mhurhangee/patent-ind-claim-en huggingface dataset:
An instrument for detection and quantification of biomarkers, the instrument comprising: • a sample holder configured to support at least two sample wells ; • a funnel arrangement comprising a funnel structure comprising a bowl comprising plural channels configured to drain into the at least two sample wells, and a filtering membrane coupled to the funnel structure. • at least one motor and a sample platform arranged for moving the sample holder between two or more stations in the instrument, wherein a first station is a sample loading station; • an agitator located at an agitation station and configured to receive and couple to the sample holder; • a processor configured to activate the agitator, after receipt of the sample holder at the agitation station, for a preset assay-specific agitation period during an incubation phase of the assay, wherein the incubation phase initiates when a sample suspected to contain a target biomarker has been introduced into a solution in at least one of the sample wells, and wherein the solution contains at least one detection binding agent for the target biomarker and the at least one sample well contains an immobilized binding agent; and • an optical detector arranged to detect radiation from the at least one sample well and produce a signal representative of the detected radiation, wherein the processor is further configured to process the signal to calculate a concentration of the target biomarker. • a sample holder configured to support at least two sample wells ; • a funnel arrangement comprising a funnel structure comprising a bowl comprising plural channels configured to drain into the at least two sample wells, and a filtering membrane coupled to the funnel structure. • at least one motor and a sample platform arranged for moving the sample holder between two or more stations in the instrument, wherein a first station is a sample loading station; • an agitator located at an agitation station and configured to receive and couple to the sample holder; • a processor configured to activate the agitator, after receipt of the sample holder at the agitation station, for a preset assay-specific agitation period during an incubation phase of the assay, wherein the incubation phase initiates when a sample suspected to contain a target biomarker has been introduced into a solution in at least one of the sample wells, and wherein the solution contains at least one detection binding agent for the target biomarker and the at least one sample well contains an immobilized binding agent; and • an optical detector arranged to detect radiation from the at least one sample well and produce a signal representative of the detected radiation, wherein the processor is further configured to process the signal to calculate a concentration of the target biomarker.
A portable infusion pump system , comprising: a pump device including a pump housing that defines a space to receive a medicine, a drive system positioned in the pump housing to dispense the medicine from the pump device when the medicine is received in the space of the pump housing, and a structure positioned in the pump housing that defines an open airflow passageway so dimensioned to inhibit ingress of liquid to an interior of the pump housing and provide air pressure equilibrium between an exterior of the pump housing and the interior of the pump housing; and a controller device removably attachable to the pump housing so as to electrically connect with the pump device, wherein the controller device houses control circuitry configured to communicate with the drive system positioned in the pump housing to control dispensation of the medicine from the pump device, characterised in that the structure positioned in the pump housing that defines the open airflow passageway comprises an ingress tube having a longitudinal length that is greater than a lateral width of the ingress tube, the open airflow passageway of the ingress tube being exposed to both an exterior of the pump housing and an interior of the pump housing. a pump device including a pump housing that defines a space to receive a medicine, a drive system positioned in the pump housing to dispense the medicine from the pump device when the medicine is received in the space of the pump housing, and a structure positioned in the pump housing that defines an open airflow passageway so dimensioned to inhibit ingress of liquid to an interior of the pump housing and provide air pressure equilibrium between an exterior of the pump housing and the interior of the pump housing; and a controller device removably attachable to the pump housing so as to electrically connect with the pump device, wherein the controller device houses control circuitry configured to communicate with the drive system positioned in the pump housing to control dispensation of the medicine from the pump device, characterised in that the structure positioned in the pump housing that defines the open airflow passageway comprises an ingress tube having a longitudinal length that is greater than a lateral width of the ingress tube, the open airflow passageway of the ingress tube being exposed to both an exterior of the pump housing and an interior of the pump housing.
A screw with cutting teeth comprising: a shank including a front section , a rear section spaced from the front section along a longitudinal axis (X) of the shank , and an intermediate section between the front and rear sections , with the intermediate section having circular cross sections, with the front section having roughly triangular cross sections and provided with a plurality of separate raised teeth circumferentially; and a first thread spirally formed on the shank and including a plurality of thread convolutions , with a pitch (P) defined between two adjacent thread convolutions ; wherein the front section extends for at least two pitches (P) along the longitudinal axis of the shank , with each raised tooth protruding from the front section and located between two adjacent thread convolutions , with each raised tooth extending for at least one pitch (P) along the longitudinal axis (X) ; characterized in that a stem diameter (D2) of the intermediate section is greater than a stem diameter (D3) of the front section , with an outer diameter (D4) defined at the tip of the raised tooth and being greater than the stem diameter (D2) of the intermediate section . a shank including a front section , a rear section spaced from the front section along a longitudinal axis (X) of the shank , and an intermediate section between the front and rear sections , with the intermediate section having circular cross sections, with the front section having roughly triangular cross sections and provided with a plurality of separate raised teeth circumferentially; and a first thread spirally formed on the shank and including a plurality of thread convolutions , with a pitch (P) defined between two adjacent thread convolutions ; wherein the front section extends for at least two pitches (P) along the longitudinal axis of the shank , with each raised tooth protruding from the front section and located between two adjacent thread convolutions , with each raised tooth extending for at least one pitch (P) along the longitudinal axis (X) ; characterized in that a stem diameter (D2) of the intermediate section is greater than a stem diameter (D3) of the front section , with an outer diameter (D4) defined at the tip of the raised tooth and being greater than the stem diameter (D2) of the intermediate section .
A message transmission method applied to a relay node in a blockchain relay communication network, comprising: receiving a plurality of message packets corresponding to a message to be transmitted, each of the plurality of message packets being configured to record a partial message content of the message to be transmitted; parsing a received message packet, among the plurality of message packets, to obtain encapsulation information of the message to be transmitted, the encapsulation information being configured to indicate a type of a blockchain message located behind the encapsulation information in the message to be transmitted; determining whether the type of the blockchain message is a block synchronization message; and if the encapsulation information indicates that the blockchain message is a block synchronization message, forwarding the received message packet, without receiving all of the plurality of message packets corresponding to the message to be transmitted, to a target blockchain node or to a target relay node in the blockchain relay communication network and connected to the target blockchain node. receiving a plurality of message packets corresponding to a message to be transmitted, each of the plurality of message packets being configured to record a partial message content of the message to be transmitted; parsing a received message packet, among the plurality of message packets, to obtain encapsulation information of the message to be transmitted, the encapsulation information being configured to indicate a type of a blockchain message located behind the encapsulation information in the message to be transmitted; determining whether the type of the blockchain message is a block synchronization message; and if the encapsulation information indicates that the blockchain message is a block synchronization message, forwarding the received message packet, without receiving all of the plurality of message packets corresponding to the message to be transmitted, to a target blockchain node or to a target relay node in the blockchain relay communication network and connected to the target blockchain node.
A biomaterial engineered to display a FasL protein, wherein the biomaterial is a hydrogel, wherein the hydrogel comprises a chimeric FasL protein comprising a FasL moiety and a streptavidin or avidin moiety conjugated via biotin to the hydrogel.
A compound represented by Chemical Formula 1A or Chemical Formula 1B: wherein, in Chemical Formula 1A and Chemical Formula 1B, X is O, Z is hydrogen, or deuterium, L 1 and L 2 are each independently a single bond, or a substituted or unsubstituted phenylene group, and R a , R b , and R 1 to R 6 are each independently hydrogen, deuterium, or a phenyl group; and R 7 is a substituted or unsubstituted C6 to C20 aryl group; wherein the substituents are selected from the groupp comprising a deuterium, a C 1 to C 5 alkyl group, a C 6 to C 18 aryl group, or a cyano group. X is O, Z is hydrogen, or deuterium, L 1 and L 2 are each independently a single bond, or a substituted or unsubstituted phenylene group, and R a , R b , and R 1 to R 6 are each independently hydrogen, deuterium, or a phenyl group; and R 7 is a substituted or unsubstituted C6 to C20 aryl group; wherein the substituents are selected from the groupp comprising a deuterium, a C 1 to C 5 alkyl group, a C 6 to C 18 aryl group, or a cyano group.
A vegetation management system that analyzes, using remote sensing data obtained by photographing, with remote sensing, a facility and vegetation that are analysis targets, a risk that the vegetation comes into contact with the facility, the vegetation management system comprising: a vegetation classification unit that classifies the vegetation photographed in the remote sensing data; a long-term change prediction unit that predicts, based on a classification result of the vegetation by the vegetation classification unit and the remote sensing data, long-term wide-area fluctuation that is range fluctuation of the vegetation in a predetermined long-term time sequence; a short-term change prediction unit that predicts, based on the classification result of the vegetation by the vegetation classification unit and the remote sensing data, short-term wide-area fluctuation that is range fluctuation of the vegetation in a predetermined short-term time sequence; a risk determination unit that determines, based on a prediction result by the long-term change prediction unit and a prediction result by the short-term change prediction unit, a risk due to contact of the vegetation and the facility; and a visualization unit that visualizes a determination result of the risk by the risk determination unit. a vegetation classification unit that classifies the vegetation photographed in the remote sensing data; a long-term change prediction unit that predicts, based on a classification result of the vegetation by the vegetation classification unit and the remote sensing data, long-term wide-area fluctuation that is range fluctuation of the vegetation in a predetermined long-term time sequence; a short-term change prediction unit that predicts, based on the classification result of the vegetation by the vegetation classification unit and the remote sensing data, short-term wide-area fluctuation that is range fluctuation of the vegetation in a predetermined short-term time sequence; a risk determination unit that determines, based on a prediction result by the long-term change prediction unit and a prediction result by the short-term change prediction unit, a risk due to contact of the vegetation and the facility; and a visualization unit that visualizes a determination result of the risk by the risk determination unit.
A method of anodizing a bonded assembly , comprising: attaching a first electrode to a first component of the bonded assembly , the bonded assembly comprising: the first component , and a second component bonded to the first component , wherein the second component is electrically isolated from the first component ; attaching a second electrode to the second component of the bonded assembly ; and forming a first oxide layer on the first component and a second oxide layer on the second component ; wherein attaching the second electrode to the second component comprises contacting the second component with a first arm of the second electrode , and disposing an insulator between a second arm of the second electrode and the first component . attaching a first electrode to a first component of the bonded assembly , the bonded assembly comprising: the first component , and a second component bonded to the first component , wherein the second component is electrically isolated from the first component ; the first component , and a second component bonded to the first component , wherein the second component is electrically isolated from the first component ; attaching a second electrode to the second component of the bonded assembly ; and forming a first oxide layer on the first component and a second oxide layer on the second component ; wherein attaching the second electrode to the second component comprises contacting the second component with a first arm of the second electrode , and disposing an insulator between a second arm of the second electrode and the first component .
A method of registering a smart key for construction machinery, the method comprising: generating a first password in a smart key module mounted in a construction machine ; providing a user setting graphic interface through which a user can input a password, in the smart key module , to the user; generating and providing a second password identical to the first password, in a user terminal , to the user; comparing the password inputted by the user with the first password in the smart key module to authenticate; and registering an authentication code (FIB1, FID2, FID3, FID4, FID5, FID6) of a near smart key that is recognized by the smart key module as a new registration authentication code (FIB1, FID2, FID3, FID4, FID5, FID6) when the inputted password is authenticated, wherein generating the first password comprises creating cryptographic variables by combining construction machinery information, date and time; and generating the second password comprises creating cryptographic variables by combining construction machinery information, date and time. generating a first password in a smart key module mounted in a construction machine ; providing a user setting graphic interface through which a user can input a password, in the smart key module , to the user; generating and providing a second password identical to the first password, in a user terminal , to the user; comparing the password inputted by the user with the first password in the smart key module to authenticate; and registering an authentication code (FIB1, FID2, FID3, FID4, FID5, FID6) of a near smart key that is recognized by the smart key module as a new registration authentication code (FIB1, FID2, FID3, FID4, FID5, FID6) when the inputted password is authenticated, wherein generating the first password comprises creating cryptographic variables by combining construction machinery information, date and time; and generating the second password comprises creating cryptographic variables by combining construction machinery information, date and time.
A control system for a vehicle , comprising: a driving force source configured to generate torque for driving drive wheels of the vehicle ; a steering wheel configured to be operated by a driver; a steering angle sensor configured to detect a steering angle corresponding to operation of the steering wheel ; and a controller configured to, based on the steering angle detected by the steering angle sensor , reduce the torque generated by the driving force source to add deceleration to the vehicle when the steering wheel is being turned from a neutral position in one direction, characterized in that the controller is configured to increase the torque to add acceleration to the vehicle when the steering wheel is being turned back to the neutral position in the other, returning direction, wherein the controller is configured to control the torque generated by the driving force source , when the steering wheel is being turned back in the returning direction from a state where the steering wheel is turned in the one direction, in dependence of a steering angle so as to reduce the forward acceleration added to the vehicle before the steering wheel returns to a neutral position, and is configured to control the torque generated by the driving force source , when the steering wheel is then being turned in the other direction after passing through the neutral position, so as not to add a forward acceleration to the vehicle . a driving force source configured to generate torque for driving drive wheels of the vehicle ; a steering wheel configured to be operated by a driver; a steering angle sensor configured to detect a steering angle corresponding to operation of the steering wheel ; and a controller configured to, based on the steering angle detected by the steering angle sensor , reduce the torque generated by the driving force source to add deceleration to the vehicle when the steering wheel is being turned from a neutral position in one direction, characterized in that the controller is configured to increase the torque to add acceleration to the vehicle when the steering wheel is being turned back to the neutral position in the other, returning direction, wherein the controller is configured to control the torque generated by the driving force source , when the steering wheel is being turned back in the returning direction from a state where the steering wheel is turned in the one direction, in dependence of a steering angle so as to reduce the forward acceleration added to the vehicle before the steering wheel returns to a neutral position, and is configured to control the torque generated by the driving force source , when the steering wheel is then being turned in the other direction after passing through the neutral position, so as not to add a forward acceleration to the vehicle .
Dental implant with a prosthetic interface in its cervical area , a core and at least one thread that extends from the cervical area to an opposite apical area , wherein the thread has recesses on which a cutting edge for cutting bones is arranged, the respective cutting edge being arranged on the rear of the recess seen in the direction of rotation of the dental implant on insertion, wherein the respective recess has a cutting area on which the cutting edge is arranged, and adjoining the cutting area a compacting area for compacting bone tissue , characterised in that the respective recess with cutting areas and compacting area has an essentially sinusoidal contour, and wherein the compacting area is rounded in design and in cross-section seen in the coronal direction from a next point of maximum recess depth in the radial direction of the middle axis , has an S-curve starting from the concavity there, and wherein the opening angle (α) of the respective recess is an acute angle, and wherein the cutting area is rounded in design and in a cross-section seen in the coronal direction from a next point of maximum recess in the radial direction of the middle axis in the direction of the cutting edge has a contour with a constant radius which transitions into a straight section. the respective recess has a cutting area on which the cutting edge is arranged, and adjoining the cutting area a compacting area for compacting bone tissue , characterised in that the respective recess with cutting areas and compacting area has an essentially sinusoidal contour, and wherein the compacting area is rounded in design and in cross-section seen in the coronal direction from a next point of maximum recess depth in the radial direction of the middle axis , has an S-curve starting from the concavity there, and wherein the opening angle (α) of the respective recess is an acute angle, and wherein the cutting area is rounded in design and in a cross-section seen in the coronal direction from a next point of maximum recess in the radial direction of the middle axis in the direction of the cutting edge has a contour with a constant radius which transitions into a straight section.
Use of a resin composition containing in a thermoplastic resin ultrafine metal particles of an average particle size of 1 to 100 nm, having a bond between a fatty acid component and the metal, said ultrafine metal particles being the ones formed in the thermoplastic resin by blending the thermoplastic resin with the fatty acid metal salt in an amount of 0.001 to 5 parts by weight per 100 parts by weight of the resin followed by heating, characterised in that the resin composition is used to inactivate microproteinous allergenic substances by bringing the resin composition into contact with the allergenic substances.