mhurhangee/ep-ind-claims huggingface dataset:
A human or chimeric human-murine monoclonal anti-SOD1 antibody or SOD1 binding fragment thereof, characterized in that the antibody is capable of binding to misfolded or aggregated SOD1; and wherein the antibody preferentially recognizes the misfolded or aggregated SOD1 over physiological SOD1 dimers, wherein the antibody or SOD1 binding fragment thereof specifically binds an SOD1 epitope which comprises or consists of the amino acid sequence GGPKDEERHVG (SEQ ID NO: 51) and comprises in its variable region the six CDRs in the order as depicted in Fig. 1B (NI-204.12G7).
A multi-service pedestal (1; 20; 54; 75), in particular for ports and marinas, being provided with a support structure (10; 21; 55; 76) and adapted to supply a variety of utilities, such as electricity, tap water, telephone and television connections, to a cruiser moored at a pier or quay, characterized in that the multiservice pedestal (1; 20; 54; 75) further comprises a central conditioning apparatus which is located in the multi-service pedestal (1; 20; 54; 75) and is adapted to be connected to a terminal unit onboard the moored cruiser for conditioning the air within it by heat exchange with a conditioning liquid, wherein the central conditioning apparatus includes an open loop heat exchanger for a working fluid, and a closed loop heat exchanger for a heat exchange between said working fluid and said conditioning liquid, the terminal unit for the conditioning liquid being connectable to the closed loop heat exchanger with a delivery pipe and a return tube.
An access point device, comprising a controller configured to: monitor bandwidth allocated by the access point device to a plurality of data flows directed to a plurality of wireless clients including a supported access point device; receive from the supported access point device a message indicative of a degradation of a quality of service, QoS, level provided by the supported access point device; and in response to the message, adapt a bandwidth allocated to at least one of the plurality of data flows which is forwarded to the supported access point device; and wherein the controller is further configured to: receive from a plurality of supported access points at least two messages, wherein each message is indicative of a degradation of a QoS level provided by the supported access point device from the plurality of the supported access points and wherein each message comprises a drop level value selected from a range of values; in response to the at least two messages, adapt a bandwidth allocated to at least one of the plurality of data flows according to the message indicative of a highest drop level value. monitor bandwidth allocated by the access point device to a plurality of data flows directed to a plurality of wireless clients including a supported access point device; receive from the supported access point device a message indicative of a degradation of a quality of service, QoS, level provided by the supported access point device; and in response to the message, adapt a bandwidth allocated to at least one of the plurality of data flows which is forwarded to the supported access point device; and wherein the controller is further configured to: receive from a plurality of supported access points at least two messages, wherein each message is indicative of a degradation of a QoS level provided by the supported access point device from the plurality of the supported access points and wherein each message comprises a drop level value selected from a range of values; in response to the at least two messages, adapt a bandwidth allocated to at least one of the plurality of data flows according to the message indicative of a highest drop level value. receive from a plurality of supported access points at least two messages, wherein each message is indicative of a degradation of a QoS level provided by the supported access point device from the plurality of the supported access points and wherein each message comprises a drop level value selected from a range of values; in response to the at least two messages, adapt a bandwidth allocated to at least one of the plurality of data flows according to the message indicative of a highest drop level value.
A liquid material application device comprising a box having a carrying in/out opening formed in a side surface of the box and allowing a workpiece to be carried in and carried out therethrough, a beam extending toward the carrying in/out opening, an application head movable in the extending direction of the beam, a table on which the workpiece is placed to face the application head, beam moving means (2, 3) for moving the beam above and in parallel to the table, and a control unit for controlling operations of the aforesaid components, wherein the application device applies a liquid material to a desired position on a surface of the workpiece in the box by relatively moving the application head and the table, characterized in that the box has opening/closing openings (13, 14) formed in right and left side surfaces adjacent to a side surface of the box, in which the carrying in/out opening is formed, for maintenance of the application head.
A telecommunications access network including a plurality of telecommunications Digital Subscriber Lines, DSL,, a plurality of aggregation devices, a plurality of data collector modules and a line provisioning and de-provisioning system, wherein each line is connected between customer premises equipment (11-13,21-23,31-33,41-43) and a line aggregation device (51, 52, 53, 54) the access network being operable to provide a data connection through the line to a core network whereby network services may be provided over the network to the customer premises equipment, the access network further including a management module for managing the lines within the access network, the management module being operable to receive aggregated data from a plurality of data collector modules, each data collector module being operable to receive data from a plurality of the line aggregation devices, the network further comprising a file check module, the file check module having a line status database for storing information about the lines which are managed by the management module including the identity of the line aggregation device to which each line is connected and means for receiving information from the line provisioning and de-provisioning system and means (102,210) for using the information received from the line-provisioning and de-provisioning system to maintain the file check module's database current; the file check module further comprising receiving means for receiving received data information from the management module specifying what data it has received and comparison means (102,220) for comparing the received data information with data from the database to generate comparison data, and output means for outputting the generated comparison data, wherein the comparison data identifies missing performance data which has not been successfully received by the management module.
Energy store, comprising: a multiplicity of energy storage cells (21a,..., 21f) each having two outwardly projecting pole connections (22a, 22b); and a multiplicity of connectors, wherein the connector comprises a flat strip composed of an electrically conductive material, the flat strip comprising: two connecting end pieces (11a, 11c), which are compacted to form a strong solid material and which are arranged in edge regions of the flat strip and in which a respective through hole (12a, 12b) having an inner wall is arranged; and a central region, which is arranged between the two connecting end pieces (11a, 11c) and which comprises a plurality of material elements that are movable flexibly with respect to one another, characterized in that a respective conical pole connection (22a, 22b) of two energy storage cells (21a,..., 21f) is accommodated in a positively locking manner in the through holes (12a, 12b), and are welded to the pole connections (22a, 22b) in a joining abutment between the inner wall of the through hole (12a, 12b) and the outer side of the pole connection (22a, 22b), wherein the through holes (12a, 12b) have a conical shape, and in that the respective two pole connections (22a, 22b) project conically outwards. a multiplicity of energy storage cells (21a,..., 21f) each having two outwardly projecting pole connections (22a, 22b); and a multiplicity of connectors, wherein the connector comprises a flat strip composed of an electrically conductive material, the flat strip comprising: two connecting end pieces (11a, 11c), which are compacted to form a strong solid material and which are arranged in edge regions of the flat strip and in which a respective through hole (12a, 12b) having an inner wall is arranged; and a central region, which is arranged between the two connecting end pieces (11a, 11c) and which comprises a plurality of material elements that are movable flexibly with respect to one another, characterized in that a respective conical pole connection (22a, 22b) of two energy storage cells (21a,..., 21f) is accommodated in a positively locking manner in the through holes (12a, 12b), and are welded to the pole connections (22a, 22b) in a joining abutment between the inner wall of the through hole (12a, 12b) and the outer side of the pole connection (22a, 22b), wherein the through holes (12a, 12b) have a conical shape, and in that the respective two pole connections (22a, 22b) project conically outwards.
A surface-treated phosphor comprising: a phosphor body; and a surface treatment layer containing at least one specific element selected from elements of the third to sixth groups of the periodic table, and fluorine, the phosphor body having the surface treatment layer on the surface thereof, wherein, when a cross section of the surface treatment layer is subjected to a thickness-wise elemental analysis by a combination of an electron microscopic analysis and an energy-dispersive X-ray element analysis, a peak indicating the maximum content of the specific element appears nearer to the surface than a peak indicating the maximum fluorine content, wherein the surface treatment layer is a single layer, and fluorine is detected at the peak indicating the maximum content of the specific element in the thickness-wise elemental distribution analysis of the cross section of the surface treatment layer, wherein the phosphor body contains an alkaline earth metal. a phosphor body; and a surface treatment layer containing at least one specific element selected from elements of the third to sixth groups of the periodic table, and fluorine, the phosphor body having the surface treatment layer on the surface thereof, wherein, when a cross section of the surface treatment layer is subjected to a thickness-wise elemental analysis by a combination of an electron microscopic analysis and an energy-dispersive X-ray element analysis, a peak indicating the maximum content of the specific element appears nearer to the surface than a peak indicating the maximum fluorine content, wherein the surface treatment layer is a single layer, and fluorine is detected at the peak indicating the maximum content of the specific element in the thickness-wise elemental distribution analysis of the cross section of the surface treatment layer, wherein the phosphor body contains an alkaline earth metal.
A system that facilitates generating a test script for a medical imaging device, comprising: a field log file database having stored thereon field log files comprising data related to examinations performed by one or more imaging devices; and one or more processors configured to execute: a mining module configured to process the field log files stored in the database and identify prominent field usage patterns; a prediction module configured to predict future workflow patterns and future usage of a new scan type introduced for a given imaging device by processing the field log files stored in the database, the prediction of future usage of the new scan type being based on the usage of scan types with similar parameters; and a test case preparation and execution module configured to generate and execute at least one test script for an imaging device for the new scan type based at least in part on the identified usage patterns and the future workflow patterns. a field log file database having stored thereon field log files comprising data related to examinations performed by one or more imaging devices; and one or more processors configured to execute: a mining module configured to process the field log files stored in the database and identify prominent field usage patterns; a prediction module configured to predict future workflow patterns and future usage of a new scan type introduced for a given imaging device by processing the field log files stored in the database, the prediction of future usage of the new scan type being based on the usage of scan types with similar parameters; and a test case preparation and execution module configured to generate and execute at least one test script for an imaging device for the new scan type based at least in part on the identified usage patterns and the future workflow patterns. a mining module configured to process the field log files stored in the database and identify prominent field usage patterns; a prediction module configured to predict future workflow patterns and future usage of a new scan type introduced for a given imaging device by processing the field log files stored in the database, the prediction of future usage of the new scan type being based on the usage of scan types with similar parameters; and a test case preparation and execution module configured to generate and execute at least one test script for an imaging device for the new scan type based at least in part on the identified usage patterns and the future workflow patterns.
Refractory wall, in particular for an incinerator, comprising at least one base element and a refractory protective cladding (2; 20) comprising refractory panels (21, 22) and disposed in front of the at least one base element, wherein the at least one base element has a ceramic corrosion protection layer at least at one side towards the protective cladding (2; 20), characterised in that the refractory protective cladding (2; 20) is arranged at a spacing relative to the at least one base element, wherein between the at least one base element and the protective cladding (2; 20) there is an intermediate space through which flue gases which have penetrated through the protective cladding (2; 20) can be withdrawn.
A light emitting device, comprising: a substrate having a conductive portion; a light emitting element having one or more electrodes on a lower surface side thereof, the electrodes being positioned on the conductive portion of the substrate; a phosphor layer disposed partly on a surface of the light emitting element and partly on a peripheral surface area of the conductive portion exposed around the light emitting element next to the light emitting element; and a reflection layer being positioned lower than an upper surface of the light emitting element characterised in that, the reflection layer is covering an upper surface of the part of the phosphor layer disposed on the peripheral surface area of the conductive portion. a substrate having a conductive portion; a light emitting element having one or more electrodes on a lower surface side thereof, the electrodes being positioned on the conductive portion of the substrate; a phosphor layer disposed partly on a surface of the light emitting element and partly on a peripheral surface area of the conductive portion exposed around the light emitting element next to the light emitting element; and a reflection layer being positioned lower than an upper surface of the light emitting element characterised in that, the reflection layer is covering an upper surface of the part of the phosphor layer disposed on the peripheral surface area of the conductive portion.
A method for wireless communication, comprising: identifying a latency between an end of a transmission time interval, TTI, of a transmission burst and a feedback opportunity for the TTI; the method being characterised by: identifying a plurality of code blocks in the TTI; selecting one of a transport block level feedback or a code block level feedback for the TTI based at least in part on the latency; and transmitting (1420, 1425) the selected one of the transport block level feedback or the code block level feedback for the TTI during the feedback opportunity. identifying a plurality of code blocks in the TTI; selecting one of a transport block level feedback or a code block level feedback for the TTI based at least in part on the latency; and transmitting (1420, 1425) the selected one of the transport block level feedback or the code block level feedback for the TTI during the feedback opportunity.
A method for manufacturing molded article, comprising: a step of kneading a molten resin in a heating cylinder which houses a screw for kneading; a step of measuring a predetermined volume of a liquid, the liquid having a vaporization temperature lower than a temperature of the molten resin in the heating cylinder and the liquid being a substance which presents a state of liquid with a pressure of 1 atm and at a temperature of 20 °C; a step of injecting the predetermined volume of the liquid into the molten resin in the heating cylinder during the step of kneading the molten resin; a vaporization step of vaporizing the liquid injected into the molten resin in the heating cylinder in the heating cylinder; a step of dispersing the vaporized liquid into the molten resin in the heating cylinder; and a step of injecting the molten resin containing the vaporized liquid into a mold cavity, or pouring the molten resin containing the vaporized liquid into a cast, or extruding the molten resin containing the vaporized liquid through a die. a step of kneading a molten resin in a heating cylinder which houses a screw for kneading; a step of measuring a predetermined volume of a liquid, the liquid having a vaporization temperature lower than a temperature of the molten resin in the heating cylinder and the liquid being a substance which presents a state of liquid with a pressure of 1 atm and at a temperature of 20 °C; a step of injecting the predetermined volume of the liquid into the molten resin in the heating cylinder during the step of kneading the molten resin; a vaporization step of vaporizing the liquid injected into the molten resin in the heating cylinder in the heating cylinder; a step of dispersing the vaporized liquid into the molten resin in the heating cylinder; and a step of injecting the molten resin containing the vaporized liquid into a mold cavity, or pouring the molten resin containing the vaporized liquid into a cast, or extruding the molten resin containing the vaporized liquid through a die.
Bag made of a flexible wall, which bag is fitted with an inlet fluid line for introducing dissolution water, and with an outlet fluid line for extracting a solution obtained, wherein the inside of the bag has a lower edge (13, 132) in the overall shape of a V, the point of the V being further away from the centre of the bag than the arms of the V, the outlet fluid line opening into the bag as close as possible to the point of the V, characterised in that the joining area between the two arms of the V is rounded.
A virtual private access method implemented by a cloud system (100, 602), the method comprising: receiving a request to access resources (706, 708) from a user device, wherein the resources (706, 708) are located in one of a public cloud and an enterprise network and the user device is remote therefrom on the Internet; forwarding the request to a central authority for a policy look up and for a determination of connection information to make an associated secure connection through the cloud system (100, 602) to the resources (706, 708); receiving the connection information at one or more cloud nodes in the cloud system (100, 602) from the central authority responsive to an authorized policy look up; and creating secure tunnels by the one or more cloud nodes between the user device and the resources (706, 708) based on the connection information, wherein the secure tunnels comprise at least a first tunnel communicatively coupling the one or more cloud nodes and the user device and a second tunnel communicatively coupling the one or more cloud nodes and the resources (706, 708), wherein the creating secure tunnels comprises creating connections between one or more cloud nodes in the cloud system (100, 602), wherein the one or more cloud nodes do not participate in a key exchange, and the one or more cloud nodes do not have data access to traffic on the secure tunnels. receiving a request to access resources (706, 708) from a user device, wherein the resources (706, 708) are located in one of a public cloud and an enterprise network and the user device is remote therefrom on the Internet; forwarding the request to a central authority for a policy look up and for a determination of connection information to make an associated secure connection through the cloud system (100, 602) to the resources (706, 708); receiving the connection information at one or more cloud nodes in the cloud system (100, 602) from the central authority responsive to an authorized policy look up; and creating secure tunnels by the one or more cloud nodes between the user device and the resources (706, 708) based on the connection information, wherein the secure tunnels comprise at least a first tunnel communicatively coupling the one or more cloud nodes and the user device and a second tunnel communicatively coupling the one or more cloud nodes and the resources (706, 708), wherein the creating secure tunnels comprises creating connections between one or more cloud nodes in the cloud system (100, 602), wherein the one or more cloud nodes do not participate in a key exchange, and the one or more cloud nodes do not have data access to traffic on the secure tunnels.
A centrifugal separator for centrifuging components, contained in a liquid mixture and having different density, comprising a rotating centrifuge rotor, which is arranged to rotate around a centre axis (x) and comprises a casing which defines an inner separation space, at least two channels, which connect to the separation space and comprise at least one inlet channel for supply of the liquid mixture of components to be separated to the separation space and at least one outlet channel (30, 34) for discharge of a component separated during operation from the separation space, a torque transmitting part around the centre axis (x) and fixedly connected to the centrifuge rotor, and a drive motor, which drives the torque transmitting part and thus the centrifuge rotor in such a way that the centrifuge rotor is brought to rotate, wherein the drive motor comprises a stator and a motor rotor, which is fixedly connected to the torque transmitting part, wherein the motor rotor of the drive motor surrounds a cavity, which is arranged to be through-flown by liquid during operation of the centrifugal separator, wherein the drive motor is provided axially outside the centrifuge rotor in the direction of the centre axis (x), the drive motor has a first axial end turned towards the centrifuge rotor and a second axial end turned away from the centrifuge rotor, the centrifugal separator comprises a stationary frame and a first bearing and a second bearing, which are connected to the frame, the torque transmitting part is rotatably journalled in the first bearing and the second bearing, and the first bearing is provided between the drive motor and the centrifuge rotor, wherein the centrifugal separator comprises a set of separation discs which are provided in the inner separation space of the centrifuge rotor, wherein the cavity forms at least one of said inlet channel and said outlet channel, characterized in that the second bearing is provided outside the second axial end of the drive motor, that said channels extend concentrically with the centre axis (x), that said channels extend in opposite directions from the separation space.