mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method executed by one or more processors, the method comprising: receiving a configuration script including parameters for an adapter for sending Applicability Statement 4, AS4, profile compliant payloads to an agency; identifying a conformance client from a plurality of conformance clients and at least one associated Processing Mode, P-Mode, based on the configuration script; identifying a response handler based on the configuration script, wherein the response handler is configured to receive and parse responses from the agency; identifying an integration adapter runtime component that is specific to the runtime environment based on the configuration script; generating the adapter to include the conformance client and the response handler, wherein the conformance client is associated with an authentication service, the authentication service determined based on the configuration script, wherein the at least one P-Mode is populated based on the configuration script, wherein the configuration script overrides a default value of the at least one P-Mode, wherein the authentication service is a basic authentication service, a certificate based authentication service, or a Security Assertion Markup Language authentication service defined according to the AS4 profile; generating the adapter to employ a compression protocol defined according to the configuration script to send the AS4 profile compliant payloads to the agency; and enabling the generated adapter for execution in a runtime environment, including, integrating the integration adapter runtime component into the generated adapter. receiving a configuration script including parameters for an adapter for sending Applicability Statement 4, AS4, profile compliant payloads to an agency; identifying a conformance client from a plurality of conformance clients and at least one associated Processing Mode, P-Mode, based on the configuration script; identifying a response handler based on the configuration script, wherein the response handler is configured to receive and parse responses from the agency; identifying an integration adapter runtime component that is specific to the runtime environment based on the configuration script; generating the adapter to include the conformance client and the response handler, wherein the conformance client is associated with an authentication service, the authentication service determined based on the configuration script, wherein the at least one P-Mode is populated based on the configuration script, wherein the configuration script overrides a default value of the at least one P-Mode, wherein the authentication service is a basic authentication service, a certificate based authentication service, or a Security Assertion Markup Language authentication service defined according to the AS4 profile; generating the adapter to employ a compression protocol defined according to the configuration script to send the AS4 profile compliant payloads to the agency; and enabling the generated adapter for execution in a runtime environment, including, integrating the integration adapter runtime component into the generated adapter.
A radio frequency spectrum management apparatus for a cognitive radio system comprising primary systems and secondary systems, the radio frequency spectrum management apparatus comprising: circuitry, configured to acquire, according to position variation information of respective secondary user groups in the secondary systems, path loss information at the positions before and after the movement of respective secondary user groups respectively, wherein, the secondary user group comprises one or more secondary users; and determine an adjustment to the usage of frequency spectrums of the secondary user groups, according to the variation of the path loss information at the positions before and after the movement of respective secondary user characterized by, the circuitry being further configured to: receive from secondary users signals including information of positions and information of transmitting powers; and calculate a path loss at the position where a secondary user is located according to a receiving power of the received signal and the information of transmitting power included in the received signal. circuitry, configured to acquire, according to position variation information of respective secondary user groups in the secondary systems, path loss information at the positions before and after the movement of respective secondary user groups respectively, wherein, the secondary user group comprises one or more secondary users; and determine an adjustment to the usage of frequency spectrums of the secondary user groups, according to the variation of the path loss information at the positions before and after the movement of respective secondary user characterized by, the circuitry being further configured to: receive from secondary users signals including information of positions and information of transmitting powers; and calculate a path loss at the position where a secondary user is located according to a receiving power of the received signal and the information of transmitting power included in the received signal. receive from secondary users signals including information of positions and information of transmitting powers; and calculate a path loss at the position where a secondary user is located according to a receiving power of the received signal and the information of transmitting power included in the received signal.
A method for providing a single network registration for a first application on a first processor and a second application on a second processor of a user equipment, UE, wherein the first application communicates with the network using the first processor and the second application communicates with the network using the second processor, the method comprising: initiating a network registration for the first application using a registration manager on the first processor, wherein the registration manager comprises a common stack shared by the first processor and the second processor; sending, from the second processor, first registration information for the second application to the registration manager on the first processor; and appending the network registration for the first application with the first registration information for the second application using the first processor. initiating a network registration for the first application using a registration manager on the first processor, wherein the registration manager comprises a common stack shared by the first processor and the second processor; sending, from the second processor, first registration information for the second application to the registration manager on the first processor; and appending the network registration for the first application with the first registration information for the second application using the first processor.
A thin film transistor comprising: a gate electrode; an active layer of oxide semiconductor on a substrate, the active layer including a channel region corresponding to the gate electrode, a source region, at one side of the channel region, and a drain region at the other side of the channel region; a first diffused portion formed at an upper portion of the source region of the active layer, wherein the first diffused portion is disposed on a first conductive region of the source region; and a second diffused portion formed at an upper portion of the drain region of the active layer, wherein the second diffused portion is disposed on a second conductive region of the drain region; an interlayer insulating layer on the gate electrode, the first diffused portion and the second diffused portion, wherein the interlayer insulation layer is in contact with the first diffused portion and the second diffused portion; wherein the first diffused portion and the second diffused portion include the oxide semiconductor and Si, wherein an amount of Si in each of the first diffused portion and the second diffused portion is from 1×10 22 atoms/cm 3 to 4×10 22 atoms/cm 3, wherein the interlayer insulating layer is formed of silicon dioxide (SiO 2), and wherein the first conductive region of the source region and the second conductive region of the drain region are oxygen-deficient portions. a gate electrode; an active layer of oxide semiconductor on a substrate, the active layer including a channel region corresponding to the gate electrode, a source region, at one side of the channel region, and a drain region at the other side of the channel region; a first diffused portion formed at an upper portion of the source region of the active layer, wherein the first diffused portion is disposed on a first conductive region of the source region; and a second diffused portion formed at an upper portion of the drain region of the active layer, wherein the second diffused portion is disposed on a second conductive region of the drain region; an interlayer insulating layer on the gate electrode, the first diffused portion and the second diffused portion, wherein the interlayer insulation layer is in contact with the first diffused portion and the second diffused portion; wherein the first diffused portion and the second diffused portion include the oxide semiconductor and Si, wherein an amount of Si in each of the first diffused portion and the second diffused portion is from 1×10 22 atoms/cm 3 to 4×10 22 atoms/cm 3, wherein the interlayer insulating layer is formed of silicon dioxide (SiO 2), and wherein the first conductive region of the source region and the second conductive region of the drain region are oxygen-deficient portions.
Wrapping device for a round baler, in particular of an agricultural baler for forming round-cylindrical bales, comprising means for feeding an enveloping material through a feed gap into a pressing chamber of a round baler, characterized in that at least one directing means is provided that can keep the enveloping material in contact at least in regions with at least one pressing means of the round baler, said pressing means being adjacent below the feed gap.
A method for the identification of bacterial Isolates suitable for use in bacteriotherapy, the method comprising: (i) preparing a suspension of material collected from a host harbouring microbiota, wherein the material collected from the host Is fecal material from the intended recipient of bacteriotherapy prior to the need for bacteriotherapy or from a healthy donor; (ii) addition of an activator of bacterial spores sufficient to allow growth of bacteria from spores present in the suspension, wherein the activator comprises a cholate derivative; (iii) culturing the suspension of material; and (iv) identification of a group of bacterial species wherein individual isolates identified in the resulting cultured suspension are assessed in combinations to identify subsets of the bacterial Isolates for use in, or suitable for use In, bacteriotherapy by administering the group of isolates to a mouse model and measuring a shift in the recipients' microbiota to a composition similar to that of a healthy microbiota wherein the subset comprises 3 to 6 isolates of bacteria, (i) preparing a suspension of material collected from a host harbouring microbiota, wherein the material collected from the host Is fecal material from the intended recipient of bacteriotherapy prior to the need for bacteriotherapy or from a healthy donor; (ii) addition of an activator of bacterial spores sufficient to allow growth of bacteria from spores present in the suspension, wherein the activator comprises a cholate derivative; (iii) culturing the suspension of material; and (iv) identification of a group of bacterial species wherein individual isolates identified in the resulting cultured suspension are assessed in combinations to identify subsets of the bacterial Isolates for use in, or suitable for use In, bacteriotherapy by administering the group of isolates to a mouse model and measuring a shift in the recipients' microbiota to a composition similar to that of a healthy microbiota wherein the subset comprises 3 to 6 isolates of bacteria,
An isolated Bifidobacterium adolescentis strain selected from the group consisting of DSM 29103 and a mutant of said strain which is capable of i) increasing the trans-epithelial electrical resistance of a Caco-2 cell monolayer after 10h treatment to more than 120% of TER at treatment start; ii) inducing secretion of >200 pg/ml of IL-10 when co-incubated with human PBMC derived dendritic cells; and iii) inducing an IL-10:IL-12 ratio >1 when co-incubated with human PBMC derived dendritic cells. i) increasing the trans-epithelial electrical resistance of a Caco-2 cell monolayer after 10h treatment to more than 120% of TER at treatment start; ii) inducing secretion of >200 pg/ml of IL-10 when co-incubated with human PBMC derived dendritic cells; and iii) inducing an IL-10:IL-12 ratio >1 when co-incubated with human PBMC derived dendritic cells.
A computerized mechanism for vulnerability evaluation in a layout having cells and circuitry units as interceptors, comprising at least one computerized apparatus configured to perform operations including: receiving the layout with interceptors incorporated therein at prearranged positions; virtually inducing faults in the layout by modeling a physical phenomenon that affects timings in the layout; detecting timing violations in the cells and interceptors responsive to the induced faults based on discrepancies between the timings and provided specifications thereof; and determining vulnerability of the layout to faults according to detected timing violations outside of the interceptors. receiving the layout with interceptors incorporated therein at prearranged positions; virtually inducing faults in the layout by modeling a physical phenomenon that affects timings in the layout; detecting timing violations in the cells and interceptors responsive to the induced faults based on discrepancies between the timings and provided specifications thereof; and determining vulnerability of the layout to faults according to detected timing violations outside of the interceptors.
A control apparatus for a motor-assisted bicycle for detecting a pedaling torque applied to a crankshaft with a pedaling force sensor, controlling a motor unit of the motor-assisted bicycle in a regenerative control process to charge a battery if the torque value of the detected pedaling torque is equal to or smaller than a predetermined level, and controlling the motor unit in an assistive control process if said torque value is greater than said predetermined level, characterised in that said control apparatus includes a storage unit for storing an assisted state and a regenerated state in a single event of use of the motor-assisted bicycle by a user by storing the difference of the state of charge (ΔSOC) which is the state of charge of the battery at the time the control apparatus is activated subtracted by the state of charge of the battery at the time the control apparatus is inactivated, which difference (ΔSOC) is illustrative of the assisted state and the regenerated state in a single event of use of the motor-assisted bicycle by a user, and a control quantity corrector for correcting a control quantity of the assistive control process and a control quantity of the regenerative control process based on said assisted state and said regenerated state which are stored in said storage unit.
A rack and pinion transmission assembly, comprising a pinion gear and a rack meshing with the pinion gear; wherein, the pinion gear comprises a plurality of pinion teeth, every two adjacent pinion teeth form a pinion tooth groove; the rack comprises a base with a planar top and a plurality of rack teeth disposed at intervals on the base, every two adjacent rack teeth and the base form a rack tooth groove; characterized in that the rack comprises sloped rack teeth and flat rack teeth disposed alternately in the transmission direction of the rack; both a front end surface and a rear end surface of the sloped rack teeth are planes, a plane perpendicular to the transmission direction of the rack is a first plane, and both an angle between the first plane and the front end surface and an angle between the first plane and the rear end surface are acute angles; a plane parallel to the transmission direction of the rack and perpendicular to the first plane is a second plane, both an angle between the second plane and the front end surface and an angle between the second plane and the rear end surface are acute angles; the length of the sloped rack teeth is greater than the length of the flat rack teeth in a linear direction parallel to both the first plane and the second plane; tooth flanks on two sides of the pinion teeth are respectively connected with the end surfaces of the adjacent pinion teeth by chamfer surfaces, and the two adjacent chamfer surfaces intersect at an intersection line.
A method for applying a dampening fluid to a reimageable surface of an imaging member in a variable data lithography system of a type including a body structure having formed therein a port, said port extending in a first direction substantially perpendicular to a direction of travel of said reimageable surface when in use, said port having a width at least equal to a width of said reimageable surface in said first direction, comprising: delivering dampening fluid through said port in a continuous fluid ribbon directly to said reimageable surface to thereby form a dampening fluid layer thereover; stripping an entrained air layer over said reimageable surface when said reimageable surface is in motion; and controlling the flow of dampening fluid from a reservoir to said port and from said port to said reimageable surface. delivering dampening fluid through said port in a continuous fluid ribbon directly to said reimageable surface to thereby form a dampening fluid layer thereover; stripping an entrained air layer over said reimageable surface when said reimageable surface is in motion; and controlling the flow of dampening fluid from a reservoir to said port and from said port to said reimageable surface.
A head-mounted device, comprising: a head-mounted housing; and optical modules coupled to the head-mounted housing, wherein the optical modules each comprise: an optical module support structure having an opening; a removable vision correction lens having a vision correction lens element, a frame and a magnet, wherein the frame and the magnet are received within the opening when the removable vision correction lens is mounted to the optical module support structure; a display coupled to the optical module support structure; a lens coupled to the optical module support structure that is configured to provide an image from the display to an eye box; and a ring-shaped sealing structure that surrounds a peripheral edge of the lens and that presses against a surface of the optical module support structure to prevent environmental contaminant ingress into an interior optical module region between the display and the lens. a head-mounted housing; and optical modules coupled to the head-mounted housing, wherein the optical modules each comprise: an optical module support structure having an opening; a removable vision correction lens having a vision correction lens element, a frame and a magnet, wherein the frame and the magnet are received within the opening when the removable vision correction lens is mounted to the optical module support structure; a display coupled to the optical module support structure; a lens coupled to the optical module support structure that is configured to provide an image from the display to an eye box; and a ring-shaped sealing structure that surrounds a peripheral edge of the lens and that presses against a surface of the optical module support structure to prevent environmental contaminant ingress into an interior optical module region between the display and the lens. an optical module support structure having an opening; a removable vision correction lens having a vision correction lens element, a frame and a magnet, wherein the frame and the magnet are received within the opening when the removable vision correction lens is mounted to the optical module support structure; a display coupled to the optical module support structure; a lens coupled to the optical module support structure that is configured to provide an image from the display to an eye box; and a ring-shaped sealing structure that surrounds a peripheral edge of the lens and that presses against a surface of the optical module support structure to prevent environmental contaminant ingress into an interior optical module region between the display and the lens.
Storage system with objects, in particular containers, wherein the storage system has storage places for the objects, in particular for the objects to be put into and/or taken out of storage, wherein a primary conductor is arranged in each case at one or more storage places, in particular therefore the primary conductor is stationarily arranged, wherein a voltage supply unit is detachably connected to at least one of the objects, which voltage supply unit has a secondary winding which can be inductively coupled with the primary conductor, wherein the object has an electrical load, in particular a cooling unit, wherein the electrical load is electrically supplied from the voltage supply unit, characterised in that the voltage supply unit has an actuatable, in particular switchable, magnet holder, in particular wherein the magnet holder has two permanent magnets whose relative position is variable depending on the position of an actuating element, in particular switching lever, in particular so that a magnetic detachable connection is realisable, wherein the voltage supply unit has a shielding part which is arranged between the secondary winding and the magnet holder and/or which is arranged between a ferrite core of the secondary winding and the magnet holder, wherein the shielding part directs away or deflects from the secondary winding at least part of the magnetic flux emanating from the magnet holder, in particular from the permanent magnet thereof, wherein the shielding part has - a ferrite region and - a further region, which is non-magnetic, in particular therefore amagnetic, diamagnetic, paramagnetic, and/or is made of plastic and/or of aluminium, wherein the ferrite region is arranged between the further region and the magnet holder, in particular therefore is arranged closer to the magnet holder than the further region. - a ferrite region and - a further region, which is non-magnetic, in particular therefore amagnetic, diamagnetic, paramagnetic, and/or is made of plastic and/or of aluminium,