mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: (a) a low molecular weight silk fibroin composition comprising a population of silk fibroin fragments having a range of molecular weights, characterized in that no more than 15% of total number of the silk fibroin fragments in the population has a molecular weight exceeding 200 kDa, and at least 50% of the total number of the silk fibroin fragments in the population has a molecular weight within a specified range, wherein the specified range is between a lower limit of not less than 3.5 kDa and an upper limit of not more than 120 kDa; and (b) an active agent distributed in said low molecular weight silk fibroin composition; wherein the composition is in a solid form which can be solubilized in water to form a silk fibroin solution substantially free of silk fibroin aggregates. (a) a low molecular weight silk fibroin composition comprising a population of silk fibroin fragments having a range of molecular weights, characterized in that no more than 15% of total number of the silk fibroin fragments in the population has a molecular weight exceeding 200 kDa, and at least 50% of the total number of the silk fibroin fragments in the population has a molecular weight within a specified range, wherein the specified range is between a lower limit of not less than 3.5 kDa and an upper limit of not more than 120 kDa; and (b) an active agent distributed in said low molecular weight silk fibroin composition;
A computer-implemented method to configure an external network based on conditions in a software-defined networking, SDN, enabled network comprising a private cloud network, wherein the external network is external to the SDN enabled network and comprises a public cloud network, the method comprising: applying, by an application, an input filter to an ingress port of a first network element in the SDN network for monitoring one or more network flows traversing the ingress port of first network element using an application programming interface, API, the API abstracting a control plane of the network element to permit the application to monitor and control data traffic traversing the ingress port of first network element; monitoring, by the input filter, a load attribute of the one or more network flows traversing the ingress port of the first network element; upon determining that the load attribute exceeds a predefined threshold, issuing, by the input filter, a high load notification to the application; provisioning (240, 320), by the application, an additional service on the external network; wherein a service is the provisioning of scalable computing resources over a network; and extending, by the application, the SDN enabled network to include the additional service on the external network, wherein extending the SDN enabled network creates a hybrid network comprising the private cloud network and the public cloud network. applying, by an application, an input filter to an ingress port of a first network element in the SDN network for monitoring one or more network flows traversing the ingress port of first network element using an application programming interface, API, the API abstracting a control plane of the network element to permit the application to monitor and control data traffic traversing the ingress port of first network element; monitoring, by the input filter, a load attribute of the one or more network flows traversing the ingress port of the first network element; upon determining that the load attribute exceeds a predefined threshold, issuing, by the input filter, a high load notification to the application; provisioning (240, 320), by the application, an additional service on the external network; wherein a service is the provisioning of scalable computing resources over a network; and extending, by the application, the SDN enabled network to include the additional service on the external network, wherein extending the SDN enabled network creates a hybrid network comprising the private cloud network and the public cloud network.
A method comprising: receiving a packet at a port of a network device; determining a processing decision in a first processing decision path based on content of the packet and one or more network policies; determining, in parallel with the determining performed in the first processing decision path, a processing decision in a second processing decision path by accessing a table storing processing decisions, and which second processing decision path outputting the processing decision faster than the first processing decision path by accessing the table storing the processing decisions for the packets that match the one or more particular packet flow parameters contained in the table, wherein the processing decision made by the first and second processing decision paths is at least one of forwarding, switching, bypassing and dropping of the packet; and using a processing decision determined by the second processing decision path, if one can be made, and otherwise using a processing decision determined by the first processing decision path. receiving a packet at a port of a network device; determining a processing decision in a first processing decision path based on content of the packet and one or more network policies; determining, in parallel with the determining performed in the first processing decision path, a processing decision in a second processing decision path by accessing a table storing processing decisions, and which second processing decision path outputting the processing decision faster than the first processing decision path by accessing the table storing the processing decisions for the packets that match the one or more particular packet flow parameters contained in the table, wherein the processing decision made by the first and second processing decision paths is at least one of forwarding, switching, bypassing and dropping of the packet; and using a processing decision determined by the second processing decision path, if one can be made, and otherwise using a processing decision determined by the first processing decision path.
Method for checking program execution of a microcontroller relating to a peripheral device, wherein the peripheral device is in data communication with the microcontroller via a communication bus the method comprising the following steps: a) monitoring the microcontroller by an external device, b) identifying a failure status of the microcontroller by the external device based on the monitoring of step a), and as reaction on the failure of the microcontroller identified in step b), c) disconnecting the data communication between the peripheral device and the microcontroller by the external device, d) establishing a supplementary data communication between the external device and the peripheral device, and e) sending configuration information to the peripheral device by the external device via the supplementary data communication. a) monitoring the microcontroller by an external device, b) identifying a failure status of the microcontroller by the external device based on the monitoring of step a), c) disconnecting the data communication between the peripheral device and the microcontroller by the external device, d) establishing a supplementary data communication between the external device and the peripheral device, and e) sending configuration information to the peripheral device by the external device via the supplementary data communication.
An X-ray reflecting device comprising a plurality of the X-ray reflecting mirrors, each of a plurality of the X-ray reflecting mirrors comprising a silicon plate body subjected to plastic deformation, and a reflecting surface having a degree of smoothness available for X-ray total reflection, wherein the reflecting surface is formed in a given curved surface shape by means of the plastic deformation so as to include a part of a paraboloid of revolution and a part of a hyperboloid of revolution in a single silicon plate body; and wherein a plurality of the X-ray reflecting mirrors are arranged around a straight line so that the straight line becomes a rotation axis for the X-ray reflecting mirrors, and wherein an angle of each of the X-ray reflecting mirrors is set to allow X-rays entering parallel to the axis to be totally reflected once at each of the paraboloid-of-revolution surface and the hyperboloid-of revolution surface, and then converged.
Oil binding agents and binding agents for solvents from the group of pentane, n-or cyclo-hexane, n- or cyclo-heptane, octane, nonane, decane, toluene, xylene, mesitylene, phenol, dioxines, anilines, petrols, diesel fuels, light petrols, aviation petrols on wax base, characterized in that waxes from the group of synthetic waxes, vegetable waxes, decomposing waxes or natural waxes from the melt in the melt spinning process are atomized and laid to form a fibrously felted waxy wool.
A fluid level detection system, comprising: a probe, the probe including a conductive trace extending along at least a portion of the probe, the probe being positioned within an interior of a tank, the tank containing a fluid with a level, and at least a portion of the probe being in contact with the fluid; a pulse generator, the pulse generator adapted to supply a pulse to the probe for transmission along the conductive trace; a timer, the timer adapted to identify a first time, corresponding to a transmission time of the pulse, and a second time, corresponding to a receipt time of a reflected pulse; a comparator, the comparator adapted to receive at least the reflected pulse from the probe and to determine a value for the reflected pulse; characterised by a connecting region forming at least a portion of the probe, the connecting region including a plurality of channels (318A-D) to separately receive the pulse from the pulse generator; and a launch zone formed in the connection region corresponding to a trace pattern having a longer length than a connection region length to provide a time delay between transmission of the signal and entry of the signal at a sensor zone of the probe. a probe, the probe including a conductive trace extending along at least a portion of the probe, the probe being positioned within an interior of a tank, the tank containing a fluid with a level, and at least a portion of the probe being in contact with the fluid; a pulse generator, the pulse generator adapted to supply a pulse to the probe for transmission along the conductive trace; a timer, the timer adapted to identify a first time, corresponding to a transmission time of the pulse, and a second time, corresponding to a receipt time of a reflected pulse; a comparator, the comparator adapted to receive at least the reflected pulse from the probe and to determine a value for the reflected pulse; characterised by a connecting region forming at least a portion of the probe, the connecting region including a plurality of channels (318A-D) to separately receive the pulse from the pulse generator; and a launch zone formed in the connection region corresponding to a trace pattern having a longer length than a connection region length to provide a time delay between transmission of the signal and entry of the signal at a sensor zone of the probe.
A liquid composition comprising at least one immune-modulatory macrolide compound and an essentially cell-free blood hemolysate, wherein said immune-modulatory macrolide is at least one immune-modulatory macrolide selected from Everolimus, Sirolimus, Tacrolimus, Pimecrolimus and Temsirolimus, and wherein essentially cell free is a number of less than 10 viable cells/ml.
Method for producing a connector end of a pipeline, which is configured for a pipe connection, wherein a wall region of a pipeline end piece is formed by the interaction of at least one first tool which at least has a clamping effect, and of one second tool which at least has a forming effect, wherein a ring which circumferentially encloses the external diameter of the pipeline is employed, which ring prior to forming the wall region by way of the first tool is pressed onto the initially available external diameter (DA 0) of the pipeline end piece and after forming remains so as to be captive on the pipeline end piece, wherein the ring during forming forms a component part of the first tool in that said ring secures the pipeline against a radial, circumferential and axial relative movement in relation to the first tool and hereby forms the entire clamping region of the first tool, characterized in that the ring which circumferentially encloses the external diameter of the pipeline is configured as a sleeve body which at least in a region of the internal circumference which faces away from the face side of the connector end has a plurality of teeth which are inwardly directed radially and which during forming configure a form-fit between the pipeline end piece and the ring, wherein a negative profile of the teeth is generated on the external circumference of the pipeline end piece.
Tyre having a radial carcass reinforcement comprising a crown reinforcement formed of at least two working crown layers of reinforcing elements (41, 43), each formed of reinforcing elements inserted between two calendering layers of rubber compound, itself being capped radially with a tread, said tread being joined to two beads via two sidewalls, the crown reinforcement comprising at least one layer of circumferential reinforcing elements, the tensile elastic modulus at 10% elongation of at least one calendering layer of at least one working crown layer (41, 43) being greater than 9 MPa, the measurement of said modulus being performed under tension according to standard AFNOR-NFT-46002 of September 1988 in normal temperature and relative humidity conditions according to standard AFNOR-NFT-40101 of December 1979 and the maximum value of tan(δ), denoted tan(δ)max, of said at least one calendering layer of at least one working crown layer (41, 43) being less than 0.100, the measurement of tan(δ) being performed according to Standard ASTM D 5992-96, said tread comprising a tread surface intended to come into contact with a road surface and form a contact surface, characterized in that said tread consists of at least one central part extending at least in the region of the equatorial plane and two axially exterior parts and has, at least in said central part, at least one longitudinally-oriented cut, in that the depth, measured on a new tyre in at least said central part, of said at least one longitudinally-oriented cut is greater than or equal to 40% of the thickness of the tread, and in that the ratio of the width (D f) measured at the bottom of said at least one longitudinally-oriented cut to the width (d s) measured at the surface of the tread on a new tyre of said at least one longitudinally-oriented cut is greater than 2.
A mobile container building for military, humanitarian and/or expeditionary applications, in particular a mobile sanitary container building, comprising a transportable container having a floor panel, a ceiling panel and side walls, which together define an interior space having a longitudinal extent, and comprising an interior arrangement, which provides a functional area and/or a working area for deployed personnel within the interior space and which is installed in an operationally permanent manner in the interior space, wherein the floor panel comprises a ribbed structure having a plurality of ribs evenly spaced apart from one another on a side oriented towards the interior space, which ribs extend in a comb-like manner and form a plurality of ducts evenly spaced apart from one another, and wherein a load-bearing steel sheet is secured to the ribbed structure, which steel sheet supports the interior arrangement, wherein the transportable container is a refrigerated container approved for sea freight shipping, wherein the plurality of ribs evenly spaced apart from one another extend in the longitudinal extent in the comb-like manner, wherein the load-bearing steel sheet completely covers the ribbed structure in the functional area and/or the working area, characterized in that the interior arrangement comprises a number of wash basins and/or a number of showers, which are respectively supported on the load-bearing steel sheet.
An electric brake device in which a brake pressure is generated by actuating, by a rotational driving force of an electric motor, a hydraulic control piston (88a, 88b) enclosed in a cylinder body, and an actuator housing including a mechanism-enclosing portion which encloses an actuator mechanism converting the rotational driving force around an output shaft of the electric motor into a linear driving force of the hydraulic control piston (88a, 88b) is connected to the cylinder body, and a brake-fluid enclosing portion in the cylinder body is partitioned off from the mechanism-enclosing portion with a sealing member, wherein the electric brake device comprises a communication hole which realizes communication between the mechanism-enclosing portion and atmosphere, characterized in that the communication hole is formed to realize communication between the mechanism-enclosing portion and an insertion hole (82a1, 82b) into which an attachment fastening bolt member for fixing the actuator housing to a vehicle is inserted, wherein the mechanism-enclosing portion communicates with the atmosphere through the communication hole, the insertion hole (82a1, 82b), and a through-hole formed through approximately the center of a shaft portion of the bolt member.
A method for improving synchronization efficiency of RSS Service, wherein the method comprises: an RSS source server receiving and parsing a synchronization request packet sent from a mobile terminal, wherein the synchronization request packet comprises a last synchronization timestamp, then obtaining a last synchronization time; the RSS source server determining whether item contents in a channel are updated from the last synchronization time to a current time; if the item contents in the channel are not updated, the RSS source server sending synchronization data that only comprises a LINK label corresponding to an original item to the mobile terminal, wherein the LINK label indicates an URL link address corresponding to the original item; and if the item contents in the channel are updated, the RSS source server adding the updated contents to the synchronization data and sending the synchronization data to the mobile terminal, wherein the RSS source server adding a current synchronization timestamp to the synchronization data when sending the synchronization data, after the current synchronization timestamp is sent to the mobile terminal, the mobile terminal comprises the current synchronization timestamp into the synchronization request packet during a next synchronization and send the synchronization request packet to the RSS source server. an RSS source server receiving and parsing a synchronization request packet sent from a mobile terminal, wherein the synchronization request packet comprises a last synchronization timestamp, then obtaining a last synchronization time; the RSS source server determining whether item contents in a channel are updated from the last synchronization time to a current time; if the item contents in the channel are not updated, the RSS source server sending synchronization data that only comprises a LINK label corresponding to an original item to the mobile terminal, wherein the LINK label indicates an URL link address corresponding to the original item; and if the item contents in the channel are updated, the RSS source server adding the updated contents to the synchronization data and sending the synchronization data to the mobile terminal, wherein the RSS source server adding a current synchronization timestamp to the synchronization data when sending the synchronization data, after the current synchronization timestamp is sent to the mobile terminal, the mobile terminal comprises the current synchronization timestamp into the synchronization request packet during a next synchronization and send the synchronization request packet to the RSS source server.
A binaural hearing assistance system (L-HAD and R-HAD), comprising hearing assistance devices, where a first hearing assistance device (L-HAD or R-HAD) is adapted for being fully or partially located in or at a left ear of a user, and where a second hearing assistance device (L-HAD or R-HAD) is adapted for being fully or partially located in or at a right ear of a user, each hearing assistance device (L-HAD or R-HAD) of the binaural hearing assistance system comprising: • an input unit for receiving an electric identification signal from the contra-lateral hearing assistance device (L-HAD or R-HAD) and providing an electric input signal, and where the input unit comprises a beamformer filter configured to control the sensitivity of the input unit in a particular spatial direction, • an output unit for providing an output signal, • a memory unit configured to store information about the intended location of the hearing assistance device (L-HAD or R-HAD), wherein the intended location is the left ear or the right ear of the user, • a location identification unit configured to extract the intended location from said memory unit, the location identification unit further configured to control the beamformer filter to provide that the particular spatial direction is a direction of the contra-lateral hearing assistance device (L-HAD or R-HAD), assuming the hearing assistance device and the contra-lateral hearing assistance device are mounted at their intended locations, and • a user interface (Ul) configured to convey information related to the intended and/or current location of the hearing assistance device (L-HAD or R-HAD). • an input unit for receiving an electric identification signal from the contra-lateral hearing assistance device (L-HAD or R-HAD) and providing an electric input signal, and where the input unit comprises a beamformer filter configured to control the sensitivity of the input unit in a particular spatial direction, • an output unit for providing an output signal, • a memory unit configured to store information about the intended location of the hearing assistance device (L-HAD or R-HAD), wherein the intended location is the left ear or the right ear of the user, • a location identification unit configured to extract the intended location from said memory unit, the location identification unit further configured to control the beamformer filter to provide that the particular spatial direction is a direction of the contra-lateral hearing assistance device (L-HAD or R-HAD), assuming the hearing assistance device and the contra-lateral hearing assistance device are mounted at their intended locations, and • a user interface (Ul) configured to convey information related to the intended and/or current location of the hearing assistance device (L-HAD or R-HAD).