mhurhangee/ep-ind-claims huggingface dataset:
A fluid flow system in an internal combustion piston engine, which fluid flow system comprises main fluid channel leading to a fluid utilization unit and a branch channel which branches from the main fluid channel and a fluid flow control device in the main fluid channel, and in which fluid flow system the fluid flow control device is arranged at a the location where the branch channel branches from the main fluid channel, characterized in that the fluid flow control device comprises at least four parallel on-off valve units (22.1, 22.2,... 22.N) having two operational positions between which the valve units (22.1, 22,2,... 22.N) can be switched, which operational positions governs the flow of the fluid either to the branch channel or further in the main fluid channel, and at least one of the on-off valve units (22.1, 22.2,... 22.N) is provided with a removably assembled restriction element effecting on the flow characteristics of the valve unit.
Adduct AD obtained from the reaction of - at least one novolak glycidyl ether containing an average of 2.5 to 4 epoxy groups per molecule with - an amine mixture comprising bis(6-aminohexyl)amine and at least one amine A1 other than bis(6-aminohexyl)amine that has at least one primary amino group. - at least one novolak glycidyl ether containing an average of 2.5 to 4 epoxy groups per molecule with - an amine mixture comprising bis(6-aminohexyl)amine and at least one amine A1 other than bis(6-aminohexyl)amine that has at least one primary amino group.
A system for measurement of performance characteristics of the link between provider edge devices (101a, 101b) in an Ethernet environment, said system comprising a network management module configured for aborting an ongoing test on receiving a signal from a provider edge device; and receiving test statistics from said provider edge device on completion of said test; characterized in that said provider edge device configured for determining if a second provider edge device is capable of supporting test parameters configured by said provider edge device, and synchronizing said provider edge device with said second provider edge device for sending said test parameters, if said second provider edge device is determined as being capable of suporting the configured test parameters. aborting an ongoing test on receiving a signal from a provider edge device; and receiving test statistics from said provider edge device on completion of said test; determining if a second provider edge device is capable of supporting test parameters configured by said provider edge device, and synchronizing said provider edge device with said second provider edge device for sending said test parameters, if said second provider edge device is determined as being capable of suporting the configured test parameters.
An optical fiber laser device (10; 210), comprising: a first fiber having a first fiber Bragg grating; a second fiber having a second fiber Bragg grating with lower reflectance than the first fiber Bragg grating; and a third fiber doped with a rare earth element, having a first end connected with the first fiber, and having a second end connected with the second fiber, wherein a central portion of a core of the third fiber is more heavily doped with the rare earth element than a peripheral portion of the core is, and wherein the central portion of the core is doped with the rare earth element and the peripheral portion of the core is not doped with the rare earth element; characterized in that the following expression is satisfied, where Da represents a diameter of the central portion doped with the rare earth element and Db represents a diameter of the core Db / 2 ≤ Da ≤ (3 · Db) / 4; wherein the central portion of the core is a cylindrical portion concentric with the core and has the diameter Da, which is in a range of between 20 μm and 30 μm; and wherein the central portion of the core is doped with the rare earth element at a predetermined concentration in the range of between 0.5 mass% and 10 mass%. a first fiber having a first fiber Bragg grating; a second fiber having a second fiber Bragg grating with lower reflectance than the first fiber Bragg grating; and a third fiber doped with a rare earth element, having a first end connected with the first fiber, and having a second end connected with the second fiber, wherein a central portion of a core of the third fiber is more heavily doped with the rare earth element than a peripheral portion of the core is, and wherein the central portion of the core is doped with the rare earth element and the peripheral portion of the core is not doped with the rare earth element; characterized in that the following expression is satisfied, where Da represents a diameter of the central portion doped with the rare earth element and Db represents a diameter of the core Db / 2 ≤ Da ≤ (3 · Db) / 4; wherein the central portion of the core is a cylindrical portion concentric with the core and has the diameter Da, which is in a range of between 20 μm and 30 μm; and wherein the central portion of the core is doped with the rare earth element at a predetermined concentration in the range of between 0.5 mass% and 10 mass%.
Use of an anti-sialic acid-binding immunoglobulin-like lectin-9 (Siglec-9) antibody which specifically binds to Siglec-9, for the manufacture of a medicament for the treatment of acute myeloid leukaemia.
A method of dispensing and aspirating a fluid comprising: providing a manifold comprising a vacuum channel and a pressure channel; providing two or more pipette channels, each pipette channel comprising a dispense head, a vacuum port, a pressure port, and an independently controlled valve in simultaneous fluid communication with the vacuum port and the pressure port; selectively engaging the two or more pipette channels to the manifold, wherein selectively engaging comprises connecting each vacuum port of the two or more pipette channels to the vacuum channel of the manifold and connecting each pressure port of the two or more pipette channels to the pressure channel of the manifold; transmitting control signals from the manifold to a first pipette channel of the two or more pipette channels to independently control operation of the independently controlled valve to selectively direct gas under vacuum or gas under pressure received through the vacuum port and the pressure port of the first pipette channel to the dispense head of the first pipette channel; and performing aspirate and dispense operations with the first pipette channel, the aspirate and dispense operations comprising aspirating the fluid or dispensing the fluid in response to receipt of gas under vacuum or gas under pressure, respectively, in the dispense head of the first pipette channel from the independently controlled valve of the first pipette channel, wherein each dispense head is moveable along a vertical direction relative to the manifold independently of another dispense head coupled to the manifold. providing a manifold comprising a vacuum channel and a pressure channel; providing two or more pipette channels, each pipette channel comprising a dispense head, a vacuum port, a pressure port, and an independently controlled valve in simultaneous fluid communication with the vacuum port and the pressure port; selectively engaging the two or more pipette channels to the manifold, wherein selectively engaging comprises connecting each vacuum port of the two or more pipette channels to the vacuum channel of the manifold and connecting each pressure port of the two or more pipette channels to the pressure channel of the manifold; transmitting control signals from the manifold to a first pipette channel of the two or more pipette channels to independently control operation of the independently controlled valve to selectively direct gas under vacuum or gas under pressure received through the vacuum port and the pressure port of the first pipette channel to the dispense head of the first pipette channel; and performing aspirate and dispense operations with the first pipette channel, the aspirate and dispense operations comprising aspirating the fluid or dispensing the fluid in response to receipt of gas under vacuum or gas under pressure, respectively, in the dispense head of the first pipette channel from the independently controlled valve of the first pipette channel, wherein each dispense head is moveable along a vertical direction relative to the manifold independently of another dispense head coupled to the manifold.
A method for manufacturing a mold for a resin product by alternate repetition of a metal powder layer forming and a solidified-layer forming, the repetition comprising: (i) forming a solidified layer by irradiating a predetermined portion of a metal powder layer with a light beam, thereby allowing a sintering of the metal powder in the predetermined portion or a melting and subsequent solidification of the metal powder; and (ii) forming another solidified layer by newly forming a metal powder layer on the formed solidified layer, followed by an irradiation of a predetermined portion of the newly formed metal powder layer with the light beam, wherein a part of a region for the formation of the solidified layer is not irradiated with the light beam to form a non-irradiated portion, such that the mold to be finally obtained has at least one slit-groove at an upper surface thereof, the slit-groove being for reducing a stress of the mold, wherein a slit-opening of the slit groove has a shorter dimension (Dx) of 0.05 mm to 1 mm and a longer dimension (Dy) of 1 mm to 30 mm, wherein a depth dimension of the slit-groove is in the range of 10 % to 50 % with respect to a thickness dimension of the mold, and wherein a parting-surface of the mold is provided with the slit-groove. (i) forming a solidified layer by irradiating a predetermined portion of a metal powder layer with a light beam, thereby allowing a sintering of the metal powder in the predetermined portion or a melting and subsequent solidification of the metal powder; and (ii) forming another solidified layer by newly forming a metal powder layer on the formed solidified layer, followed by an irradiation of a predetermined portion of the newly formed metal powder layer with the light beam, wherein a part of a region for the formation of the solidified layer is not irradiated with the light beam to form a non-irradiated portion, such that the mold to be finally obtained has at least one slit-groove at an upper surface thereof, the slit-groove being for reducing a stress of the mold, wherein a slit-opening of the slit groove has a shorter dimension (Dx) of 0.05 mm to 1 mm and a longer dimension (Dy) of 1 mm to 30 mm, wherein a depth dimension of the slit-groove is in the range of 10 % to 50 % with respect to a thickness dimension of the mold, and wherein a parting-surface of the mold is provided with the slit-groove.
An electronic device comprising: a charging pad having a plurality of metal contacts; and a fiber device and characterized by: the fiber device having a plurality of non-conductive threads and a plurality of conductive threads (350, 351), wherein the plurality of non-conductive threads and the plurality of conductive threads are woven to form a fabric and wherein at least one of the plurality of conductive threads is electrically coupled to at least one of the plurality of metal contacts via a solder joint. a charging pad having a plurality of metal contacts; and a fiber device and characterized by: the fiber device having a plurality of non-conductive threads and a plurality of conductive threads (350, 351), wherein the plurality of non-conductive threads and the plurality of conductive threads are woven to form a fabric and wherein at least one of the plurality of conductive threads is electrically coupled to at least one of the plurality of metal contacts via a solder joint.
A computer graphics system for mipmap based texture mapping, comprising: a pixel shader configured to receive or generate one or more sets of texture coordinates per pixel sample location; and a texture unit; wherein the pixel shader and texture unit between them are configured to calculate texture space gradient values for one or more primitives, and generate and apply per-pixel gradient scale factors configured to modify the gradient values to smoothly transition them between regions of a screen space of a head-mounted display device having different pixel resolutions. a pixel shader configured to receive or generate one or more sets of texture coordinates per pixel sample location; and a texture unit; wherein the pixel shader and texture unit between them are configured to calculate texture space gradient values for one or more primitives, and generate and apply per-pixel gradient scale factors configured to modify the gradient values to smoothly transition them between regions of a screen space of a head-mounted display device having different pixel resolutions.
A method, performed at a base station, for controlling power levels of a first wireless transmission and a second wireless transmission by the base station to a remote terminal, the method comprising: deriving an initial transmit power level for the second transmission; selecting a power control mode based on the operating conditions of the first and the second transmission; and signalling the selected power control mode to the remote terminal, characterized in that the first wireless transmission is a Forward Fundamental Channel, F-FCH, or a Forward Dedicated Control Channel, F-DCCH, and the second wireless transmission is a Forward Supplemental Channel, F-SCH; wherein selecting a power control mode further includes selecting a power control mode for a single power control loop or dual power control loops based on whether data is being transmitted on the second transmission; and wherein the operating conditions depend on whether a first set of base station transmitting the first transmission is the same as a second set of base station transmitting the second transmission. deriving an initial transmit power level for the second transmission; selecting a power control mode based on the operating conditions of the first and the second transmission; and signalling the selected power control mode to the remote terminal, characterized in that the first wireless transmission is a Forward Fundamental Channel, F-FCH, or a Forward Dedicated Control Channel, F-DCCH, and the second wireless transmission is a Forward Supplemental Channel, F-SCH; wherein selecting a power control mode further includes selecting a power control mode for a single power control loop or dual power control loops based on whether data is being transmitted on the second transmission; and wherein the operating conditions depend on whether a first set of base station transmitting the first transmission is the same as a second set of base station transmitting the second transmission.
Surface-modified, pyrogenically prepared silica with improved ease of incorporation into liquid systems obtainable in that a pyrogenically prepared silica, which is in the form of aggregates of primary particles and possesses a BET surface area of 150 ± 15 m 2 /g, the aggregates having an average area of 12 000 to 20 000 nm 2, an average equivalent circle diameter of 90 to 120 nm and an average circumference of 1150 to 1700 nm, is treated with polydimethylsiloxane as a surface modifier.
An oligonucleotide amplification primer comprising: (a) a 3' segment comprising a target-specific nucleotide sequence; (b) a 5' segment comprising a non-target-specific universal sequencing tag comprising at least three contiguous non-natural nucleobase isoforms capable of hybridizing to complementary non-natural nucleobases and capable of being replicated during amplification, wherein the contiguous non-natural nucleobase isoforms are contiguous to the target-specific nucleotide sequence, wherein at least one non-natural nucleobase isoform is isocytosine and at least one non-natural nucleobase isoform is isoguanine. (a) a 3' segment comprising a target-specific nucleotide sequence; (b) a 5' segment comprising a non-target-specific universal sequencing tag comprising at least three contiguous non-natural nucleobase isoforms capable of hybridizing to complementary non-natural nucleobases and capable of being replicated during amplification, wherein the contiguous non-natural nucleobase isoforms are contiguous to the target-specific nucleotide sequence, wherein at least one non-natural nucleobase isoform is isocytosine and at least one non-natural nucleobase isoform is isoguanine.
A method for detecting a condition of a pump assembly or a pump assembly part, with the following method steps: a) recording a video sequence of the pump assembly which is in operation, or at least a part thereof, and b) determining the condition of the pump assembly or a part thereof, by means of changes in pictures of the video sequence, characterised in that the speed of changes between pixels or pixel groups of successive pictures of the video sequence are determined, and the determining of the condition of the pump assembly is effected on the basis of the determined speeds of changes. a) recording a video sequence of the pump assembly which is in operation, or at least a part thereof, and b) determining the condition of the pump assembly or a part thereof, by means of changes in pictures of the video sequence, characterised in that the speed of changes between pixels or pixel groups of successive pictures of the video sequence are determined, and the determining of the condition of the pump assembly is effected on the basis of the determined speeds of changes.
A liquid cosmetic containing a capsule in an aqueous medium, wherein - the capsule comprises agar shell consisting entirely of agar and encapsulating an oil component, and - the aqueous medium comprises a low molecular polyol having a molecular weight not greater than 8,000 g.mol -1 and at least one polymer selected from the group consisting of an alkyl (meth)acrylate copolymer, a (meth)acrylic acid-alkyl (meth)acrylate copolymer or its salt, possibly in their crosslinked forms, and a polysaccharide, the content of low molecular polyol being 7 mass% or greater based on the total liquid cosmetic mass. - the capsule comprises agar shell consisting entirely of agar and encapsulating an oil component, and - the aqueous medium comprises a low molecular polyol having a molecular weight not greater than 8,000 g.mol -1 and at least one polymer selected from the group consisting of an alkyl (meth)acrylate copolymer, a (meth)acrylic acid-alkyl (meth)acrylate copolymer or its salt, possibly in their crosslinked forms, and a polysaccharide,
A floating offshore horizontal axis wind turbine structure comprising an anchored part anchored to a sea bed, and a rotatable part, the structure being supported by at least three means of floatation including a pivot buoy (6, 9), wherein the pivot buoy comprises: a lower body anchored to the seabed and an upper body fixed to the rotatable part of the wind turbine structure, an electrical connection between the lower body and the upper body of the pivot buoy, and a yaw system connecting the upper body with the lower body, wherein the yaw system comprises a means of rotation including an inner raceway connected to one of the upper body and lower body, and an outer raceway connected to the other of the upper body and lower body, and wherein the inner and outer raceways (18, 19) are configured to rotate with respect to each other around a vertical yaw axis, the yaw system being configured to allow an alignment of the rotatable part of the wind turbine structure with the prevailing wind direction, by rotating about the vertical yaw axis, characterized in that the yaw system further comprising: an inner centering means and an outer centering means which are coaxial with the yaw axis, and elastic elements arranged between the inner centering means and the inner raceway of the rotating means, the elastic elements acting as mechanical interface at one side of the means of rotation, and configured to transmit mechanical loads to the means of rotation, allowing a limited relative rotation between the rotatable part and the anchored part in an axis perpendicular to the yaw axis and protecting the means of rotation of the impacts than can occur during an offshore installation process of assembly of the rotatable part and the anchored part. a lower body anchored to the seabed and an upper body fixed to the rotatable part of the wind turbine structure, an electrical connection between the lower body and the upper body of the pivot buoy, and a yaw system connecting the upper body with the lower body, an inner centering means and an outer centering means which are coaxial with the yaw axis, and elastic elements arranged between the inner centering means and the inner raceway of the rotating means, the elastic elements acting as mechanical interface at one side of the means of rotation, and configured to transmit mechanical loads to the means of rotation, allowing a limited relative rotation between the rotatable part and the anchored part in an axis perpendicular to the yaw axis and protecting the means of rotation of the impacts than can occur during an offshore installation process of assembly of the rotatable part and the anchored part.
An IC card comprising: a communication unit that communicates by a plurality of interfaces including a first interface and a second interface; and a controller that processes a command received by the communication unit and makes the communication unit transmit a response to the command, characterized in that the communication unit communicates with the same communication destination by the plurality of interfaces and; in a case where the first interface becomes unavailable after the communication unit receives a first command by the first interface before the communication unit has transmitted a first response to the first command, and in a case where the communication unit receives, by the second interface, a specific command to request for transmitting the discontinued first response to the first command received by the first interface, the controller makes the communication unit transmit a second response containing the first response by the second interface. a communication unit that communicates by a plurality of interfaces including a first interface and a second interface; and a controller that processes a command received by the communication unit and makes the communication unit transmit a response to the command, characterized in that the communication unit communicates with the same communication destination by the plurality of interfaces and;