mhurhangee/ep-ind-claims huggingface dataset:
A conveyor comprising: a conveyor belt advancing along a carryway path in a direction of belt travel, the conveyor belt having a plurality of rollers rotatable in a lateral direction transverse to the direction of belt travel; a linear stator adjacent to the conveyor belt in a roller-activation zone extending along the carryway path from a zone entrance to a zone exit; wherein each of the rollers, acting as a rotor, forms with the linear stator a constant- torque linear-induction motor that rotates the rollers in the lateral direction in the roller-activation zone so that objects conveyed on the conveyor belt are propelled by the rotation of the rollers to exit the roller-activation zone with a speed parallel to the lateral direction that is inversely proportional to the weights of the objects: characterised in that the conveyor further comprises a side-off conveyor for receiving objects diverted off a side of the conveyor belt; and a side rail downstream of the side-off conveyor, to prevent objects from exiting the side of the belt immediately downstream of the side-off conveyor. a conveyor belt advancing along a carryway path in a direction of belt travel, the conveyor belt having a plurality of rollers rotatable in a lateral direction transverse to the direction of belt travel; a linear stator adjacent to the conveyor belt in a roller-activation zone extending along the carryway path from a zone entrance to a zone exit; wherein each of the rollers, acting as a rotor, forms with the linear stator a constant- torque linear-induction motor that rotates the rollers in the lateral direction in the roller-activation zone so that objects conveyed on the conveyor belt are propelled by the rotation of the rollers to exit the roller-activation zone with a speed parallel to the lateral direction that is inversely proportional to the weights of the objects: characterised in that the conveyor further comprises a side-off conveyor for receiving objects diverted off a side of the conveyor belt; and a side rail downstream of the side-off conveyor, to prevent objects from exiting the side of the belt immediately downstream of the side-off conveyor. characterised in that the conveyor further comprises a side-off conveyor for receiving objects diverted off a side of the conveyor belt; and a side rail downstream of the side-off conveyor, to prevent objects from exiting the side of the belt immediately downstream of the side-off conveyor.
A non-aqueous, ethanol-free docetaxel liquid nanodispersion formulation comprising: docetaxel in an amount ranging from 0.5 to 5 wt%; an oil in an amount ranging from 1 to 20 wt%; a non-ionic surfactant in an amount ranging from 40 to 75 wt%; a non-aqueous solvent in an amount ranging from 20 to 60 wt%; and an organic acid component in an amount ranging from 0.3 to 3 wt%; wherein the organic acid component is soluble in the non-aqueous solvent and the amount by weight of non-ionic surfactant is equal to or greater than the amount by weight of non-aqueous solvent and wherein the organic acid contains less than 5% of its conjugate base or salt thereof. docetaxel in an amount ranging from 0.5 to 5 wt%; an oil in an amount ranging from 1 to 20 wt%; a non-ionic surfactant in an amount ranging from 40 to 75 wt%; a non-aqueous solvent in an amount ranging from 20 to 60 wt%; and an organic acid component in an amount ranging from 0.3 to 3 wt%; wherein the organic acid component is soluble in the non-aqueous solvent and the amount by weight of non-ionic surfactant is equal to or greater than the amount by weight of non-aqueous solvent and wherein the organic acid contains less than 5% of its conjugate base or salt thereof.
A support mechanism for a leg section of a bed, comprising: a bed frame, a thigh section supported with one end thereof on the bed frame in such a manner that the thigh section can be pivotally raised and lowered, a leg section pivotally rotatably connected with one end thereof to the other end of the thigh section, a support stay pivotally rotatably connected with the underside of the other end of the leg section, a support means for supporting a support portion provided at the opposite tip of the support stay provided on the bed frame, wherein the support means comprises a guide portion and an engaging portion for movably supporting the support portion of the support stay, wherein said guide portion is arranged such that it can support said support portion located on the guide portion as the support portion is moved in relation with the pivotal rotation of the thigh section within the entire pivotal rotation range of the thigh section, and wherein the engaging portion is provided above or below a vacant portion adjacent to an end portion of the guide portion on which the support portion is located when the thigh section is pivotally lowered and reaches the lowest end in the pivotal range where the leg section and the thigh section lie flat. a bed frame, a thigh section supported with one end thereof on the bed frame in such a manner that the thigh section can be pivotally raised and lowered, a leg section pivotally rotatably connected with one end thereof to the other end of the thigh section, a support stay pivotally rotatably connected with the underside of the other end of the leg section, a support means for supporting a support portion provided at the opposite tip of the support stay provided on the bed frame,
An apparatus to be used with a plurality of service loops having a multiplicity of separate power cables (100, 102, 104, 120, 122, 124) in a given service loop, a multiplicity of separate hoses in a given service loop, or a combination of power cables and hoses (130, 132, 140, 150, 152, 160) in a given service loop, which are used in an oil derrick, each separate service loop having a given length, the multiplicity of power cables, hoses, or combination power cables and hoses in each service loop aligned lengthwise in parallel in a given row, the apparatus comprising: a. a multiplicity of spaced apart rungs (10, 12, 14, 16, 18), each rung cast onto each power cable (100, 102, 104, 120, 122, 124), hose, or combination power cables and hoses on an aligned row of a first service loop and separated from an adjacent rung by a given lengthwise distance on the row of power cables, hoses, or combination power cables and hoses, the multiplicity of spaced apart rungs reducing lateral movement of the power cables, hoses, or combination power cables and hoses forming the first service loop; and b. a multiplicity of spaced apart rungs (20, 22, 24, 26, 28), each rung cast onto each power cable, hose, or combination power cables and hoses (130, 132, 140, 150, 152, 160) on an aligned row of a second service loop and separated from an adjacent rung by a given lengthwise distance on the row of power cables, hoses, or combination power cables and hoses, the multiplicity of spaced apart rungs reducing lateral movement of the power cables, hoses, or combination power cables and hoses forming the second service loop. a. a multiplicity of spaced apart rungs (10, 12, 14, 16, 18), each rung cast onto each power cable (100, 102, 104, 120, 122, 124), hose, or combination power cables and hoses on an aligned row of a first service loop and separated from an adjacent rung by a given lengthwise distance on the row of power cables, hoses, or combination power cables and hoses, the multiplicity of spaced apart rungs reducing lateral movement of the power cables, hoses, or combination power cables and hoses forming the first service loop; and b. a multiplicity of spaced apart rungs (20, 22, 24, 26, 28), each rung cast onto each power cable, hose, or combination power cables and hoses (130, 132, 140, 150, 152, 160) on an aligned row of a second service loop and separated from an adjacent rung by a given lengthwise distance on the row of power cables, hoses, or combination power cables and hoses, the multiplicity of spaced apart rungs reducing lateral movement of the power cables, hoses, or combination power cables and hoses forming the second service loop.
A method of adjusting the tension of spring elements permanently for use under dynamic load, in reusable ball break off protection mechanisms of a barrier boom break off protection system, wherein the spring elements are placed in a holder, characterized in that a first relevant tightening of a screw is made with the use of a torque wrench, whereas the torque value is defined in beforehand either experimentally or analytically through analyzing the relation between the tightening torque and the tension of the screw, said value is equivalent to reaching the height of screwing the screw which corresponds to the target and peak tension of the spring elements, and this value is within from 30 to 150 Nm; in that, subsequently from this value the screw is unscrewed by a defined number of revolutions in order to maintain the appropriate working stroke of a ball and a washer, that are being pressed down by the springs, said working stroke results directly from the characteristics of the piece of equipment in order to enable the unobstructed breaking off of a part of the ball break off protection mechanism; and finally the screw is secured against changing its fixed position and against untightening with the use of a special nut, thereby creating one, integrated and monolithic special screw.
A valve arrangement comprising: a substantially flat plug head; a valve seat comprising a circular valve seat inlet with diameter "D INLET " configured to interface with the substantially flat plug head to shut off the fluid flow and a choke transfer trim configured to throttle a fluid flow; a plug stem configured to adjust a distance "h" between said plug head and said valve seat inlet to regulate the fluid flow; wherein said choke transfer trim defines a minimum flow control area, [π * (d/2) 2], located downstream of the valve seat inlet with a diameter denoted as "d" to throttle said fluid flow downstream of said valve seat inlet; and said plug stem is adapted to control actuation of said plug head to regulate fluid flow in such a manner that π *D INLET * h is greater than or equal to π * (d/2) 2. a substantially flat plug head; a valve seat comprising a circular valve seat inlet with diameter "D INLET " configured to interface with the substantially flat plug head to shut off the fluid flow and a choke transfer trim configured to throttle a fluid flow; a plug stem configured to adjust a distance "h" between said plug head and said valve seat inlet to regulate the fluid flow; wherein said choke transfer trim defines a minimum flow control area, [π * (d/2) 2], located downstream of the valve seat inlet with a diameter denoted as "d" to throttle said fluid flow downstream of said valve seat inlet; and said plug stem is adapted to control actuation of said plug head to regulate fluid flow in such a manner that π *D INLET * h is greater than or equal to π * (d/2) 2.
A power transmitting unit, wherein the power transmitting unit is configured to - detect a power receiving unit to be charged; - perform pre-charging of the power receiving unit; thereafter - receive a charging request from the power receiving unit; and wherein the power transmitting unit is configured to transmit power to the power receiving unit during main charging based upon result information of a first authentication between the power transmitting unit and the power receiving unit carried out after the pre-charging, wherein the result information is transmitted within the power transmitting unit. - detect a power receiving unit to be charged; - perform pre-charging of the power receiving unit; thereafter - receive a charging request from the power receiving unit; and wherein
A responding method for a consumable chip (70, 80), wherein the consumable chip (70, 80) stores (S101, S201) target data, wherein the type of target data is a digital signature or unsigned data, wherein the consumable chip (70, 80) further stores an indicator used to indicate the type of the target data in the consumable chip (70, 80), wherein, when the consumable chip (70, 80) stores the digital signature, a part of data in the digital signature is used as the indicator, so as to indicate that the consumable chip (70, 80) stores the digital signature, and when no digital signature is stored in the consumable chip (70, 80), the consumable chip (70, 80) stores unsigned data, wherein the method comprises: receiving (S102, S202) an access request of a printing device; selecting (S103, S203) at least a part of data in the target data according to the access request; and sending (S104, S204) the at least a part of data to the printing device in response to the access request of the printing device. receiving (S102, S202) an access request of a printing device; selecting (S103, S203) at least a part of data in the target data according to the access request; and sending (S104, S204) the at least a part of data to the printing device in response to the access request of the printing device.
A vertical polarization antenna comprising: an aperture antenna, which is a flat conductor plate (110a, 110b) having an aperture (130a, 130b), is configured to radiate vertically polarized wave through the aperture, the aperture having a shape bent along a bending line extending in a lengthwise direction of the aperture antenna; and a cavity structure coupled to a rear side of the aperture antenna wherein the aperture (130a, 130b) includes a top surface and a side surface with reference to the bending line, and the aperture antenna includes a power feeder in a center area of the top surface of the aperture (130a, 130b), wherein the power feeder includes a power feeding line extending on the flat conductor plate (110a, 110b) toward the bending line and a converter extending in the lengthwise direction of the aperture (130a, 130b). an aperture antenna, which is a flat conductor plate (110a, 110b) having an aperture (130a, 130b), is configured to radiate vertically polarized wave through the aperture, the aperture having a shape bent along a bending line extending in a lengthwise direction of the aperture antenna; and a cavity structure coupled to a rear side of the aperture antenna wherein the aperture (130a, 130b) includes a top surface and a side surface with reference to the bending line, and the aperture antenna includes a power feeder in a center area of the top surface of the aperture (130a, 130b), wherein the power feeder includes a power feeding line extending on the flat conductor plate (110a, 110b) toward the bending line and a converter extending in the lengthwise direction of the aperture (130a, 130b).
An isolated nucleic acid molecule comprising the complete genomic sequence of a Schmallenberg virus genome segment, wherein said molecule comprises a nucleic acid sequence selected from the group consisting of a nucleic acid sequence having 100 % sequence identity with the nucleic acid sequence of SEQ ID NO:1, a nucleic acid sequence having 100 % sequence identity with the nucleic acid sequence of SEQ ID NO:2, a nucleic acid sequence having 100 % sequence identity with the nucleic acid sequence of SEQ ID NO:3, and any combinations thereof. a nucleic acid sequence having 100 % sequence identity with the nucleic acid sequence of SEQ ID NO:1, a nucleic acid sequence having 100 % sequence identity with the nucleic acid sequence of SEQ ID NO:2, a nucleic acid sequence having 100 % sequence identity with the nucleic acid sequence of SEQ ID NO:3, and any combinations thereof.
A panel-insert assembly comprising: a panel comprising a core and a skin layer positioned over said core, wherein said skin layer defines an opening therein; and an insert positioned below said skin layer and aligned with said opening; characterized in that said opening is elongated. a panel comprising a core and a skin layer positioned over said core, wherein said skin layer defines an opening therein; and an insert positioned below said skin layer and aligned with said opening; characterized in that said opening is elongated.
A method of wireless communications, performed by a user equipment, UE, that is a member of a group of UEs and is a leader of the group of UEs, comprising: receiving, attribute information from one or more UEs in the group of UEs; generating group attribute information based on the received attribute information; and broadcasting the group attribute information on behalf of the group of UEs, characterized by receiving one or more basic safety messages from one or more other devices; and transmitting a message to the group of UEs including the one or more basic safety messages in a message-digest form. receiving, attribute information from one or more UEs in the group of UEs; generating group attribute information based on the received attribute information; and broadcasting the group attribute information on behalf of the group of UEs, characterized by receiving one or more basic safety messages from one or more other devices; and transmitting a message to the group of UEs including the one or more basic safety messages in a message-digest form.
Drive device for a slurry wall cutter having a drive case and/or transmission case that surrounds an inner space for receiving drive and/or transmission elements and that comprises two case parts (13, 14) that are rotatable relative to one another and that are sealed with respect to one another by a seal device, and further having a pressure equalization device for pressure equalization between the inner space and the environment, characterized in that the pressure equalization device comprises at least one intermediate chamber that has pressure applied from a pressure source and that is sealed with respect to the inner space by an inner seal and with respect to the environment by an outer seal.
A method of forming homogenized tobacco material comprising the steps of: forming a homogenized slurry comprising tobacco powder, casting the homogenized slurry onto a moving belt, incorporating a porous reinforcement sheet into the cast homogenized slurry, and drying the cast homogenized slurry with the incorporated porous reinforcement sheet to form the homogenized tobacco material, in which the porous reinforcement sheet has anisotropic properties such that it has a higher tensile strength in its longitudinal direction than in its transverse direction and wherein the porous reinforcement sheet extends across at least 75 percent of the width of the homogenized tobacco material. forming a homogenized slurry comprising tobacco powder, casting the homogenized slurry onto a moving belt, incorporating a porous reinforcement sheet into the cast homogenized slurry, and drying the cast homogenized slurry with the incorporated porous reinforcement sheet to form the homogenized tobacco material, in which the porous reinforcement sheet has anisotropic properties such that it has a higher tensile strength in its longitudinal direction than in its transverse direction and wherein the porous reinforcement sheet extends across at least 75 percent of the width of the homogenized tobacco material.
An electric bicycle that can be driven by adding an auxiliary driving force generated by an electric motor to a human driving force generated by a pedal force from a pedal, the electric bicycle comprising: a crankshaft and a torque detection cylinder that is engaged with the crankshaft so as to receive a transmitted human driving force and has a magnetostriction portion of a torque sensor on a periphery of the torque detection cylinder, the crankshaft and the torque detection cylinder being contained in a hanger connected to a lower end of a seat tube, wherein an engaging portion between the crankshaft and the torque detection cylinder is disposed at an intermediate portion between a first bearing near a crank gear that rotatably supports the crankshaft and a second bearing opposite to the crank gear; characterised in that a tubular member is fit onto a point between a portion supported by the second bearing on the crankshaft and the engaging portion or, alternatively, a serration extended portion is formed by axially extending a serration part constituting the engaging portion, and whereby one of the tubular member and the serration extended portion is brought into contact with the second bearing and regulates an axial movement of the second bearing to the engaging portion. a crankshaft and a torque detection cylinder that is engaged with the crankshaft so as to receive a transmitted human driving force and has a magnetostriction portion of a torque sensor on a periphery of the torque detection cylinder, the crankshaft and the torque detection cylinder being contained in a hanger connected to a lower end of a seat tube,
A wrought material made of a Cu-Al-Mn-based alloy, wherein the wrought material has an alloy composition consisting of: 5 to 10 mass% of Al; 5 to 20 mass% of Mn; optionally 2 mass% or less of Ni; and optionally 0.001 to 10 mass% in total of at least one element selected from the group consisting of Co, Fe, Ti, V, Cr, Si, Nb, Mo, W, Sn, Mg, P, Be, Sb, Cd, As, Zr, Zn, and Ag, in which the at least one element selected from the group consists of: Co 0.001 to 2 mass%, Fe 0.001 to 3 mass%, Sn 0.001 to 1 mass%, Ti 0.001 to 2 mass%, V, Nb, Mo and Zr respectively 0.001 to 1 mass%, Cr 0.001 to 2 mass%, Si 0.001 to 2 mass%, W 0.001 to 1 mass%, Mg 0.001 to 0.5 mass%, P 0.01 to 0.5 mass%, Be, Sb, Cd and As respectively 0.001 to 1 mass%, Zn 0.001 to 5 mass%, and Ag 0.001 to 2 mass%, with the balance being Cu and unavoidable impurities, which is excellent in stress corrosion resistance, and which is excellent in superelastic characteristics, the residual strain after 6% strain loading is 1.0% or less, in which an existence frequency of a coincidence grain boundary with a Σ value of 3 or less is 35% or more but 75% or less, and which has a recrystallized microstructure in which a proportion occupied by a β phase in the recrystallized microstructure is 98% or more; wherein the state of the coincidence grain boundary is determined, by measuring and analyzing the crystalline orientation distribution (grain boundary map) of a copper alloy using an EBSD (electron back-scattering diffraction pattern) analyzer.