mhurhangee/patent-ind-claim-en huggingface dataset:
A method for use in a computerized system, comprising receiving at a data processing device log information from at least one source of log information in the computerized system, detecting based at least in part on said received log information at least one security protocol related event at a first host device, the at least one security protocol related event being initiated by a second host device, and storing information for determination of a trust relationship record based on the detected at least one security protocol related event and information of the second host device, analyzing the log information to identify logins that use public-key authentication, and based on the analyzing, estimating at least one metric relating to the trust relationship, characterized in that said estimating at least one metric comprises estimating at least one of the following: the number of production hosts, development hosts and/or test hosts into which logins are made using public-key authentication; the number of connections into production hosts from test or development hosts using public-key authentication; the number of connections into privileged accounts; the number of connections into superuser accounts; the number of hosts known to be configured to collect sufficient log data for analysis; the number of connections from non-disaster-recovery hosts into disaster recovery hosts; and the number of hosts known to not be configured to collect sufficient log data for analysis. the number of production hosts, development hosts and/or test hosts into which logins are made using public-key authentication; the number of connections into production hosts from test or development hosts using public-key authentication; the number of connections into privileged accounts; the number of connections into superuser accounts; the number of hosts known to be configured to collect sufficient log data for analysis; the number of connections from non-disaster-recovery hosts into disaster recovery hosts; and the number of hosts known to not be configured to collect sufficient log data for analysis.
A data packet decompression method, applied to a network side device and comprising: receiving a first packet data convergence protocol, PDCP, data packet; decompressing the first PDCP data packet; sending a first buffer data identifier to an electronic device if the first PDCP data packet fails to be decompressed, wherein the first buffer data identifier corresponds to buffer data used for decompressing the first PDCP data packet; receiving first buffer data sent by the electronic device, wherein the first buffer data corresponds to the first buffer data identifier, and the first buffer data is buffer data used for generating the first PDCP data packet; and decompressing the first PDCP data packet by using the first buffer data. receiving a first packet data convergence protocol, PDCP, data packet; decompressing the first PDCP data packet; sending a first buffer data identifier to an electronic device if the first PDCP data packet fails to be decompressed, wherein the first buffer data identifier corresponds to buffer data used for decompressing the first PDCP data packet; receiving first buffer data sent by the electronic device, wherein the first buffer data corresponds to the first buffer data identifier, and the first buffer data is buffer data used for generating the first PDCP data packet; and decompressing the first PDCP data packet by using the first buffer data.
Clamping device for a starter generator of a combustion engine, comprising at least one retaining element fixed on the side of the combustion engine, a generator housing , and a generator deflection roller mounted rotatably with respect to the generator housing on a generator shaft for deflection and for driving a belt as required, wherein the generator deflection roller is arranged with respect to the retaining element in such a way that a torque acting between the generator deflection roller and the belt produces a relative movement between the generator deflection roller and the retaining element , which relative movement tensions the belt , characterized in that an eccentric arrangement of the generator shaft is provided on the generator housing itself or on a housing element of the generator housing in such a way that a relative movement between the generator deflection roller and the retaining element is produced by a rotational movement of the generator housing or of the housing element.
A fluid heating ceramic heater comprising: a tubular ceramic body having a heat generation resistor , characterised by further comprising: an outer coating layer containing glass as a main component and coating an outer peripheral surface of the ceramic body ; and an inner coating layer containing glass as a main component and coating an inner peripheral surface of the ceramic body , wherein the inner coating layer is formed so as to be thinner than the outer coating layer . a tubular ceramic body having a heat generation resistor , characterised by further comprising: an outer coating layer containing glass as a main component and coating an outer peripheral surface of the ceramic body ; and an inner coating layer containing glass as a main component and coating an inner peripheral surface of the ceramic body , wherein the inner coating layer is formed so as to be thinner than the outer coating layer .
A method for producing OSB comprising the steps: (a) producing coarse chips, (b) glueing the coarse chips, thus obtaining glued coarse chips, (c) arranging the glued coarse chips on a transport belt , thus obtaining a chipboard layer , (d) applying a flame-retardant liquid to the chipboard layer , (e) applying a pressure difference to the chipboard layer that is or will be wetted by applying a negative pressure to a lower side of the transport belt and/or an overpressure to an upper side of the chipboard layer and (f) pressing the chipboard layer , resulting in the OSB . (a) producing coarse chips, (b) glueing the coarse chips, thus obtaining glued coarse chips, (c) arranging the glued coarse chips on a transport belt , thus obtaining a chipboard layer , (d) applying a flame-retardant liquid to the chipboard layer , (e) applying a pressure difference to the chipboard layer that is or will be wetted by applying a negative pressure to a lower side of the transport belt and/or an overpressure to an upper side of the chipboard layer and (f) pressing the chipboard layer , resulting in the OSB .
A method for amplifying a target double-stranded nucleic acid comprising: (a) providing a system having: a 5' phosphorylated single-stranded nucleic acid or a derivative thereof, and an Argonaute protein or a variant thereof, wherein the 5' phosphorylated single-stranded nucleic acid or the derivative thereof contains a target-specific nucleotide region complementary to a region of a first strand of the target double-stranded nucleic acid; (b) contacting the target double-stranded nucleic acid with the system to form a complex; (c) hybridizing a primer to a second strand of the target double-stranded nucleic acid, the primer containing a sequence complementary to a region of the second strand of the target double-stranded nucleic acid, and (d) extending a nucleic acid complementary to the second strand of the target double-stranded nucleic acid from the primer using a polymerase. (a) providing a system having: a 5' phosphorylated single-stranded nucleic acid or a derivative thereof, and an Argonaute protein or a variant thereof, wherein the 5' phosphorylated single-stranded nucleic acid or the derivative thereof contains a target-specific nucleotide region complementary to a region of a first strand of the target double-stranded nucleic acid; a 5' phosphorylated single-stranded nucleic acid or a derivative thereof, and an Argonaute protein or a variant thereof, (b) contacting the target double-stranded nucleic acid with the system to form a complex; (c) hybridizing a primer to a second strand of the target double-stranded nucleic acid, the primer containing a sequence complementary to a region of the second strand of the target double-stranded nucleic acid, and (d) extending a nucleic acid complementary to the second strand of the target double-stranded nucleic acid from the primer using a polymerase.
A drill bit assembly for fluid-operated percussion drill tools comprising: a percussion bit having a head portion and a bit retaining portion ; engagement means on the head portion engageable with complementary engagement means on a drive ring whereby rotational drive from the drive ring may be transmitted to the percussion bit; bit retaining means adapted for engagement with the bit retaining portion of the percussion bit to retain the percussion bit in the drill bit assembly; and characterised by an internal screw-thread provided at an upper part of the drive ring for connecting the drive ring to an external screw-thread provided at a lower end of an outer wear sleeve of the fluid-operated percussion drill tool, such that the bit retaining means is retained between the outer wear sleeve and a shoulder formed internally of the drive ring. a percussion bit having a head portion and a bit retaining portion ; engagement means on the head portion engageable with complementary engagement means on a drive ring whereby rotational drive from the drive ring may be transmitted to the percussion bit; bit retaining means adapted for engagement with the bit retaining portion of the percussion bit to retain the percussion bit in the drill bit assembly; and characterised by an internal screw-thread provided at an upper part of the drive ring for connecting the drive ring to an external screw-thread provided at a lower end of an outer wear sleeve of the fluid-operated percussion drill tool, such that the bit retaining means is retained between the outer wear sleeve and a shoulder formed internally of the drive ring.
Fluid evaporator for a steam cooking appliance , with a receiving basin for the fluid , with a heater for evaporating the liquid fluid in the receiving basin , and with a filter , which is arranged in the receiving basin , wherein the filter is a limescale particle filter, characterised in that the filter is embodied as a filter tube , wherein the filter tube has filter openings so that limescale particles can be filtered when the liquid fluid flows through the filter tube , wherein the filter tube has slots as filter openings and the slots are oriented axially with respect to the longitudinal axis (A) of the filter tube .
A method for reducing the mass-related specific surface area of a metal oxide-containing coating on a substrate, wherein the metal oxides are precipitated from an aqueous solution containing metal ions and polyvalent anions by increasing the molar ratio of anions to metal ions in the solution to at least 3.
A multilayer peelable film comprising an exterior layer, at least one core layer, a core, and a skin layer, wherein the skin layer comprises 5% to 20% of the total film thickness, and wherein 35% to 45% of the skin layer by weight is a poly-alpha olefin, wherein the poly-alpha olefin is polybutene-l, wherein the skin layer further comprises polyethylene, wherein the polyethylene has a melt index of 3 to 10. wherein the film has a peel seal strength of 87,6 N/m to 525.4 N/m (0.5 to 3.0 pounds per inch) as measured by ASTM F88 with the skin layer sealed to an paper substrate having an uncoated sealant side and paper fibers. wherein the skin layer comprises 5% to 20% of the total film thickness, and wherein 35% to 45% of the skin layer by weight is a poly-alpha olefin, wherein the poly-alpha olefin is polybutene-l, wherein the skin layer further comprises polyethylene, wherein the polyethylene has a melt index of 3 to 10. wherein the film has a peel seal strength of 87,6 N/m to 525.4 N/m (0.5 to 3.0 pounds per inch) as measured by ASTM F88 with the skin layer sealed to an paper substrate having an uncoated sealant side and paper fibers.
Method for transmitting acknowledgements of receipt in a broadcast or multicast communication in a, in particular wireless multi-hop-network, in which method an acknowledgement of receipt is transmitted by each network subscriber (T 1 - T 7 ) after the expiry of a randomly selected delay time, wherein the originating network subscriber (Tu) transmitting the broadcast or multicast communication again transmits the communication in at least one iteration step at a time interval after the first communication with the additional information, from which network subscriber (T 1 - T 7 ) the originating network subscriber (Tu) has already received an acknowledgement of receipt, if the originating network subscriber (Tu) has not yet received the acknowledgements of receipt of all designated network subscribers (T 1 - T 7 ) within an expiry time defined by it, wherein the originating network subscriber (Tu) specifies an expiry time in connection with the transmission of the communication with each iteration step, up to which expiry time the originating network subscriber (Tu) accepts acknowledgements of receipt from the network subscribers (T 1 - T 7 ) addressed by the communication for the use of a subsequent evaluation, and wherein at or shortly after the expiry of this time period the originating network subscriber (Tu) determines from which network subscribers (T 1 - T 7 ) addressed by the communication it has received an acknowledgement of receipt, and that the originating network subscriber (Tu) in the subsequent iteration step sends the communication together with the additional information, from which network subscriber (T 1 - T 7 ) it has already received an acknowledgement of receipt, wherein only those network subscribers (T 1 - T 7 ) from which the originating network subscriber (Tu) had not yet received an acknowledgement of receipt in the previous interation step and those network subscribers which have stored in an acknowledgement of receipt memory an acknowledgement of receipt of at least one further network subscriber (T 1 - T 7 ) which the originating network subscriber (Tu) had not yet received respond to the repeated transmission of the communication in this subsequent iteration step, wherein the original network subscriber (Tu) determines with the expiry of the expiry time of this further iteration step, from which further network subscribers (T 1 - T 7 ) an acknowledgement of receipt has been received and, in the event that the originating subscriber (Tu) has not yet received an acknowledgement of receipt from all designated network subscribers (T 1 - T 7 ) after the further iteration step, further iteration steps are carried out with the respective accumulated additional information, wherein the iterations are carried on until either the originating subscriber (Tu) has received an acknowledgement of receipt from each designated network subscriber (T 1 - T 7 ) or a predefined number of iteration steps has been carried out or a predefined maximum time has passed at the originating network subscriber (Tu).
Ultrasonic NDT sensor arrangement for inspecting surfaces of variable geometry of metal bodies , comprising: a) a housing with a hollow inner space and an opening , through which part of an incoming sound beam exits the housing to enter a metal body to be tested; b) an ultrasonic sensor coupled to said housing such that it emits said incoming sound beam directly into said hollow inner space in a direction towards said opening , whereby c) said inner space of said housing is filled with a first coupling fluid, wherein that first coupling fluid is water and d) said opening of said housing is closed with a closing member , which has a similar density and velocity of sound compared to said first coupling fluid; the sensor being characterized by the fact that: the closing member is made of a silicone material and the ultrasonic sensor is supported by a plastic wedge and is oriented with respect to said opening or closing member such that said part of the incoming sound beam , which exits the housing , enters said metal body at a predetermined angle to its surface ; the ultrasonic sensor comprises a short-pulsed, broad-bandwidth piezoelectric element . a) a housing with a hollow inner space and an opening , through which part of an incoming sound beam exits the housing to enter a metal body to be tested; b) an ultrasonic sensor coupled to said housing such that it emits said incoming sound beam directly into said hollow inner space in a direction towards said opening , whereby c) said inner space of said housing is filled with a first coupling fluid, wherein that first coupling fluid is water and d) said opening of said housing is closed with a closing member , which has a similar density and velocity of sound compared to said first coupling fluid; the closing member is made of a silicone material and the ultrasonic sensor is supported by a plastic wedge and is oriented with respect to said opening or closing member such that said part of the incoming sound beam , which exits the housing , enters said metal body at a predetermined angle to its surface ; the ultrasonic sensor comprises a short-pulsed, broad-bandwidth piezoelectric element .
A composition comprising decellularized cardiac extracellular matrix for use in treating defective, diseased, damaged, or ischemic cardiac tissue in a human, wherein the composition is to be injected into the human, wherein the decellularized cardiac extracellular matrix has been enzymatically digested, and wherein the composition is an injectable solution at temperatures below 35 °C and transitions to a gel form at body temperature.
A spacing support for packets of smoking articles configured to support in an orderly manner a plurality of packets arranged on two adjacent rows, and comprising two containing drawers adjacent to each other and each defining a respective housing for a corresponding row of packets, which extends in a longitudinal direction (X), wherein each containing drawer comprises a bottom wall from which a pair of side walls extends, each side wall adapted to come into contact with a respective wall of the packet , said containing drawer also comprising an access aperture through which the packets are introduced and extracted with respect to the housing wherein at least one of said side walls comprises a plurality of positioning elements projecting towards the inside of said housing and made as pre-cut fins integrated into said side wall , said positioning elements being configured to delimit positioning compartments , in which each of said packets is stably arranged and held in a static manner, in said longitudinal direction (X), with respect to said housing , said positioning elements being provided one after the other at a distance (D), measured in said longitudinal direction (X), equal to a predetermined and constant value, so as to arrange and hold the packets in their respective positioning compartments , at a constant pitch with respect to each other, which is coordinated with said distance (D), wherein each of said positioning elements consists of a pair of fins , each fin being joined to said side wall by a respective joining line , and the fins of the same pair are separated from each other by a cutting line ; wherein said joining lines and said cutting line are reciprocally parallel to each other and are also parallel to the longitudinal direction (X).
A method for stopping axes of an industrial robot , wherein the industrial robot comprises at least one control device , power electronics , a DC source and at least one axis to which an electric motor and a mechanical brake are assigned, and wherein the control device is arranged to drive the at least one motor by means of control signals (τ ref ) via the power electronics , which method comprises the following steps: (a) outputting a signal for stopping the at least one axis from the control device to the mechanical brake , wherein there is a time interval between the output of the signal and the actual engagement of the brake; b) outputting a signal to initiate short-circuiting braking by the control device and short-circuiting the motor phases to generate a braking torque c) outputting a signal to stop the at least one axis from the control device to the DC source prior the mechanical brake engages and injecting a DC current from the DC source into at least one motor phase of the motor associated with the at least one axis so that a braking torque is generated. (a) outputting a signal for stopping the at least one axis from the control device to the mechanical brake , wherein there is a time interval between the output of the signal and the actual engagement of the brake; b) outputting a signal to initiate short-circuiting braking by the control device and short-circuiting the motor phases to generate a braking torque c) outputting a signal to stop the at least one axis from the control device to the DC source prior the mechanical brake engages and injecting a DC current from the DC source into at least one motor phase of the motor associated with the at least one axis so that a braking torque is generated.
A method for resource pool assignment, performed by an apparatus associated with a remote unit of a wireless communication system , the method comprising receiving , by a receiver of the apparatus, first information indicating that a first plurality of resource pools is assigned to a first bandwidth part, wherein each resource pool of the first plurality of resource pools corresponds to a different numerology, a different maximum physical sidelink shared channel duration, or a combination thereof; in response to receiving the first information indication that the first plurality of resource pools is assigned to the first bandwidth part, assigning , by a processor of the apparatus, the first plurality of resource pools to the first bandwidth pan and switching the apparatus from using a first resource pool of the first plurality of resource pools for transmitting a first message to using a second resource pool of the first plurality of resource pools for transmitting a second message. receiving , by a receiver of the apparatus, first information indicating that a first plurality of resource pools is assigned to a first bandwidth part, wherein each resource pool of the first plurality of resource pools corresponds to a different numerology, a different maximum physical sidelink shared channel duration, or a combination thereof; in response to receiving the first information indication that the first plurality of resource pools is assigned to the first bandwidth part, assigning , by a processor of the apparatus, the first plurality of resource pools to the first bandwidth pan and switching the apparatus from using a first resource pool of the first plurality of resource pools for transmitting a first message to using a second resource pool of the first plurality of resource pools for transmitting a second message.