mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for dispensing a volume during intraosseous infusion, the apparatus comprising: a base configured to be coupled to a syringe having a body defining a reservoir and plunger slidably coupled to the body; an arm coupled to the base, wherein a portion of the arm is movable between an extended position and a contracted position in which the portion of the arm is closer to the base than in the extended position; a resilient member coupled to base and to the arm, wherein the resilient member is configured to bias the portion of the arm toward the contracted position relative to the base with a force sufficient to depress a plunger of a syringe coupled to the base; and a damper configured to resist movement of the portion of the arm from the extended position toward the contracted position to control a rate at which the resilient member can move the portion of the arm from the extended position toward the contracted position; where the base defines a channel configured to prevent movement of the syringe along a length of the base as the plunger is depressed, and the base includes one or more incremental stops, each of the one or more incremental stops being configured to limit a distance by which the portion of the arm is operable to compress the plunger, where the arm includes a tab configured to contact the plunger and depress the plunger as the portion of the arm is moved towards the contracted position, where the resilient member includes a spring configured to exert a first force on the arm, and where the damper includes a piston configured to exert a second force on the arm that opposes the first force. a base configured to be coupled to a syringe having a body defining a reservoir and plunger slidably coupled to the body; an arm coupled to the base, wherein a portion of the arm is movable between an extended position and a contracted position in which the portion of the arm is closer to the base than in the extended position; a resilient member coupled to base and to the arm, wherein the resilient member is configured to bias the portion of the arm toward the contracted position relative to the base with a force sufficient to depress a plunger of a syringe coupled to the base; and a damper configured to resist movement of the portion of the arm from the extended position toward the contracted position to control a rate at which the resilient member can move the portion of the arm from the extended position toward the contracted position; where the base defines a channel configured to prevent movement of the syringe along a length of the base as the plunger is depressed, and the base includes one or more incremental stops, each of the one or more incremental stops being configured to limit a distance by which the portion of the arm is operable to compress the plunger, where the arm includes a tab configured to contact the plunger and depress the plunger as the portion of the arm is moved towards the contracted position, where the resilient member includes a spring configured to exert a first force on the arm, and where the damper includes a piston configured to exert a second force on the arm that opposes the first force.
A computer implemented method of modeling a three-dimensional, 3D, object, the method comprising: rendering a first portion of a mesh representation of the 3D object with respect to a first position of a first sensor of a wireless electronic device; simulating a first distance from the first portion of the mesh representation to a second sensor of the wireless electronic device; determining a first scale parameter for the first portion of the mesh representation based on the first distance; rendering a second portion of the mesh representation of the 3D object with respect to a second position of the first sensor; simulating a second distance from the second portion of the mesh representation to the second sensor; determining a second scale parameter for the second portion of the mesh representation based on the second distance; and estimating a simulation distance between the first sensor and the second sensor, based on the first and second scale parameters and based on a predetermined physical distance between the first sensor and the second sensor. rendering a first portion of a mesh representation of the 3D object with respect to a first position of a first sensor of a wireless electronic device; simulating a first distance from the first portion of the mesh representation to a second sensor of the wireless electronic device; determining a first scale parameter for the first portion of the mesh representation based on the first distance; rendering a second portion of the mesh representation of the 3D object with respect to a second position of the first sensor; simulating a second distance from the second portion of the mesh representation to the second sensor; determining a second scale parameter for the second portion of the mesh representation based on the second distance; and estimating a simulation distance between the first sensor and the second sensor, based on the first and second scale parameters and based on a predetermined physical distance between the first sensor and the second sensor.
An in vitro method of enhancing the efficacy of an siRNA duplex, the siRNA duplex comprising a sense strand and an antisense strand, comprising lessening the base pair strength between the antisense strand 5' end (AS 5') and the sense strand 3' end (S 3') as compared to the base pair strength between the antisense strand 3' end (AS 3') and the sense strand 5' end (S 5'), such that efficacy is enhanced, wherein the base-pair strength is lessened due to at least one mismatched base pair between the AS 5' end and the S 3' end, and further wherein the 5' end of the antisense and the sense strands is the five nucleotides at the 5' termini of the respective strands, and wherein the antisense strand has a sequence sufficiently complementary to a target mRNA to trigger the destruction of the target mRNA by the RNAi machinery or process, wherein the target mRNA specifies the amino acid sequence of a protein associated with a pathological condition.
A mechanical wear element for attachment to one of a ferrous or a magnetic substrate, whereby the mechanical wear element may be attached to one of the ferrous or the magnetic substrate and easily repositioned or removed by a user through lifting or prying the mechanical wear element away from the substrate material, the mechanical wear element comprising: a. a mechanical wear element material; b. at least two spaced apart magnetic elements firmly disposed within said mechanical wear element material, wherein at least one surface of the magnetic elements is not embedded in the mechanical wear element material; characterised in that it comprises c. a ferrous band in contact with and bridging each of the at least two magnetic elements, wherein the ferrous band is embedded within said mechanical wear element material such that substantially none of the ferrous band is exposed on an exterior surface of the mechanical wear element; a. a mechanical wear element material; b. at least two spaced apart magnetic elements firmly disposed within said mechanical wear element material, wherein at least one surface of the magnetic elements is not embedded in the mechanical wear element material; characterised in that it comprises c. a ferrous band in contact with and bridging each of the at least two magnetic elements, wherein the ferrous band is embedded within said mechanical wear element material such that substantially none of the ferrous band is exposed on an exterior surface of the mechanical wear element;
An organic light emitting device having an emissive layer comprising an organometallic compound, wherein the organometallic compound is selected from the group consisting of:
Process for the surface hardening of components with complicated shapes by means of multiple energy input zones, characterized in that the energy input zones, in which optical or electromagnetic radiation is introduced for heating, are guided on different path curves that are separated in space and time and by means of cooperatively operating movement systems in such a way that the overlaying of the individual temperature fields has the effect of producing a uniform temperature field which fully encloses the functional surface of the component and within which each surface element of the later hardening zone of the component reaches the chosen austenitization temperature interval ΔT a at least once and the time interval Δt between the maximum temperatures T maxn of the individual temperature fields 3.1 to 3.n is smaller than the time Δt ms required to drop below the martensite start temperature MS during its cooling phase.
A nuclear medicine imaging apparatus comprising: a storing unit configured to collect counting information including detection time of a gamma ray from a counting result output by a detector for counting light derived from a gamma ray, and to store the counting information in a predetermined storage unit; a determination unit configured to determine whether a volume of the counting information stored in the predetermined storage unit exceeds a threshold; and characterized by: a discarding unit configured to, in a case where the determination unit determines that the volume exceeds the threshold, intermittently discard, in chronological order, counting information whose detection time is of longer duration than a predetermined duration used for generating two pieces of counting information obtained by counting pair annihilation gamma rays nearly coincidentally as coincidence counting information among the counting information collected from the detector but is of shorter duration than a duration required to collect counting information for generating coincidence counting information used for reconstruction of a nuclear medicine image. a storing unit configured to collect counting information including detection time of a gamma ray from a counting result output by a detector for counting light derived from a gamma ray, and to store the counting information in a predetermined storage unit; a determination unit configured to determine whether a volume of the counting information stored in the predetermined storage unit exceeds a threshold; and characterized by: a discarding unit configured to, in a case where the determination unit determines that the volume exceeds the threshold, intermittently discard, in chronological order, counting information whose detection time is of longer duration than a predetermined duration used for generating two pieces of counting information obtained by counting pair annihilation gamma rays nearly coincidentally as coincidence counting information among the counting information collected from the detector but is of shorter duration than a duration required to collect counting information for generating coincidence counting information used for reconstruction of a nuclear medicine image.
A washing or cleaning agent, characterized in that it contains a compound of general formula I or II, in which X represents ONa, NH 2 or NHRY, R represents a C 2-3 alkylene group, Y represents OH, NR 1 R 2 or N + R 1 R 2 R 3 Z -, R 1, R 2 and R 3 represent, independently of one another, H or a C 1-2 alkyl functional group, and Z- represents an anion, or contains an amine or hydroxylamine corresponding to formula I or II.
Method for warning a driver of a vehicle, having the steps: - determining the position of the vehicle on a traffic lane; - for the position of the vehicle which has been determined, obtaining data relating to a curved traffic lane profile in the region in front of the vehicle; - obtaining data relating to the intrinsic movement of the vehicle with a vehicle dynamics sensor, wherein on the basis of the data relating to the curved traffic lane profile and the data relating to the intrinsic movement, the curved traffic lane in the region in front of the vehicle is divided into at least two criticality zones (12a, 12b, 12c, 12d, 12e), wherein each criticality zone (12a, 12b, 12c, 12d, 12e) is assigned an assessment (yellow, orange, red), which evaluates the driving behaviour of the vehicle within the respective criticality zone (12a, 12b, 12c, 12d, 12e), and the assessments (yellow, orange, red) are output to the vehicle driver, wherein among the data relating to the intrinsic movement of the vehicle at least one instantaneous driving speed (v) of the vehicle along the traffic lane is obtained and the assessment (yellow, orange, red) evaluates the driving behaviour of the vehicle in the respective criticality zone (12a, 12b, 12c, 12d, 12e) with the assumption that the vehicle has the instantaneous driving speed (v) in the respective criticality zone (12a, 12b, 12c, 12d, 12e), wherein the output of the assessment to the vehicle driver is carried out visually and the assessment is output by a coloured marking (yellow, orange, red) of the criticality zone (12a, 12b, 12c, 12d, 12e), the latter being indicated on a stylised traffic lane profile, characterised in that information relating to characteristics of the curved traffic lane are received in the vehicle via a car-to-car communication system by means of a car-to-car communication from a second vehicle already lying in the region of the curved traffic lane, wherein, in the stylised traffic lane profile, a multiply curved traffic lane is represented as a straight section and the individual curves are denoted by symbols. - determining the position of the vehicle on a traffic lane; - for the position of the vehicle which has been determined, obtaining data relating to a curved traffic lane profile in the region in front of the vehicle; - obtaining data relating to the intrinsic movement of the vehicle with a vehicle dynamics sensor, wherein
A fluidic filter for filtering a fluid, comprising a filter housing having an inlet part, an outlet part and a housing part; and a filter element having an inlet side and an outlet side, the filter element being housed inside the housing part of the filter housing, wherein the filter element comprises: a first flow passage inside the filter element that extends along a longitudinal direction of the filter element and is connected to the outlet part; and a plurality of ridges extending along the longitudinal direction, wherein a plurality of second flow passages respectively are formed between ridges and an inner surface of the housing part, allowing the fluid to flow from the inlet side of the filter element along the longitudinal direction, wherein at least a portion of the plurality of ridges facing the second flow passages is permeable to the fluid so as to allow passage of the fluid from the second flow passages to the first flow passage; and wherein a tip portion of each of the plurality of ridges is joined to the inner surface of the housing part along a part of the tip portion of the respective ridge in the longitudinal direction. a first flow passage inside the filter element that extends along a longitudinal direction of the filter element and is connected to the outlet part; and a plurality of ridges extending along the longitudinal direction, wherein a plurality of second flow passages respectively are formed between ridges and an inner surface of the housing part, allowing the fluid to flow from the inlet side of the filter element along the longitudinal direction, wherein at least a portion of the plurality of ridges facing the second flow passages is permeable to the fluid so as to allow passage of the fluid from the second flow passages to the first flow passage; and wherein a tip portion of each of the plurality of ridges is joined to the inner surface of the housing part along a part of the tip portion of the respective ridge in the longitudinal direction.
A method for classifying a packet, comprising:receiving a packet; searching (202, 304) for a rule matching the packet in at least one created decision tree, wherein the decision tree is a decision tree created after an original rule set is divided based on a segmentation code, wherein the segmentation code is an N-bit binary code determined according to the number and position of '*' in each rule of the original rule set; and classifying (203, 305) the packet according to a found rule; the method characterized in that before the searching for the rule matching the packet in the at least one created decision tree, the method further comprises:dividing the original rule set into at least two sub-rule sets according to the segmentation code; and creating a decision tree for each of the sub-rule sets; wherein the dividing the original rule set into the at least two sub-rule sets according to the segmentation code comprises:using at least two bits of characters as a segment to segment each rule in the original rule set, and calculating the segmentation code corresponding to each rule; counting rules corresponding to a same segmentation code and obtaining the number of the rules, and sequencing segmentation codes according to a descending order of the numbers of rules; selecting a segmentation code corresponding to a largest number of the rules, performing, in sequence, a bit-by-bit AND operation on the selected segmentation code and each of other segmentation codes sequenced according to the numbers of the rules, using the number of '1' in a bit-by-bit AND result as a matching level to classify and sequence the segmentation codes; performing, in sequence, a continuous bit-by-bit AND operation on the segmentation codes of which the matching level is not 0 and that are sequenced according to the matching level, and when the number of '1' in a continuous bit-by-bit AND result is less than a minimum matching level, sorting a last segmentation code participating in the continuous bit-by-bit AND operation into a type of which a matching level is 0; sorting rules corresponding to the segmentation codes of which matching levels are greater than 0 into a first sub-rule set; and when the number of the rules corresponding to the segmentation codes of which a matching level is 0 is less than or equal to a first threshold, sorting the rules corresponding to the segmentation codes of which the matching level is 0 into a second sub-rule set; and when the number of the rules corresponding to the segmentation codes of which the matching level is 0 is greater than the first threshold, re-selecting a segmentation code corresponding to a largest number of the rules from the multiple segmentation codes of which the matching level is 0, and repeating the above steps to continuously divide the segmentation codes of which the matching level is 0.
A coupling configuration for a shaft of a surgical dissection tool, the coupling configuration comprising: a plurality of non-circular driving surfaces defined on the shaft, the driving surfaces having a drive area with a distal end and an opposite proximal end; a retaining surface defined adjacent the distal end; and an internal alignment bore extending into a proximal end of the shaft extending from the proximal end of the shaft to a closed end adjacent to the distal end of the drive area to mate with a tool driver. a plurality of non-circular driving surfaces defined on the shaft, the driving surfaces having a drive area with a distal end and an opposite proximal end; a retaining surface defined adjacent the distal end; and an internal alignment bore extending into a proximal end of the shaft extending from the proximal end of the shaft to a closed end adjacent to the distal end of the drive area to mate with a tool driver.
An industrial control system, comprising: an industrial controller coupled to a network to control operation of a number of field devices (16, 18, 20); a human machine interface, HMI, device communicatively coupled to the industrial controller through a first communication connection to provide an interface for a user to access and control the industrial controller; a remote managed security service provider, MSSP; and a security server comprising a memory and a processor and communicatively coupled to the HMI device and the industrial controller through a second communication connection different from the first communication connection, the security server configured to: receive a first set of security notifications from the HMI device, wherein the first set of security notifications relates to HMI device security events; receive a second set of security notifications from the industrial controller, wherein the second set of security notifications relates to industrial controller security events; and package and send the received first and second sets of security notifications to the MSSP for analysis; the MSSP configured to: determine trends in the security notifications that may point to security issues within the industrial control system. an industrial controller coupled to a network to control operation of a number of field devices (16, 18, 20); a human machine interface, HMI, device communicatively coupled to the industrial controller through a first communication connection to provide an interface for a user to access and control the industrial controller; a remote managed security service provider, MSSP; and a security server comprising a memory and a processor and communicatively coupled to the HMI device and the industrial controller through a second communication connection different from the first communication connection, the security server configured to: receive a first set of security notifications from the HMI device, wherein the first set of security notifications relates to HMI device security events; receive a second set of security notifications from the industrial controller, wherein the second set of security notifications relates to industrial controller security events; and package and send the received first and second sets of security notifications to the MSSP for analysis; receive a first set of security notifications from the HMI device, wherein the first set of security notifications relates to HMI device security events; receive a second set of security notifications from the industrial controller, wherein the second set of security notifications relates to industrial controller security events; and package and send the received first and second sets of security notifications to the MSSP for analysis; the MSSP configured to: determine trends in the security notifications that may point to security issues within the industrial control system.
A multifunctional tiltable steering column for industrial vehicles comprising a lower fixed part and an upper tiltable part articulated by means of a central articulation steering shaft, said upper part carrying a steering wheel, a dashboard containing commands being positioned in the centre of said steering wheel, said dashboard being fixed with respect to the rotating steering wheel, said steering wheel and said dashboard being movable and axially adjustable with respect to said lower fixed part, characterized in that said steering wheel extends downwards inside said upper tiltable part in a sleeve (27,27') which bears, integral with a lower end, a first bevel gear which is engaged with a second bevel gear, positioned idle on said shaft, wherein said second bevel gear is, in turn, engaged with a third bevel gear which imparts rotation to an underlying steering pump.