mhurhangee/ep-ind-claims huggingface dataset:
A modular flooring, comprising: a fixed frame internally provided with a plurality of unit boards,- wherein the unit boards comprise long boards and short boards, and the short boards are shorter than the long boards; the long boards and the short boards are arranged in a transverse row of long and short boards, the short boards are arranged on both ends of the transverse row of long and short boards, a plurality of the long boards is arranged between the short boards, and the width of the transverse row of long and short boards is the same as that of the long boards; the short boards and the long boards in the same transverse row of long and short boards have the same width; a plurality of long boards are arranged in a transverse row of long boards, and the width of the transverse row of long boards is the same as that of the long boards; the transverse row of long boards and the transverse row of long and short boards are vertically spaced; the long boards in the transverse row of long and short boards and the long boards in the transverse row of long boards are vertically staggered; a prop is fixed on one side of each short board adjacent to the transverse row of long boards, props are disposed between the long boards in the transverse row of long and short boards, and each prop is arranged on one side of each long board in the transverse row of long and short boards adjacent to the transverse row of long boards;-if there is only one long board in the transverse row of long and short boards, then the long board is not provided with a prop; props are disposed between the long boards in the transverse row of long boards,and each prop is arranged on one side of each long board in the transverse row of long boards adjacent to the transverse row of long and short boards; both the long boards and the short boards are comprised of a panel frame and a panel, a gap is formed between two adjacent panel frames, the panel is fixed on the top of the panel frame; each panel frame is comprised of a rectangular frame and lifting support legs, the lifting support legs are fixed on the bottom of the four corners of the rectangular frame to adjust the height of the rectangular frame, each prop is fixed on the bottom of the rectangular frame and protrudes from the bottom edge of the rectangular frame, and two unit boards cannot support each other simultaneously through the props; the lifting support legs adopt lifting bolts, a movable frame is arranged in the fixed frame and between the fixed frame and the unit boards.
A complex comprising an MHC class I HLA-C molecule and a peptide capable of activating NK cell-mediated immunity, the peptide comprising or consisting of the amino acid sequence X n AX 2 X 1, wherein X n is an amino acid sequence of between 5 and 12 residues, and X 1 is any amino acid; or leucine or isoleucine; and X 2 is alanine, threonine, tryptophan, or serine. X n is an amino acid sequence of between 5 and 12 residues, and X 1 is any amino acid; or leucine or isoleucine; and X 2 is alanine, threonine, tryptophan, or serine.
A divalent iron compound for use in hyposideremia therapy by administration through sublingual absorption in a patient, wherein said administration occurs with indication to the patient to avoid swallowing the formulation containing the divalent iron compound and/or saliva for a period of time of at least 30 seconds after placement of the formulation containing the divalent iron compound in the sublingual cavity, said use providing for the administration of divalent iron at doses comprised in an interval from 1 to 90 mg of divalent Fe per day for a human patient.
A scanning sensor derotation assembly for maintaining a consistent field of view while the derotation assembly is moving relative to a field of view, comprising: a housing; an integrated dewar cooling assembly mounted to the housing, the cooling assembly including a sensor mounted in a dewar; a motor coupled to the housing to rotate the housing and the integrated dewar cooling assembly about an axis that passes through a center of the sensor, such as to stabilize the rotation of the scene; a compressor fluidly coupled to the dewar, the compressor being mounted to the housing at a location offset from the axis; and a counterweight for rotational-inertia compensation mounted to the housing at a location offset from the axis and diametrically opposed to the compressor to counteract the inertia of the compressor when the housing is rotated. a housing; an integrated dewar cooling assembly mounted to the housing, the cooling assembly including a sensor mounted in a dewar; a motor coupled to the housing to rotate the housing and the integrated dewar cooling assembly about an axis that passes through a center of the sensor, such as to stabilize the rotation of the scene; a compressor fluidly coupled to the dewar, the compressor being mounted to the housing at a location offset from the axis; and a counterweight for rotational-inertia compensation mounted to the housing at a location offset from the axis and diametrically opposed to the compressor to counteract the inertia of the compressor when the housing is rotated.
An ostomy appliance comprising: first and second walls (11, 12) connected to each other at or near their peripheries, the first wall having a stoma-receiving opening; a connection member connected to the first wall for attaching the appliance to a user; an aperture located in either of the first and/or second walls for permitting waste gases to exit the appliance; a multi-layer filter positioned adjacent and covering the aperture on an exterior surface of the respective first and/or second wall, wherein a layer of the filter is hydrophobic and wherein said hydrophobic layer is positioned directly adjacent the respective first and/or second wall, wherein the hydrophobic layer has a first side and a second side and wherein the first side is connected directly to the respective first and/or second wall, said connection holding the multi-layer filter relative to the wall, wherein the aperture is substantially the same size as the multi-layer filter. first and second walls (11, 12) connected to each other at or near their peripheries, the first wall having a stoma-receiving opening; a connection member connected to the first wall for attaching the appliance to a user; an aperture located in either of the first and/or second walls for permitting waste gases to exit the appliance; a multi-layer filter positioned adjacent and covering the aperture on an exterior surface of the respective first and/or second wall, wherein a layer of the filter is hydrophobic and wherein said hydrophobic layer is positioned directly adjacent the respective first and/or second wall, wherein the hydrophobic layer has a first side and a second side and wherein the first side is connected directly to the respective first and/or second wall, said connection holding the multi-layer filter relative to the wall, wherein the aperture is substantially the same size as the multi-layer filter.
A protein product comprising a domestic animal milk immunoglobulin polypeptide fraction wherein said polypeptides comprise a content of T-cell exposed motifs of which at least 60% are found in a reference database of T-cell exposed motifs selected from the group consisting of T-cell exposed motifs found in human germline immunoglobulin variable region sequences, T-cell exposed motifs found in somatically mutated human immunoglobulin variable region sequences and T-cell exposed motifs found in immunoglobulin constant chains, wherein said immunoglobulin protein fraction further comprising greater than 25% w/w immunoglobulin polypeptides, wherein w/w is the weight of the immunoglobulin polypeptides per the total weight of the fraction on a dry basis and said protein product is formulated for oral administration.
Method for determining the position of a self-propelled device, in particular a self-propelled device for collecting dust from a floor, comprising preferably electric motor-driven travel wheels, the device being provided with an obstacle recognition mechanism consisting of optical transmit-receive units, a plurality of possible positions and orientations further being calculated on the basis of an assumed first previously calculated position of the device, a possible position and/or orientation of the device also being denoted as a particle in this case, and, following corresponding travel of the device, with regard to the second position then assumed, one of the previously generated particles, according to a predetermined selection algorithm which takes probability into account, being assumed as the new location of the device on the basis of the measurement results of the optical units, characterised in that the particles are assessed such that a first axis (x, y) of a coordinate system is applied to the largest extension of a calculated particle cloud and in that the deviation of the particles in the direction of the other, second coordinate axis (y, x) is detected on the basis thereof, in that in addition the particles are all projected into the first coordinate axis (x, y) and a frequency curve is applied to a particle distribution thus detected, a maximum of the frequency curve being assessed as an approximation of the actual position of the device.
Method for parameterizing a field device with at least one parameter, wherein the parameter (SCUP) is input into the field device (Fx) by means of an operating unit or transferred to the field device (Fx) via a first logical interface (Sl) and deposited in a memory of the field device (Fx), wherein the field device (Fx) calculates, at least on the basis of the deposited parameter (SCUP) and a device ID of the field device (Fx), a first checking characteristic, the first checking characteristic is also deposited in the memory and transferred via a second logical interface (Sl) to an engineering system where it is output on a display, characterised in that the parameter (SCUP) is transferred by the field device (Fx) via a third logical interface that is data-diverse with respect to the first interface to the engineering system where it is output on the display, that the device ID is transferred by the field device (Fx) to the engineering system and where it is output on the display, that a first checking characteristic (P1') input by a user after visual checking of the parameter (SCUP) and the device ID on the engineering system in a predefined format is transferred via a fourth interface that is data-diverse with respect to the second interface to the field device (Fx) and that for validation of the parameter (SCUP), the received first checking characteristic (P1') is compared with the calculated first checking characteristic by the field device (Fx).
A tire comprising: a circular tire frame formed of a resin material, wherein the resin material comprises a polyamide-based thermoplastic elastomer including a soft segment and a hard segment in a molecule thereof, the hard segment having a crystallinity of from 14% to 26%, the soft segment being formed of an ABA-type triblock polyether diamine.
A method of printing a predeterminable pattern of deposits of printing material onto a workpiece (3; 103), the method comprising the steps of: selecting a first print module (1; 101); positioning the first-selected print module (1; 101) in a predeterminable position above the workpiece (3; 103) in a printing zone; printing deposits of printing material onto a workpiece (3; 103) using the first-selected print module (1; 101); returning the first-selected print module (1; 101); selecting a second print module (1; 101); positioning the second-selected print module (1; 101) in a predeterminable position above the workpiece (3; 103) in the printing zone; and printing deposits of printing material onto the workpiece (3; 103) using the second-selected print module (1; 101). selecting a first print module (1; 101); positioning the first-selected print module (1; 101) in a predeterminable position above the workpiece (3; 103) in a printing zone; printing deposits of printing material onto a workpiece (3; 103) using the first-selected print module (1; 101); returning the first-selected print module (1; 101); selecting a second print module (1; 101); positioning the second-selected print module (1; 101) in a predeterminable position above the workpiece (3; 103) in the printing zone; and printing deposits of printing material onto the workpiece (3; 103) using the second-selected print module (1; 101).
A hydraulic turbine comprising a runner crown or a hub, possibly a band, and blades fixed to said crown or hub, or between said band and said crown or hub, and to be actuated in rotation around an axis of rotation, each blade comprising: - a leading edge and a trailing edge, - at least one local extension having a first contact surface fixed to the trailing edge of the blade, a second contact surface fixed to either said band or said crown and two lateral sides (24 1, 24 2) joining at a sharp ridge line the local extension being deformable with respect to the blade or said band or said crown, characterized in that the local extension is configured such that a deformation of the local extension is possible with respect to the blade or the band or the crown without applying a significant load to the blade or the band or the crown. - a leading edge and a trailing edge, - at least one local extension having a first contact surface fixed to the trailing edge of the blade, a second contact surface fixed to either said band or said crown and two lateral sides (24 1, 24 2) joining at a sharp ridge line
A power management method of a mobile communication terminal, the method comprising: sensing a voltage of a battery coupled to the mobile communication terminal; providing (S220 and S230) a power-off suspend mode for the mobile communication terminal when the sensed voltage of the battery decreases more than a prescribed amount within a predetermined amount of time, wherein the power-off suspend mode is a mode of the mobile communication terminal in which a recovery state of the voltage of the battery is observed for a predetermined period of time without immediately performing a power-off of the mobile communication terminal; further sensing the voltage of the battery while the mobile communication terminal is in the power-off suspend mode; performing a reset of the mobile communication terminal when the further sensed voltage rises above a predetermined value while the mobile communication terminal is in the power-off suspend mode; and performing a power-off of the mobile communication terminal when the further sensed voltage remains below the predetermined value for a prescribed time while the mobile communication terminal is in the power-off suspend mode. sensing a voltage of a battery coupled to the mobile communication terminal; providing (S220 and S230) a power-off suspend mode for the mobile communication terminal when the sensed voltage of the battery decreases more than a prescribed amount within a predetermined amount of time, wherein the power-off suspend mode is a mode of the mobile communication terminal in which a recovery state of the voltage of the battery is observed for a predetermined period of time without immediately performing a power-off of the mobile communication terminal; further sensing the voltage of the battery while the mobile communication terminal is in the power-off suspend mode; performing a reset of the mobile communication terminal when the further sensed voltage rises above a predetermined value while the mobile communication terminal is in the power-off suspend mode; and performing a power-off of the mobile communication terminal when the further sensed voltage remains below the predetermined value for a prescribed time while the mobile communication terminal is in the power-off suspend mode.
Material comprising at least one first polymeric sound insulating or sound proofing element and at least one second metallic element, wherein: - said first polymeric element has a density higher than 1.3, said first element being filled by means of fillers, said fillers being preferably present in a percentage from 5 to 95%, said fillers being selected from the group consisting of calcium carbonate, kaolin, barium sulphate, talc, dolomite, metal oxides, silica and silicates, slate, metallic powders, mica, graphite, aluminum hydroxide hydrate, magnesium hydroxide hydrate, zinc borate, titanium dioxide, carbon black, bitumen; - said second metallic element is reticulated; and - the material further comprises at least one third sound insulating or sound proofing element, said third element being selected from the group consisting of non-woven fabric, felt, natural cloth or fibers, synthetic cloths or fibers, metallic fibers or films, mineral fibers, glass wool, mineral wool, expanded or closed or open cell foamed polyurethane, expanded or closed or open cell foamed melamine, closed or open cell expanded reticulated polyethylene, plasterboard; - said first element being intimately connected to said second element, namely said second element is embedded in said first element or said second element is superficially coupled to said first element. - said first polymeric element has a density higher than 1.3, said first element being filled by means of fillers, said fillers being preferably present in a percentage from 5 to 95%, said fillers being selected from the group consisting of calcium carbonate, kaolin, barium sulphate, talc, dolomite, metal oxides, silica and silicates, slate, metallic powders, mica, graphite, aluminum hydroxide hydrate, magnesium hydroxide hydrate, zinc borate, titanium dioxide, carbon black, bitumen; - said second metallic element is reticulated; and - the material further comprises at least one third sound insulating or sound proofing element, said third element being selected from the group consisting of non-woven fabric, felt, natural cloth or fibers, synthetic cloths or fibers, metallic fibers or films, mineral fibers, glass wool, mineral wool, expanded or closed or open cell foamed polyurethane, expanded or closed or open cell foamed melamine, closed or open cell expanded reticulated polyethylene, plasterboard; - said first element being intimately connected to said second element, namely said second element is embedded in said first element or said second element is superficially coupled to said first element.
A machine having one or more cylinders each with a corresponding piston and piston ring, each cylinder having an inner surface configured to engage at least a portion of a circumferential surface of the piston ring of the piston, the inner surface having a plurality of recesses indented into the inner surface, each recess having a circumferential dimension, the recesses being arranged into a plurality of rows that extend circumferentially around the inner surface, the recesses of each row having a circumferential spacing between an adjacent recess, and one of the rows being offset from an adjacent row in the circumferential direction by an offset distance, wherein the ratio of the dimension of the recess in a circumferential direction to the dimension of the circumferential spacing is approximately 2:1, and characterised in that the ratio of the dimension of the recess in the circumferential direction to the dimension of the offset distance is approximately 2:1.
A method of controlling an actuating mechanism of a prosthesis provided on one side of the lower body of an individual, the individual having a healthy leg on the other side, the method comprising: providing at least one of a plurality of artificial proprioceptors on the side of the healthy leg; characterized by providing at least one of the plurality of artificial proprioceptors on the prosthesis, wherein the at least one of the artificial proprioceptors being on the side of the healthy leg comprises a first plantar pressure sensor, and the at least one of the artificial proprioceptors being on the side of the prosthesis comprises a second plantar pressure sensor; generating data signals in real time at the artificial proprioceptors; and generating control signals in real time for controlling the actuating mechanism in response to the data signals. providing at least one of a plurality of artificial proprioceptors on the side of the healthy leg; characterized by providing at least one of the plurality of artificial proprioceptors on the prosthesis, wherein the at least one of the artificial proprioceptors being on the side of the healthy leg comprises a first plantar pressure sensor, and the at least one of the artificial proprioceptors being on the side of the prosthesis comprises a second plantar pressure sensor; generating data signals in real time at the artificial proprioceptors; and generating control signals in real time for controlling the actuating mechanism in response to the data signals.
A tubular composite structure, including: a) a first layer and a second layer, b) a reinforcing layer of a sheet-like cellular base material, namely a foamed plastic material, arranged between the first and second layers (1, 2), c) the reinforcing layer comprising passages which are distributed over the base material, d) and a joiner which connects the covering layers to each other in a material connection or a force connection, and permeates the reinforcing layer in the region of the passages, characterised in that e) the passages sub-divide the base material into a plurality of material cells, the material cells being delineated from each other by the passages and interconnected by bridges which remain between adjacent passages, f) and the joiner encloses at least the sides of the material cells of the reinforcing layer. a) a first layer and a second layer, b) a reinforcing layer of a sheet-like cellular base material, namely a foamed plastic material, arranged between the first and second layers (1, 2), c) the reinforcing layer comprising passages which are distributed over the base material, d) and a joiner which connects the covering layers to each other in a material connection or a force connection, and permeates the reinforcing layer in the region of the passages, e) the passages sub-divide the base material into a plurality of material cells, the material cells being delineated from each other by the passages and interconnected by bridges which remain between adjacent passages, f) and the joiner encloses at least the sides of the material cells of the reinforcing layer.
A thermoplastic polymer prepared at least from diisocyanate and diepoxide with the use of a catalyst, wherein the catalyst is an ionic liquid which comprises one or more salt(s) having the following formula: in which n is 1, 2, 3 or 4, + is a quaternary ammonium cation which comprises at least one five- to six-membered heterocycle having at least one nitrogen atom and optionally an oxygen or sulfur atom, wherein the nitrogen atom of the heterocycle has been quaternized with C 1 -C 18 alkyl; and n- is a monovalent, divalent, trivalent or tetravalent anion. n is 1, 2, 3 or 4, + is a quaternary ammonium cation which comprises at least one five- to six-membered heterocycle having at least one nitrogen atom and optionally an oxygen or sulfur atom, wherein the nitrogen atom of the heterocycle has been quaternized with C 1 -C 18 alkyl; and n- is a monovalent, divalent, trivalent or tetravalent anion.