mhurhangee/ep-ind-claims huggingface dataset:
A service provider, SP, cloud rendezvous point, CRP-SP, in a fixed cloud rendezvous point, CRP, hierarchy, the CRP-SP comprising: a memory comprising a cloudcasting information base,CCIB, wherein cloudcasting is a network routing and forwarding technology which enables the implementation of geographically diverse virtual networks, and wherein the CCIB is configured to maintain a table of all VXNs the CRP is aware of and addresses needed to reach every VXN; a receiver configured to receive a Register request from a first site CRP (CRP Site) in an SP network, the Register request indicating a first portion of a virtual extensible network is reachable by the SP network at the first CRP Site; a processor coupled to the receiver and the memory, the processor configured to query the CCIB to determine that a second portion of the VXN is reachable by the SP network at a second CRP Site; and a transmitter coupled to the processor and configured to transmit Report messages to both the first CRP Site and the second CRP Site, the Report messages indicating the VXN is reachable at both the first CRP Site and the second CRP Site. a memory comprising a cloudcasting information base,CCIB, wherein cloudcasting is a network routing and forwarding technology which enables the implementation of geographically diverse virtual networks, and wherein the CCIB is configured to maintain a table of all VXNs the CRP is aware of and addresses needed to reach every VXN; a receiver configured to receive a Register request from a first site CRP (CRP Site) in an SP network, the Register request indicating a first portion of a virtual extensible network is reachable by the SP network at the first CRP Site; a processor coupled to the receiver and the memory, the processor configured to query the CCIB to determine that a second portion of the VXN is reachable by the SP network at a second CRP Site; and a transmitter coupled to the processor and configured to transmit Report messages to both the first CRP Site and the second CRP Site, the Report messages indicating the VXN is reachable at both the first CRP Site and the second CRP Site.
A blow molding machine, comprising: an molding section for molding a plurality of preforms; and a blow molding section for stretch blow molding a predetermined number of the preforms, at a time, into containers, the blow molding machine further comprising a transport section including a continuous transport section for continuously transporting the predetermined number of preforms along a transport path, and an intermittent transport section for intermittently transporting the predetermined number of preforms along the transport path, a transfer section being adapted for gripping the predetermined number of preforms being transported on the transport path by the intermittent transport section, and transferring the predetermined number of preforms to the blow molding section, a discharge section, provided downstream of the transfer section on the transport path, being adapted for discharging the preforms from the transport path, and change means being adapted for making a change in at least one of an injection molding cycle time and a blow molding cycle time, and making a change in a transport speed of the preform by the transport section in accordance with the change, wherein if some of the plurality of preforms go beyond the transfer section at a timing, at which the transfer section transfers the preform to the blow molding section, in association with the changes by the change means the transport section being adapted for transporting the predetermined number of preforms to the discharge section comprising a preform carry-out device located at an intermittent transport position, the machine being characterized in that the molding section for molding a plurality of preforms is an injection molding section for injection molding a plurality of preforms and wherein upstream the transfer section it is provided a transfer timing detection section being adapted for detecting whether or not the preform is transported beyond the transfer section at a predetermined timing as described above. an molding section for molding a plurality of preforms; and a blow molding section for stretch blow molding a predetermined number of the preforms, at a time, into containers, the blow molding machine further comprising a transport section including a continuous transport section for continuously transporting the predetermined number of preforms along a transport path, and an intermittent transport section for intermittently transporting the predetermined number of preforms along the transport path, a transfer section being adapted for gripping the predetermined number of preforms being transported on the transport path by the intermittent transport section, and transferring the predetermined number of preforms to the blow molding section, a discharge section, provided downstream of the transfer section on the transport path, being adapted for discharging the preforms from the transport path, and change means being adapted for making a change in at least one of an injection molding cycle time and a blow molding cycle time, and making a change in a transport speed of the preform by the transport section in accordance with the change,
A microscope system for imaging an image of an object, comprising: a microscope optical system comprising a first optical system having a first magnification and a second optical system having a second magnification which is higher than the first magnification, and configured to enable a changeover so as to locate either of the first optical system and the second optical system facing to the object; a vacuum vessel; a detector arranged in the vacuum vessel and configured to detect light from the object; a cold stop comprising a first opening corresponding to the first optical system and arranged in the vacuum vessel; a warm stop comprising a second opening corresponding to the second optical system and a reflective surface facing to the cold stop, and arranged outside the vacuum vessel; and a support member supporting the warm stop so that the warm stop can be inserted to or removed from an optical path of the light from the object, wherein the second opening is smaller than the first opening. a microscope optical system comprising a first optical system having a first magnification and a second optical system having a second magnification which is higher than the first magnification, and configured to enable a changeover so as to locate either of the first optical system and the second optical system facing to the object; a vacuum vessel; a detector arranged in the vacuum vessel and configured to detect light from the object; a cold stop comprising a first opening corresponding to the first optical system and arranged in the vacuum vessel; a warm stop comprising a second opening corresponding to the second optical system and a reflective surface facing to the cold stop, and arranged outside the vacuum vessel; and a support member supporting the warm stop so that the warm stop can be inserted to or removed from an optical path of the light from the object, wherein the second opening is smaller than the first opening.
A combination of a body part shaped mould and a bra-like device, said mould being made of a formstable material having a predetermined shape in the form of at least one cup, said at least one cup having a breast like appearance with a specific size and shape, said at least one cup being adapted to be placed in said bra-like device and further to be fitted to a patient's chest with said bra-like device and to be filled with a hardening mixture in a cavity formed between the mould and the chest or a natural breast.
A pneumatic tire having a sound absorbing member applied to a tire inner surface, wherein: the sound absorbing member is formed by a laminate of sound absorbing layers (8a-8j) each made of a nonwoven fabric and having a thickness ranging from 10 μm to 2 mm, characterized in that: the sound absorbing member is formed by a laminate of 10 to 200 sound absorbing layers. the sound absorbing member is formed by a laminate of sound absorbing layers (8a-8j) each made of a nonwoven fabric and having a thickness ranging from 10 μm to 2 mm, characterized in that: the sound absorbing member is formed by a laminate of 10 to 200 sound absorbing layers.
A print apparatus for transmitting/receiving a data object to/from an image supply device comprising a camera using a communication protocol and receiving and printing image data, wherein the communication protocol is configured to enable to automatically shift to a direct print function mode in accordance with communication of first information indicating presence/absence of the direct print function capable of directly receiving image data from the image supply device and printing the image data, comprising: reception means for receiving data object from the image supply device before establishment of a communication according to one of the direct print function mode and the cooperated print function mode; determination means for determining whether the data object received by said reception means contains the first information and the second information indicating presence/absence of a cooperated processing function with the direct print function; and mode control means for setting the cooperated processing function mode if said determination means determines that the data object contains the first information and the second information, and setting the direct print function mode if said determination means determines that the data object contains only the first information, and requesting the image supply device for the next data object without shifting to the direct print function mode and the cooperated processing function mode if said determination means determines that the data object does not contain the first information. reception means for receiving data object from the image supply device before establishment of a communication according to one of the direct print function mode and the cooperated print function mode; determination means for determining whether the data object received by said reception means contains the first information and the second information indicating presence/absence of a cooperated processing function with the direct print function; and mode control means for setting the cooperated processing function mode if said determination means determines that the data object contains the first information and the second information, and setting the direct print function mode if said determination means determines that the data object contains only the first information, and requesting the image supply device for the next data object without shifting to the direct print function mode and the cooperated processing function mode if said determination means determines that the data object does not contain the first information.
Apparatus for forming flexible shaped portions on tubular elements, preferably made of paper, wherein said flexible shaped portions are defined by a succession of annular ridges and grooves substantially coaxial to a first longitudinal axis of each of said tubular elements, wherein said apparatus comprises a conveying unit of said tubular elements, configured to convey said tubular elements along a path of advance, external forming means configured to locally shape each of said tubular elements by acting on an external surface thereof, wherein said external forming means comprise a first forming unit that has a plurality of forming members configured to act on said tubular elements so as to form said flexible shaped portions, characterized in that said forming members are disposed side by side and are configured to be moved along a closed loop path.
A wind turbine comprising: - at least one rotor blade, - at least one aerodynamic device for influencing the airflow flowing from the leading edge section of the rotor blade to the trailing edge section of the rotor blade, wherein the aerodynamic device is mounted at a surface of the rotor blade, - a pneumatic actuator of the aerodynamic device for actuating the aerodynamic device at least between a first protruded configuration and a second retracted configuration, - a pressure supply system for operating the actuator by means of a pressurized fluid, characterized in that the wind turbine further comprises: - a centrifugal device (60, 70) rotatable about a rotor axis of the wind turbine, the centrifugal device (60, 70) comprising an air inlet for receiving a flow of the pressurized fluid including humidity from the pressure supply system and a water outlet for letting a flow of condensed water to exit the centrifugal device, and in that the water outlet of the centrifugal device (60, 70) is radially distanced from the rotor axis of the wind turbine in order to receive the flow of condensed water as an effect of a centrifugal reaction to the rotation about the rotor axis of the wind turbine. - at least one rotor blade, - at least one aerodynamic device for influencing the airflow flowing from the leading edge section of the rotor blade to the trailing edge section of the rotor blade, wherein the aerodynamic device is mounted at a surface of the rotor blade, - a pneumatic actuator of the aerodynamic device for actuating the aerodynamic device at least between a first protruded configuration and a second retracted configuration, - a pressure supply system for operating the actuator by means of a pressurized fluid, characterized in that the wind turbine further comprises: - a centrifugal device (60, 70) rotatable about a rotor axis of the wind turbine, the centrifugal device (60, 70) comprising an air inlet for receiving a flow of the pressurized fluid including humidity from the pressure supply system and a water outlet for letting a flow of condensed water to exit the centrifugal device, and in that the water outlet of the centrifugal device (60, 70) is radially distanced from the rotor axis of the wind turbine in order to receive the flow of condensed water as an effect of a centrifugal reaction to the rotation about the rotor axis of the wind turbine. - a centrifugal device (60, 70) rotatable about a rotor axis of the wind turbine, the centrifugal device (60, 70) comprising an air inlet for receiving a flow of the pressurized fluid including humidity from the pressure supply system and a water outlet for letting a flow of condensed water to exit the centrifugal device, and in that the water outlet of the centrifugal device (60, 70) is radially distanced from the rotor axis of the wind turbine in order to receive the flow of condensed water as an effect of a centrifugal reaction to the rotation about the rotor axis of the wind turbine.
A T cell receptor with specificity for NY-ESO-1 comprising: (i) a T cell receptor α-chain comprising a hypervariable region comprising at least the CDR3 sequence of the T cell receptor α-chain of SEQ ID NO: 46, and (ii) a T cell receptor β-chain comprising a hypervariable region comprising at least the CDR3 sequence of the T cell receptor β-chain of SEQ ID NO: 47, wherein said hypervariable region comprises CDR1, CDR2 and CDR3 of a T cell receptor. (i) a T cell receptor α-chain comprising a hypervariable region comprising at least the CDR3 sequence of the T cell receptor α-chain of SEQ ID NO: 46, and (ii) a T cell receptor β-chain comprising a hypervariable region comprising at least the CDR3 sequence of the T cell receptor β-chain of SEQ ID NO: 47,
A heat exchanger tube comprising: a tubular body (702, 802, 902, 1010) having a circular cross section defined by a wall having an exterior surface (704, 904), an interior surface (706, 906), and a conduit through said tubular body (702, 802, 902, 1010) defining a longitudinal axis and a direction of a flow of a fluid inside the tubular body (702, 802, 902, 1010), wherein a plurality of ovular indentations (710, 804, 908, 1020) in a direction substantially parallel to said axis is formed in said wall extending from said exterior surface (704, 904), which protrude through said interior surface (706, 906) of said wall and are oriented on the wall of said tubular body in a helical pattern, each of said plurality of ovular indentations (710, 804, 908, 1020) being defined by a relatively wide end (716, 910, 1040) and a relatively narrow end (718, 912, 1030), wherein the ratio of the width of said wide end to the width of said narrow end is between 1.25 and 3.75, wherein said narrow end is filleted, said wide end (716, 910, 1040) being arranged in the upstream direction of the flow relative to said narrow end (718, 912, 1030), characterized in that said plurality of ovular indentations are oriented at an inclination from side wide end to said narrow end to have said wide end arranged in the upstream direction of the flow relative to said narrow end, and the cumulative volume of said plurality of ovular indentations is between 1.5 and 3.5% of the volume of said conduit. a tubular body (702, 802, 902, 1010) having a circular cross section defined by a wall having an exterior surface (704, 904), an interior surface (706, 906), and a conduit through said tubular body (702, 802, 902, 1010) defining a longitudinal axis and a direction of a flow of a fluid inside the tubular body (702, 802, 902, 1010), wherein a plurality of ovular indentations (710, 804, 908, 1020) in a direction substantially parallel to said axis is formed in said wall extending from said exterior surface (704, 904), which protrude through said interior surface (706, 906) of said wall and are oriented on the wall of said tubular body in a helical pattern, each of said plurality of ovular indentations (710, 804, 908, 1020) being defined by a relatively wide end (716, 910, 1040) and a relatively narrow end (718, 912, 1030), wherein the ratio of the width of said wide end to the width of said narrow end is between 1.25 and 3.75, wherein said narrow end is filleted, said wide end (716, 910, 1040) being arranged in the upstream direction of the flow relative to said narrow end (718, 912, 1030), characterized in that said plurality of ovular indentations are oriented at an inclination from side wide end to said narrow end to have said wide end arranged in the upstream direction of the flow relative to said narrow end, and the cumulative volume of said plurality of ovular indentations is between 1.5 and 3.5% of the volume of said conduit.
A multichannel optical coherence tomography apparatus comprising a wavelength tuneable or steppable optical source and an interferometer, said interferometer being configured to: separate light from said optical source into one or more sample beams and one or more reference beams; direct said one or more sample beams onto a sample to form one or more interaction regions within which said light interacts with said sample; collect a plurality of returning probe beams emanating from said one or more interaction regions; mix said plurality of returning probe beams with said one or more reference beams to form an interference pattern comprising a plurality of interferograms having a set of carrier frequencies, said carrier frequencies being determined by respective angles between said returning probe beams and said one or more reference beams, wherein said set of carrier frequencies comprises at least two distinct carrier frequencies; and detect said interference pattern with a photodetector array configured to be read out in parallel, such that a temporal sequence of interference patterns can be detected with said photodetector array as said optical source is stepped or tuned in wavelength. separate light from said optical source into one or more sample beams and one or more reference beams; direct said one or more sample beams onto a sample to form one or more interaction regions within which said light interacts with said sample; collect a plurality of returning probe beams emanating from said one or more interaction regions; mix said plurality of returning probe beams with said one or more reference beams to form an interference pattern comprising a plurality of interferograms having a set of carrier frequencies, said carrier frequencies being determined by respective angles between said returning probe beams and said one or more reference beams, wherein said set of carrier frequencies comprises at least two distinct carrier frequencies; and detect said interference pattern with a photodetector array configured to be read out in parallel, such that a temporal sequence of interference patterns can be detected with said photodetector array as said optical source is stepped or tuned in wavelength.
A seating/reclining furniture arrangement comprising at least one seating/reclining unit and a supplementary module (10, 10') fastened to the seating/reclining unit, wherein the supplementary module (10, 10') has a base and a top part which is movable between a closed position and an access position, with a functional region provided at the base being accessible in the access position of the top part, characterized in that the top part is movable in a plane defined by a seating/reclining part of the seating/reclining unit.
A package structure in which an electronic component is mounted on a circuit board with a bonding metal comprising: a coating resin that contains 10% to 50% by weight of isocyanate and covers the circuit board, the electronic component, and the bonding metal; a flux that contains a compound having a hydroxyl group and remains on a surface of the bonding metal and a top surface and sides of the electronic component; and a reaction product of the hydroxyl group contained in the flux and the isocyanate group contained in the coating resin, the reaction product being at the interface between the coating resing and the flux and having a urethane bond. a coating resin that contains 10% to 50% by weight of isocyanate and covers the circuit board, the electronic component, and the bonding metal; a flux that contains a compound having a hydroxyl group and remains on a surface of the bonding metal and a top surface and sides of the electronic component; and a reaction product of the hydroxyl group contained in the flux and the isocyanate group contained in the coating resin, the reaction product being at the interface between the coating resing and the flux and having a urethane bond.