mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for determining security risk profiles, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: detecting a security breach of an entity within a set of entities ; constructing a peer-similarity graph that identifies an incentive to attack the entity in comparison to other entities within the set of entities ; creating, using the peer-similarity graph , a security risk profile for each entity in the set of entities ; automatically adjusting, based on the detected security breach and the peer-similarity graph , at least one security risk profile for: the entity ; and a related entity; updating a security database with the adjusted security risk profile ; wherein constructing the peer-similarity graph comprises creating a node for each entity in the set of entities , creating an undirected edge between each pair of similar entities, creating a directed edge between each pair of entities in a provider-client relationship; wherein creating the node comprises determining a size of the node by evaluating the incentive to attack the entity, and adjusting the size of the node based on entities connected by edges. detecting a security breach of an entity within a set of entities ; constructing a peer-similarity graph that identifies an incentive to attack the entity in comparison to other entities within the set of entities ; creating, using the peer-similarity graph , a security risk profile for each entity in the set of entities ; automatically adjusting, based on the detected security breach and the peer-similarity graph , at least one security risk profile for: the entity ; and a related entity; the entity ; and a related entity; wherein constructing the peer-similarity graph comprises creating a node for each entity in the set of entities , creating an undirected edge between each pair of similar entities, creating a directed edge between each pair of entities in a provider-client relationship; creating a node for each entity in the set of entities , creating an undirected edge between each pair of similar entities, creating a directed edge between each pair of entities in a provider-client relationship; wherein creating the node comprises determining a size of the node by evaluating the incentive to attack the entity, and adjusting the size of the node based on entities connected by edges. determining a size of the node by evaluating the incentive to attack the entity, and adjusting the size of the node based on entities connected by edges.
A stable antibody-comprising liquid formulation comprising basic amino acid-glutamate.
A casing for a rotating machine comprising a first fixed casing segment , and a second casing segment movable in rotation with respect to the first segment along an axis of rotation (X-X), the first casing segment and the second casing segment defining an internal volume and being in contact along an interface, the interface between the first casing segment and the second casing segment being provided with a sealing element , said sealing element being positioned in a housing connected to the internal volume of the casing on the one hand, and to the surrounding medium on the other hand, the connection between the housing and the surrounding medium being made via a duct , characterized in that the first casing segment or the second casing segment comprises a planer positioned at an outer end of the duct wherein the duct comprises ribs formed in the first casing segment and in the second casing segment so as to form baffles in said duct , characterized in that the first casing segment and/or the second casing segment have bores formed in said ribs, so as to define passages between the housing and the surrounding medium and the first casing segment and the second casing segment have bores formed in the said ribs, forming respectively outer holes and inner holes , so as to define passages between the housing and the surrounding medium when said outer holes and inner holes are aligned. characterized in that the first casing segment or the second casing segment comprises a planer positioned at an outer end of the duct wherein the duct comprises ribs formed in the first casing segment and in the second casing segment so as to form baffles in said duct , characterized in that the first casing segment and/or the second casing segment have bores formed in said ribs, so as to define passages between the housing and the surrounding medium and the first casing segment and the second casing segment have bores formed in the said ribs, forming respectively outer holes and inner holes , so as to define passages between the housing and the surrounding medium when said outer holes and inner holes are aligned.
Machine for manufacturing plastic items by blow moulding, comprising, in series, along the manufacturing line: a roll of plastic material in the form of at least one strip and means for driving said roll in rotation; at least one shaper for forming tubes from said strip characterised in that it further comprises means for longitudinally welding said tubes, fixed in relation to the movable tubes; means for cutting tubes transversally, arranged so as to form tube sections or preforms ; means for holding and moving tube sections perpendicularly to their longitudinal axis; at least one heating oven wherein said tube sections (preforms) are moved in a vertical position according to a horizontal trajectory; a first turret supporting moulds of which the rotation speed is synchronised by a control unit with the speed of the tube sections at the outlet of the oven in such a way as to house them in the moulds ; means for processing tube sections (preforms) at the first turret ; means for blowing a pressurised fluid into the moulds so as to give a final shape to the preforms, i.e. to form bottles; a second turret of which the speed is synchronised with the speed of said first turret and arranged in such a way as to discharge the bottles outside of said moulds, said synchronisation being operated by the control unit.
A motor loss controller configured to: band-shift a motor frequency signal by a multiple of a fundamental frequency into a parsed sine component and a cosine component and multiply a feedback signal by each of the parsed sine component and the cosine component; perform integral control of a control value band-shifted sine component and a control value band-shifted cosine component, wherein the performing integral control is configured to at least one of eliminate or reduce a disturbance on an output of the motor loss controller by rejecting a DC disturbance in a band-shifted control value; inverse band-shift the sine component back to its original band; inverse band-shift the cosine component back to its original band; and sum the inverse band-shifted sine component and the inverse band-shifted cosine component together to result in a controller output ; and characterized by being further configured to add phase compensation to the output inverse band shift, and wherein the feedback signal is a feedback current signal and comprises at least one of a d-axis component or a q-axis component and wherein the control value band-shifted sine component is created by subtracting the sine component of the band-shifted feedback signal from a control value , and wherein the control value band-shifted cosine component is created by subtracting the cosine component of the band-shifted feedback signal from the control value . band-shift a motor frequency signal by a multiple of a fundamental frequency into a parsed sine component and a cosine component and multiply a feedback signal by each of the parsed sine component and the cosine component; perform integral control of a control value band-shifted sine component and a control value band-shifted cosine component, wherein the performing integral control is configured to at least one of eliminate or reduce a disturbance on an output of the motor loss controller by rejecting a DC disturbance in a band-shifted control value; inverse band-shift the sine component back to its original band; inverse band-shift the cosine component back to its original band; and sum the inverse band-shifted sine component and the inverse band-shifted cosine component together to result in a controller output ; and characterized by being further configured to add phase compensation to the output inverse band shift, and wherein the feedback signal is a feedback current signal and comprises at least one of a d-axis component or a q-axis component and wherein the control value band-shifted sine component is created by subtracting the sine component of the band-shifted feedback signal from a control value , and wherein the control value band-shifted cosine component is created by subtracting the cosine component of the band-shifted feedback signal from the control value .
Device for producing a nonwoven fabric from material, preferably over the course of producing a pressed material mat for the production of material panels, comprising: 1.1 a metering device for metered output of the material into a chute , 1.2 a separation roller for the material, arranged at the other end of the chute and having a wall arranged in the rotational direction of the separation roller and an outlet opening adjoining the same, 1.3 a first scattering space having a guide plate for limiting and at least partially guiding the material of the separation roller exiting at the outlet opening , 1.4 a forming belt , circulating continuously in the transport direction , for receiving the material exiting from the outlet opening on a first side of the forming belt in the first scattering space , 1.5 vacuum boxes on the other side of the forming belt for generating an air flow in the first scattering space facing in the direction of the forming belt , 1.6 characterized in that the vector of the direction of rotation at the smallest distance from the forming belt at the separation roller is oriented opposite to the transport direction of the forming belt . 1.1 a metering device for metered output of the material into a chute , 1.2 a separation roller for the material, arranged at the other end of the chute and having a wall arranged in the rotational direction of the separation roller and an outlet opening adjoining the same, 1.3 a first scattering space having a guide plate for limiting and at least partially guiding the material of the separation roller exiting at the outlet opening , 1.4 a forming belt , circulating continuously in the transport direction , for receiving the material exiting from the outlet opening on a first side of the forming belt in the first scattering space , 1.5 vacuum boxes on the other side of the forming belt for generating an air flow in the first scattering space facing in the direction of the forming belt , 1.6 characterized in that the vector of the direction of rotation at the smallest distance from the forming belt at the separation roller is oriented opposite to the transport direction of the forming belt .
An optical scanning device comprising: a reflection member , which is swingable and configured for reflecting light or electromagnetic waves; a blocking unit that is provided in the reflection member to move in linkage with the reflection member and that is configured to block light or electromagnetic waves; and a sensor unit that includes an output unit , which is a light generator or an electromagnetic wave generator configured to output light or electromagnetic wave as a detection target and a detection unit , which is a light receiver or an electromagnetic wave receiver configured to detect the detection target, wherein the first and second blocking plates are made of a material through which the detection target does not pass, wherein, when the reflection member is in a predetermined swing angle range, the blocking unit blocks a path of the detection target between the output unit and the detection unit ; characterized in that the sensor unit includes at least a first sensor unit and a second sensor unit along a swing trajectory of the blocking unit , the first sensor unit and the second sensor unit each facing an associated output unit , and the blocking unit includes at least a first blocking plate disposed on a lower side of the reflection member and a second blocking plate disposed on an upper side of the reflection member , so that the first blocking plate blocks light or electromagnetic waves incident on the first sensor unit and the second blocking plate blocks light or electromagnetic waves incident on the second sensor unit . a reflection member , which is swingable and configured for reflecting light or electromagnetic waves; a blocking unit that is provided in the reflection member to move in linkage with the reflection member and that is configured to block light or electromagnetic waves; and a sensor unit that includes an output unit , which is a light generator or an electromagnetic wave generator configured to output light or electromagnetic wave as a detection target and a detection unit , which is a light receiver or an electromagnetic wave receiver configured to detect the detection target, wherein the first and second blocking plates are made of a material through which the detection target does not pass, wherein, when the reflection member is in a predetermined swing angle range, the blocking unit blocks a path of the detection target between the output unit and the detection unit ; characterized in that the sensor unit includes at least a first sensor unit and a second sensor unit along a swing trajectory of the blocking unit , the first sensor unit and the second sensor unit each facing an associated output unit , and the blocking unit includes at least a first blocking plate disposed on a lower side of the reflection member and a second blocking plate disposed on an upper side of the reflection member , so that the first blocking plate blocks light or electromagnetic waves incident on the first sensor unit and the second blocking plate blocks light or electromagnetic waves incident on the second sensor unit .
Device for adjusting a pressure in a system, wherein the device is comprising: - at least one adjustment unit having at least one opening , - a fluid passage , wherein the fluid passage comprises an inlet , a by-pass opening for discharging a secondary stream of a fluid flowing through the fluid passage to an outside environment of the device , and a main opening , and wherein the adjustment unit is configured to, in a working position, at least partially overlap the by-pass opening and thereby reduce the flow area of the by-pass opening , characterized in that : the adjustment unit is configured to overlap the by-pass opening with the at least one opening and thereby reduce the flow area of the bypass opening with the at least one opening . the device is comprising: - at least one adjustment unit having at least one opening , - a fluid passage , wherein - at least one adjustment unit having at least one opening , - a fluid passage , wherein the fluid passage comprises an inlet , a by-pass opening for discharging a secondary stream of a fluid flowing through the fluid passage to an outside environment of the device , and a main opening , and wherein the adjustment unit is configured to, in a working position, at least partially overlap the by-pass opening and thereby reduce the flow area of the by-pass opening , characterized in that : the adjustment unit is configured to overlap the by-pass opening with the at least one opening and thereby reduce the flow area of the bypass opening with the at least one opening .
Actuator mechanism for a fold rear-view mirror assembly for motor vehicles, the actuator mechanism comprising: - a first member associated with a pivotable rear-view mirror housing and movable therewith; - a third member configured to be moved in a direction (D1) towards the first member and in a direction (D2) away from the first member and - a second member characterized in that the second member is arranged such that the third member is disposed concentrically surrounding the second member , the second member being adapted to: - be locked in rotation to a fixed part of a motor vehicle as the first member is rotated by a first torque (T1) that does not exceed a maximum predetermined torque (Tmax), and also adapted to - move the third member in a direction (D1) towards the first member as the first member is rotated with a second torque (T2) that exceeds said maximum predetermined torque (Tmax), causing the first member and the third member to be interlocked in a predetermined position of the first member . - a first member associated with a pivotable rear-view mirror housing and movable therewith; - a third member configured to be moved in a direction (D1) towards the first member and in a direction (D2) away from the first member and - a second member characterized in that the second member is arranged such that the third member is disposed concentrically surrounding the second member , the second member being adapted to: - be locked in rotation to a fixed part of a motor vehicle as the first member is rotated by a first torque (T1) that does not exceed a maximum predetermined torque (Tmax), and also adapted to - move the third member in a direction (D1) towards the first member as the first member is rotated with a second torque (T2) that exceeds said maximum predetermined torque (Tmax), causing the first member and the third member to be interlocked in a predetermined position of the first member . - be locked in rotation to a fixed part of a motor vehicle as the first member is rotated by a first torque (T1) that does not exceed a maximum predetermined torque (Tmax), and also adapted to - move the third member in a direction (D1) towards the first member as the first member is rotated with a second torque (T2) that exceeds said maximum predetermined torque (Tmax), causing the first member and the third member to be interlocked in a predetermined position of the first member .
An audible vehicle warning system arranged for performing AVAS functionality and for generating a horn signal and comprising - a loudspeaker system comprising a loudspeaker configured to output sound signals at least in a selected frequency range comprising at least frequencies from 400 Hz to 2 kHz, characterized by further comprising : - a sound library comprising one or more sound signals intended as a horn signal, when output by said loudspeaker, each of said sound signals having a 1/3 octave frequency band which is taken as a reference frequency band, said reference frequency band containing at least one third of the total power of said sound signal, and wherein a 1/3 octave frequency band averaged response of said loudspeaker system has in a 1/3 octave frequency band corresponding to said reference frequency band of the respective sound signal an amplitude level which is at least 3 dB above the average amplitude level in a frequency range from 400 Hz to 2 kHz. - a loudspeaker system comprising a loudspeaker configured to output sound signals at least in a selected frequency range comprising at least frequencies from 400 Hz to 2 kHz, characterized by further comprising : - a sound library comprising one or more sound signals intended as a horn signal, when output by said loudspeaker, each of said sound signals having a 1/3 octave frequency band which is taken as a reference frequency band, said reference frequency band containing at least one third of the total power of said sound signal, - a sound library comprising one or more sound signals intended as a horn signal, when output by said loudspeaker, each of said sound signals having a 1/3 octave frequency band which is taken as a reference frequency band, said reference frequency band containing at least one third of the total power of said sound signal, and wherein a 1/3 octave frequency band averaged response of said loudspeaker system has in a 1/3 octave frequency band corresponding to said reference frequency band of the respective sound signal an amplitude level which is at least 3 dB above the average amplitude level in a frequency range from 400 Hz to 2 kHz.
A compound, or a diastereomer thereof or a pharmaceutically acceptable salt thereof, selected from the group consisting of:
A method, comprising: at a user equipment device, UE : establishing communication with a cellular network ; initiating a radio capability update using an access category associated with signaling; determining that the access category associated with signaling is barred; receiving, while the radio capability update is pending, a message, wherein the message is one of: a page; or a notification message; determining whether a mobile terminated MT access category associated with the message is barred; in response to the determination that the MT access category associated with the message is not barred, accessing the cellular network according to MT access category associated with the message and completing the radio capability update; and in response to a determination that the MT access category associated with the message is barred, determining not to access the cellular network in response to the message. at a user equipment device, UE : establishing communication with a cellular network ; initiating a radio capability update using an access category associated with signaling; determining that the access category associated with signaling is barred; receiving, while the radio capability update is pending, a message, wherein the message is one of: a page; or a notification message; determining whether a mobile terminated MT access category associated with the message is barred; in response to the determination that the MT access category associated with the message is not barred, accessing the cellular network according to MT access category associated with the message and completing the radio capability update; and in response to a determination that the MT access category associated with the message is barred, determining not to access the cellular network in response to the message. establishing communication with a cellular network ; initiating a radio capability update using an access category associated with signaling; determining that the access category associated with signaling is barred; receiving, while the radio capability update is pending, a message, wherein the message is one of: a page; or a notification message; a page; or a notification message; determining whether a mobile terminated MT access category associated with the message is barred; in response to the determination that the MT access category associated with the message is not barred, accessing the cellular network according to MT access category associated with the message and completing the radio capability update; and in response to a determination that the MT access category associated with the message is barred, determining not to access the cellular network in response to the message.