with a second type CC configured for the UE, the first type CC and the second type CC being time-aligned; receiving, an RRC signaling including a value related to a physical downlink shared channel, PDSCH, starting orthogonal frequency division multiplexing, OFDM, symbol of the second type CC, through the first type CC; receiving, from a base station, BS, a physical downlink control channel, PDCCH, including scheduling information of the PDSCH of the second type CC; and receiving the PDSCH of the second type CC through the second type CC based on the PDCCH of the first type CC and the value related to the PDSCH starting OFDM symbol of the second type CC, wherein the value related to the PDSCH starting OFDM symbol of the second type CC is changeable according to the RRC signaling. receiving, a radio resource control, RRC, signal including component carrier assignment information through a first type CC, the component carrier assignment information including information associated with a second type CC configured for the UE, the first type CC and the second type CC being time-aligned; receiving, an RRC signaling including a value related to a physical downlink shared channel, PDSCH, starting orthogonal frequency division multiplexing, OFDM, symbol of the second type CC, through the first type CC; receiving, from a base station, BS, a physical downlink control channel, PDCCH, including scheduling information of the PDSCH of the second type CC; and receiving the PDSCH of the second type CC through the second type CC based on the PDCCH of the first type CC and the value related to the PDSCH starting OFDM symbol of the second type CC, wherein the value related to the PDSCH starting OFDM symbol of the second type CC is changeable according to the RRC signaling.
Modular equipment comprising a generic loudspeaker enclosure, the generic loudspeaker enclosure comprising: · a cabinet comprising internal partitions defining a plurality of acoustic chambers (41, 42) that are sealed, distinct, and separated from one another by said internal partitions, each acoustic chamber comprising an orifice (43, 44, 45) opening to the outside of the cabinet in a respective different direction; · a plurality of loudspeakers (47, 49; 51), each comprising a respective diaphragm, each loudspeaker being incorporated in a respective one of the acoustic chambers in such a manner that the diaphragm of said loudspeaker extends over the orifice; · at least one first connector mounted in sealed manner on the cabinet, the first connector having contacts that are electrically connected to the loudspeakers, the modular equipment further comprises an outer casing surrounding the side faces of the cabinet, at least in part, and comprising at least one hole set having at least one hole, the modular equipment further comprising at least one acoustic horn mounted between the cabinet and the outer casing, the acoustic horn presenting a shape and/or dimensions that depend on the shape and/or the dimensions of the outer casing, the acoustic horn being arranged in such a manner as to surround a diaphragm of a loudspeaker and to be in contact both with the cabinet and with the outer casing so that the acoustic horn guides sound produced by said loudspeaker to the outside via the hole set having at least one hole. · a cabinet comprising internal partitions defining a plurality of acoustic chambers (41, 42) that are sealed, distinct, and separated from one another by said internal partitions, each acoustic chamber comprising an orifice (43, 44, 45) opening to the outside of the cabinet in a respective different direction; · a plurality of loudspeakers (47, 49; 51), each comprising a respective diaphragm, each loudspeaker being incorporated in a respective one of the acoustic chambers in such a manner that the diaphragm of said loudspeaker extends over the orifice; · at least one first connector mounted in sealed manner on the cabinet, the first connector having contacts that are electrically connected to the loudspeakers,