mhurhangee/ep-ind-claims huggingface dataset:
Use of oligonucleotide primers comprising BC1 represented by Sequence ID 1 and Sequence ID 2; BC2 represented by Sequence ID 3 and Sequence ID 4; and BC3 represented by Sequence ID 5 and Sequence ID 6, for the identification of Bacillus coagulans by use of Polymerase Chain Reactions (PCRs), wherein a positive amplification for primers BC1 and primers BC2 and negative amplification for primers BC3 confirms the presence of Bacillus coagulans.
An industrial device configured to communicate with other industrial devices within fixed communication cycles, each communication cycle being divided into a plurality of periods, each industrial device functioning as at least either one of a communication master (M10, M20, M30) and a communication slave (S11, S12, S13, S21, S22) that is adapted to receive control data from a communication master, the industrial device comprising: one or more switches (1312A,1312B) adapted to cause, for at least one of said periods, the devices belonging to a communication group to communicate between each other independently from one or more other communication groups during said period, each communication group including one communication master and one or more communication slaves; and one or more switch control units configured to control the one or more switches to switch, according to which communication groups have their devices able to communicate between each other independently from one or more other communication groups in each period, a state in which an inter-group communication line present between the communication groups is disconnected and a state in which the inter-group communication line is connected, wherein the communication groups, the devices of which can communicate independently from one or more other communication groups, differ from period to period. one or more switches (1312A,1312B) adapted to cause, for at least one of said periods, the devices belonging to a communication group to communicate between each other independently from one or more other communication groups during said period, each communication group including one communication master and one or more communication slaves; and one or more switch control units configured to control the one or more switches to switch, according to which communication groups have their devices able to communicate between each other independently from one or more other communication groups in each period, a state in which an inter-group communication line present between the communication groups is disconnected and a state in which the inter-group communication line is connected, wherein the communication groups, the devices of which can communicate independently from one or more other communication groups, differ from period to period.
A method for resonance analysis of a vibration machine, in particular a vibrating screen or a vibrating conveyor, during operation, comprising the following steps: - determination of an operating vibration signal comprising the vibrations of the vibration machine in regular operation, - excitation of the vibration machine during operation with an excitation signal for exciting additional vibrations at the vibration machine, wherein the excitation signal is a Dirac pulse, - measuring a response vibration signal of the vibration machine to the excitation during operation, - determining a correction signal by using the operating vibration signal, - determining a subtraction signal by subtracting the correction signal from the response vibration signal, and - frequency analysis of the subtraction signal for determining the natural frequencies of the vibration machine, wherein the dominant frequencies of the subtraction signal correspond to the natural frequencies of the system in the frequency range of the excitation signal. - determination of an operating vibration signal comprising the vibrations of the vibration machine in regular operation, - excitation of the vibration machine during operation with an excitation signal for exciting additional vibrations at the vibration machine, wherein the excitation signal is a Dirac pulse, - measuring a response vibration signal of the vibration machine to the excitation during operation, - determining a correction signal by using the operating vibration signal, - determining a subtraction signal by subtracting the correction signal from the response vibration signal, and - frequency analysis of the subtraction signal for determining the natural frequencies of the vibration machine, wherein the dominant frequencies of the subtraction signal correspond to the natural frequencies of the system in the frequency range of the excitation signal.
An underwater sound projector for producing time-harmonic waveforms, comprising: a plurality of pistons (511a, 511b) actuated by an electromagnetic force generator having components comprising a stator, armatures (512a, 512b), electrical coils (530a, 530b), and permanent magnets (540a, 540b), wherein said plurality of pistons and said components of the electromagnetic force generator are arranged to create mechanical and magnetic symmetry about a geometric center of the underwater sound projector to substantially cancel reaction loads that occur when the plurality of pistons are actuated, wherein said stator comprises first magnetic poles and said armatures comprise second magnetic poles such that magnetic springs are formed between pairs of the first magnetic poles and second magnetic poles, the underwater sound projector characterised in that: each pair of the first magnetic poles and the second magnetic poles employs a complementary tapered geometry so that a percentage of a magnetic flux vector associated with said pair is directed perpendicular to a displacement vector of the armature associated with said pair to reduce a magnetic force of the corresponding magnetic spring. a plurality of pistons (511a, 511b) actuated by an electromagnetic force generator having components comprising a stator, armatures (512a, 512b), electrical coils (530a, 530b), and permanent magnets (540a, 540b), wherein said plurality of pistons and said components of the electromagnetic force generator are arranged to create mechanical and magnetic symmetry about a geometric center of the underwater sound projector to substantially cancel reaction loads that occur when the plurality of pistons are actuated, wherein said stator comprises first magnetic poles and said armatures comprise second magnetic poles such that magnetic springs are formed between pairs of the first magnetic poles and second magnetic poles, the underwater sound projector characterised in that: each pair of the first magnetic poles and the second magnetic poles employs a complementary tapered geometry so that a percentage of a magnetic flux vector associated with said pair is directed perpendicular to a displacement vector of the armature associated with said pair to reduce a magnetic force of the corresponding magnetic spring.
Butterfly cannula for monitoring an access to a patient for a device, by means of which device a fluid can be supplied to the patient or can be removed from the patient via a hose line, in particular for monitoring the vascular access in an extracorporeal blood treatment, during which blood of a patient is supplied to the patient via a venous hose line that comprises a venous puncture cannula and is removed from the patient via an arterial hose line that comprises an arterial puncture cannula, characterised in that the butterfly cannula comprises an attachment means, integral with the butterfly cannula, for releasably attaching a hose segment of a hose line, which is or can be connected to the cannula, in the form of a loop such that the loop can tighten if the hose line is subjected to tensile stress.
Propylene polymer compositions comprising: A) from 70 wt% to 95 wt%, of a random copolymer of propylene with ethylene, containing from 1.5 wt% to 4.5 wt%, of ethylene derived units, having a content of fraction insoluble in xylene at 25°C of not less than 93wt%; B) from 5 wt% to 35 wt%, of a copolymer of propylene with ethylene, containing from 7.0 wt% to 17.0 wt % of ethylene derived units; the sum A+B being 100; wherein the melt flow rate,MFR (ISO 1133 (230° C, 2.16 kg).) ranges from 30 g/10 min and 130 g /10 min; and wherein the relation is fulfilled: 10 < XS * C ⁢ 2 ⁢ A - MFR / C ⁢ 2 ⁢ B < 30 wherein XS is the wt% of xylene soluble content at 25°C of the total composition; C2A is the wt% of ethylene derived units content of component A; MFR is the melt flow rate of the total composition; C2B is the wt% of ethylene derived units content of component B; A) from 70 wt% to 95 wt%, of a random copolymer of propylene with ethylene, containing from 1.5 wt% to 4.5 wt%, of ethylene derived units, having a content of fraction insoluble in xylene at 25°C of not less than 93wt%; B) from 5 wt% to 35 wt%, of a copolymer of propylene with ethylene, containing from 7.0 wt% to 17.0 wt % of ethylene derived units; the sum A+B being 100; wherein the melt flow rate,MFR (ISO 1133 (230° C, 2.16 kg).) ranges from 30 g/10 min and 130 g /10 min; and wherein the relation is fulfilled: 10 < XS * C ⁢ 2 ⁢ A - MFR / C ⁢ 2 ⁢ B < 30 wherein XS is the wt% of xylene soluble content at 25°C of the total composition; C2A is the wt% of ethylene derived units content of component A; MFR is the melt flow rate of the total composition; C2B is the wt% of ethylene derived units content of component B; wherein XS is the wt% of xylene soluble content at 25°C of the total composition; C2A is the wt% of ethylene derived units content of component A; MFR is the melt flow rate of the total composition; C2B is the wt% of ethylene derived units content of component B;
A method for communicating information to a user, comprising: receiving and recording audio messages for a particular user at a messaging server; generating and transmitting, by the messaging server, a plurality of indicator messages to a communication device associated with the particular user, each indicator message associated with one of the audio messages for the particular user; the method being further characterized by: the messaging server receiving, from the communication device, information indicating an order selected by the particular user for two or more of the audio messages; storing the two or more audio messages, in an electronic memory in the messaging server, in a queue in the order selected by the particular user, the audio messages stored by storing a first audio message in the queue and then storing a second audio message in the queue after the first audio message, the second audio message selected by the particular user after the first audio message; and transmitting, by the messaging server, the two or more audio messages from the electronic memory to the communication device in the order in which the messages were stored in the queue in the electronic memory. receiving and recording audio messages for a particular user at a messaging server; generating and transmitting, by the messaging server, a plurality of indicator messages to a communication device associated with the particular user, each indicator message associated with one of the audio messages for the particular user; the method being further characterized by: the messaging server receiving, from the communication device, information indicating an order selected by the particular user for two or more of the audio messages; storing the two or more audio messages, in an electronic memory in the messaging server, in a queue in the order selected by the particular user, the audio messages stored by storing a first audio message in the queue and then storing a second audio message in the queue after the first audio message, the second audio message selected by the particular user after the first audio message; and transmitting, by the messaging server, the two or more audio messages from the electronic memory to the communication device in the order in which the messages were stored in the queue in the electronic memory. the messaging server receiving, from the communication device, information indicating an order selected by the particular user for two or more of the audio messages; storing the two or more audio messages, in an electronic memory in the messaging server, in a queue in the order selected by the particular user, the audio messages stored by storing a first audio message in the queue and then storing a second audio message in the queue after the first audio message, the second audio message selected by the particular user after the first audio message; and transmitting, by the messaging server, the two or more audio messages from the electronic memory to the communication device in the order in which the messages were stored in the queue in the electronic memory.
A computer-implemented method of anticipatory cyber defense of a plurality of networked assets, the method comprising: receiving a plurality of cyber incident reports (302, 902); extracting (300, 1104) keywords from the plurality of cyber incident reports; applying a shallow machine learning technique (400, 1106) to at least the keywords and identifications of the plurality of networked assets to obtain an identification of a first subset of the networked assets vulnerable to at least a first threat scenario and an identification of the first threat scenario; applying a deep machine learning technique (600, 1108) to at least the identification of the first subset of the networked assets vulnerable to the first threat scenario, the identification of the first threat scenario, the keywords, and identifications of the plurality of networked assets, to obtain an identification of a second subset of the networked assets vulnerable to at least a second threat scenario and an identification of the second threat scenario; simulating (700, 1110) the plurality of networked assets and the second threat scenario to identify at least one path through the plurality of networked assets vulnerable to at least a third threat scenario; and outputting an identification of the at least one path through the plurality of networked assets and an identification of the at least a third threat scenario. receiving a plurality of cyber incident reports (302, 902); extracting (300, 1104) keywords from the plurality of cyber incident reports; applying a shallow machine learning technique (400, 1106) to at least the keywords and identifications of the plurality of networked assets to obtain an identification of a first subset of the networked assets vulnerable to at least a first threat scenario and an identification of the first threat scenario; applying a deep machine learning technique (600, 1108) to at least the identification of the first subset of the networked assets vulnerable to the first threat scenario, the identification of the first threat scenario, the keywords, and identifications of the plurality of networked assets, to obtain an identification of a second subset of the networked assets vulnerable to at least a second threat scenario and an identification of the second threat scenario; simulating (700, 1110) the plurality of networked assets and the second threat scenario to identify at least one path through the plurality of networked assets vulnerable to at least a third threat scenario; and outputting an identification of the at least one path through the plurality of networked assets and an identification of the at least a third threat scenario.
A resource determining method performed by a second node, the method comprising the steps of: • receiving first resource configuration information from a first node, wherein the first resource configuration information is used to indicate a time domain position of an access resource set of the second node, and the access resource set of the second node comprises a first fixed access resource and a first plurality of dynamic access resources; • receiving second resource configuration information from the first node, wherein the second resource configuration information is used to indicate a time domain position of an access resource set of a lower-level node of the second node, and the access resource set of the lower-level node comprises a second fixed access resource and a second plurality of dynamic access resources; • receiving first indication information from the first node, wherein the first indication information is used to indicate information about a scheduled dynamic access resource that is used for a backhaul link of the second node and that is in the first plurality of dynamic access resources, and • determining, based on the information about the scheduled dynamic access resource used for the backhaul link of the second node, a dynamic access resource used for an access link of the second node among the first plurality of dynamic access resources. • receiving first resource configuration information from a first node, wherein the first resource configuration information is used to indicate a time domain position of an access resource set of the second node, and the access resource set of the second node comprises a first fixed access resource and a first plurality of dynamic access resources; • receiving second resource configuration information from the first node, wherein the second resource configuration information is used to indicate a time domain position of an access resource set of a lower-level node of the second node, and the access resource set of the lower-level node comprises a second fixed access resource and a second plurality of dynamic access resources; • receiving first indication information from the first node, wherein the first indication information is used to indicate information about a scheduled dynamic access resource that is used for a backhaul link of the second node and that is in the first plurality of dynamic access resources, and • determining, based on the information about the scheduled dynamic access resource used for the backhaul link of the second node, a dynamic access resource used for an access link of the second node among the first plurality of dynamic access resources.
A method for configuring, during a key change procedure between a wireless device and a radio access network node, use of keys for security protecting downlink or uplink packets communicated between the wireless device and the radio access network node during the key change procedure, the method being performed by the wireless device, the method comprising: exchanging key use information with the radio access network node in conjunction with performing the key change procedure with the radio access network node during which a first key is replaced with a second key, wherein the key use information indicates which of the respective downlink or uplink packets are security protected using the first key and which of the respective downlink or uplink packets are security protected using the second key. exchanging key use information with the radio access network node in conjunction with performing the key change procedure with the radio access network node during which a first key is replaced with a second key, wherein the key use information indicates which of the respective downlink or uplink packets are security protected using the first key and which of the respective downlink or uplink packets are security protected using the second key.
Variable displacement hydraulic unit with a housing in which a rotating group is housed, wherein the displacement volume of the rotating group is variably adjustable by means of a swivel element tiltable around a tilt axis perpendicular to the rotational axis of the rotating group, which swivel element can be actuated by at least one servo unit following a working direction substantially parallel to the rotational axis of the rotating group, and comprising: - a servo cylinder integrated in the housing; - a servo piston moveably within the servo cylinder, wherein the head of the servo piston can be pressurized in the servo cylinder, such that a movement of the servo piston, which is coupled to the swivel element via a servo piston shaft, tilts the swivel element; characterized in that the servo unit is arranged within the housing on that side of the swivel element on which no rotating group is located. - a servo cylinder integrated in the housing; - a servo piston moveably within the servo cylinder, wherein the head of the servo piston can be pressurized in the servo cylinder, such that a movement of the servo piston, which is coupled to the swivel element via a servo piston shaft, tilts the swivel element;
An engine exhaust aftertreatment device comprising: a substrate (12; 32; 62; 72; 82; 92; 102; 112) having a cellular structure (15; 35; 65, 75; 85; 95; 105; 115; 402; 502) defining fluid passage ways configured to enable fluid flow through the substrate, the substrate having an inlet end surface (14; 34, 64; 74; 84; 94; 104; 114) positioned at one end of the substrate (12; 32; 62; 72; 82; 92; 102; 112), the substrate (12; 32; 62; 72; 82; 92; 1 02; 112) having a chemical coating (404; 504) disposed thereon, characterized in that the chemical coating on the inlet end surface (14; 34, 64; 74; 84; 94; 104; 114) has an elevated loading relative to any other chemical coating on the substrate (12; 32; 62; 72; 82; 92; 102; 112) so as to prevent and/or eliminate face-plugging on the substrate (12; 32; 62; 72; 82; 92; 102; 112); wherein the inlet end surface (14; 34, 64; 74; 84; 94; 104; 114) comprises a three-dimensional topographical configuration such that the substrate is non-planar at the inlet end and said chemical coating disposed on said three-dimensional topographical configuration. a substrate (12; 32; 62; 72; 82; 92; 102; 112) having a cellular structure (15; 35; 65, 75; 85; 95; 105; 115; 402; 502) defining fluid passage ways configured to enable fluid flow through the substrate, the substrate having an inlet end surface (14; 34, 64; 74; 84; 94; 104; 114) positioned at one end of the substrate (12; 32; 62; 72; 82; 92; 102; 112), the substrate (12; 32; 62; 72; 82; 92; 1 02; 112) having a chemical coating (404; 504) disposed thereon, characterized in that the chemical coating on the inlet end surface (14; 34, 64; 74; 84; 94; 104; 114) has an elevated loading relative to any other chemical coating on the substrate (12; 32; 62; 72; 82; 92; 102; 112) so as to prevent and/or eliminate face-plugging on the substrate (12; 32; 62; 72; 82; 92; 102; 112); wherein the inlet end surface (14; 34, 64; 74; 84; 94; 104; 114) comprises a three-dimensional topographical configuration such that the substrate is non-planar at the inlet end and said chemical coating disposed on said three-dimensional topographical configuration.
A stiffening structure for a pop-up roof of a recreational vehicle, having a profile for mounting to a long side of a bodywork and for mounting to a roof panel, the profile having: a first mounting means for mounting to the long side of the bodywork; and a second mounting means for mounting to the roof panel, wherein the second mounting means is attached to the profile at a position opposite the first mounting means, characterized in that the first mounting means has a second chamber-like profile section, the underside of which is designed and adapted such that it can be attached to the bodywork, in particular by adhesive bonding. a first mounting means for mounting to the long side of the bodywork; and a second mounting means for mounting to the roof panel, wherein the second mounting means is attached to the profile at a position opposite the first mounting means, characterized in that the first mounting means has a second chamber-like profile section, the underside of which is designed and adapted such that it can be attached to the bodywork, in particular by adhesive bonding.