mhurhangee/ep-ind-claims huggingface dataset:
An exercise treadmill including a machine body which has at least two rollers, a flywheel linked with one of the two rollers, a support assembly mounted between the two rollers, and a running belt fitted around and engaged with the two rollers and arranged around the support assembly; wherein the treadmill is provided with an accelerating means so that, while a user is walking or running on the machine body, the treading force provided by the user allows the running belt to be accelerated to move around the two rollers for generating electrical power, wherein the machine body includes a main frame having a left side member, a right side member, a front side member and a rear side member, the two rollers including a front roller mounted close to the front side member of the main frame and a rear roller mounted close to the rear side member of the main frame, the flywheel being linked with the front roller, wherein the support assembly includes a plurality of transverse bars being fixed onto the left and right side members (11, 12) of the main frame at their opposite ends characterised in that the machine body further includes a base frame, wherein the base frame is mounted under the front side member of the main frame and is capable of being driven by an incline motor to form an inclination angle between a bottom of the main frame and the floor, the running belt is provided on its outer surface with a plurality of elongated aluminum plates, which allows a user to tread thereon to facilitate the running belt moving around the two rollers for generating electrical power, the support assembly further includes a left rail and a right rail, each of the transverse bars being provided with a left positioning seat and a right positioning seat respectively at its two opposite ends, the left rail being mounted onto the transverse bars through the left positioning seats, the right rail being mounted onto the transverse bars through the right positioning seats, whereby while a user is walking or running on the elongated aluminum plates provided on the running belt, the front and rear rollers (31, 32) are driven into rotation, which in turn drives the flywheel linked with the front wheel to rotate so as to generate electrical power, and in that each of the elongated aluminum plates is installed at each of its two opposite ends with two small rollers, which are in rolling contact with one of the left and right rails (22,23) of the support assembly, so as to reduce the friction between the elongated aluminum plates and the left and right rails, the accelerating means including the small rollers (6, 7) installed at the elongated aluminum plates and the left and right rails (22, 23) of the support assembly.
An exhaust gas purification catalyst comprising: a substrate, and catalyst portions provided in the substrate, the catalyst portions including a plurality of voids; the substrate including: inflow-side cells, each inflow-side cell being a space having an open end on an inflow side thereof and a closed end on an outflow side thereof in an exhaust gas flow direction; outflow-side cells, each outflow-side cell being a space having a closed end on an inflow side thereof and an open end on an outflow side thereof in the exhaust gas flow direction; and porous partition walls, each porous partition wall separating the inflow-side cell and the outflow-side cell from each other; the catalyst portions being provided on surfaces of the partition walls that each face the inflow-side cell and/or surfaces of the partition walls that each face the outflow-side cell; wherein in a cross section vertical to the exhaust gas flow direction, the percentage of a total area of the voids, each void satisfying the expression L/{2(πS) 1/2} ≤ 1.1, wherein L is a perimeter of the void in the cross section and S is an area of the void in the cross section, is greater than 10% to 30% or less based on an apparent area of the catalyst portion present on the partition wall; and a content of zirconium element in terms of oxide (amount of ZrO 2) in the catalyst portions is from 35 mass% to 85 mass%. the catalyst portions including a plurality of voids; the substrate including: inflow-side cells, each inflow-side cell being a space having an open end on an inflow side thereof and a closed end on an outflow side thereof in an exhaust gas flow direction; outflow-side cells, each outflow-side cell being a space having a closed end on an inflow side thereof and an open end on an outflow side thereof in the exhaust gas flow direction; and porous partition walls, each porous partition wall separating the inflow-side cell and the outflow-side cell from each other; inflow-side cells, each inflow-side cell being a space having an open end on an inflow side thereof and a closed end on an outflow side thereof in an exhaust gas flow direction; outflow-side cells, each outflow-side cell being a space having a closed end on an inflow side thereof and an open end on an outflow side thereof in the exhaust gas flow direction; and porous partition walls, each porous partition wall separating the inflow-side cell and the outflow-side cell from each other; the catalyst portions being provided on surfaces of the partition walls that each face the inflow-side cell and/or surfaces of the partition walls that each face the outflow-side cell; wherein in a cross section vertical to the exhaust gas flow direction, the percentage of a total area of the voids, each void satisfying the expression L/{2(πS) 1/2} ≤ 1.1, wherein L is a perimeter of the void in the cross section and S is an area of the void in the cross section, is greater than 10% to 30% or less based on an apparent area of the catalyst portion present on the partition wall; and a content of zirconium element in terms of oxide (amount of ZrO 2) in the catalyst portions is from 35 mass% to 85 mass%.
A method for producing an extrusion moulding profile from fibres of renewable raw material, wherein the fibres are mixed with additives in a preparation unit to give a pasty fluid of fibres, characterised in that in a first phase for generating a segmented core for the profile: - displacing a piston which is transposable in a first compression mould into a first retracted position, - pressing fluid of fibres into the first compression mould as a fibre segment, - retracting the piston in the opposite direction of extrusion moulding from the first into a second further retracted position and filling the space remaining in the first compression mould between fibre segment and piston with filler material as a filler material segment, and - allowing the filler material segment to cure, and in a second phase for generating a mantle around the core: - advancing the piston in the direction of extrusion moulding from the second into a third position while advancing the generated core into a second compression mould, wherein a circumferential gap around the core remains, and while doing so - pressing further fluid of fibres as a mantle into the circumferential gap. - displacing a piston which is transposable in a first compression mould into a first retracted position, - pressing fluid of fibres into the first compression mould as a fibre segment, - retracting the piston in the opposite direction of extrusion moulding from the first into a second further retracted position and filling the space remaining in the first compression mould between fibre segment and piston with filler material as a filler material segment, and - allowing the filler material segment to cure, and - advancing the piston in the direction of extrusion moulding from the second into a third position while advancing the generated core into a second compression mould, wherein a circumferential gap around the core remains, and while doing so - pressing further fluid of fibres as a mantle into the circumferential gap.
An escapement system comprising a drive shaft and at least one escapement wheel having a plurality of impulse teeth (1, 8), each of the impulse teeth (1, 8) being connected to the drive shaft via a respective spring element and having an initial position in which it is fixed such that the spring element has a preload tension.
A method by a terminal in a wireless communication system, the method comprising: storing a pre-configured constellation set; receiving a signal from a base station; identifying a constellation among the pre-configured constellation set by selecting the constellation having a signal distribution closest to that of an interference target signal, the interference target signal being acquired by canceling a serving signal from the received signal; acquiring interference signal information on the received signal based on the identified constellation; and decoding the received signal based on the acquired interference signal information, wherein the acquired interference signal information is used to cancel an interference signal from the received signal. storing a pre-configured constellation set; receiving a signal from a base station; identifying a constellation among the pre-configured constellation set by selecting the constellation having a signal distribution closest to that of an interference target signal, the interference target signal being acquired by canceling a serving signal from the received signal; acquiring interference signal information on the received signal based on the identified constellation; and decoding the received signal based on the acquired interference signal information, wherein the acquired interference signal information is used to cancel an interference signal from the received signal.
Sintering arrangement comprising a free-flowing granular bed of support beads and/or a support powder and a sinter blank for the manufacture of a dental prosthesis, wherein the sinter blank comprises at least one product area from which the dental prothesis is produced and at least one auxiliary sintering body and connecting webs for bracing the product area, wherein the auxiliary sintering body is connected to the product area by means of the connecting webs, wherein the sinter blank is supported on the granular bed, characterised in that the auxiliary sintering body has one, preferably precisely one, at least in some areas, preferably completely, curved bearing surface, and wherein both the product area and also the curved bearing surface of the auxiliary sintering body lie on the granular bed and/or are embedded, preferably only partially, in the granular bed.
A method of remote data transmission over a frequency spectrum divided into a plurality of different elementary channels, between a first device and a second device, characterized it comprises the transmission by the first device of a first signal comprising a succession of first data by modulation of the first data simultaneously over a number of elementary channels of the plurality of elementary channels and the transmission of a second signal representative of a plan of frequency allocation of the used elementary channels of the plurality of elementary channels for the transmission of the first signal, comprising a succession of second data at least by modulation of all the second data over one elementary channel from among said number of elementary channels, the method further comprising a step of transmitting fourth data representative of a new plan of frequency allocation of the used elementary channels of the plurality of elementary channels by modulation on said elementary channel and representative of a time of beginning of use of the new plan and, from said time, transmitting fifth data representative of the new plan by modulation of the fifth data over a new elementary channel different from said elementary channel.
A method useful to potentiate the cytotoxicity of an EGFR antibody on EGFR+ disease cells without potentiating the cytotoxicity thereof on normal EGFR+ cells, the method comprising: (i) selecting, for conjugation, an EGFR antibody that is a full EGFR antagonist and competes with cetuximab for binding to EGFR; (ii) selecting, for delivery by the EGFR antibody, an anti-microtubule toxin; (iii) selecting, for coupling the selected EGFR antibody and the anti-microtubule toxin, a linker; and producing an immunoconjugate that incorporates the linker between the antibody and the toxin, thereby providing an immunoconjugate having a cytotoxicity that is potentiated against EGFR+ disease cells and essentially not potentiated against EGFR+ keratinocyte cells; wherein the selected EGFR antibody is an EGFR antibody having the amino acid sequence of SEQ ID No. 10 for the light chain and SEQ ID No. 9 for the heavy chain, the selected anti-microtubule toxin is the maytansinoid DM-1 and the selected linker is succinimidyl 4-(N-maleimidomethyl)-cyclohexane-1-carboxylate (SMCC). (i) selecting, for conjugation, an EGFR antibody that is a full EGFR antagonist and competes with cetuximab for binding to EGFR; (ii) selecting, for delivery by the EGFR antibody, an anti-microtubule toxin; (iii) selecting, for coupling the selected EGFR antibody and the anti-microtubule toxin, a linker; and
A lubricating oil composition for automobile engine lubrication, which is a lubricating oil composition comprising a base oil and having an SAE viscosity grade of 5W20, wherein the viscosity index of the lubricating oil composition is within a range of 140 to 230, the high-shear viscosity at 150°C of the lubricating oil composition is 2.9 mPa·s or higher, and the NOACK evaporation loss of the lubricating oil composition is 13% or less, further comprising: a) a nitrogen-containing ash-free dispersant at 0.01 to 0.3 mass% in terms of the nitrogen content, b) an alkaline earth metal-containing detergent at 0.08 to 0.4 mass% in terms of alkaline earth metal content, c) a phosphorus-containing anti-wear agent at 0.05 to 0.12 wt% in terms of phosphorus content, d) an antioxidant selected from the group consisting of amine compounds, phenol compounds, and molybdenum compounds at 0.1 to 7 mass%, e) a viscosity index-improving agent at 0.5 to 20 mass%, and further wherein the amount of each additive component is the mass% in terms of the total amount of lubricating oil composition; wherein the Noack evaporation loss is determined by ASTM D5800; and wherein the phrase "high-shear viscosity" refers to the measured value (shear viscosity) when the shear speed or shear rate is 10 6 s -1, and wherein the base oil is: a base oil comprising as a base oil component at least 80 mass% of a mineral oil base oil having a kinematic viscosity at 100°C that is within a range of 2 to 9 mm 2 /s and a viscosity index of 133 to 160; or a base oil having a viscosity index of 133 to 160 that is obtained by hydrogenation and isomerization of either a slack wax or a synthetic wax produced by the Fischer-Tropsch method and then distillation and dewaxing treatment. a) a nitrogen-containing ash-free dispersant at 0.01 to 0.3 mass% in terms of the nitrogen content, b) an alkaline earth metal-containing detergent at 0.08 to 0.4 mass% in terms of alkaline earth metal content, c) a phosphorus-containing anti-wear agent at 0.05 to 0.12 wt% in terms of phosphorus content, d) an antioxidant selected from the group consisting of amine compounds, phenol compounds, and molybdenum compounds at 0.1 to 7 mass%, e) a viscosity index-improving agent at 0.5 to 20 mass%, and further wherein the amount of each additive component is the mass% in terms of the total amount of lubricating oil composition; a base oil comprising as a base oil component at least 80 mass% of a mineral oil base oil having a kinematic viscosity at 100°C that is within a range of 2 to 9 mm 2 /s and a viscosity index of 133 to 160; or a base oil having a viscosity index of 133 to 160 that is obtained by hydrogenation and isomerization of either a slack wax or a synthetic wax produced by the Fischer-Tropsch method and then distillation and dewaxing treatment.
A method for using an online system, characterized by comprising the steps of: log in a server by transmitting user information to the server through an external terminal; selecting a laundry machine of which course updating is desired through the external terminal and transmitting the same to the server; determining, at the server, the laundry machine that matches the user information and the laundry machine information received at the server; receiving updatable course information from the server, and displaying the information on the external terminal; wherein the server transmits updatable course information, which is provided to be applicable to the laundry machine with reference to the user information and selected laundry machine information, to the external terminal, selecting an updating desired course through the external terminal, and transmitting selected course information to the server; and updating the laundry machine with the selected course through the server, wherein the laundry machine has a WiFi communication module mounted thereto, with a server address for communication with the server, and a touch display for displaying input means for connecting the WiFi module to the server. log in a server by transmitting user information to the server through an external terminal; selecting a laundry machine of which course updating is desired through the external terminal and transmitting the same to the server; determining, at the server, the laundry machine that matches the user information and the laundry machine information received at the server; receiving updatable course information from the server, and displaying the information on the external terminal; wherein the server transmits updatable course information, which is provided to be applicable to the laundry machine with reference to the user information and selected laundry machine information, to the external terminal, selecting an updating desired course through the external terminal, and transmitting selected course information to the server; and updating the laundry machine with the selected course through the server, wherein the laundry machine has a WiFi communication module mounted thereto, with a server address for communication with the server, and a touch display for displaying input means for connecting the WiFi module to the server.
Shoring adapter configured for spreading cargo loads, in particular heavy cargo loads, to be loaded on board of a transport aircraft, said shoring adapter comprising at least one base portion configured to be placed on a standardized aircraft cargo pallet and a cargo adapter portion configured to accommodate the cargo load, wherein in operation said cargo adapter portion is mounted on top of said at least one base portion, characterized in that said at least one base portion comprises a lower frame assembly (18, 20), an upper frame assembly (30, 32) and at least one elastic support assembly, said at least one elastic support assembly being arranged between said lower frame assembly (18, 20) and said upper frame (30, 32) assembly such that, in operation, said upper frame assembly (30, 32) is elastically supported in a vertical direction by said at least one elastic support assembly on said lower frame assembly (18, 20).
A money depositing/dispensing apparatus comprising: a plurality of first storage units configured to store therein money by denomination; a second storage unit configured to store therein money in a denomination mixed state; a third storage unit configured to store therein money in the denomination mixed state and not to feed out the stored money therefrom; a transport unit configured to transport the money between the first storage units, the second storage unit and the third storage unit; and a control unit configured to control the money depositing/dispensing apparatus such that predetermined money is transported from the second storage unit to the third storage unit in a case that the first storage units need to be replenished with money; and determine denominations and quantities of money with which the first storage units and the second storage unit are replenished, based on a storage quantity of money being stored in the second storage unit after the transport of the predetermined money from the second storage unit to the third storage unit and based on a storage quantity of money being stored in the first storage units. a plurality of first storage units configured to store therein money by denomination; a second storage unit configured to store therein money in a denomination mixed state; a third storage unit configured to store therein money in the denomination mixed state and not to feed out the stored money therefrom; a transport unit configured to transport the money between the first storage units, the second storage unit and the third storage unit; and a control unit configured to control the money depositing/dispensing apparatus such that predetermined money is transported from the second storage unit to the third storage unit in a case that the first storage units need to be replenished with money; and determine denominations and quantities of money with which the first storage units and the second storage unit are replenished, based on a storage quantity of money being stored in the second storage unit after the transport of the predetermined money from the second storage unit to the third storage unit and based on a storage quantity of money being stored in the first storage units. control the money depositing/dispensing apparatus such that predetermined money is transported from the second storage unit to the third storage unit in a case that the first storage units need to be replenished with money; and determine denominations and quantities of money with which the first storage units and the second storage unit are replenished, based on a storage quantity of money being stored in the second storage unit after the transport of the predetermined money from the second storage unit to the third storage unit and based on a storage quantity of money being stored in the first storage units.