mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising a cooling system comprising: a passage capable (102; 184) of receiving cooling air, a compartment (103; 185) radially adjacent thereto and axially aligned therewith, an opening therebetween, a valve within the opening, and a heat exchanger (108; 188) received in the compartment (103; 185); said valve being moveable between a maximum open position and a minimum open position for increasing or decreasing airflow from the passage into the compartment; and at said valve minimum open position, a leakage path is provided between the passage and the compartment, whereby cooling air is capable of passing from the passage to the compartment and toward the heat exchanger at all valve positions; characterised in that: said leakage path is provided by a controlled leakage; and said valve sits on a seal, and said seal provides the controlled leakage path. a passage capable (102; 184) of receiving cooling air, a compartment (103; 185) radially adjacent thereto and axially aligned therewith, an opening therebetween, a valve within the opening, and a heat exchanger (108; 188) received in the compartment (103; 185); said valve being moveable between a maximum open position and a minimum open position for increasing or decreasing airflow from the passage into the compartment; and at said valve minimum open position, a leakage path is provided between the passage and the compartment, whereby cooling air is capable of passing from the passage to the compartment and toward the heat exchanger at all valve positions; said leakage path is provided by a controlled leakage; and said valve sits on a seal, and said seal provides the controlled leakage path.
A target for use in a physical vapor deposition process, having a matrix composed of a composite material selected from the group consisting of aluminum-based material, titanium-based material and all combinations thereof, wherein the elements of the matrix form a proportion of greater than or equal to 60 at% and less than or equal to 99 at% of the target, wherein the matrix is doped with doping elements, wherein the doping elements are selected from the group consisting of the lanthanides: La, Ce, Nd, Sm and Eu, characterized in that the doping elements are embedded in the matrix as constituents of ceramic compounds and in that the doping elements are present in the target in a total concentration in a range from greater than or equal to 1 at% to less than or equal to 10 at%, preferably less than or equal to 5 at%.
A polymer having at least one lower molecular weight component and at least one higher molecular weight component and comprising a copolymer of ethylene and a comonomer comprising 1-hexene, 1-heptene, 1-octene, 1-nonene, 1-decene, or combinations thereof; wherein the polymer comprises equal to or less than about 0.5 mol.% comonomer; a lower molecular weight component present in an amount of greater than about 60 wt.% and less than about 100 wt.%; a weight average molecular weight (M w) of the lower molecular weight component ranging from about 50 kg/mol to about 120 kg/mol and a M w of the higher molecular weight component ranging from about 800 kg/mol to about 2000 kg/mol; a polydispersity index of the higher molecular weight component of from about 2 to about 4; a ratio of short chain branching at a molecular weight of 1 x 10 6 to SCB at the peak MW for the polymer of greater than about 3; and wherein the average short chain branching content of each 10 wt.% fraction of polymer increases with molecular weight increase in a range of MW of greater than about 100 kg/mol.
A method comprising: establishing, using a connection policy at a first device (202, 204, 302, 304, 306), a security association with a second device (202, 204,302, 304, 306) of a distributed control system DCS, wherein the security association is established during first and second types of negotiations, the first type of negotiation comprises an Internet Key Exchange IKE main mode negotiation, and the second type of negotiation comprises an IKE quick mode negotiation; and once the security association is established, deploying a process data policy to the devices; wherein the process data policy is established using quick mode negotiations; wherein the connection policy defines a secure communication channel between the devices using a non-process communication port of the first device; and wherein the process data policy refers to a secure communication channel between the devices for real-time industrial process data and defines a secured system topology of the devices. establishing, using a connection policy at a first device (202, 204, 302, 304, 306), a security association with a second device (202, 204,302, 304, 306) of a distributed control system DCS, wherein the security association is established during first and second types of negotiations, the first type of negotiation comprises an Internet Key Exchange IKE main mode negotiation, and the second type of negotiation comprises an IKE quick mode negotiation; and once the security association is established, deploying a process data policy to the devices; wherein the process data policy is established using quick mode negotiations; wherein the connection policy defines a secure communication channel between the devices using a non-process communication port of the first device; and wherein the process data policy refers to a secure communication channel between the devices for real-time industrial process data and defines a secured system topology of the devices.
An encapsulation method of electronic components, comprising steps of: preparing leadless electronic components, each having a cylindrical body, the cylindrical body having a front end and a rear end with both ends (111, 112) made of metals, and a middle end made of ceramics, and the front end or the rear end having an outer diameter greater than the middle end of the cylindrical body; preparing a mould consisting of an upper mould and a lower mould, the upper mould having a plurality of upper grooves thereon, and the lower mould combined with or detached from the upper mould and having a plurity of lower grooves, the lower grooves being opposite to the upper grooves; encasing the cylindrical bodies inside the upper grooves of the upper mould and the lower grooves of the lower mould; injecting heated and softened protective materials into the mould so that the protective materials are coated on the cylindrical bodies as protective layers; and removing the cylindrical bodies from the upper mould and the lower mould into a roller to churn the cylindrical bodies and thereby de-coat parts of the protective layers on the front ends and the rear ends of the cylindrical bodies. preparing leadless electronic components, each having a cylindrical body, the cylindrical body having a front end and a rear end with both ends (111, 112) made of metals, and a middle end made of ceramics, and the front end or the rear end having an outer diameter greater than the middle end of the cylindrical body; preparing a mould consisting of an upper mould and a lower mould, the upper mould having a plurality of upper grooves thereon, and the lower mould combined with or detached from the upper mould and having a plurity of lower grooves, the lower grooves being opposite to the upper grooves; encasing the cylindrical bodies inside the upper grooves of the upper mould and the lower grooves of the lower mould; injecting heated and softened protective materials into the mould so that the protective materials are coated on the cylindrical bodies as protective layers; and removing the cylindrical bodies from the upper mould and the lower mould into a roller to churn the cylindrical bodies and thereby de-coat parts of the protective layers on the front ends and the rear ends of the cylindrical bodies.
An acrylic artificial marble having an amorphous pattern comprising a matrix and a pattern part, wherein said pattern part has a specific gravity of about 1.6 to about 2.0; and wherein said pattern part comprises a cured pattern part forming resin composition comprising a binder and an acrylic polymerizable monomer, wherein the binder comprises an halogenated urethane acrylate, halogenated epoxy acrylate, or a combination thereof; and characterized in that said pattern part forming resin composition further comprises an inorganic filler in an amount of about 0.1 to about 50 parts by weight based on about 100 parts by weight of the acrylic polymerizable monomer.
A computer-implemented method for configuring an ultra-high density heterogeneous network comprising roadside unit type base stations, regular base stations and user terminals, the road side units type base stations having faster user terminal to user terminal or to network infrastructure application than regular base stations, characterized in that the method comprises the steps of: - obtaining radio measurements reports from user terminals through regular base stations, - identifying, using the measurement reports, regular base stations and road side units type base stations, - building a graph of the ultra-high density heterogeneous network from the identified regular base stations and road side units type base station, a node of the graph corresponding to an identified regular base station or a road side unit type base station, links of the graph linking the regular base stations and road side units type base station, - determining a centrality value for each node of the graph, the centrality value for a node being the inverse of the sum of the distance between the node and all the other nodes in the graph, - determining a global network centrality value, - checking if a network topology reconfiguration has to be performed, wherein the network topology reconfiguration has to be performed according to the determined centrality values for each node of the graph and the determined global centrality value, - performing the network topology reconfiguration by deleting connections between road side unit type base stations and regular base station and by adding connections between road side unit type base stations if the network topology reconfiguration has to be performed. - obtaining radio measurements reports from user terminals through regular base stations, - identifying, using the measurement reports, regular base stations and road side units type base stations, - building a graph of the ultra-high density heterogeneous network from the identified regular base stations and road side units type base station, a node of the graph corresponding to an identified regular base station or a road side unit type base station, links of the graph linking the regular base stations and road side units type base station, - determining a centrality value for each node of the graph, the centrality value for a node being the inverse of the sum of the distance between the node and all the other nodes in the graph, - determining a global network centrality value, - checking if a network topology reconfiguration has to be performed, wherein the network topology reconfiguration has to be performed according to the determined centrality values for each node of the graph and the determined global centrality value, - performing the network topology reconfiguration by deleting connections between road side unit type base stations and regular base station and by adding connections between road side unit type base stations if the network topology reconfiguration has to be performed.
A mobile terminal comprising an antenna, a display, a side frame, and a back cover, the side frame is connected between the display and the back cover, and the antenna comprises: a conductive support, comprising a first portion, a second portion, a third portion, and a fourth portion that are all made of conductive materials and that jointly enclose a cavity, wherein the first portion and the third portion are disposed opposite to each other and are respectively connected to a head end and a tail end of the second portion; the fourth portion and the second portion are disposed opposite to each other; the second portion is disposed on an inner side of the display; the third portion is a part of the side frame; the fourth portion is located on an outer side of the back cover, or is located on an inner side of the back cover, or is a part of the back cover; the conductive support is configured with a gap; and the gap is formed between the fourth portion and the first portion, or is formed between the fourth portion and the third portion, or is disposed in the fourth portion; and a feeding part, electrically connected to the conductive support, and configured to excite the conductive support to generate a current, characterized in that the mobile terminal comprises a middle frame, the middle frame is configured to mount the display, the second portion is a part of the middle frame, and the cavity is enclosed by the middle frame, the side frame, and the fourth portion. a conductive support, comprising a first portion, a second portion, a third portion, and a fourth portion that are all made of conductive materials and that jointly enclose a cavity, wherein the first portion and the third portion are disposed opposite to each other and are respectively connected to a head end and a tail end of the second portion; the fourth portion and the second portion are disposed opposite to each other; the second portion is disposed on an inner side of the display; the third portion is a part of the side frame; the fourth portion is located on an outer side of the back cover, or is located on an inner side of the back cover, or is a part of the back cover; the conductive support is configured with a gap; and the gap is formed between the fourth portion and the first portion, or is formed between the fourth portion and the third portion, or is disposed in the fourth portion; and a feeding part, electrically connected to the conductive support, and configured to excite the conductive support to generate a current, characterized in that the mobile terminal comprises a middle frame, the middle frame is configured to mount the display, the second portion is a part of the middle frame, and the cavity is enclosed by the middle frame, the side frame, and the fourth portion.
A method performed by a first user equipment, UE, for uploading a data file as a plurality of pieces to a destination network node in a wireless communications network, said method comprising: dividing the data file into the plurality of pieces; sending an upload assistance message to one or more second UEs (14-2, 14-2, 14-3, 14-4, 14-5); in response to the upload assistance message sent to the one or more second UEs, receiving an upload assistance confirmation message from the one or more second UEs, wherein the upload assistance confirmation message comprises a preferred piece size defined by the one or more second UEs; in response to the upload assistance confirmation message received from the one or more second UEs, sending one or more pieces of the plurality of pieces to the one or more second UEs to be uploaded to the destination network node, wherein the size of each of the one or more pieces is equal to or less than the preferred piece size; and uploading the one or more pieces of the plurality of pieces via a Coordinated Multi-Point, CoMP, set of cooperating nodes in the wireless communication network, wherein sending the upload assistance message to the one or more second UEs and sending the one or more pieces of the plurality of pieces to the one or more second UEs are accomplished using Device-to-Device, D2D, communication. dividing the data file into the plurality of pieces; sending an upload assistance message to one or more second UEs (14-2, 14-2, 14-3, 14-4, 14-5); in response to the upload assistance message sent to the one or more second UEs, receiving an upload assistance confirmation message from the one or more second UEs, wherein the upload assistance confirmation message comprises a preferred piece size defined by the one or more second UEs; in response to the upload assistance confirmation message received from the one or more second UEs, sending one or more pieces of the plurality of pieces to the one or more second UEs to be uploaded to the destination network node, wherein the size of each of the one or more pieces is equal to or less than the preferred piece size; and uploading the one or more pieces of the plurality of pieces via a Coordinated Multi-Point, CoMP, set of cooperating nodes in the wireless communication network, wherein sending the upload assistance message to the one or more second UEs and sending the one or more pieces of the plurality of pieces to the one or more second UEs are accomplished using Device-to-Device, D2D, communication.
A method for analyzing cellular responsiveness to drugs, comprising: a. obtaining a sample of whole blood, whole peripheral blood or whole bone marrow that has been withdrawn from a patient with a hematological neoplasm; b. dividing the whole sample into at least 35 aliquots; c. combining each of the at least 35 aliquots with a drug composition; and d. measuring apoptosis or cell depletion in each of the at least 35 aliquots by flow cytometry. a. obtaining a sample of whole blood, whole peripheral blood or whole bone marrow that has been withdrawn from a patient with a hematological neoplasm; b. dividing the whole sample into at least 35 aliquots; c. combining each of the at least 35 aliquots with a drug composition; and d. measuring apoptosis or cell depletion in each of the at least 35 aliquots by flow cytometry.
A liquid analyzer comprising a liquid sample intake for immersion in a liquid sample; at least one measurement zone (16;16'); liquid conduits disposed to connect in flow communication the liquid sample intake and the at least one measurement zone (16;16'); and a first pump module coupled to the liquid conduits and operable to effect liquid flow therein; characterised in that the liquid analyser further comprises a first pressure monitor disposed to measure pressure between the sample intake and the at least one measurement zone (16' 16') and a controller adapted to receive an output from the first pressure monitor representative of the measured pressure and to control the operation of the first pump module to regulate the liquid flow in the liquid conduits in dependence thereon.
Liquid container with: a first storage level configured to store the liquid, a second pressurization level configured to receive a gas to keep the first level pressurized, characterized in that the first and second levels can be stored flat with a thickness of less than 5 cm when empty of liquid and gas, the container further comprising an envelope configured to maintain said first and second levels in a maximum volume, said envelope being configured to be stored flat with a thickness of less than 5 cm, characterized in that the first level comprises a first pouch provided with a first non-return fitting part, characterized in that the second level comprises a second pouch provided with a second non-return fitting part. a first storage level configured to store the liquid, a second pressurization level configured to receive a gas to keep the first level pressurized, characterized in that the first and second levels can be stored flat with a thickness of less than 5 cm when empty of liquid and gas, the container further comprising an envelope configured to maintain said first and second levels in a maximum volume, said envelope being configured to be stored flat with a thickness of less than 5 cm, characterized in that the first level comprises a first pouch provided with a first non-return fitting part, characterized in that the second level comprises a second pouch provided with a second non-return fitting part.
Device for transporting and/or storing fragile, plate-shaped devices, having a pallet-like substructure, comprising wood, and a structure, comprising wooden strips, the structure having end faces and long faces corresponding to the pallet-like substructure, the end faces each comprising a strip frame with transverse strips, which in particular are attached to the strip frame with nail plates, and a diagonal strip, characterized in that a central transverse strip has a pitch so that it essentially centrally divides the strip frame transversely into two trapezoids, wherein the trapezium closer to the pallet-like substructure is divided into two triangles by a diagonal strip, and the trapezium further away from the pallet-like substructure has a transverse strip substantially parallel to the central transverse strip, and wherein, in an edge region in the interior of the device, both on the central transverse strips and on the transverse strips of the end faces which are substantially parallel thereto, in each case one longitudinal strip is mounted substantially parallel to a longitudinal direction of the pallet-like substructure in such a way that an adjusted plate-shaped device leaning against both longitudinal strips is aligned substantially 90° with respect to the transverse strips (11, 18).
A method of inactivating virus present during production of a polypeptide of interest, comprising: (a) binding the polypeptide to an affinity chromatography or a mixed-mode chromatography matrix, and (b) performing a virus inactivation step by washing the polypeptide-bound chromatography matrix with a wash solution at pH of lower than about 4.0, wherein the wash solution comprises a sufficient concentration of a salt to substantially reduce elution of the polypeptide during the virus inactivation step, wherein the concentration of the salt is from about 2.0 M to about 4.0 M. (a) binding the polypeptide to an affinity chromatography or a mixed-mode chromatography matrix, and (b) performing a virus inactivation step by washing the polypeptide-bound chromatography matrix with a wash solution at pH of lower than about 4.0,
A stamping machine for plastic film, of the type comprising a macro-perforation system in which the film passes between two parallel rollers (3, 4), one of the rollers being a stamping roller comprising an array of elements configured to perform disc-shaped cuts on a plastic sheet, wherein the elements of the stamping roller configured to perform disc-shaped cuts are an array of reliefs provided on the surface of the stamping roller, the reliefs consisting of closed contours featured on the surface of the stamping roller, with a predetermined geometry and being arranged in a predetermined manner, characterised in that the macro-perforation system being configured to perform cold-stamping, at room temperature, through pressure controlled by means of hydraulic pressure manometers.
Printing device for containers, such as bottles, cans, or cups, with a screen to apply a screen print onto the containers, where a squeegee-holder that is guided by a continuous track holds a squeegee in such a way that during the container printing process one end of the squeegee scrapes across the screen, thus forcing ink through the screen and onto one of the containers, wherein the distance between the end of the squeegee and the squeegee-holder is variable, characterized in that the squeegee-holder is connected to a first coupling location on a first specified curved track in a manner allowing it to travel along said first specified curved track, and also connected to a second coupling location on a second curved track that encompasses the first curved track, in a manner allowing it to travel along said second curved track, wherein the exact position of the squeegee is predetermined through the first and the second curved track (12, 13).