mhurhangee/ep-ind-claims huggingface dataset:
A transmission, comprising: a countershaft (106, 216, 304, 404); an input shaft (102, 104; 204, 206) and a clutch (210, 212) that couples the input shaft to the countershaft; a main transmission assembly having a main shaft and a main shaft clutch, the main shaft coupled to the countershaft via the main shaft clutch; and a range gear assembly; characterized by a power take-off shaft (108, 232, 302, 402) having a first integral helical spline portion (406, 408) directly coupled to a second integral helical spline portion (410, 412) on an axial end of the countershaft and collinear therewith, wherein the power take-off shaft and the countershaft are rotationally coupled to one another and axially decoupled from one another. a countershaft (106, 216, 304, 404); an input shaft (102, 104; 204, 206) and a clutch (210, 212) that couples the input shaft to the countershaft; a main transmission assembly having a main shaft and a main shaft clutch, the main shaft coupled to the countershaft via the main shaft clutch; and a range gear assembly; characterized by a power take-off shaft (108, 232, 302, 402) having a first integral helical spline portion (406, 408) directly coupled to a second integral helical spline portion (410, 412) on an axial end of the countershaft and collinear therewith, wherein the power take-off shaft and the countershaft are rotationally coupled to one another and axially decoupled from one another.
A method for preparing cytological samples, the method comprising: placing a cytological sample in a concave filter (601, 1204, 1904) in a filtration system (200, 600, 700); applying a negative pressure to an outer side of the concave filter with a vacuum device (202, 618, 718) to withdraw a liquid from the cytological sample and to maintain a filtered cellular material on an inner surface of the concave filter; positioning a lower sectionable matrix material (608, 1000, 1202, 1902) under the concave filter prior to applying the negative pressure to the outer side of the concave filter, wherein the lower sectionable matrix is sectionable by a microtome; applying an upper sectionable matrix material (1210, 1906) having a convex shape that is complementary to the concave filter over the filtered cellular material within the concave filter, wherein the upper sectionable matrix is sectionable by a microtome; removing an assembly (1200, 1900) including the filtered cellular material and the sectionable matrix material from the filtration system. applying a negative pressure to an outer side of the concave filter with a vacuum device (202, 618, 718) to withdraw a liquid from the cytological sample and to maintain a filtered cellular material on an inner surface of the concave filter; positioning a lower sectionable matrix material (608, 1000, 1202, 1902) under the concave filter prior to applying the negative pressure to the outer side of the concave filter, wherein the lower sectionable matrix is sectionable by a microtome; applying an upper sectionable matrix material (1210, 1906) having a convex shape that is complementary to the concave filter over the filtered cellular material within the concave filter, wherein the upper sectionable matrix is sectionable by a microtome; removing an assembly (1200, 1900) including the filtered cellular material and the sectionable matrix material from the filtration system.
A method for performing communication related to a congestion control, the method performed by a Session Management Function, SMF, and comprising: transmitting (S1101, S1201) a request message for Session Management Congestion Control Experience, SMCCE, analytics to Network Data Analytics Function, NWDAF, wherein the request message includes Data Network Name, DNN, for protocol data unit, PDU, session related to Session Management Congestion Control, SMCC, and/or Single - Network Slice Selection Assistance Information, S-NSSAI, for the PDU session related to the SMCC; and receiving (S1102, S1204) a response message, which includes SMCCE analytics information including list of User Equipments, UEs, classified based on experience level of the SMCC, in response of the request message from the NWDAF, wherein list of the UEs classified based on experience level of the SMCC includes one or more than one of a list of high-experienced UEs whose experience level of the SMCC for the DNN and/or the S-NSSAI is high, a list of medium-experienced UEs whose experience level of the SMCC for the DNN and/or the S-NSSAI is medium, or a list of low-experienced UEs whose experience level of the SMCC for the DNN and/or the S-NSSAI is low. transmitting (S1101, S1201) a request message for Session Management Congestion Control Experience, SMCCE, analytics to Network Data Analytics Function, NWDAF, wherein the request message includes Data Network Name, DNN, for protocol data unit, PDU, session related to Session Management Congestion Control, SMCC, and/or Single - Network Slice Selection Assistance Information, S-NSSAI, for the PDU session related to the SMCC; and receiving (S1102, S1204) a response message, which includes SMCCE analytics information including list of User Equipments, UEs, classified based on experience level of the SMCC, in response of the request message from the NWDAF, wherein list of the UEs classified based on experience level of the SMCC includes one or more than one of a list of high-experienced UEs whose experience level of the SMCC for the DNN and/or the S-NSSAI is high, a list of medium-experienced UEs whose experience level of the SMCC for the DNN and/or the S-NSSAI is medium, or a list of low-experienced UEs whose experience level of the SMCC for the DNN and/or the S-NSSAI is low.
A ferritic stainless steel sheet having a sheet thickness t of 5.0 to 12.0 mm, comprising a chemical composition consisting of, in mass percent: C: 0.001 to 0.010%; Si: 0.01 to 1.0%; Mn: 0.01 to 1.0%; P: 0.04% or less; S: 0.010% or less; Cr: 10.0 to 20.0%; Ni: 0.01 to 1.0%; Ti: 0.10 to 0.30%; V: 0.01 to 0.40%; Al: 0.005 to 0.3%; N: 0.001 to 0.02%; B: 0 to 0.0030%; Mo: 0 to 2.0%; Cu: 0 to 0.3%; Mg: 0 to 0.0030%; Sn: 0 to 0.1%; Sb: 0 to 0.1%; Zr: 0 to 0.1%; Ta: 0 to 0.1%; Nb: 0 to 0.1%; Hf: 0 to 0.1%; W: 0 to 0.1%; Co: 0 to 0.2%; Ca: 0 to 0.0030%; REM: 0 to 0.05%; Ga: 0 to 0.1%; and optionally, Bi: 0.001 to 0.1%, with the balance being Fe and unavoidable impurities, wherein in a steel micro-structure, on a cross section parallel to a rolling direction, an area ratio of structures each satisfying: major grain diameter / minor grain diameter being 5.0 or more is 90% or more, and an average minor grain diameter of the structures is 100 μm or less wherein the area ratio of structures each satisfying: major grain diameter / minor grain diameter being 5.0 or more is determined as described in the description, and the average minor grain diameter of the structures is determined as described in the description. C: 0.001 to 0.010%; Si: 0.01 to 1.0%; Mn: 0.01 to 1.0%; P: 0.04% or less; S: 0.010% or less; Cr: 10.0 to 20.0%; Ni: 0.01 to 1.0%; Ti: 0.10 to 0.30%; V: 0.01 to 0.40%; Al: 0.005 to 0.3%; N: 0.001 to 0.02%; B: 0 to 0.0030%; Mo: 0 to 2.0%; Cu: 0 to 0.3%; Mg: 0 to 0.0030%; Sn: 0 to 0.1%; Sb: 0 to 0.1%; Zr: 0 to 0.1%; Ta: 0 to 0.1%; Nb: 0 to 0.1%; Hf: 0 to 0.1%; W: 0 to 0.1%; Co: 0 to 0.2%; Ca: 0 to 0.0030%; REM: 0 to 0.05%; Ga: 0 to 0.1%; and optionally, Bi: 0.001 to 0.1%, with the balance being Fe and unavoidable impurities, wherein in a steel micro-structure, on a cross section parallel to a rolling direction, an area ratio of structures each satisfying: major grain diameter / minor grain diameter being 5.0 or more is 90% or more, and an average minor grain diameter of the structures is 100 μm or less wherein the area ratio of structures each satisfying: major grain diameter / minor grain diameter being 5.0 or more is determined as described in the description, and the average minor grain diameter of the structures is determined as described in the description.
A method for transporting radio network related information to an application server running in a data center, wherein the application server is in communicative connection with a radio base station of a radio network via at least one fixed network link and the radio base station is configured to communicate with an end user device via at least one radio link over an air interface, thus establishing a communication link between the end user device and the application server via the radio base station as a combination of the at least one fixed network link and the at least one radio link, the method comprising: a) providing at the radio base station an application notification sender which is coupled with a scheduler of the radio base station, b) accessing, using the application notification sender, network data which are used by the scheduler to allocate network resources to the end user device, c) determining, using the application notification sender and based on the network data which have been accessed, a network service quality for a communication between the application server and the end user device, d) establishing a control communication link between the end user device and the application server, the control communication link comprising at least one separate fixed network link from the radio base station to the application server and being configured to only carry data related to the network service quality, and e) sending, using the control communication link, the determined network service quality for a communication between the application server and the end user device from the application notification sender to the application server. a) providing at the radio base station an application notification sender which is coupled with a scheduler of the radio base station, b) accessing, using the application notification sender, network data which are used by the scheduler to allocate network resources to the end user device, c) determining, using the application notification sender and based on the network data which have been accessed, a network service quality for a communication between the application server and the end user device, d) establishing a control communication link between the end user device and the application server, the control communication link comprising at least one separate fixed network link from the radio base station to the application server and being configured to only carry data related to the network service quality, and e) sending, using the control communication link, the determined network service quality for a communication between the application server and the end user device from the application notification sender to the application server.
Platelet-shaped, copper-containing metal pigments having an elemental copper content of at least 50 % by weight relative to the weight of the uncoated copper-containing metal pigment, characterised in that the copper-containing metal pigments comprise at least one enveloping metal oxide layer and at least one enveloping chemically non-reactive plastic layer, the sum of the contents of the at least one chemically non-reactive plastic layer and the at least one metal oxide layer being within a range of 10 to 50 % by weight relative to the weight of the uncoated metal pigment, and the weight ratio of the at least one metal oxide layer to the at least one chemically non-reactive layer is within a range of 1:2 to 1:20.
A method for manufacturing three-dimensional items with flexible walls, by means of a mould and a counter-mould between which a volume corresponding to that of the item to be obtained is delimited, the item of which is made up of flexible laminar parts that are mounted on a template that is fixed to the inner surface of the mould, the laminar parts thereby being joined by means of an adhesive material that is injected in a fluid state through a network of conduits limited between the counter-mould, template and facing edges of the laminar parts, the template being an elastically deformable material, of a greater thickness than the distance "D" between the mould and the flexible laminar parts, at least along the part of the areas that limit channels that separate the facing edges of the adjacent laminar parts, to compress the edges of said parts against the counter-mould, said template having a three-dimensional configuration and reproducing, at least on the surface on which the laminar parts are arranged, the shape of the item to be manufactured, wherein the template, on the surface intended to receive the laminar parts, has ribs that limit the channels defined between the facing edges of the adjacent laminar parts.
An optical stack, comprising: a liquid crystal panel including a color filter array, the liquid crystal panel including a filter side closest to the color filter array and a non-filter side opposite the filter side; an absorbing polarizer laminated directly to the filter side of the liquid crystal panel; and a reflective polarizer laminated to the absorbing polarizer. a liquid crystal panel including a color filter array, the liquid crystal panel including a filter side closest to the color filter array and a non-filter side opposite the filter side; an absorbing polarizer laminated directly to the filter side of the liquid crystal panel; and a reflective polarizer laminated to the absorbing polarizer.
A Panax plant extract, characterized in that the Panax plant extract contains GinsenosideRg3, GinsenosideRk1 and GinsenosideRg5, and a mass ratio of the GinsenosideRk1 and the GinsenosideRg5 is 1:1.0-1.5; the GinsenosideRg3 includes 20 -GinsenosideRg3 and 20 -GinsenosideRg3, and a mass ratio of the 20 -GinsenosideRg3 and 20 -GinsenosideRg3 is 1-1.5; and the Panax plant extract also contains GinsenosideRg2, GinsenosideRh1 and GinsenosideRh2; a mass percentage of the GinsenosideRg3, the GinsenosideRg5, the GinsenosideRk1, the GinsenosideRg2, the GinsenosideRh1 and the GinsenosideRh2 meets the following formula: 60 % ≤ Rg 5 + Rk 1 + Rg 3 / Rg 5 + Rk 1 + Rg 3 + Rg 2 + Rh 1 + Rh 2 < 100 %. the GinsenosideRg3 includes 20 -GinsenosideRg3 and 20 -GinsenosideRg3, and a mass ratio of the 20 -GinsenosideRg3 and 20 -GinsenosideRg3 is 1-1.5; and the Panax plant extract also contains GinsenosideRg2, GinsenosideRh1 and GinsenosideRh2; a mass percentage of the GinsenosideRg3, the GinsenosideRg5, the GinsenosideRk1, the GinsenosideRg2, the GinsenosideRh1 and the GinsenosideRh2 meets the following formula: 60 % ≤ Rg 5 + Rk 1 + Rg 3 / Rg 5 + Rk 1 + Rg 3 + Rg 2 + Rh 1 + Rh 2 < 100 %.
A rear view video system for a motor vehicle comprising a passenger side vision camera capable of capturing a view of the rear passenger side environment of said vehicle, and a monitor located in the passenger compartment of said vehicle and connected to said camera, said system being configured so that said monitor is automatically switched on and displays the view captured by said passenger side vision camera when the control lever of the direction indicators is switched on, said system being configured such that said monitor is automatically turned on and displays the view captured by said passenger side side vision camera when the direction indicator light control lever of said vehicle is moved to its passenger side direction indicator light operating position; further comprising at least one rear vision camera (30, 40) also connected to said monitor and able to capture at least one view of the rear environment of said vehicle, characterised in that said system is configured so that, from the switched-on configuration of said monitor successive presses of a button, provided at the end of said lever, cause the view displayed on said monitor to be changed cyclically among those capable of being captured by said cameras (20, 30, 40).
Lighting and/or signalling device, in particular for the automotive sector, comprising: - at least two LED light sources (16',16"), powered and activated separately, each facing a respective light input wall (32',32") of a corresponding light guide (28',28"), - wherein said light guides (28,28') are suitable to emit the light of said LED light sources (16',16") through at least two separate lighting portions (36,40) at a front wall, the light guides (28',28'') being equipped with diffuser elements arranged on a rear wall opposite the front wall, - at least one reflector element associated with each light guide (28',28'') directly facing the respective diffuser elements so as to reflect the light towards the front wall, - wherein said light guides (28',28'') are juxtaposed and adjacent to each other at at least one respective inner wall, - wherein said light guides (28',28'') are mechanically and optically separated by barrier elements which prevent the passage of light between the light guides (28',28'') at said at least one inner wall, characterised in that the diffuser elements are arranged according to a non-homogeneous scheme having a density that increases as the distance from the corresponding LED light source (16',16'') increases along the extension of the light guide (28',28"), wherein the reflector element is a white film reflecting the light coming from the rear wall of the light guides (28',28''), wherein on the side of the front wall, at the lighting portions (36,40) an opaline or embossed element is arranged. - at least two LED light sources (16',16"), powered and activated separately, each facing a respective light input wall (32',32") of a corresponding light guide (28',28"), - wherein said light guides (28,28') are suitable to emit the light of said LED light sources (16',16") through at least two separate lighting portions (36,40) at a front wall, the light guides (28',28'') being equipped with diffuser elements arranged on a rear wall opposite the front wall, - at least one reflector element associated with each light guide (28',28'') directly facing the respective diffuser elements so as to reflect the light towards the front wall, - wherein said light guides (28',28'') are juxtaposed and adjacent to each other at at least one respective inner wall, - wherein said light guides (28',28'') are mechanically and optically separated by barrier elements which prevent the passage of light between the light guides (28',28'') at said at least one inner wall, characterised in that
An ex-vivo method for testing whether a patient having cancer and being treated with a chemotherapeutic agent will respond therapeutically to a method of treatment comprising administration of an immunogenic composition, wherein the testing method comprises the steps of: - measuring levels of IL10 and IFNγ in a biological sample obtained from said patient; - calculating the IL10/IFNγ ratio; and - comparing said IL10/IFNγ ratio with a threshold level, wherein a low IL10/ IFNγ ratio indicates that the patient will develop a prophylactic or therapeutic response towards the immunogenic composition with a low IL10/IFNγ ratio being below 3.7, and wherein the immunogenic composition comprises or expresses all or part of a tumour-specific or tumour-related antigen. - measuring levels of IL10 and IFNγ in a biological sample obtained from said patient; - calculating the IL10/IFNγ ratio; and - comparing said IL10/IFNγ ratio with a threshold level, wherein a low IL10/ IFNγ ratio indicates that the patient will develop a prophylactic or therapeutic response towards the immunogenic composition with a low IL10/IFNγ ratio being below 3.7, and wherein the immunogenic composition comprises or expresses all or part of a tumour-specific or tumour-related antigen.
A hard metal body manufactured by means of vacuum sintering and composed of carbides with nitrides and/or carbonitrides and a metallic binder or matrix metal, wherein at least parts of the surface area have an increased material toughness, characterized in that the metallic binder or matrix metal consists of cobalt and iron and a metallic binder content lies between 4 and 15 wt.%, wherein an iron content in the metallic binder amounts to more than 5 wt.% and less than 45 wt.%, and wherein the metallic binder content on the surface of the area with increased toughness amounts in terms of vol.% to at least 1.2-times the metallic binder content in the hard metal body.
An immunological test apparatus that receives a carrier holding a reagent (RA, RB), which is combined with a test substance (DA, DB) to be colored, and having a sample dropped thereon, measures a state of the coloration, and determines whether or not the test substance (DA, DB) is present in the sample based on a result of the measurement, the apparatus comprising: a chemical solution spreading unit that performs sensitization processing for spreading a chemical solution for sensitizing a state of the coloration onto the carrier by increasing the density of coloration, wherein the chemical solution includes a reducing solution and a sensitizing solution; a driving controller that controls driving of the chemical solution spreading unit; a stop button that gives an instruction to stop a test; and a function switching unit that performs switching between activation and deactivation of a function of the stop button and that deactivates the function of the stop button in a case where the driving controller drives the chemical solution spreading unit to start the sensitization processing. a chemical solution spreading unit that performs sensitization processing for spreading a chemical solution for sensitizing a state of the coloration onto the carrier by increasing the density of coloration, wherein the chemical solution includes a reducing solution and a sensitizing solution; a driving controller that controls driving of the chemical solution spreading unit; a stop button that gives an instruction to stop a test; and a function switching unit that performs switching between activation and deactivation of a function of the stop button and that deactivates the function of the stop button in a case where the driving controller drives the chemical solution spreading unit to start the sensitization processing.