mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a laminated iron core, the method comprising: inserting a plurality of electrical steel strips(1a, 1b, 1c) in a superposed state to feed rolls including a pair of upper and lower feed rolls (2a, 2b) that are driven by a drive device to feed the electrical steel strips in a superposed state into a die having a plurality of punching processes in sequence; joining a part or all of the superposed electrical steel strips (1a, 1b, 1c) together before entering the die or at an upstream stage portion of the die after feeding out the electrical steel strips from the pair of upper and lower feed rolls (2a, 2b); and punching simultaneously the plurality of electrical steel strips in a superposed state in the die, wherein the upper feed roll rotates in synchronization with the lower feed roll, and the operation timing of the upper feed roll and the lower feed roll is adjusted to be simultaneous. inserting a plurality of electrical steel strips(1a, 1b, 1c) in a superposed state to feed rolls including a pair of upper and lower feed rolls (2a, 2b) that are driven by a drive device to feed the electrical steel strips in a superposed state into a die having a plurality of punching processes in sequence; joining a part or all of the superposed electrical steel strips (1a, 1b, 1c) together before entering the die or at an upstream stage portion of the die after feeding out the electrical steel strips from the pair of upper and lower feed rolls (2a, 2b); and punching simultaneously the plurality of electrical steel strips in a superposed state in the die, wherein the upper feed roll rotates in synchronization with the lower feed roll, and the operation timing of the upper feed roll and the lower feed roll is adjusted to be simultaneous.
A battery module, comprising: a housing having an internal accommodation space; and a plurality of battery cells disposed in the internal accommodation space, wherein the housing includes a weld joint in which a first base material and a second base material are welded, and at least a partial region of a surface of a bead of the weld joint is located inward with respect to a reference plane, with an imaginary plane, which connects an outer surface of the first base material and an outer surface of the second base material in contact with the weld joint, as the reference plane, wherein the first and second base materials (100, 200) are a first aluminum-based alloy and a second aluminum-based alloy, respectively, characterised in that with respect to a weld cross-section, which is a cross-section traversing the weld joint at a shortest distance from the first base material side to the second base material side, the weld joint satisfies the following Equation 1, 0.10 ≤ h / w ≤ 0.30 wherein in Equation 1, w denotes a size in mm of a straight line connecting a boundary between the outer surface of the first base material and the weld joint and a boundary between the outer surface of the second base material and the weld joint in the weld cross-section, and h denotes a shortest distance in mm between a lowest point in a region of the bead surface located inward with respect to the straight line on the weld cross-section and the straight line. a housing having an internal accommodation space; and a plurality of battery cells disposed in the internal accommodation space, wherein the housing includes a weld joint in which a first base material and a second base material are welded, and at least a partial region of a surface of a bead of the weld joint is located inward with respect to a reference plane, with an imaginary plane, which connects an outer surface of the first base material and an outer surface of the second base material in contact with the weld joint, as the reference plane, wherein the first and second base materials (100, 200) are a first aluminum-based alloy and a second aluminum-based alloy, respectively, characterised in that with respect to a weld cross-section, which is a cross-section traversing the weld joint at a shortest distance from the first base material side to the second base material side, the weld joint satisfies the following Equation 1, 0.10 ≤ h / w ≤ 0.30 wherein in Equation 1, w denotes a size in mm of a straight line connecting a boundary between the outer surface of the first base material and the weld joint and a boundary between the outer surface of the second base material and the weld joint in the weld cross-section, and h denotes a shortest distance in mm between a lowest point in a region of the bead surface located inward with respect to the straight line on the weld cross-section and the straight line.
A constant velocity connection for use in a drill string, the constant velocity connection comprising: at least one ball-and-socket joint (38,40); an insert rotationally received in an opening formed laterally through a ball of the joint; and a journal which extends through the insert, and wherein a socket of the joint rotates about the journal. at least one ball-and-socket joint (38,40); an insert rotationally received in an opening formed laterally through a ball of the joint; and a journal which extends through the insert, and wherein a socket of the joint rotates about the journal.
An ocular implant for providing a controlled, sustained release of a therapeutic agent to an interior of a patient's eye having an ocular disorder, comprising: a refillable reservoir for containing said therapeutic agent, said reservoir comprising a proximal end and a distal end; a delivery mechanism for delivering the therapeutic agent from the reservoir to the interior of the patient's eye at a desired rate; and an inlet port near the proximal end of said reservoir for injection of said therapeutic agent into said reservoir, said inlet port being injectable and capable of self-sealing after the injection of said therapeutic agent into the reservoir, said inlet port being adapted to accept injection of said therapeutic agent into the reservoir and to remain external to the eye when the refillable reservoir and the delivery mechanism of the implant are positioned in the eye, wherein: said delivery mechanism comprises multiple apertures at said distal end of the reservoir to achieve said desired rate of delivery of therapeutic agent to the interior of the eye to treat said disorder; or wherein said reservoir comprises an elastic or non-distensible material enabling the reservoir to be inflated or expanded after implantation into the eye. a refillable reservoir for containing said therapeutic agent, said reservoir comprising a proximal end and a distal end; a delivery mechanism for delivering the therapeutic agent from the reservoir to the interior of the patient's eye at a desired rate; and an inlet port near the proximal end of said reservoir for injection of said therapeutic agent into said reservoir, said inlet port being injectable and capable of self-sealing after the injection of said therapeutic agent into the reservoir, said inlet port being adapted to accept injection of said therapeutic agent into the reservoir and to remain external to the eye when the refillable reservoir and the delivery mechanism of the implant are positioned in the eye, wherein: said delivery mechanism comprises multiple apertures at said distal end of the reservoir to achieve said desired rate of delivery of therapeutic agent to the interior of the eye to treat said disorder; or wherein said reservoir comprises an elastic or non-distensible material enabling the reservoir to be inflated or expanded after implantation into the eye. said delivery mechanism comprises multiple apertures at said distal end of the reservoir to achieve said desired rate of delivery of therapeutic agent to the interior of the eye to treat said disorder; or wherein said reservoir comprises an elastic or non-distensible material enabling the reservoir to be inflated or expanded after implantation into the eye.
A semiconductor laser excitation solid-state laser, comprising: - a planar waveguide-type solid-state laser element in which claddings (15a,15b) with a refraction index different from that of a plate-shaped solid-state laser medium are formed on both surfaces of the solid-state laser medium, and which is disposed on a solid-state laser substrate; - an LD array in which a light-emitting layer sandwiched between cladding layers is formed on an LD substrate, and which generates laser light for exciting the solid-state laser medium from an end face thereof; and - a sub-mount substrate on which metal plating layers (6a,7,70) of two different thicknesses are formed on the same plane; wherein - the planar waveguide-type solid-state laser element is joined to the sub-mount substrate on a surface on the opposite side of a surface on which the solid-state laser substrate is mounted, via a metal plating layer (7,70) of one of the thicknesses out of the metal plating layers of the two different thicknesses, and the LD array is joined to the sub-mount substrate on a surface on the light-emitting layer side, via another metal plating layer of the other thickness out of the metal plating layers of the two different thicknesses. - a planar waveguide-type solid-state laser element in which claddings (15a,15b) with a refraction index different from that of a plate-shaped solid-state laser medium are formed on both surfaces of the solid-state laser medium, and which is disposed on a solid-state laser substrate; - an LD array in which a light-emitting layer sandwiched between cladding layers is formed on an LD substrate, and which generates laser light for exciting the solid-state laser medium from an end face thereof; and - a sub-mount substrate on which metal plating layers (6a,7,70) of two different thicknesses are formed on the same plane; wherein - the planar waveguide-type solid-state laser element is joined to the sub-mount substrate on a surface on the opposite side of a surface on which the solid-state laser substrate is mounted, via a metal plating layer (7,70) of one of the thicknesses out of the metal plating layers of the two different thicknesses, and the LD array is joined to the sub-mount substrate on a surface on the light-emitting layer side, via another metal plating layer of the other thickness out of the metal plating layers of the two different thicknesses.
A heat-resistant multilayer container comprising: an outermost layer comprising a propylene-based polymer A containing homopolypropylene as a main component having a melt flow rate in a range of 2.0 to 10.0 g/10min and an isotactic index of not less than 95%, an inner layer comprising 50 to 99% by weight of a propylene-based polymer B containing homopolypropylene as a main component having a melt flow rate of not more than 5.0 g/10min and an isotactic index of not less than 93%, and 1 to 50% by weight of an ethylene-α-olefin copolymer C, and a barrier layer occupying 5 to 20% by weight of the whole container, the multilayer container has a ratio (L/D) of container height to diameter of not less than 0.5, and a volume shrinkage of not more than 5% based on volume measured before and after heat sterilization at 121°C for 30 minutes. an outermost layer comprising a propylene-based polymer A containing homopolypropylene as a main component having a melt flow rate in a range of 2.0 to 10.0 g/10min and an isotactic index of not less than 95%, an inner layer comprising 50 to 99% by weight of a propylene-based polymer B containing homopolypropylene as a main component having a melt flow rate of not more than 5.0 g/10min and an isotactic index of not less than 93%, and 1 to 50% by weight of an ethylene-α-olefin copolymer C, and a barrier layer occupying 5 to 20% by weight of the whole container, the multilayer container has a ratio (L/D) of container height to diameter of not less than 0.5, and a volume shrinkage of not more than 5% based on volume measured before and after heat sterilization at 121°C for 30 minutes.
Pivot motor of an active anti-roll bar, comprising a multi-step planetary gear mechanism with planetary gears which are mounted on planet journals, the planetary gears being mounted via plain bearing bushes (1, 5), a plain bearing bush (1, 5) having a hollow-cylindrical bush body (2, 6) with a cylindrical inner face (Fi) and an internal diameter (d) and/or with a cylindrical outer face (Fa) and an external diameter and a cylinder wall with a wall thickness (s), characterized in that regions (3, 4, 7, 8) of the cylinder wall which extend in the tangential and axial direction are separated in part from the cylinder wall and are connected in part to the cylinder wall, the regions (3, 4, 7, 8) being arranged offset with respect to the inner or the outer face (Fi, Fa) in such a way that the internal diameter (d) is partially reduced in size or the external diameter is partially increased in size, and in that the regions (3, 4, 7, 8) are deformed plastically.
A process for manufacturing a material with a high specific surface area, comprising a step of spraying of a liquid composition based on liquid residues derived from a chemical extraction of clinker, the clinker being industrial waste incineration clinker or household waste incineration clinker.
An on-board aircraft dried inert gas system, comprising: a source of an inert gas comprising water; an air cycle cooling system comprising a primary heat exchanger, a compressor, a secondary heat exchanger, a turbine, and a condenser/reheater and a water removal unit for being in operative fluid communication with a compressed air source and an aircraft cabin, wherein the primary heat exchanger, the compressor, the secondary heat exchanger, a first path of the condenser/reheater, the water removal unit, and a second path of the condenser/ reheater and the turbine are fluidly coupled in series; and a heat exchanger condenser comprising a heat absorption side in thermal communication with the air cycle cooling system, and a heat rejection side that receives the inert gas comprising water and outputs dried inert gas. a source of an inert gas comprising water; an air cycle cooling system comprising a primary heat exchanger, a compressor, a secondary heat exchanger, a turbine, and a condenser/reheater and a water removal unit for being in operative fluid communication with a compressed air source and an aircraft cabin, wherein the primary heat exchanger, the compressor, the secondary heat exchanger, a first path of the condenser/reheater, the water removal unit, and a second path of the condenser/ reheater and the turbine are fluidly coupled in series; and a heat exchanger condenser comprising a heat absorption side in thermal communication with the air cycle cooling system, and a heat rejection side that receives the inert gas comprising water and outputs dried inert gas.
A computer system to authorize access to a simultaneous second media stream with a second client device associated with a user after a first media stream has been established with a first client device associated with the user, wherein a network address of the first client device does not match a network address of the second client device, the computer system comprising: an interface to a network; a geolocation database stored on a digital storage medium, wherein the geolocation database is configured to identify the geographic locations of the first and second client devices based upon network addresses used by the first and second client devices; and a processor configured to: receive a request to establish the simultaneous second media stream with the second client device; obtain the geographic locations of the first and second client devices using the geolocation database; determine whether the first and second client devices are located at the same geographic location where simultaneous streaming is allowed; and if the first and second client devices are located at the same geographic location where simultaneous streaming is allowed, grant the second client device access to the simultaneous second media stream so that the first media stream and the simultaneous second media stream are streamed simultaneously, and otherwise deny the second client device access to the simultaneous second media stream. receive a request to establish the simultaneous second media stream with the second client device; obtain the geographic locations of the first and second client devices using the geolocation database; determine whether the first and second client devices are located at the same geographic location where simultaneous streaming is allowed; and if the first and second client devices are located at the same geographic location where simultaneous streaming is allowed, grant the second client device access to the simultaneous second media stream so that the first media stream and the simultaneous second media stream are streamed simultaneously, and otherwise deny the second client device access to the simultaneous second media stream.
A diametric adjustment mechanism for an implantable medical device, the diametric adjustment mechanism comprising: a track defining a series of diametric setpoints including a first diametric setpoint and a second diametric setpoint, a first adjustment path (P 1) defined from the first diametric setpoint to the second diametric setpoint, and a return path defined from the second diametric setpoint to the first diametric setpoint, the return path being adjacent to the first adjustment path (P 1); a rider engaged with the track such that the rider is selectively movable along the track from the first diametric setpoint to the second diametric setpoint, and from the second diametric setpoint to the first diametric setpoint; and a biasing element biasing the rider toward the first diametric setpoint when the rider is at the second diametric setpoint. a track defining a series of diametric setpoints including a first diametric setpoint and a second diametric setpoint, a first adjustment path (P 1) defined from the first diametric setpoint to the second diametric setpoint, and a return path defined from the second diametric setpoint to the first diametric setpoint, the return path being adjacent to the first adjustment path (P 1); a rider engaged with the track such that the rider is selectively movable along the track from the first diametric setpoint to the second diametric setpoint, and from the second diametric setpoint to the first diametric setpoint; and a biasing element biasing the rider toward the first diametric setpoint when the rider is at the second diametric setpoint.
A roller clump device for multi-trawl fishing gear, said roller clump device comprising: - a base member, said base member further comprising connectors for connection of wires/cables to a towing vessel and connectors for connection of wires/cables to fishing gear, - a lateral roller member rotationally attached to the base member by an axis, wherein the lateral roller member is a conical shaped roller member for forcing lateral movement of the roller clump device 1 in the direction of the narrow portion of the conical roller characterized in that the connectors for connection of wires/cables to the towing vessel and the connectors for connection of wires/cables to fishing gear comprise openings or apertures in the base member, and in that the different openings or apertures are provided to alter the angle of towing on the clump device. - a base member, said base member further comprising connectors for connection of wires/cables to a towing vessel and connectors for connection of wires/cables to fishing gear, - a lateral roller member rotationally attached to the base member by an axis, wherein the lateral roller member is a conical shaped roller member for forcing lateral movement of the roller clump device 1 in the direction of the narrow portion of the conical roller characterized in that the connectors for connection of wires/cables to the towing vessel and the connectors for connection of wires/cables to fishing gear comprise openings or apertures in the base member, and in that the different openings or apertures are provided to alter the angle of towing on the clump device.
A battery pack for housing plural secondary batteries inside a case, the battery pack comprising: a battery management unit for managing states of the plural secondary batteries; an information transfer circuit (7, 8, 9) which is connected to the battery management unit and adapted to transfer information about the secondary batteries to the battery management unit; and a diagnostic circuit (11, 12, 13) which is branched and formed from the information transfer circuit (7, 8, 9) and is extended to an outer surface of the case, wherein the diagnostic circuit (11, 12, 13) is connected to a connector provided on a tip end side of the case, by provided on the outer surface of the case or extending to outside than the outer surface of the case, wherein the battery pack is characterized in further comprising a cell monitoring unit for monitoring states of the individual secondary batteries, wherein the information transfer circuit (7, 8, 9) has a communication circuit adapted for making connection between the battery management unit and the cell monitoring unit, and the diagnostic circuit (11, 12, 13) has a first diagnostic circuit branched and formed from the communication circuit. a battery management unit for managing states of the plural secondary batteries; an information transfer circuit (7, 8, 9) which is connected to the battery management unit and adapted to transfer information about the secondary batteries to the battery management unit; and a diagnostic circuit (11, 12, 13) which is branched and formed from the information transfer circuit (7, 8, 9) and is extended to an outer surface of the case, wherein the diagnostic circuit (11, 12, 13) is connected to a connector provided on a tip end side of the case, by provided on the outer surface of the case or extending to outside than the outer surface of the case, wherein the battery pack is characterized in further comprising a cell monitoring unit for monitoring states of the individual secondary batteries, wherein the information transfer circuit (7, 8, 9) has a communication circuit adapted for making connection between the battery management unit and the cell monitoring unit, and the diagnostic circuit (11, 12, 13) has a first diagnostic circuit branched and formed from the communication circuit.
Sorting conveyor with a series of driven carriages, which can be driven continuously and are guided along a track with two parallel-spaced running rails (4a, 4b) in a conveying direction, characterized in that at least one driven carriage is coupled by means of an articulated joint, rotatable in all directions, with a carrier carriage, that is continuously guided in the conveying direction along two parallel-spaced mounting rails (12a, 12b) arranged at a distance from the running rails (4a, 4b) and has a carrier frame, which is supported on the articulated joint and relative to the conveying direction trailing behind the articulated joint on each mounting rail (12a, 12b), wherein the mounting rails (12a, 12b) are located at a preset vertical distance from the running rails (4a, 4b) and a load-bearing member (14a, 14b), which is always in a horizontal position, is arranged on the carrier frame for loading and unloading individual articles.
Method for manufacturing concrete mass, the concrete mass being manufactured in a mixer and the torque caused by the mixing of the concrete mass to the mixing elements used for mixing of the concrete mass or the power consumption of the drive motor of the mixer being measured in said method, characterized in, that the torque caused to the mixing elements of the concrete mass or the power consumption of the drive motor is measured at least with two different mixing speeds, and the received measurement results are used to determine the properties of the concrete mass including the slump of the concrete mass, the toughness and /or the air content of the concrete mass.