mhurhangee/patent-ind-claim-en huggingface dataset:
A method of managing security vulnerability in a host computer system , the method comprising: receiving , by a host security device , external network traffic that is trying to enter the host computer system ; determining, by the host security device , reputation data by determining authenticity of one or more internet protocol addresses from which external network traffic data originated, wherein the reputation data comprises vulnerability signatures, packet permits, and indication of compromises associated with the external network traffic data; determining, by the host security device , intrusion data based on a knowledge base with respect to at least one of reputation data and historical security breaches, wherein the intrusion data comprises anti-malware logs, event logs, and intrusion activities; generating , by the host security device , a plurality of test cases based on the reputation data and the intrusion data, wherein the test cases are to test a set of security rules for managing security vulnerability in the host computer system ; and determining , by the host security device , a set of implementable topologies for the host computer system , based on a simulation of each of the plurality of test cases, using a first artificial neural network "ANN" model, wherein a best fit topology for the network is determined using the first ANN model and rendered as output to a user or administrator as a recommended topology for the network. receiving , by a host security device , external network traffic that is trying to enter the host computer system ; determining, by the host security device , reputation data by determining authenticity of one or more internet protocol addresses from which external network traffic data originated, wherein the reputation data comprises vulnerability signatures, packet permits, and indication of compromises associated with the external network traffic data; determining, by the host security device , intrusion data based on a knowledge base with respect to at least one of reputation data and historical security breaches, wherein the intrusion data comprises anti-malware logs, event logs, and intrusion activities; generating , by the host security device , a plurality of test cases based on the reputation data and the intrusion data, wherein the test cases are to test a set of security rules for managing security vulnerability in the host computer system ; and determining , by the host security device , a set of implementable topologies for the host computer system , based on a simulation of each of the plurality of test cases, using a first artificial neural network "ANN" model, wherein a best fit topology for the network is determined using the first ANN model and rendered as output to a user or administrator as a recommended topology for the network.
A polyolefin microporous membrane having: a temperature difference not less than 8.6°C between a shutdown starting temperature and a maximum shrinkage temperature; and a maximum pore size smaller than 0.036 μm; wherein a tensile strength is from 1500 to 4500 kgf/cm 2 ; a content of a polyolefin having a weight average molecular weight of not greater than 5.0 × 10 5 is not greater than 63 wt.%; and a content of polyolefins having a weight average molecular weight of not less than 1.0 × 10 6 is not less than 21 wt.%, whereby the shrinkage ratio of the thermal shrinkage in the MD to the thermal shrinkage in the TD when held for 8 hours at 105°C is less than 0.9, wherein the shutdown starting temperature, the maximum shrinkage temperature, the maximum pore size, the tensile strength and the thermal shrinkage are measured according to the description. a temperature difference not less than 8.6°C between a shutdown starting temperature and a maximum shrinkage temperature; and a maximum pore size smaller than 0.036 μm; wherein a tensile strength is from 1500 to 4500 kgf/cm 2 ; a content of a polyolefin having a weight average molecular weight of not greater than 5.0 × 10 5 is not greater than 63 wt.%; and a content of polyolefins having a weight average molecular weight of not less than 1.0 × 10 6 is not less than 21 wt.%, whereby the shrinkage ratio of the thermal shrinkage in the MD to the thermal shrinkage in the TD when held for 8 hours at 105°C is less than 0.9, wherein the shutdown starting temperature, the maximum shrinkage temperature, the maximum pore size, the tensile strength and the thermal shrinkage are measured according to the description.
A relay adhesion detection circuit , wherein in two lines between a power supply (m1) and a load (m2), a first relay (k1) is disposed in one of the lines, and a second relay (k2) is disposed in the other line; the detection circuit comprises two detection branches ; one of the detection branches is separately electrically connected to two connection ends (P1; P2) of the first relay (k1) and a connection end (P3) that is of the second relay (k2) and that is directly connected to the power supply (m1), and the other detection branch is separately electrically connected to two connection ends of the second relay (k2) and a connection end that is of the first relay (k1) and that is directly connected to the power supply (m1); and each detection branch is configured: when the first relay (k1) and the second relay (k2) are both disconnected, and the power supply (m1) outputs a signal, to detect at least one of a voltage between two connection ends of a corresponding relay and a voltage between one connection end of the first relay (k1) and the other connection end of the second relay (k2), to determine, based on the detected voltage or voltages and an output voltage of the power supply (m1), whether the corresponding relay is adhered, wherein in the one connection end of the first relay (k1) and the other connection end of the second relay (k2), one is directly connected to the power supply (m1), and the other is directly connected to the load (m2). the detection circuit comprises two detection branches ; one of the detection branches is separately electrically connected to two connection ends (P1; P2) of the first relay (k1) and a connection end (P3) that is of the second relay (k2) and that is directly connected to the power supply (m1), and the other detection branch is separately electrically connected to two connection ends of the second relay (k2) and a connection end that is of the first relay (k1) and that is directly connected to the power supply (m1); and each detection branch is configured: when the first relay (k1) and the second relay (k2) are both disconnected, and the power supply (m1) outputs a signal, to detect at least one of a voltage between two connection ends of a corresponding relay and a voltage between one connection end of the first relay (k1) and the other connection end of the second relay (k2), to determine, based on the detected voltage or voltages and an output voltage of the power supply (m1), whether the corresponding relay is adhered, when the first relay (k1) and the second relay (k2) are both disconnected, and the power supply (m1) outputs a signal, to detect at least one of a voltage between two connection ends of a corresponding relay and a voltage between one connection end of the first relay (k1) and the other connection end of the second relay (k2), to determine, based on the detected voltage or voltages and an output voltage of the power supply (m1), whether the corresponding relay is adhered,
A method for transmitting, by a transmitting device, a data unit in a wireless communication system, the method comprising: receiving, at a packet data convergence protocol, PDCP, layer, a PDCP service data unit, SDU, from an upper layer, and the method characterized by further comprising: based on the PDCP SDU including a transmission control protocol, TCP, acknowledgement, ACK, packet, generating, at the PDCP layer, a PDCP control protocol data unit, PDU, containing the PDCP SDU, without applying header compression and ciphering or integrity protection to the PDCP SDU; and submitting, at the PDCP layer, the PDCP control PDU to a lower layer immediately after generating the PDCP control PDU, in a state in which there is a PDCP data PDU or another PDCP SDU stored in a buffer waiting for transmission. receiving, at a packet data convergence protocol, PDCP, layer, a PDCP service data unit, SDU, from an upper layer, and the method characterized by further comprising: based on the PDCP SDU including a transmission control protocol, TCP, acknowledgement, ACK, packet, generating, at the PDCP layer, a PDCP control protocol data unit, PDU, containing the PDCP SDU, without applying header compression and ciphering or integrity protection to the PDCP SDU; and submitting, at the PDCP layer, the PDCP control PDU to a lower layer immediately after generating the PDCP control PDU, in a state in which there is a PDCP data PDU or another PDCP SDU stored in a buffer waiting for transmission. based on the PDCP SDU including a transmission control protocol, TCP, acknowledgement, ACK, packet, generating, at the PDCP layer, a PDCP control protocol data unit, PDU, containing the PDCP SDU, without applying header compression and ciphering or integrity protection to the PDCP SDU; and submitting, at the PDCP layer, the PDCP control PDU to a lower layer immediately after generating the PDCP control PDU, in a state in which there is a PDCP data PDU or another PDCP SDU stored in a buffer waiting for transmission.
A chair component , comprising: a first chair member adapted to support a seated user; a second chair member movable between a first position, wherein the second chair member is substantially coplanar with the first chair member , and a second position, wherein the second chair member is substantially parallel with the first chair member ; a cover member wrapped about at least a portion of the first chair member and at least a portion of the second chair member ; and a single-piece drawstring operably coupled with the cover member to draw the cover member about the at least a portion of the first chair member and the at least a portion of the second chair member when the second chair member is in the first position, and wherein the cover member remains wrapped about the at least a portion of the first chair member and about the at least a portion of the second chair member as the second chair member is moved from the first position to the second position. a first chair member adapted to support a seated user; a second chair member movable between a first position, wherein the second chair member is substantially coplanar with the first chair member , and a second position, wherein the second chair member is substantially parallel with the first chair member ; a cover member wrapped about at least a portion of the first chair member and at least a portion of the second chair member ; and a single-piece drawstring operably coupled with the cover member to draw the cover member about the at least a portion of the first chair member and the at least a portion of the second chair member when the second chair member is in the first position, and wherein the cover member remains wrapped about the at least a portion of the first chair member and about the at least a portion of the second chair member as the second chair member is moved from the first position to the second position.
A method of lowering a load from a pipelay vessel on the surface of a body of water, the method comprising: holding a rigid rod on an upright launch axis, extending through a hold-back system on a pipelay tower of the vessel; mechanically coupling a lower end of the rod to the load ; above the surface , connecting a wire to the load directly; operating the hold-back system to advance the rod downwardly relative to the pipelay tower , submerging the load , while the weight of the load is suspended from the hold-back system via the rod ; when the load reaches a predetermined depth underwater, transferring the weight of the load from the hold-back system to the wire by detaching the load from the rod while the rod is held by the hold-back system; and continuing to lower the load in the water, suspended from the wire . holding a rigid rod on an upright launch axis, extending through a hold-back system on a pipelay tower of the vessel; mechanically coupling a lower end of the rod to the load ; above the surface , connecting a wire to the load directly; operating the hold-back system to advance the rod downwardly relative to the pipelay tower , submerging the load , while the weight of the load is suspended from the hold-back system via the rod ; when the load reaches a predetermined depth underwater, transferring the weight of the load from the hold-back system to the wire by detaching the load from the rod while the rod is held by the hold-back system; and continuing to lower the load in the water, suspended from the wire .
A composition comprising a therapeutically effective amount of an agent capable of interfering with, inhibiting and/or preventing neuroligin 4 (NLGn4) - Neurexin 1β (Nrx1b) protein-protein interaction and a pharmaceutically acceptable carrier, wherein the composition is for use in treating, attenuating and/or preventing progression of a liver disorder, wherein the agent is recombinant soluble Nrx1b (rsNrx1b), or is anti-NLGn4 antibody.
A method for controlling an air conditioner comprising: collecting (S101, S201) an indoor temperature t and an indoor humidity RH when the air conditioner is in a cooling mode; and determining (S102, S202) whether a condition is satisfied according to the indoor temperature t and the indoor humidity RH, and if the condition is satisfied, controlling an operating frequency F of a compressor according to a temperature Tpn of an indoor coil or the indoor humidity RH, and adjusting a rotational speed R of an indoor fan according to the operating frequency F of the compressor, characterized in that when a temperature difference Δt between the indoor temperature t and a specified temperature T is less than a second specified temperature difference ΔT2 and the indoor humidity RH is outside a target humidity range (RH1, RH2), the condition is satisfied, wherein the second specified temperature difference ΔT2 is greater than zero, in that the operating frequency F of the compressor is determined according to the following formula: F = RH _ Ki × Δ RH ′ + RH _ Kp × Δ RH , where ΔRH=RH-RH_Target, ΔRH'=RH-RH1, RH1 is an indoor humidity collected last time, and RH_Ki and RH_Kp are specified weighting coefficients respectively; and in that the rotational speed R of the indoor fan is calculated according to the operating frequency F of the compressor and the following formula: R = 15 × F + 50 . collecting (S101, S201) an indoor temperature t and an indoor humidity RH when the air conditioner is in a cooling mode; and determining (S102, S202) whether a condition is satisfied according to the indoor temperature t and the indoor humidity RH, and if the condition is satisfied, controlling an operating frequency F of a compressor according to a temperature Tpn of an indoor coil or the indoor humidity RH, and adjusting a rotational speed R of an indoor fan according to the operating frequency F of the compressor, characterized in that when a temperature difference Δt between the indoor temperature t and a specified temperature T is less than a second specified temperature difference ΔT2 and the indoor humidity RH is outside a target humidity range (RH1, RH2), the condition is satisfied, wherein the second specified temperature difference ΔT2 is greater than zero, in that the operating frequency F of the compressor is determined according to the following formula: F = RH _ Ki × Δ RH ′ + RH _ Kp × Δ RH , where ΔRH=RH-RH_Target, ΔRH'=RH-RH1, RH1 is an indoor humidity collected last time, and RH_Ki and RH_Kp are specified weighting coefficients respectively; and in that the rotational speed R of the indoor fan is calculated according to the operating frequency F of the compressor and the following formula: R = 15 × F + 50 .
A method for determining the validity of a parallax image , comprising: receiving a captured two-dimensional image of a parallax image having at least three target identifiers , wherein at least two target identifiers are located at different depth planes in the parallax image; identifying the at least three target identifiers in the captured two-dimensional image of the parallax image and determining the spatial relationship between the at least three target identifiers in the two-dimensional image of the parallax image; comparing the spatial relationship of the at least three target identifiers in the captured two-dimensional image of the parallax image against a predetermined spatial relationship of the at least three target identifiers that indicates authenticity; and adjudicating the authenticity of the parallax image based on the degree of difference between the spatial relationship of the at least three target identifiers in the captured two-dimensional image of the parallax image and the predetermined spatial relationship of the at least three target identifiers. receiving a captured two-dimensional image of a parallax image having at least three target identifiers , wherein at least two target identifiers are located at different depth planes in the parallax image; identifying the at least three target identifiers in the captured two-dimensional image of the parallax image and determining the spatial relationship between the at least three target identifiers in the two-dimensional image of the parallax image; comparing the spatial relationship of the at least three target identifiers in the captured two-dimensional image of the parallax image against a predetermined spatial relationship of the at least three target identifiers that indicates authenticity; and adjudicating the authenticity of the parallax image based on the degree of difference between the spatial relationship of the at least three target identifiers in the captured two-dimensional image of the parallax image and the predetermined spatial relationship of the at least three target identifiers.
Method for operating a cooking appliance (H) with a hob , which has at least one cooking zone (2-5) which can be activated by a user and at least one display facility and which is designed both to determine a running operating time of at least one from a start-up of this at least one cooking zone (2-5) and to display said operating time in the display facility and also to provide at least one countdown timer function, upon the activation of which the remaining running time is displayed in the display facility based on a prespecified timer duration, wherein the start-up of this at least one cooking zone (2-5) by a user comprises the switching on of this cooking zone (2-5) and characterised in that the running operating time of the at least one cooking zone (2-5) - is determined from the switching on by the user of this at least one cooking zone (2-5) until it is switched and - is automatically displayed upon switching on and in which the running operating time is added to an elapsed operating time of a previous operating phase of this cooking zone (2-5) if a deactivation time period between a current operating phase and the previous operating phase falls below or does not exceed a prespecified duration. - is determined from the switching on by the user of this at least one cooking zone (2-5) until it is switched and - is automatically displayed upon switching on
Cleansing wipes impregnated with an impregnating agent comprising at least one block polymer, a mixture of at least one sodium acyl glutamate and at least one alkyl polyglycoside and denatured alcohol; wherein the ratio by weight of the at least one block polymer to the mixture of the at least one sodium acyl glutamate and the at least one alkyl polyglycoside is from 3.63:1 to 0.28:1.
A blower for a positive airway pressure device, comprising: a housing including an inlet and an outlet; a stationary component provided to the housing; an impeller positioned between the inlet of the housing and the stationary component; and a motor adapted to drive the impeller, wherein the motor includes a rotor to which the impeller is coupled, the rotor including at least one annular groove , and the rotor is supported by a pair of bearings , characterized in that the at least one groove is adapted to be positioned between the bearings. a housing including an inlet and an outlet; a stationary component provided to the housing; an impeller positioned between the inlet of the housing and the stationary component; and a motor adapted to drive the impeller, wherein the motor includes a rotor to which the impeller is coupled, the rotor including at least one annular groove , and the rotor is supported by a pair of bearings , characterized in that the at least one groove is adapted to be positioned between the bearings.
A production line with a plurality of machine units, wherein at least one of these machine units has a device for transporting respectively coated sheet metal plates , wherein this device has at least one transport belt sequentially transporting the sheet metal plates individually, wherein the relevant transport belt is circumferentially arranged in an endless loop, wherein a control unit controlling the revolution of the relevant transport belt is provided, wherein one of the machine units is configured as a sheet metal coating machine , characterized in that the relevant transport belt has at least one arrangement of a plurality of webs extending perpendicular to the transport direction (T) of the sheet metal plates respectively spaced apart from one another by a sink at least on its transport side facing the relevant sheet metal plate to be transported, wherein each sheet metal plate transported on the relevant transport belt is arranged resting on at least one of these arrangements of webs of the relevant transport belt , wherein the sheet metal coating machine is configured coating the sheet metal plates transported by the device up to their front edge and/or rear edge with respect to their transport direction (T), wherein the relevant transport belt of the device for transporting the coated sheet metal plates is controlled by the control unit depending on a format length (L) extending in transport direction (T) of these sheet metal plates such that the respective front edge and/or rear edge of each sheet metal plate to be transported is respectively arranged in the region of a sink formed between two adjacent webs .