mhurhangee/ep-ind-claims huggingface dataset:
A foldable wagon, comprising: a frame having a first end assembly and an opposing second end assembly; a floor assembly (20, 22) comprising a first floor assembly pivotally connected to the first end assembly, and a second floor assembly pivotally connected to the second end assembly, the first floor assembly pivotally connected to the second floor assembly; a handle pivotally coupled to the first end assembly; a linkage assembly connected to the first end assembly and the second end assembly, the linkage assembly having a first linkage pivotally connected to the first end assembly, a second linkage pivotally connected to the second end assembly, and wherein the first linkage is pivotally connected to the second linkage; a flexible housing over a portion of the frame, wherein the foldable wagon is moveable between an open configuration and a folded configuration, and wherein the linkage assembly is positioned below the floor assembly (20, 22) in both the open configuration and the folded configuration, characterized in further comprising a receiver extending from the linkage assembly, the receiver releasably engaging the floor assembly (20, 22). a frame having a first end assembly and an opposing second end assembly; a floor assembly (20, 22) comprising a first floor assembly pivotally connected to the first end assembly, and a second floor assembly pivotally connected to the second end assembly, the first floor assembly pivotally connected to the second floor assembly; a handle pivotally coupled to the first end assembly; a linkage assembly connected to the first end assembly and the second end assembly, the linkage assembly having a first linkage pivotally connected to the first end assembly, a second linkage pivotally connected to the second end assembly, and wherein the first linkage is pivotally connected to the second linkage; a flexible housing over a portion of the frame, wherein the foldable wagon is moveable between an open configuration and a folded configuration, and wherein the linkage assembly is positioned below the floor assembly (20, 22) in both the open configuration and the folded configuration,
A method comprising: receiving a request from a first cloud network of a hybrid cloud environment at a gateway of a second cloud network of the hybrid cloud environment to transmit data from the second cloud network to the first cloud network performing, at the gateway of the second cloud network, an access determination by automatically analyzing a security group tag associated with the data to determine whether the data is allowed to exit the second cloud network, the automatically analyzing including an analysis of whether the security group tag includes access permissions to the data, the access permissions indicating that the data is allowed to exit the second cloud network and based at least in part on the access determination, allowing the data to exit the second cloud network via the gateway. receiving a request from a first cloud network of a hybrid cloud environment at a gateway of a second cloud network of the hybrid cloud environment to transmit data from the second cloud network to the first cloud network performing, at the gateway of the second cloud network, an access determination by automatically analyzing a security group tag associated with the data to determine whether the data is allowed to exit the second cloud network, the automatically analyzing including an analysis of whether the security group tag includes access permissions to the data, the access permissions indicating that the data is allowed to exit the second cloud network and based at least in part on the access determination, allowing the data to exit the second cloud network via the gateway.
Paper machine suitable for producing a sack-kraft paper web and a low-strength paper web (2.1), comprising a forming section for forming and dewatering the paper web (2, 2.1), a press section and a drying section comprising a pre-dryer section (5.1) and an after-dryer section (5.2) for further dewatering the paper web (2, 2.1), and a reel-up wherein an end-compression unit for compressing the paper web (2, 2.1) is arranged after the pre-dryer section (5.1), wherein a sizing unit is additionally arranged after the pre-dryer section (5.1).
A process for the impregnation of wood elements with acetylation fluid, comprising the following steps: (a) providing wood elements to a vacuum chamber; (b) subjecting the wood elements to vacuum in said vacuum chamber so as to provide vacuum-treated wood elements; (c) transferring the vacuum-treated wood elements, under vacuum, to a contacting chamber downstream of the vacuum chamber; (d) contacting the wood elements, in said contacting chamber, with acetylation fluid, so as to provide a wood acetylation slurry comprising wood elements and acetylation fluid; (e) discharging the wood acetylation slurry from the contacting chamber; (f) subjecting the discharged wood acetylation slurry to pressure; (g) subjecting the slurry to liquid-from-solid separation so as to obtain impregnated wood elements. (a) providing wood elements to a vacuum chamber; (b) subjecting the wood elements to vacuum in said vacuum chamber so as to provide vacuum-treated wood elements; (c) transferring the vacuum-treated wood elements, under vacuum, to a contacting chamber downstream of the vacuum chamber; (d) contacting the wood elements, in said contacting chamber, with acetylation fluid, so as to provide a wood acetylation slurry comprising wood elements and acetylation fluid; (e) discharging the wood acetylation slurry from the contacting chamber; (f) subjecting the discharged wood acetylation slurry to pressure; (g) subjecting the slurry to liquid-from-solid separation so as to obtain impregnated wood elements.
A method for detecting target nucleic acid sequences in a sample, wherein a target sequence has a downstream region and an upstream region, and the target nucleic acid has at least a DR2 or a UR2 region, the method comprising the steps of: (a) contacting the sample with a downstream detector oligo having a complementary downstream region (DR') and an upstream detector oligo having a complementary upstream region (UR'), wherein at least one of the DD or UD has a second complementary region (DR2' or UR2') separated from the DR' or UR' by a noncomplementary region, thereby allowing the DR' and UR', and at least one of the DR2' or UR2' of the detectors to hybridize specifically to the DR and UR and at least one of the DR2 and UR2 of target nucleic acids; ligating the DR' and UR' if both are specifically hybridized to the DR and UR of a target sequence; and exposing hybridization complexes to at least one nuclease that degrades single strands but does not significantly degrade double strands, whereby nonspecifically hybridized DDs and UDs are degraded by the nuclease; whereby the ligation product indicates the presence of the target sequence in the sample. (a) contacting the sample with a downstream detector oligo having a complementary downstream region (DR') and an upstream detector oligo having a complementary upstream region (UR'), wherein at least one of the DD or UD has a second complementary region (DR2' or UR2') separated from the DR' or UR' by a noncomplementary region, thereby allowing the DR' and UR', and at least one of the DR2' or UR2' of the detectors to hybridize specifically to the DR and UR and at least one of the DR2 and UR2 of target nucleic acids; a downstream detector oligo having a complementary downstream region (DR') and an upstream detector oligo having a complementary upstream region (UR'), wherein at least one of the DD or UD has a second complementary region (DR2' or UR2') separated from the DR' or UR' by a noncomplementary region, thereby allowing the DR' and UR', and at least one of the DR2' or UR2' of the detectors to hybridize specifically to the DR and UR and at least one of the DR2 and UR2 of target nucleic acids; ligating the DR' and UR' if both are specifically hybridized to the DR and UR of a target sequence; and exposing hybridization complexes to at least one nuclease that degrades single strands but does not significantly degrade double strands, whereby nonspecifically hybridized DDs and UDs are degraded by the nuclease; whereby the ligation product indicates the presence of the target sequence in the sample.
A method for diagnosing tuberculosis disease, the method comprising the step of testing a urine sample from a subject for the presence of SAA1 (Serum amyloid A1) and either of RETN (Resistin) or RBP4 (Retinol binding protein).
A method in a vehicle (110, 210) for estimating vehicle motion state during a vehicle maneuver, wherein the vehicle motion state comprises vehicle position, the method comprising; obtaining a trigger signal indicating an onset of the vehicle maneuver, and selecting a sub-set of wheels on the vehicle to be in a free-rolling condition, characterized in that the free-rolling condition comprises reduced braking, and in that the method further comprises; measuring one or more parameters related to revolution of the sub-set of wheels in free-rolling or reduced braking condition, and estimating the vehicle motion state based on the measured parameters. obtaining a trigger signal indicating an onset of the vehicle maneuver, and selecting a sub-set of wheels on the vehicle to be in a free-rolling condition, characterized in that the free-rolling condition comprises reduced braking, and in that the method further comprises; measuring one or more parameters related to revolution of the sub-set of wheels in free-rolling or reduced braking condition, and estimating the vehicle motion state based on the measured parameters.
A system for outputting audio signals, comprising a first output device of a plurality of different types of output devices for outputting audio signals, wherein the first output device is configured to output audio signals having predeterminable parameter values of a first set of settable parameters, comprising at least one data storage for storing parameter values, and comprising at least one administration device, wherein the administration device is configured to access the data storage, wherein the administration device is configured to search the data storage for stored parameter values for a set of parameters which equals the first set of parameters or is similar to the first set of parameters, wherein the administration device is configured to take into account, when searching the data storage for the stored parameter values for the set of parameters, a user associated with the first output device in that the administration device compares stored parameter values for sets of parameters which are associated with the user but with other types of output devices to stored parameter values for sets of parameters which are associated with other users and with said types of output devices, and to prefer sets of parameter values of those of the other users who have preferences similar to those of the user, wherein preferences between the user and the other users are similar when the user and the other users belong to a same group of listeners, wherein the administration device is configured such that, in case the administration device has found stored parameter values for the set of parameters in the data storage, the administration device transfers the stored parameter values for the set of parameters and/or parameter values determined therefrom to the first output device.
A method of routing network traffic, comprising: including a radio resource control, RRC, module in a software-defined network, SDN, controller; configuring by the SDN controller, flow tables of a virtual switch using an OpenFlow protocol, wherein the virtual switch is disposed at a network radio node; receiving network traffic destined for a user equipment, UE, at the virtual switch; establishing, by a packet data convergence protocol, PDCP, layer, a data radio bearer, DRB, for the network traffic between a virtual port on the virtual switch and the UE; and routing the network traffic over the DRB from the virtual port, through the PDCP layer, and toward the UE according to the flow tables. including a radio resource control, RRC, module in a software-defined network, SDN, controller; configuring by the SDN controller, flow tables of a virtual switch using an OpenFlow protocol, wherein the virtual switch is disposed at a network radio node; receiving network traffic destined for a user equipment, UE, at the virtual switch; establishing, by a packet data convergence protocol, PDCP, layer, a data radio bearer, DRB, for the network traffic between a virtual port on the virtual switch and the UE; and routing the network traffic over the DRB from the virtual port, through the PDCP layer, and toward the UE according to the flow tables.
A radio unit comprising at least one processor; and at least one memory including computer program code, wherein the at least one memory and computer program code configured to, with the at least one processor, cause the radio unit at least to perform: receiving (3-2, 800) in one or more fronthaul management plane messages, instead of receiving in control plane messages, configuration information for scheduled uplink reception of periodic signals, wherein the fronthaul management plane messages and the control plane messages are transmitted using a radio communication protocol; starting (3-4, 802) to use the received configuration information in scheduled uplink reception in response to receiving a fronthaul management plane message activating a cell as if the configuration information for the uplink reception had been received in a control plane message; and receiving one or more periodic signals according to corresponding scheduled uplink reception. at least one processor; and at least one memory including computer program code, wherein the at least one memory and computer program code configured to, with the at least one processor, cause the radio unit at least to perform: receiving (3-2, 800) in one or more fronthaul management plane messages, instead of receiving in control plane messages, configuration information for scheduled uplink reception of periodic signals, wherein the fronthaul management plane messages and the control plane messages are transmitted using a radio communication protocol; starting (3-4, 802) to use the received configuration information in scheduled uplink reception in response to receiving a fronthaul management plane message activating a cell as if the configuration information for the uplink reception had been received in a control plane message; and receiving one or more periodic signals according to corresponding scheduled uplink reception. receiving (3-2, 800) in one or more fronthaul management plane messages, instead of receiving in control plane messages, configuration information for scheduled uplink reception of periodic signals, wherein the fronthaul management plane messages and the control plane messages are transmitted using a radio communication protocol; starting (3-4, 802) to use the received configuration information in scheduled uplink reception in response to receiving a fronthaul management plane message activating a cell as if the configuration information for the uplink reception had been received in a control plane message; and receiving one or more periodic signals according to corresponding scheduled uplink reception.
A drinkable food product comprising water or milk and hydrolyzed, dried, agglomerated grain powder, wherein the agglomerated grain powder has an average particle size of 150 to 450 μm, wherein at least 70% of particles in the agglomerated grain powder are within the range of 150 to 450 μm.
A light emitting device comprising: a luminescent element comprising a first surface, at least one cooling element arranged at the first surface of the luminescent element, and a plurality of spacer elements arranged between the cooling element and the first surface of the luminescent element such that the cooling element is arranged spaced apart from the first surface of the luminescent element with a distance d, wherein the at least one cooling element comprises a compliance such as to be adapted for following warpage of the luminescent element, and wherein a force is applied to force the at least one cooling element and the luminescent element together in such a way that no part of the at least one cooling element and the luminescent element are in direct mutual contact, the light emitting device further comprising a force application device adapted for applying the force applied to force the at least one cooling element and the luminescent element together. a luminescent element comprising a first surface, at least one cooling element arranged at the first surface of the luminescent element, and a plurality of spacer elements arranged between the cooling element and the first surface of the luminescent element such that the cooling element is arranged spaced apart from the first surface of the luminescent element with a distance d, wherein the at least one cooling element comprises a compliance such as to be adapted for following warpage of the luminescent element, and wherein a force is applied to force the at least one cooling element and the luminescent element together in such a way that no part of the at least one cooling element and the luminescent element are in direct mutual contact, the light emitting device further comprising a force application device adapted for applying the force applied to force the at least one cooling element and the luminescent element together.
An arrangement arranged to enclose a circuit board comprising electronic components, comprising: a structure designed to receive said circuit board and said electronic components, a housing designed to receive said structure, a cover designed to be connected to said housing, an electric socket adapted to provide said circuit board with electricity, wherein said electric socket is comprised in at least one of said housing or said cover, wherein said arrangement is arranged to enclose said circuit board by said housing and said cover, wherein said structure is designed to releasable and at least partly bear against said circuit board and at least partly against said electronic components, wherein said structure comprises cavities, designed to receive said electronic components and releasable bear against said electronic components, characterized in that each cavity has a form that corresponds to the form of a corresponding electronic component. a structure designed to receive said circuit board and said electronic components, a housing designed to receive said structure, a cover designed to be connected to said housing, an electric socket adapted to provide said circuit board with electricity, wherein said electric socket is comprised in at least one of said housing or said cover, wherein said arrangement is arranged to enclose said circuit board by said housing and said cover, wherein said structure is designed to releasable and at least partly bear against said circuit board and at least partly against said electronic components, wherein said structure comprises cavities, designed to receive said electronic components and releasable bear against said electronic components, characterized in that each cavity has a form that corresponds to the form of a corresponding electronic component.
A method for processing optical data using a phase shift key transmitter, the method comprising: identifying data in a binary format; generating ternary phase shift key data from the data in the binary format, the data being encoded in the ternary phase shift key data in three states; generating non-ternary phase shift key data from the ternary phase shift key data, the data being encoded in the non-ternary phase shift key data in a quantity of states other than the three states; and transmitting the non-ternary phase shift key data to a receiver as light. identifying data in a binary format; generating ternary phase shift key data from the data in the binary format, the data being encoded in the ternary phase shift key data in three states; generating non-ternary phase shift key data from the ternary phase shift key data, the data being encoded in the non-ternary phase shift key data in a quantity of states other than the three states; and transmitting the non-ternary phase shift key data to a receiver as light.
An apparatus of a station, STA, the apparatus comprising: memory; and processing circuitry, the processing circuitry adapted to: receive from an access point, AP, an integrity key; and characterized in that the processing circuitry is further adapted to: decode a wake-up packet received at a wake-up radio, WUR, of the STA, the wake-up packet including an indication that the wake-up packet is a multicast wake-up packet; authenticate whether the wake-up packet was generated by the AP based on a message authentication code field of the wake up packet, an identification of a group of devices, a sequence number, SN, of the wake-up packet, a latest wake-up packet SN for the group of devices, and the integrity key, wherein the STA is a member of the group of devices; sending by the WLTR a wake-up signal to the wireless local area network, WLAN, radio upon authentication of the wake-up packet; and forego sending the wake-up signal to the WLAN radio upon a failure to authenticate the wake-up packet. decode a wake-up packet received at a wake-up radio, WUR, of the STA, the wake-up packet including an indication that the wake-up packet is a multicast wake-up packet; authenticate whether the wake-up packet was generated by the AP based on a message authentication code field of the wake up packet, an identification of a group of devices, a sequence number, SN, of the wake-up packet, a latest wake-up packet SN for the group of devices, and the integrity key, wherein the STA is a member of the group of devices; sending by the WLTR a wake-up signal to the wireless local area network, WLAN, radio upon authentication of the wake-up packet; and forego sending the wake-up signal to the WLAN radio upon a failure to authenticate the wake-up packet.
An antimicrobial composition comprising: (a) tris(hydroxymethyl)nitromethane (THNM); and (b) a quaternary ammonium compound; wherein the QAC is selected from the group consisting of N-alkyl (50% C14, 40% C12, 10% C16) dimethylbenzyl ammonium chloride, didecyl dimethyl ammonium chloride, benzalkonium chloride or polixetonium chloride; and wherein when the QAC is N-alkyl (50% C14, 40% C12, 10% C16) dimethylbenzyl ammonium chloride, the weight ratio of THNM:QAC is from 80:1 to 1:1.6; when the QAC is didecyl dimethyl ammonium chloride, the weight ratio of THNM:QAC is from 80:1 to 1:13; when the QAC is benzalkonium chloride, the weight ratio of THNM:QAC is from 160:1 to 1:13; when the QAC is polixetonium chloride, the weight ratio of THNM:QAC is from 80:1 to 1:13.