mhurhangee/ep-ind-claims huggingface dataset:
A split case compressor comprising: a first compressor case segment including a first split flange extending axially and a first axial flange extending circumferentially about the first compressor case segment; a second compressor case segment including a second split flange extending axially and a second axial flange extending circumferentially about the second compressor case segment, the first and second split flanges (112, 114) forming an overall split flange for securing the first compressor case segment and the second compressor case segment to each other; and a notch (132, 134) of at least one of the first axial flange and the second axial flange proximate the overall split flange; wherein the first axial flange and the second axial flange are located at an axial end of the first and second compressor case segments (102, 104); and wherein the first axial flange includes a first notch extending radially inwardly from a first radially outward surface of the first axial flange and the second axial flange includes a second notch extending radially inwardly from a second radially outward surface of the second axial flange; characterized in that: the first notch extends further radially inward than the second notch, or the second notch extends further radially inward than the first notch. a first compressor case segment including a first split flange extending axially and a first axial flange extending circumferentially about the first compressor case segment; a second compressor case segment including a second split flange extending axially and a second axial flange extending circumferentially about the second compressor case segment, the first and second split flanges (112, 114) forming an overall split flange for securing the first compressor case segment and the second compressor case segment to each other; and a notch (132, 134) of at least one of the first axial flange and the second axial flange proximate the overall split flange; wherein the first axial flange and the second axial flange are located at an axial end of the first and second compressor case segments (102, 104); and wherein the first axial flange includes a first notch extending radially inwardly from a first radially outward surface of the first axial flange and the second axial flange includes a second notch extending radially inwardly from a second radially outward surface of the second axial flange; characterized in that: the first notch extends further radially inward than the second notch, or the second notch extends further radially inward than the first notch.
Method for producing sheet steel products, in which manganese-boron sheet steel blanks or manganese-boron steel strips having different thicknesses and/or material qualities are welded together along a joint formed by edges of the sheet steel blanks or steel strips, characterised in that a viscous liquid, in particular a paste, or a solid, powdery or aerosol-like substance is applied, prior to the welding process, to at least part of at least one welding edge of the sheet steel blanks or steel strips (8, 9) to be welded together, which liquid or solid, powdery or aerosol substance contains at least one component that increases the strength of the weld seam to be produced and which is selected and/or set on the basis of its carbon content such that the percent by mass of the carbon in the weld seam is increased to from 0.25 to 0.40 wt.%, preferably to from 0.30 to 0.40 wt.% by applying the viscous liquid or the solid, powdery or aerosol-like substance, and in that, following welding, the weld seam is cooled abruptly, heated to a temperature above the austenitising temperature and abruptly cooled again so that the weld seam has a strength in the range of from 1500 MPa to 2000 MPa, preferably in the range of from 1700 MPa to 1900 MPa.
A platform comprising: a combination of a central processing unit and a graphics processing unit; and a shared physical memory to be accessible to both the GPU and CPU, wherein the platform is capable of mapping the shared physical memory to a shared virtual memory accessible to both the CPU and GPU, wherein the platform is to: store a shared object including a plurality of virtual functions in the shared virtual memory; and share at least one of the plurality of virtual functions between the CPU and the GPU. a combination of a central processing unit and a graphics processing unit; and a shared physical memory to be accessible to both the GPU and CPU, wherein the platform is capable of mapping the shared physical memory to a shared virtual memory accessible to both the CPU and GPU, store a shared object including a plurality of virtual functions in the shared virtual memory; and share at least one of the plurality of virtual functions between the CPU and the GPU.
A method, comprising: interconnecting a service communication proxy to one or more service communication proxy domains, the service communication proxy being interconnected to each respective service communication proxy domain of the one or more service communication proxy domains with one or several internet protocol addresses or fully qualified domain names; and registering the service communication proxy with a network repository function by sending a service operation to the network repository function, wherein the service operation comprises a profile of the service communication proxy, wherein the profile of the service communication proxy comprises: information about the interconnection of the service communication proxy to each respective service communication proxy domain of the one or more service communication proxy domains, characterised by the information about the interconnection of the service communication proxy to each respective service communication proxy domain of the one or more service communication proxy domains comprising the one or several internet protocol addresses or fully qualified domain names which interconnect the service communication proxy to each respective service communication proxy domain of the one or more service communication proxy domains. interconnecting a service communication proxy to one or more service communication proxy domains, the service communication proxy being interconnected to each respective service communication proxy domain of the one or more service communication proxy domains with one or several internet protocol addresses or fully qualified domain names; and registering the service communication proxy with a network repository function by sending a service operation to the network repository function, wherein the service operation comprises a profile of the service communication proxy, wherein the profile of the service communication proxy comprises: information about the interconnection of the service communication proxy to each respective service communication proxy domain of the one or more service communication proxy domains, characterised by the information about the interconnection of the service communication proxy to each respective service communication proxy domain of the one or more service communication proxy domains comprising the one or several internet protocol addresses or fully qualified domain names which interconnect the service communication proxy to each respective service communication proxy domain of the one or more service communication proxy domains.
A tube connecting apparatus having a first holding assembly and a second holding assembly which hold at least two flexible tubes (8, 9) approximately in a parallel state, comprising: a first pressing unit which is provided at the first holding assembly and which has pressure closing members (61, 62) which bite each other via the tubes (8, 9) to press the tubes (8, 9) to a flat state; a second pressing unit which is provided at the second holding assembly and which has pressure closing members (71, 72) which bite each other via the tubes (8, 9) to press the tubes (8, 9) to a flat state; a third pressing unit which is disposed between the first and second pressing units (6, 7) and which presses the tubes (8, 9) to a flat state; a cutting unit which cuts the tubes (8, 9) between the first and second pressing units (6, 7); and a movement unit which moves at least one of the first and second holding assemblies (2, 3) to change relatively positions of the tubes (8, 9) cut by the cutting unit such that end portions to be connected contact closely each other; characterized in that a tip portion of the third pressing unit protrudes more towards the position of the tubes (8, 9) than the pressure closing members of the first pressing unit; the third pressing unit being arranged in contact to and movable relative to the first pressing unit, and the third pressing unit does not have pressure closing members which bite each other via the tubes (8, 9). a first pressing unit which is provided at the first holding assembly and which has pressure closing members (61, 62) which bite each other via the tubes (8, 9) to press the tubes (8, 9) to a flat state; a second pressing unit which is provided at the second holding assembly and which has pressure closing members (71, 72) which bite each other via the tubes (8, 9) to press the tubes (8, 9) to a flat state; a third pressing unit which is disposed between the first and second pressing units (6, 7) and which presses the tubes (8, 9) to a flat state; a cutting unit which cuts the tubes (8, 9) between the first and second pressing units (6, 7); and a movement unit which moves at least one of the first and second holding assemblies (2, 3) to change relatively positions of the tubes (8, 9) cut by the cutting unit such that end portions to be connected contact closely each other; a tip portion of the third pressing unit protrudes more towards the position of the tubes (8, 9) than the pressure closing members of the first pressing unit; the third pressing unit being arranged in contact to and movable relative to the first pressing unit, and the third pressing unit does not have pressure closing members which bite each other via the tubes (8, 9).
A reel unit for a dual-bearing reel, the reel unit for supporting a spool in a rotatable state, the reel unit comprising: a frame including a first side plate, a second side plate disposed in opposition to the first side plate to enable the spool to be disposed between the first side plate and the second side plate, and a plurality of coupling members integrally formed with the first side plate and the second side plate to couple the first side plate and the second side plate; a fishing rod attachment leg fixed to an outer surface of one of the plurality of coupling members; and a thinned part having a box-like recessed shape and formed on an inner surface of the one of the coupling members to which the fishing rod attachment leg is fixed, the inner surface faced to the spool, characterised in that the thinned part comprises a bottom surrounded by an edge integrally formed with the bottom and disposed on four sides thereof, the edge having a larger thickness than the bottom. a frame including a first side plate, a second side plate disposed in opposition to the first side plate to enable the spool to be disposed between the first side plate and the second side plate, and a plurality of coupling members integrally formed with the first side plate and the second side plate to couple the first side plate and the second side plate; a fishing rod attachment leg fixed to an outer surface of one of the plurality of coupling members; and a thinned part having a box-like recessed shape and formed on an inner surface of the one of the coupling members to which the fishing rod attachment leg is fixed, the inner surface faced to the spool, characterised in that the thinned part comprises a bottom surrounded by an edge integrally formed with the bottom and disposed on four sides thereof, the edge having a larger thickness than the bottom.
A dynamic method, in a security document authentication method, for identifying an unknown document as one of a plurality of possible security document types before its authentication based on the type of security document as identified, the method comprising: selecting one or more authenticated reference security documents of different security document types; calculating, from the reference security documents, template data including one or more Eigen images and Eigen values for the plurality of different security document types; calculating a reference weight coefficient vector for each of the plurality of security document types based on the Eigen images and Eigen values calculated from the reference security documents; receiving at least one captured image of an unknown document; calculating a weight coefficient vector for the captured image; comparing the weight coefficient vector of the captured image and each of the weight coefficient vectors of the security document types to calculate a plurality of distances; and identifying the unknown document as one of the plurality of security document types based on the plurality of calculated distances; in case the unknown document is identified and further authenticated, updating the template data for the identified security document type with the weight coefficient vector of the unknown document; in case the unknown document is not identified, inserting a new security document type by calculating new template data. selecting one or more authenticated reference security documents of different security document types; calculating, from the reference security documents, template data including one or more Eigen images and Eigen values for the plurality of different security document types; calculating a reference weight coefficient vector for each of the plurality of security document types based on the Eigen images and Eigen values calculated from the reference security documents; receiving at least one captured image of an unknown document; calculating a weight coefficient vector for the captured image; comparing the weight coefficient vector of the captured image and each of the weight coefficient vectors of the security document types to calculate a plurality of distances; and identifying the unknown document as one of the plurality of security document types based on the plurality of calculated distances; in case the unknown document is identified and further authenticated, updating the template data for the identified security document type with the weight coefficient vector of the unknown document; in case the unknown document is not identified, inserting a new security document type by calculating new template data.
A system comprising: a laser source (231, 131); an acousto-optic modulator, AOM, coupled to said laser source and comprising an acousto-optic medium, and a plurality of transducer electrodes (234a-234e) carried by said acousto-optic medium; wherein the system is characterized by an interface board comprising a dielectric layer, a plurality of vertically extending signal vias (252a-252c) within said dielectric layer, each vertically extending signal via having a lower end in contact with a respective transducer electrode, and a plurality of laterally extending signal traces (254a-254c) carried by said dielectric layer, each laterally extending signal trace in contact with an upper end of a respective vertically extending signal via (252a-252c). a laser source (231, 131); an acousto-optic modulator, AOM, coupled to said laser source and comprising an acousto-optic medium, and a plurality of transducer electrodes (234a-234e) carried by said acousto-optic medium; wherein the system is characterized by an interface board comprising a dielectric layer, a plurality of vertically extending signal vias (252a-252c) within said dielectric layer, each vertically extending signal via having a lower end in contact with a respective transducer electrode, and a plurality of laterally extending signal traces (254a-254c) carried by said dielectric layer, each laterally extending signal trace in contact with an upper end of a respective vertically extending signal via (252a-252c). a dielectric layer, a plurality of vertically extending signal vias (252a-252c) within said dielectric layer, each vertically extending signal via having a lower end in contact with a respective transducer electrode, and a plurality of laterally extending signal traces (254a-254c) carried by said dielectric layer, each laterally extending signal trace in contact with an upper end of a respective vertically extending signal via (252a-252c).
An audio device connected to an electronic device, the audio device comprising: an audio side connector comprising: a microphone terminal; at least one audio terminal; an additional function terminal; and a ground terminal; an additional function unit that is driven by power input from the electronic device to execute an additional function; a power source unit that is provided in the electronic device and applies power input via the additional function terminal to the additional function unit as drive power; and an on/off switch unit that controls the power source unit, wherein the additional function terminal is included in any one of the microphone terminal, the audio terminal, and the ground terminal, characterised in that a non-contact area (16, 26, 46, 67, 68, 87, 88) is further provided between the additional function terminal and the terminal in which the additional function terminal is included in order to partition the additional function terminal from the microphone terminal, the audio terminal, or the ground terminal in the area of that terminal. an audio side connector comprising: a microphone terminal; at least one audio terminal; an additional function terminal; and a ground terminal; a microphone terminal; at least one audio terminal; an additional function terminal; and a ground terminal; an additional function unit that is driven by power input from the electronic device to execute an additional function; a power source unit that is provided in the electronic device and applies power input via the additional function terminal to the additional function unit as drive power; and an on/off switch unit that controls the power source unit, wherein the additional function terminal is included in any one of the microphone terminal, the audio terminal, and the ground terminal, characterised in that a non-contact area (16, 26, 46, 67, 68, 87, 88) is further provided between the additional function terminal and the terminal in which the additional function terminal is included in order to partition the additional function terminal from the microphone terminal, the audio terminal, or the ground terminal in the area of that terminal.
A pharmaceutical composition for use in preparing the eye before a surgical operation or during the surgical operation, containing a combination of a parasympatholytic agent, a sympathomimetic agent and a local anesthetic, characterized in that: • the composition comprises: - a concentration of tropicamide, as a parasympatholytic agent, between 0.015 and 0.025%; - a concentration of lidocaine or a salt thereof, as a local anesthetic, between 0.75 and 1.25%; and - a concentration of phenylephrine, as a sympathomimetic agent, between 0.2 and 0.4%; • the composition is administered by intracameral injection; • the surgical operation is a cataract operation. • the composition comprises: - a concentration of tropicamide, as a parasympatholytic agent, between 0.015 and 0.025%; - a concentration of lidocaine or a salt thereof, as a local anesthetic, between 0.75 and 1.25%; and - a concentration of phenylephrine, as a sympathomimetic agent, between 0.2 and 0.4%; - a concentration of tropicamide, as a parasympatholytic agent, between 0.015 and 0.025%; - a concentration of lidocaine or a salt thereof, as a local anesthetic, between 0.75 and 1.25%; and - a concentration of phenylephrine, as a sympathomimetic agent, between 0.2 and 0.4%; • the composition is administered by intracameral injection; • the surgical operation is a cataract operation.
A boiler system, comprising a support construction and a furnace supported to the support construction at a vertically middle section of the furnace, the furnace being enclosed by water tube walls comprising two side walls and two end walls, a roof and a bottom, the side walls having a total height H from the bottom to the roof, wherein each of the two side walls comprises a vertical upper portion that extends from the roof to a level of 30-70 % of the height H, a lower portion that extends from the bottom to a level of 30-70 % of the height H and has a vertical upper portion of the lower portion of the side wall, and an in downward direction outwards bent intermediate portion at a level between the vertical upper portion of the side wall and the vertical upper portion of the lower portion of the side wall, the support construction comprising horizontal wall supporting beams at a level below the roof of the furnace, characterized in that the horizontal wall supporting beams are arranged parallel to the two side walls and directly above the vertical upper portions of the lower portions of the two side walls, and the furnace is supported to the support construction by having the intermediate portions of the two side walls connected to the horizontal wall supporting beams so as to balance vertical loads of the furnace.
A mobile foundation, wherein the mobile foundation comprises at least one base slab and at least one cover slab that is arranged above the base slab, wherein the base slab and the cover slab are connected by means of at least one connecting element that extends through the cover slab and is realized, in particular, in the form of a threaded rod, wherein the base slab for this purpose has at least one receiving element, particularly at least one threaded anchor, for receiving an end section of the connecting element or the threaded rod, wherein the cover slab has a greater thickness than the base slab, characterized in that the mobile foundation is a concrete foundation, the individual slabs of which are realized on the basis of concrete and, in particular, consist or essentially consist of concrete.
- A multi-stage compressor unit comprising at least a first compressor element and a second compressor element and at least a first motor and a second motor for driving, each separately, another one of said first compressor element and second compressor element through a separate first gear-transmission and second gear-transmission, each of said first gear- transmission and second gear-transmission comprising a driving gear connected to a respective motor of said first motor or second motor, and a driven gear being connected to a shaft of a rotor of one of said first compressor element or second compressor element, wherein the ratio between the number of teeth of the driving gear and the number of teeth of the driven gear of either one of said first gear-transmission and second gear-transmission is situated between two and six.
Household appliance, comprising a body which has an opening closable by a front panel, as well as a storage container which is movable out of the body through the opening and is liftable, wherein at least one pivot arm is arranged on the body, and at least one slotted guide is connected to or formed on the front panel, wherein the storage container is coupled, on the one hand, to a free end of the pivot arm and, on the other hand, is guided in the slotted guide, wherein the slotted guide comprises a groove-like guide track which accommodates at least one guide means of the storage container, characterized in that the guide track of the slotted guide is open at the top and widens in a funnel shape towards the upper end and the guide means leave the slotted guide from a certain height position of the storage container.