mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving operational schedule information in at least one radio modem, the operational schedule information indicating one or more time periods within a repeating time interval during which the at least one radio modem is allowed to communicate, the method further comprising: modifying planned communications, in the at least one radio modem, to fit within the one or more time periods by changing the packet order in an activity schedule for the at least one radio modem. receiving operational schedule information in at least one radio modem, the operational schedule information indicating one or more time periods within a repeating time interval during which the at least one radio modem is allowed to communicate, the method further comprising: modifying planned communications, in the at least one radio modem, to fit within the one or more time periods by changing the packet order in an activity schedule for the at least one radio modem. modifying planned communications, in the at least one radio modem, to fit within the one or more time periods by changing the packet order in an activity schedule for the at least one radio modem.
Method for calcination of raw meal in a calciner of a cement clinker line, comprising at least the steps of: - providing at least a part of a tertiary air stream from a clinker cooler to the calciner via a classification zone of a classifier, - providing fuel to the classification zone, whereby a low weight fraction of the fuel is transported by the tertiary air stream from the classification zone into the calciner and whereby a high weight fraction passes the tertiary air stream and is collected in the classification zone, - combusting the low weight fraction in the calciner, and - reducing the mass of pieces of the high weight fraction in the classification zone by dust blasting and/or combustion and/or pyrolysis until the pieces and/or parts thereof are transported into the calciner by the tertiary air stream. - providing at least a part of a tertiary air stream from a clinker cooler to the calciner via a classification zone of a classifier, - providing fuel to the classification zone, whereby a low weight fraction of the fuel is transported by the tertiary air stream from the classification zone into the calciner and whereby a high weight fraction passes the tertiary air stream and is collected in the classification zone, - combusting the low weight fraction in the calciner, and - reducing the mass of pieces of the high weight fraction in the classification zone by dust blasting and/or combustion and/or pyrolysis until the pieces and/or parts thereof are transported into the calciner by the tertiary air stream.
Fluid dispenser comprising a media support comprising a vacuum hole array including a dense array (11, 11C, 11D, 11G) of vacuum holes and a sparse array (12, 12A, 12B, 12C, 12G) of vacuum holes, a constant pitch of the sparse array (12, 12A, 12B, 12C, 12G) being equal to a constant pitch of the dense array (11, 11C, 11D, 11G) multiplied by two or a higher integer, a media load device to load media onto the media support, a controller configured to instruct the media load device to place an origin of the media edge over the dense array (11, 11C, 11D, 11G), and place at least a portion of a media edge of the same media over the sparse array (12, 12A, 12B, 12C, 12G) so that the distance between each media edge and the nearest vacuum hole over which the respective media extends is less than the pitch of the dense array (11, 11C, 11D, 11G). place an origin of the media edge over the dense array (11, 11C, 11D, 11G), and place at least a portion of a media edge of the same media over the sparse array (12, 12A, 12B, 12C, 12G) so that the distance between each media edge and the nearest vacuum hole over which the respective media extends is less than the pitch of the dense array (11, 11C, 11D, 11G).
A method of handling SIP messages in an IMS core network, the method comprising: receiving at an IMS network entity, a SIP message, wherein the IMS network entity is in the served user's home IMS core network, wherein the SIP message is received from another network entity in the served user's home IMS core network, and wherein the SIP message includes a P-Served-User, PSU, header identifying the served user; and sending a charging output message to a charging data function, CDF, the charging output message including information from the PSU header identifying the served user. receiving at an IMS network entity, a SIP message, wherein the IMS network entity is in the served user's home IMS core network, wherein the SIP message is received from another network entity in the served user's home IMS core network, and wherein the SIP message includes a P-Served-User, PSU, header identifying the served user; and sending a charging output message to a charging data function, CDF, the charging output message including information from the PSU header identifying the served user.
A modular charge container device formed of one or more combustible modular cartridges, the combustible modular cartridge is configured to be cooperatively engaged with a further combustible modular cartridge, which may be located either above or below, wherein said combustible modular cartridge comprises two ends, a first end comprising a base portion and a second end comprising a top portion, wherein the combustible modular cartridge is formed using a substantially rigid and combustible material, said combustible modular cartridge comprises at least one wall to define a cavity, wherein the cavity further comprises at least one combustible canister, wherein said combustible canister comprises a propellant material, characterized in that the combustible canister is constructed from a flexible material, in that there is a gap between the at least one wall and the combustible canister, such as to allow the propagation of a flame front, and in that at least one spacer is located in the gap.
A computer-implemented method for managing rights to computing application functionality, comprising: under control of one or more computer systems configured with executable instructions, provisioning at least one application appliance virtual machine (220-222; 316-318) configured at least to execute at least a portion of an application, the provisioning performed at least in part by a virtual resource provider (206; 302); providing at least one user access to functionality of the application at least in part by establishing at least one communication connection (322, 324) from a user virtual machine (310, 312) to at least one interface of a plurality of interfaces maintained at least in part by said at least one application appliance virtual machine, said user virtual machine being separate from said at least one application appliance virtual machine; enforcing a condition of access to the functionality of the application, the condition of access to the functionality of the application specifying at least that the access occurs through said at least one communication connection and said at least one interface, the enforcing of the condition of access to the functionality of the application performed at least in part by the virtual resource provider; and permitting data to be conveyed through said at least one communication connection for presentation to said at least one user. under control of one or more computer systems configured with executable instructions, provisioning at least one application appliance virtual machine (220-222; 316-318) configured at least to execute at least a portion of an application, the provisioning performed at least in part by a virtual resource provider (206; 302); providing at least one user access to functionality of the application at least in part by establishing at least one communication connection (322, 324) from a user virtual machine (310, 312) to at least one interface of a plurality of interfaces maintained at least in part by said at least one application appliance virtual machine, said user virtual machine being separate from said at least one application appliance virtual machine; enforcing a condition of access to the functionality of the application, the condition of access to the functionality of the application specifying at least that the access occurs through said at least one communication connection and said at least one interface, the enforcing of the condition of access to the functionality of the application performed at least in part by the virtual resource provider; and permitting data to be conveyed through said at least one communication connection for presentation to said at least one user.
A resonant sensor for detecting a specific environmental analyte, the resonant sensor comprising a top conductive layer of two ground conductors and a center signal line, a bottom conductive layer of two ground lines shunted together by a shunt line and a sensing layer positioned between the top conductive layer and the bottom conductive layer, wherein: the shunt line acts as an inductor and has a non-linear pattern; a capacitor is created by the overlap of the center signal line of the top conductive layer and the shunt line of the bottom conductive layer; and electrical properties of the sensing layer change in response to binding the specific environmental analyte with the sensing layer. the shunt line acts as an inductor and has a non-linear pattern; a capacitor is created by the overlap of the center signal line of the top conductive layer and the shunt line of the bottom conductive layer; and electrical properties of the sensing layer change in response to binding the specific environmental analyte with the sensing layer.
A coating composition comprising components A and B, wherein component A comprises: i) 15 to 70 wt% of one or more epoxy-based binder, relative to the total weight of component A; ii) 20 to 60 wt% water, relative to the total weight of component A; wherein component B comprises: i) an amine based curing agent comprising a cyclic structure; and ii) a silane and wherein component B comprises less than 5 wt% water, relative to the total weight of component B. wherein component A comprises: i) 15 to 70 wt% of one or more epoxy-based binder, relative to the total weight of component A; ii) 20 to 60 wt% water, relative to the total weight of component A; wherein component B comprises: i) an amine based curing agent comprising a cyclic structure; and ii) a silane i) 15 to 70 wt% of one or more epoxy-based binder, relative to the total weight of component A; ii) 20 to 60 wt% water, relative to the total weight of component A; wherein component B comprises: i) an amine based curing agent comprising a cyclic structure; and ii) a silane i) an amine based curing agent comprising a cyclic structure; and ii) a silane and wherein component B comprises less than 5 wt% water, relative to the total weight of component B.
A prespray processing method comprising: a broken surface forming step of alternately forming groove parts and ridge parts on a surface of a member where a thermal spray coating is to be formed, and forming broken surfaces on tips of the ridge parts by using a cutting tool, wherein the broken surfaces are finer than concavo-convex shaped portions formed of the groove parts and the ridge parts; and a finely roughened portion forming step of forming finely roughened portions on the groove parts by performing a process on the groove parts by use of a finely roughened portion forming device, wherein the finely roughened portions are finer than the broken surfaces. a broken surface forming step of alternately forming groove parts and ridge parts on a surface of a member where a thermal spray coating is to be formed, and forming broken surfaces on tips of the ridge parts by using a cutting tool, wherein the broken surfaces are finer than concavo-convex shaped portions formed of the groove parts and the ridge parts; and a finely roughened portion forming step of forming finely roughened portions on the groove parts by performing a process on the groove parts by use of a finely roughened portion forming device, wherein the finely roughened portions are finer than the broken surfaces.
A sensor assembly for analysis of physical parameters and chemical constituents of small volume samples of bodily fluids, the assembly comprising: a sensor panel with an upper surface and a lower surface and at least two analyte sensors located on the lower surface; a sensor cartridge base with a fluid inlet and outlet and a contoured fluid pathway extending between the inlet and the outlet, wherein the contoured fluid pathway expands in proximity to each analyte sensor and narrows when traversing away from each analyte sensor, and as a fluid sample is input at the fluid inlet, the fluid traverses along the fluid pathway in contact with the at least one analyte sensor, characterized in that the sensor assembly further comprises an adhesive layer with a tacky upper and lower surface, first and second longitudinal edges and a contoured fluid pathway cutout spanning proximate the first and second longitudinal edges, the upper surface of the adhesive layer secured to the lower surface of the sensor panel; and wherein the volumetric capacity of the contoured fluid pathway between the fluid inlet and the fluid outlet is in the range of from 20 to 35μl. a sensor panel with an upper surface and a lower surface and at least two analyte sensors located on the lower surface; a sensor cartridge base with a fluid inlet and outlet and a contoured fluid pathway extending between the inlet and the outlet, wherein the contoured fluid pathway expands in proximity to each analyte sensor and narrows when traversing away from each analyte sensor, and as a fluid sample is input at the fluid inlet, the fluid traverses along the fluid pathway in contact with the at least one analyte sensor, characterized in that the sensor assembly further comprises an adhesive layer with a tacky upper and lower surface, first and second longitudinal edges and a contoured fluid pathway cutout spanning proximate the first and second longitudinal edges, the upper surface of the adhesive layer secured to the lower surface of the sensor panel; and wherein the volumetric capacity of the contoured fluid pathway between the fluid inlet and the fluid outlet is in the range of from 20 to 35μl.
An infant playpen apparatus comprising: a playpen frame having two opposite and parallel side frame portions, each of the two side frame portions including two tubular segments, and a hinge that pivotally connects the two tubular segments; two rail structures (142, 242, 342) respectively affixed with the two side frame portions of the playpen frame; a support platform (144, 244, 344) operable to assemble with and detach from the rail structures (142, 242, 342); and two coupling structures (146, 246, 346) connected with the support platform (144, 244, 344) and operable to respectively assemble with the two rail structures (142, 242, 342) for sliding displacement, wherein at least one of the two coupling structures (146, 246, 346) includes a latch (180, 256, 358) operable to lock a connection of the support platform (144, 244, 344) with the rail structure (142, 242, 342) so that the support platform (144, 244, 344) and the coupling structure (146, 246, 346) are movable in unison along the rail structures (142, 242, 342) past the hinge on each of the two side frame portions, and to unlock the connection of the support platform (144, 244, 344) with the rail structure (142, 242, 342) for removing the support platform (144, 244, 344) from the rail structure (142, 242, 342). a playpen frame having two opposite and parallel side frame portions, each of the two side frame portions including two tubular segments, and a hinge that pivotally connects the two tubular segments; two rail structures (142, 242, 342) respectively affixed with the two side frame portions of the playpen frame; a support platform (144, 244, 344) operable to assemble with and detach from the rail structures (142, 242, 342); and two coupling structures (146, 246, 346) connected with the support platform (144, 244, 344) and operable to respectively assemble with the two rail structures (142, 242, 342) for sliding displacement, wherein at least one of the two coupling structures (146, 246, 346) includes a latch (180, 256, 358) operable to lock a connection of the support platform (144, 244, 344) with the rail structure (142, 242, 342) so that the support platform (144, 244, 344) and the coupling structure (146, 246, 346) are movable in unison along the rail structures (142, 242, 342) past the hinge on each of the two side frame portions, and to unlock the connection of the support platform (144, 244, 344) with the rail structure (142, 242, 342) for removing the support platform (144, 244, 344) from the rail structure (142, 242, 342).
An ultrasonic diagnostic apparatus comprising: a display; a memory configured to store one or more instructions; and a processor configured to execute the one or more instructions stored in the memory, wherein the processor is configured to: acquire a plurality of pieces of elastic data about an object and then generate a plurality of elastic images based on the plurality of pieces of elastic data, acquire reliability information for elasticity values respectively included in the plurality of elastic images, determine quality information for each of the plurality of elastic images based on a proportion of a region where the reliability information is greater than or equal to a threshold value set by a user input from among the entire region of interest from which the elastic data is acquired, determine at least one recommended elastic image from which an elasticity value is acquired from among the plurality of elastic images based on the quality information, and control the display to display the at least one determined recommended elastic image. a display; a memory configured to store one or more instructions; and a processor configured to execute the one or more instructions stored in the memory, wherein the processor is configured to: acquire a plurality of pieces of elastic data about an object and then generate a plurality of elastic images based on the plurality of pieces of elastic data, acquire reliability information for elasticity values respectively included in the plurality of elastic images, determine quality information for each of the plurality of elastic images based on a proportion of a region where the reliability information is greater than or equal to a threshold value set by a user input from among the entire region of interest from which the elastic data is acquired, determine at least one recommended elastic image from which an elasticity value is acquired from among the plurality of elastic images based on the quality information, and control the display to display the at least one determined recommended elastic image. acquire a plurality of pieces of elastic data about an object and then generate a plurality of elastic images based on the plurality of pieces of elastic data, acquire reliability information for elasticity values respectively included in the plurality of elastic images, determine quality information for each of the plurality of elastic images based on a proportion of a region where the reliability information is greater than or equal to a threshold value set by a user input from among the entire region of interest from which the elastic data is acquired, determine at least one recommended elastic image from which an elasticity value is acquired from among the plurality of elastic images based on the quality information, and control the display to display the at least one determined recommended elastic image.
A GLYX peptide for use in a method for treating a patient suffering from Alzheimer's disease, Parkinson's disease or Huntington's disease, wherein the GLYX peptide is GLYX-13 having the structure of Formula I:
A method for dry calibrating an ultrasonic meter, comprising: disposing a fan within a multipath ultrasonic flow meter having chords at different elevations within the flow meter; sealing each end of the flow meter with a blind flange; circulating fluid in the flow meter by operation of the fan; measuring an acoustic signal transit time within the flow meter during the circulating; and determining, based on the measuring, a portion of the acoustic signal transit time caused by delay induced by components (112, 113, 140) of the flow meter. disposing a fan within a multipath ultrasonic flow meter having chords at different elevations within the flow meter; sealing each end of the flow meter with a blind flange; circulating fluid in the flow meter by operation of the fan; measuring an acoustic signal transit time within the flow meter during the circulating; and determining, based on the measuring, a portion of the acoustic signal transit time caused by delay induced by components (112, 113, 140) of the flow meter.
A pharmaceutical composition comprising a dose of at least 2x10 7 TCID 50 of a modified vaccinia Ankara virus in an oil and water emulsion, wherein the composition induces at least a 2-fold higher level of vaccinia neutralizing antibodies at 26 days after immunization when compared to the same composition in the absence of the emulsion in an animal.
A low retraction activation force plunger sub-assembly for an automatic injector comprising: a plunger outer having one or more engagement prongs, a plunger inner having a shoulder (21 0A), and a plunger biasing member retained in a first energized state between said plunger outer and plunger inner when the engagement prongs of the plunger outer are releasably engaged with the shoulder (21 0A) of the plunger inner, wherein disengagement of the engagement prongs with the shoulder (21 0A) of the plunger inner allows the plunger biasing member to expand from the first energized state to a second expanded state to retract the plunger inner with respect to the plunger outer. a plunger outer having one or more engagement prongs, a plunger inner having a shoulder (21 0A), and a plunger biasing member retained in a first energized state between said plunger outer and plunger inner when the engagement prongs of the plunger outer are releasably engaged with the shoulder (21 0A) of the plunger inner, wherein disengagement of the engagement prongs with the shoulder (21 0A) of the plunger inner allows the plunger biasing member to expand from the first energized state to a second expanded state to retract the plunger inner with respect to the plunger outer.