mhurhangee/ep-ind-claims huggingface dataset:
Use of a compound of Formula as a predoping material for an alkali metal ion electric storage device: R(̵SM)n wherein, M represents lithium or sodium; n represents an integer of 2 to 6; and R represents an aliphatic hydrocarbon, optionally substituted aromatic hydrocarbon, or optionally substituted heterocycle having 1 to 10 carbon atoms, wherein the alkali metal ion electric storage device comprises a positive electrode (21, 31) containing a positive electrode active material, wherein the predoping material is contained in the positive electrode (21, 31), and wherein the predoping material has a capacity density larger than that of the positive electrode active material by 50 mAh/g or more. wherein, M represents lithium or sodium; n represents an integer of 2 to 6; and R represents an aliphatic hydrocarbon, optionally substituted aromatic hydrocarbon, or optionally substituted heterocycle having 1 to 10 carbon atoms, wherein the alkali metal ion electric storage device comprises a positive electrode (21, 31) containing a positive electrode active material, wherein the predoping material is contained in the positive electrode (21, 31), and wherein the predoping material has a capacity density larger than that of the positive electrode active material by 50 mAh/g or more.
A laundry processing drum for a laundry processing apparatus, the laundry processing drum comprising: a main body, having a drum wall that basically shapes like a cylinder, a front cover and a rear cover, respectively disposed on opposite axial ends of the drum wall, and defining an accommodating cavity together with the drum wall, so as to accommodate laundry to be processed; wherein the main body comprises at least one lifting rib integrally formed on the drum wall and protruding into the accommodating cavity, so as to lift the laundry during rotation of the laundry processing drum, characterized in that at least one strengthening rib disposed on the drum wall close to the lifting rib. a main body, having a drum wall that basically shapes like a cylinder, a front cover and a rear cover, respectively disposed on opposite axial ends of the drum wall, and defining an accommodating cavity together with the drum wall, so as to accommodate laundry to be processed; wherein the main body comprises at least one lifting rib integrally formed on the drum wall and protruding into the accommodating cavity, so as to lift the laundry during rotation of the laundry processing drum, characterized in that at least one strengthening rib disposed on the drum wall close to the lifting rib.
A bearing steel excellent in cold workability, consisting of in terms of mass % C: 0.95 to 1.10%, Si: 0.10 to 0.30%, Mn: 0.1 % to 0.40%, Cr: 1.00 to 1.50%, Ni: 0.01% to 0.05%, Cu: 0.01% to 0.05%, Mo: 0% to 0.03%, P: 0.05% or less and S: 0.05% or less and the balance consisting of iron and inevitable impurities, wherein boundary Si, boundary Ni, boundary Cu, boundary Mo, boundary Mn and boundary Cr included in a boundary region from the boundary surface of spheroidal cementite to a position at 20 nm away in the base material satisfy the following ranges, respectively, and the circularity coefficient of the spheroidal cementite is 0.80 or more: boundary Si: 0.6% or less, excluding 0%; boundary Ni: 0.10% or less, excluding 0%; boundary Cu: 0.10% or less, excluding 0%; boundary Mo: 0.03% or less, including 0%; boundary Mn: 0.10% or less, excluding 0%; and boundary Cr: 0.9% or less, excluding 0%; with the circularity coefficient of the spheroidal cementite being calculated by the following equation: Circularity coefficient of spheroidal cementile = 4 π × area of spheroidal cementile / circumference length of spheroidal cementite 2 boundary Si: 0.6% or less, excluding 0%; boundary Ni: 0.10% or less, excluding 0%; boundary Cu: 0.10% or less, excluding 0%; boundary Mo: 0.03% or less, including 0%; boundary Mn: 0.10% or less, excluding 0%; and boundary Cr: 0.9% or less, excluding 0%; with the circularity coefficient of the spheroidal cementite being calculated by the following equation: Circularity coefficient of spheroidal cementile = 4 π × area of spheroidal cementile / circumference length of spheroidal cementite 2
Apparatus for measuring and/or regulating the properties of a material flow, in particular aerosol flow and/or fluid flow, in particular a gas flow, In particular an air flow, and/or a liquid flow, comprising a means for the material flow with at least one section, namely a section of pipe through which the material flow can be passed through and/or around it, at least one functional unit being provided, at least one means for attaching a functional unit, namely a sensor, and/or Signal transducers and/or signal receivers for measuring and/or transmitting material flow properties i. e. an RFID and/or NFC and/or Bluetooth device coupled, in particular, to a docking station and/or a computer and/or smartphone, integrated into the conduit, whereby at least the conduit for material flow is constructed with the means for attaching a functional unit by means of an additive manufacturing process, namely 3D printing, essentially one piece, and the functional unit as a wall means or internal means In a wall of the conduit is inserted into the wall by means of 3D printing, whereas the wall runs smoothly in the area of the wall means or inner means and there is no passage through the wall to avoid flow obstructions.
A prosthetic heart valve, comprising: an annular frame comprising a plurality of angled strut members, the frame being radially collapsible to a collapsed configuration and radially expandable to an expanded configuration, the frame having an inflow end and an outflow end; a leaflet structure positioned at least partially within the frame, the leaflet structure comprising a plurality of leaflets (20; 240, 244; 438, 440; 616; 746, 750) arranged to form a plurality of commissures (22; 264; 442; 614); and a plurality of commissure support elements (40; 100; 200; 300; 400; 500; 600; 700; 800; 900; 1000; 1100; 1200; 1300; 1400), each commissure support element being positioned at one of the commissures, each of the commissure support elements comprising a coupling portion (42; 102; 204, 206; 304, 306; 404; 502; 604; 704; 808) coupled to the frame and first and second members (44, 46; 104, 106; 208, 210; 308, 310; 408, 410; 506, 508; 606, 610; 708, 710; 804, 806; 902, 904; 1002, 1004; 1102, 1104; 1202, 1204; 1302, 1304; 1406, 1408) coupled to the coupling portion and extending in a direction toward the inflow end of the frame or toward the outflow end of the frame, the leaflets of each commissure being received between the first and second members of the respective commissure support element, characterized in that each of the first and second members comprise at least one opening (66; 524). an annular frame comprising a plurality of angled strut members, the frame being radially collapsible to a collapsed configuration and radially expandable to an expanded configuration, the frame having an inflow end and an outflow end; a leaflet structure positioned at least partially within the frame, the leaflet structure comprising a plurality of leaflets (20; 240, 244; 438, 440; 616; 746, 750) arranged to form a plurality of commissures (22; 264; 442; 614); and a plurality of commissure support elements (40; 100; 200; 300; 400; 500; 600; 700; 800; 900; 1000; 1100; 1200; 1300; 1400), each commissure support element being positioned at one of the commissures, each of the commissure support elements comprising a coupling portion (42; 102; 204, 206; 304, 306; 404; 502; 604; 704; 808) coupled to the frame and first and second members (44, 46; 104, 106; 208, 210; 308, 310; 408, 410; 506, 508; 606, 610; 708, 710; 804, 806; 902, 904; 1002, 1004; 1102, 1104; 1202, 1204; 1302, 1304; 1406, 1408) coupled to the coupling portion and extending in a direction toward the inflow end of the frame or toward the outflow end of the frame, the leaflets of each commissure being received between the first and second members of the respective commissure support element, characterized in that each of the first and second members comprise at least one opening (66; 524).
An electrode for a secondary battery, comprising: a current collector; and an electrode active material layer that is formed on the current collector and contains an electrode active material, and satisfying the following Relational Expressions 1 and 2. 7 ≤ total surface area of active material particles per unit volume of electrode active material layer ≤ 10 20 ≤ total surface area of effective pores per unit volume of electrode active material layer ≤ 29 (In the above Relational Expression 1, the total surface area (m 2 /cc) of the active material particles per unit volume of the electrode active material layer is defined as a surface area A (m 2 /g) of the electrode active material layer measured according to the description * density D (g/cc) of the electrode, and in the above Relational Expression 2, the total surface area (m 2 /ml) of effective pores per unit volume of the electrode active material layer is defined as the surface area A (m 2 /g) of the electrode active material layer measured according to the description / effective pore volume V P (ml/g) in the electrode active material layer measured according to the description.) a current collector; and an electrode active material layer that is formed on the current collector and contains an electrode active material, and satisfying the following Relational Expressions 1 and 2. 7 ≤ total surface area of active material particles per unit volume of electrode active material layer ≤ 10 20 ≤ total surface area of effective pores per unit volume of electrode active material layer ≤ 29 (In the above Relational Expression 1, the total surface area (m 2 /cc) of the active material particles per unit volume of the electrode active material layer is defined as a surface area A (m 2 /g) of the electrode active material layer measured according to the description * density D (g/cc) of the electrode, and in the above Relational Expression 2, the total surface area (m 2 /ml) of effective pores per unit volume of the electrode active material layer is defined as the surface area A (m 2 /g) of the electrode active material layer measured according to the description / effective pore volume V P (ml/g) in the electrode active material layer measured according to the description.)
A scissor lift system for a bath lift, comprising a bottom plate and a cover plate, as well as scissor lift arms arranged between these plates, wherein ends of the scissor lift arms respectively are movably guided in guides arranged on the bottom and cover plates (2, 3), wherein the identically oriented ends of two scissor lift arms, which are horizontally spaced apart from one another, are connected to one another by a rotatably mounted shaft, and wherein the guides respectively are realized in the form of a toothed rack and the shaft respectively has a toothing in the region of a shaft end, characterized in that the toothing is machined into the shaft, wherein the ends of the scissor lift arms are mounted so as to rest on the bottom plate and to be displaceable thereon whereas the shaft with the toothed wheels merely engages into the toothed racks, but does not rest thereon, or that the toothing is realized in the form of at least one toothed wheel and connected to the shaft in a rotationally rigid manner, wherein at least one rolling wheel respectively is provided for the at least one toothed wheel, wherein the rolling wheel is connected to the shaft in a rotationally rigid manner, wherein the rolling wheel is designed so as to be rollable directly on the bottom plate or in a guide groove machined therein, and wherein a diameter difference between the rolling wheel and the toothed wheel is chosen in such a way that the load is carried by the rolling wheel and the toothed wheel engages into the toothed rack. that the toothing is machined into the shaft, wherein the ends of the scissor lift arms are mounted so as to rest on the bottom plate and to be displaceable thereon whereas the shaft with the toothed wheels merely engages into the toothed racks, but does not rest thereon, or that the toothing is realized in the form of at least one toothed wheel and connected to the shaft in a rotationally rigid manner, wherein at least one rolling wheel respectively is provided for the at least one toothed wheel, wherein the rolling wheel is connected to the shaft in a rotationally rigid manner, wherein the rolling wheel is designed so as to be rollable directly on the bottom plate or in a guide groove machined therein, and wherein a diameter difference between the rolling wheel and the toothed wheel is chosen in such a way that the load is carried by the rolling wheel and the toothed wheel engages into the toothed rack.
A setting system comprising: a portable medium having recorded therein at least one of first setting information and second setting information generated by a management apparatus that manages a wireless network (Nl) via an external network and necessary for a wireless device to enter the wireless network (Nl) and setting instruction information for defining which of the first setting information or the second information is set; and a setting apparatus comprising an acquisition unit configured to acquire the first setting information or the second setting information from the portable medium and a short distance communication unit configured to set the first setting information or the second setting information acquired by the acquisition unit in the wireless device according to the setting instruction information to allow the wireless device to communicate with the management apparatus via the wireless network (Nl) and the external network; wherein the first setting information is information generated for each management apparatus and commonly set in the wireless device which is caused to enter the wireless network (Nl) managed by the management apparatus; and wherein the second setting information is information generated for each wireless device and individually set for each wireless device which is caused to enter the wireless network (Nl) managed by the management apparatus. a portable medium having recorded therein at least one of first setting information and second setting information generated by a management apparatus that manages a wireless network (Nl) via an external network and necessary for a wireless device to enter the wireless network (Nl) and setting instruction information for defining which of the first setting information or the second information is set; and a setting apparatus comprising an acquisition unit configured to acquire the first setting information or the second setting information from the portable medium and a short distance communication unit configured to set the first setting information or the second setting information acquired by the acquisition unit in the wireless device according to the setting instruction information to allow the wireless device to communicate with the management apparatus via the wireless network (Nl) and the external network; wherein the first setting information is information generated for each management apparatus and commonly set in the wireless device which is caused to enter the wireless network (Nl) managed by the management apparatus; and wherein the second setting information is information generated for each wireless device and individually set for each wireless device which is caused to enter the wireless network (Nl) managed by the management apparatus.
Insole for footwear provided with a cushioning element (4; 4A, 4B), having a deformable filling and an envelope that encloses the deformable filling, wherein the envelope is arranged for forming at least one flow channel, wherein, in use, at least part of the deformable filling flows into the at least one flow channel as a result of increased pressure of the deformable filling caused by a mechanical load, wherein the deformable filling contains solid bodies and further contains a lubricating fluid for mutually lubricating the solid bodies, wherein the at least one flow channel is dimensioned for hindering entrance of the solid bodies into the at least one flow channel during cushioning, wherein the envelope has an elastically variable volume, the envelope being arranged for forming the at least one flow channel by developing, substantially reversibly, a bulge in at least one deformable portion of the envelope as a result of increased pressure of the deformable filling exerted on the at least one deformable portion, caused by the mechanical load, and wherein the remaining portion of the envelope includes a support member that comprises at least one aperture to define the at least one deformable portion.
A computer-implemented method for providing images comprising: displaying a first image, the first image including an object and a background; receiving a user input selecting the object or the background as a first region; generating a first effect image by applying an effect to the first region; acquiring first identification information associated with the first region; searching a second image from a plurality of images, the second image including a second region associated with second identification information being same as the first identification information; and generating a second effect image by applying a same effect as the effect applied to the first region to the second region, wherein the first image is a live view image, wherein the second image is a temporary image generated from the live view image before a user input for storing the temporary image is received, and wherein the temporary image is generated in response when a value associated with a change in a partial image of the live view image is greater than a reference value, wherein the partial image corresponds to the first identification information. displaying a first image, the first image including an object and a background; receiving a user input selecting the object or the background as a first region; generating a first effect image by applying an effect to the first region; acquiring first identification information associated with the first region; searching a second image from a plurality of images, the second image including a second region associated with second identification information being same as the first identification information; and generating a second effect image by applying a same effect as the effect applied to the first region to the second region, wherein the first image is a live view image, wherein the second image is a temporary image generated from the live view image before a user input for storing the temporary image is received, and wherein the temporary image is generated in response when a value associated with a change in a partial image of the live view image is greater than a reference value, wherein the partial image corresponds to the first identification information.
A method for entropy coding run/data value pair data corresponding to a stream of integer-valued data, said method comprising: classifying each of said data values based on its magnitude; if the data value is classified as small, selecting a first code comprising k+2 bits from a first codebook, the selected first code from the first codebook having a predetermined preamble for the first bit and whose value for the remaining k+1 bits is based on the data value; if the data value is classified as large, selecting a first code comprising N+i bits from a second codebook, the selected first code from the second codebook having a predetermined preamble for the first bit and whose value for the remaining N bits is based on the data value and N; and outputting the selected first code to a channel, wherein the data value classified as small is a data value whose magnitude is greater than zero and less than or equal to 2 k, and wherein the data value classified as large is a data value whose magnitude is either equal to zero or greater than to 2 k. classifying each of said data values based on its magnitude; if the data value is classified as small, selecting a first code comprising k+2 bits from a first codebook, the selected first code from the first codebook having a predetermined preamble for the first bit and whose value for the remaining k+1 bits is based on the data value; if the data value is classified as large, selecting a first code comprising N+i bits from a second codebook, the selected first code from the second codebook having a predetermined preamble for the first bit and whose value for the remaining N bits is based on the data value and N; and outputting the selected first code to a channel, wherein the data value classified as small is a data value whose magnitude is greater than zero and less than or equal to 2 k, and wherein the data value classified as large is a data value whose magnitude is either equal to zero or greater than to 2 k.
A method of producing, from a polymer dispersion, an elastic coating which is suitable for waterproofing, by using film-forming, onto a solid, mesh-like or porous substrate, characterized in that, in order to coat the substrate, a dispersion that comprises, dispersed in a liquid phase, i) one or more aggregates, which are at least mainly in solid form, ii) two or more acrylate polymers, iii) one or more surface-active agents, and iv) one or more coagulators, is applied onto a substrate, and a film is formed of the dispersion, no earlier than during coating, by removing the liquid phase from the dispersion wherein the dispersion comprises, mixed with each other, a first acrylate polymer which has a first average particle size of 0.25-1 μm, and a second acrylate polymer which has a second average particle size of 0.01-0.2 μm, the ratio between the first and the second particle size being 3:1-10:1, wherein the average particle sizes are determined by light or electron microscope, based on light-scattering or by using an device which functions according to the Coulter principle. i) one or more aggregates, which are at least mainly in solid form, ii) two or more acrylate polymers, iii) one or more surface-active agents, and iv) one or more coagulators, is applied onto a substrate, and a film is formed of the dispersion, no earlier than during coating, by removing the liquid phase from the dispersion wherein the dispersion comprises, mixed with each other, a first acrylate polymer which has a first average particle size of 0.25-1 μm, and a second acrylate polymer which has a second average particle size of 0.01-0.2 μm, the ratio between the first and the second particle size being 3:1-10:1, wherein the average particle sizes are determined by light or electron microscope, based on light-scattering or by using an device which functions according to the Coulter principle.