mhurhangee/ep-ind-claims huggingface dataset:
A sewing machine comprising: an upper shaft rotatable so as to drive a needle bar; a lower shaft rotatable so as to drive a hook; an upper-shaft pulley attached to the upper shaft; a lower-shaft pulley attached to the lower shaft; a belt linking the upper-shaft pulley and the lower-shaft pulley, and synchronizing a rotation of the upper-shaft pulley and a rotation of the lower-shaft pulley with each other; a belt adjusting mechanism (7, 7a-d) contacting the belt and absorbing slack at a tensioned side at which the belt is drawn; and a tensioner (8, 8a) tensioning the belt at a loosened side in accordance with an absorbing level of the slack of the belt; characterized in that the tensioner comprises: a tension adjusting idler contacting the belt at the loosened side; and an elastic member connecting to the tension adjusting idler. an upper shaft rotatable so as to drive a needle bar; a lower shaft rotatable so as to drive a hook; an upper-shaft pulley attached to the upper shaft; a lower-shaft pulley attached to the lower shaft; a belt linking the upper-shaft pulley and the lower-shaft pulley, and synchronizing a rotation of the upper-shaft pulley and a rotation of the lower-shaft pulley with each other; a belt adjusting mechanism (7, 7a-d) contacting the belt and absorbing slack at a tensioned side at which the belt is drawn; and a tensioner (8, 8a) tensioning the belt at a loosened side in accordance with an absorbing level of the slack of the belt; characterized in that the tensioner comprises: a tension adjusting idler contacting the belt at the loosened side; and an elastic member connecting to the tension adjusting idler. a tension adjusting idler contacting the belt at the loosened side; and an elastic member connecting to the tension adjusting idler.
An electronic device, comprising: a display (160, 520); and a controller (120, 510) electrically connected to the display (160, 520), wherein the controller (120, 510) is configured to: receive first data which is partial data of entire data of an application from a first electronic device by using a peer to peer connection scheme; send a request for information of the application to a server; receive, from the server, use condition information of the application; and when the use condition information is agreed in the electronic device, send to the server a request for second data of the entire data of the application, receive from the server second data of the entire data of the application based on the use condition information of the application, and generate the entire data of the application by combining the first data and the second data, wherein, when the use condition information of the application is not agreed in the electronic device, the controller is configured to delete the first data of the application which has been received from the first electronic device and is stored in the electronic device. a display (160, 520); and a controller (120, 510) electrically connected to the display (160, 520), wherein the controller (120, 510) is configured to: receive first data which is partial data of entire data of an application from a first electronic device by using a peer to peer connection scheme; send a request for information of the application to a server; receive, from the server, use condition information of the application; and when the use condition information is agreed in the electronic device, send to the server a request for second data of the entire data of the application, receive from the server second data of the entire data of the application based on the use condition information of the application, and generate the entire data of the application by combining the first data and the second data, wherein, when the use condition information of the application is not agreed in the electronic device, the controller is configured to delete the first data of the application which has been received from the first electronic device and is stored in the electronic device. receive first data which is partial data of entire data of an application from a first electronic device by using a peer to peer connection scheme; send a request for information of the application to a server; receive, from the server, use condition information of the application; and when the use condition information is agreed in the electronic device, send to the server a request for second data of the entire data of the application, receive from the server second data of the entire data of the application based on the use condition information of the application, and generate the entire data of the application by combining the first data and the second data, wherein, when the use condition information of the application is not agreed in the electronic device, the controller is configured to delete the first data of the application which has been received from the first electronic device and is stored in the electronic device.
An in vitro method for identifying in a patient with a coronary stenosis the risk for experiencing a further cardiovascular event, comprising: a. obtaining monocytes or monocyte-derived microvesicles from a blood sample from the patient; b. measuring expression of COX1 in the monocytes or monocyte-derived microvesicles; and c. comparing the expression of COX1 with reference measurements; wherein decreased expression of COX1 in the monocytes or monocyte-derived microvesicles as compared to the reference measurements indicates that the patient is at risk for experiencing one or more cardiovascular events. a. obtaining monocytes or monocyte-derived microvesicles from a blood sample from the patient; b. measuring expression of COX1 in the monocytes or monocyte-derived microvesicles; and c. comparing the expression of COX1 with reference measurements; wherein decreased expression of COX1 in the monocytes or monocyte-derived microvesicles as compared to the reference measurements indicates that the patient is at risk for experiencing one or more cardiovascular events.
A device for supporting a seabed measurement underwater system on ships characterized by comprising a payload support having at least four docking areas distributed from front edge to rear edge of the payload support wherein: - the first docking area comprises a first central hole surrounded by means for fastening a mounting pole on top and fastening a multibeam sonar on the bottom of said hole, - the second docking area comprises a rip and means for fastening an inertial measurement unit, - the third docking area comprises means for docking a support rod for diagonal bracing between the mounting pole and the payload support, and - the fourth docking area comprises a second central hole surrounded by means for fastening a pinger-pole to the second central hole for fastening with a sub- bottom profiler. - the first docking area comprises a first central hole surrounded by means for fastening a mounting pole on top and fastening a multibeam sonar on the bottom of said hole, - the second docking area comprises a rip and means for fastening an inertial measurement unit, - the third docking area comprises means for docking a support rod for diagonal bracing between the mounting pole and the payload support, and - the fourth docking area comprises a second central hole surrounded by means for fastening a pinger-pole to the second central hole for fastening with a sub- bottom profiler.
A method for producing a composite part with continuous fiber reinforcement from a dry preform, which method comprises: a. a flat draping operation of a first deformable dry ply lamination (311, 312); b. positioning on said first lamination a core made of a thermoformable material extending over a portion of the surface of the first laminate; c. an operation of draping a second lamination (321, 322) of deformable dry plies extending above the core and up to the first laminate; d. a stitching operation (410, 420, 430) along a defined contour, said stitching joining and extending between the second and the first laminate; e. placing the preform obtained at the end of step d) in the three-dimensional cavity of a mold; f. impregnating the dry preform with a polymer; g. consolidating said polymer; h. demolding the part obtained from the preform; characterized in that it comprises, between step d) and step e), a step of: j. thermoforming the preform comprising the core in the shape of the part; wherein step d) comprises an operation of: di. producing a seam extending between the first and second laminates along a bending contour; and wherein step e) comprises an operation of: ei. folding the preform in the cavity according to the seam contour made in step di). a. a flat draping operation of a first deformable dry ply lamination (311, 312); b. positioning on said first lamination a core made of a thermoformable material extending over a portion of the surface of the first laminate; c. an operation of draping a second lamination (321, 322) of deformable dry plies extending above the core and up to the first laminate; d. a stitching operation (410, 420, 430) along a defined contour, said stitching joining and extending between the second and the first laminate; e. placing the preform obtained at the end of step d) in the three-dimensional cavity of a mold; f. impregnating the dry preform with a polymer; g. consolidating said polymer; h. demolding the part obtained from the preform; characterized in that it comprises, between step d) and step e), a step of: j. thermoforming the preform comprising the core in the shape of the part; wherein step d) comprises an operation of: di. producing a seam extending between the first and second laminates along a bending contour; and wherein step e) comprises an operation of: ei. folding the preform in the cavity according to the seam contour made in step di).
Roll for use as toilet paper, formed of a rolled strip of a cellulose-fibre product, said strip comprising at least three superposed and associated plies (1, 2, 3), said strip having a tensile strength R ST across its width, characterised in that: said strip has a total thickness E between 0.75 and 1.5 mm inclusive measured according to the ISO standard 12625-3, the product P of the total thickness E of the strip times its strength R ST is greater than 190 mm*N/m, and at least one of the plies of which said strip is formed is wet laid using a technique of the TAD type and/or at least one of the plies of which said strip is formed is wet laid using a technique of the CWP type. said strip has a total thickness E between 0.75 and 1.5 mm inclusive measured according to the ISO standard 12625-3, the product P of the total thickness E of the strip times its strength R ST is greater than 190 mm*N/m, and at least one of the plies of which said strip is formed is wet laid using a technique of the TAD type and/or at least one of the plies of which said strip is formed is wet laid using a technique of the CWP type.
A threshing system of an agricultural harvester comprising: - a rotor cage surrounding a rotor defining a threshing space there between, the rotor cage having a cut crop entrance; and - a transition cone defining an infeed to said rotor cage, the transition cone positioned to direct crop flow toward the cut crop entrance of the rotor cage; characterised in that the threshing system further comprises: - an infeed ramp mounted to a bottom half of a first section of the rotor cage, the infeed ramp including guide vanes for guiding the crop flow from the transition cone into the cut crop entrance of the rotor cage, the infeed ramp and the guide vanes being positioned between the bottom half of the rotor cage and the transition cone - wherein the infeed ramp is positionable relative to the rotor. - a rotor cage surrounding a rotor defining a threshing space there between, the rotor cage having a cut crop entrance; and - a transition cone defining an infeed to said rotor cage, the transition cone positioned to direct crop flow toward the cut crop entrance of the rotor cage; - an infeed ramp mounted to a bottom half of a first section of the rotor cage, the infeed ramp including guide vanes for guiding the crop flow from the transition cone into the cut crop entrance of the rotor cage, the infeed ramp and the guide vanes being positioned between the bottom half of the rotor cage and the transition cone - wherein the infeed ramp is positionable relative to the rotor.
A mask, comprising: a body portion being air-permeable and being configured to cover at least one portion of a face of a wearer; and a fixing portion coupled to the body portion, configured to fix the body portion against the face of the wearer, wherein the body portion has a radiation generating layer configured to generate radiation to its surroundings, the radiation generating hydroxyl radicals upon reacting to water molecules contained in the air, and wherein the radiation generating layer is a nonwoven fabric having a radiation generating substance applied on at least one plane thereof, the radiation generating substance generating the radiation to its surroundings, characterized in that a mass per unit area of the nonwoven fabric is not more than 17 g/m 2, an application density of the radiation generating substance is 10 g/m 2 or more, and a mass per unit area of the nonwoven fabric in a state in which the radiation generating substance is applied thereon is not more than 32 g/m 2. a body portion being air-permeable and being configured to cover at least one portion of a face of a wearer; and a fixing portion coupled to the body portion, configured to fix the body portion against the face of the wearer, wherein the body portion has a radiation generating layer configured to generate radiation to its surroundings, the radiation generating hydroxyl radicals upon reacting to water molecules contained in the air, and wherein the radiation generating layer is a nonwoven fabric having a radiation generating substance applied on at least one plane thereof, the radiation generating substance generating the radiation to its surroundings, characterized in that a mass per unit area of the nonwoven fabric is not more than 17 g/m 2, an application density of the radiation generating substance is 10 g/m 2 or more, and a mass per unit area of the nonwoven fabric in a state in which the radiation generating substance is applied thereon is not more than 32 g/m 2.
Procedure for the magnetization of inorganic surfaces CHARACTERIZED because it comprises coating those surfaces with magnetite by in situ co precipitation of iron oxide, wherein the surface desired to be coated is added to a solution of FeSO 4 with an Fe concentration of 0.1 to 2 M, depending on the surface to be coated, under inert atmosphere and at 90±5 °C (363±5 K); then, after adding the surface it is desired to coat, a 0.001 M solution of KNO 3 prepared in 8 M NH 4 OH is added; after the addition, the mixture thus obtained is kept for 60 minutes in the container in which it was prepared, keeping the temperature constant and always in an inert atmosphere and after that the product is removed from the container and it is dried at ambient temperature.
A seal forming structure for a patient interface for treatment of sleep disordered breathing using air pressure by delivery of air to a patient's airway, wherein the seal forming structure comprises a first section of a thermoformable material and a second section of another material; wherein the first section is at least partially enclosed within the second section; wherein the material of the second section is a foam material and the second section comprises a sealing membrane for sealing against the patient's face; and wherein the thermoformable material has a transition temperature that is in the range of 40°C to 100°C. wherein the seal forming structure comprises a first section of a thermoformable material and a second section of another material; wherein the first section is at least partially enclosed within the second section; wherein the material of the second section is a foam material and the second section comprises a sealing membrane for sealing against the patient's face; and wherein the thermoformable material has a transition temperature that is in the range of 40°C to 100°C.
A system comprising: one or more processors configured to perform actions comprising: receiving policy data to select a vehicle from a fleet of vehicles for responding to a transit request, the policy data related to operating an autonomous vehicle; receiving fleet management data from a repository, the fleet management data comprising subsets of vehicle data for the fleet of vehicles; receiving data representing a transit request to transport a passenger from a first geographic location to a second geographic location; receiving environmental data representative of a change in an environment in which one or more of the vehicles of the fleet of vehicles operates, the environmental data identifying a region within which the one or more vehicles operates, wherein the environmental data is representative of degraded communications within the region; selecting, based at least in part on the policy data and the fleet management data, a first vehicle as transportation to transport the passenger from the first geographic location to the second geographic location; generating dispatch data to dispatch the first vehicle to service the transit request; modifying, based at least in part on the environmental data, the dispatch data; and communicating the dispatch data to the first vehicle. receiving policy data to select a vehicle from a fleet of vehicles for responding to a transit request, the policy data related to operating an autonomous vehicle; receiving fleet management data from a repository, the fleet management data comprising subsets of vehicle data for the fleet of vehicles; receiving data representing a transit request to transport a passenger from a first geographic location to a second geographic location; receiving environmental data representative of a change in an environment in which one or more of the vehicles of the fleet of vehicles operates, the environmental data identifying a region within which the one or more vehicles operates, wherein the environmental data is representative of degraded communications within the region; selecting, based at least in part on the policy data and the fleet management data, a first vehicle as transportation to transport the passenger from the first geographic location to the second geographic location; generating dispatch data to dispatch the first vehicle to service the transit request; modifying, based at least in part on the environmental data, the dispatch data; and communicating the dispatch data to the first vehicle.
A fuel injection nozzle of an internal combustion engine, which can be mounted on a cylinder head of the internal combustion engine in that the fuel injection nozzle can be introduced either directly or indirectly with a portion of the same into a recess in the cylinder head subject to the intermediate arrangement of an assembly bush and can be locked on the cylinder head in this introduced position via a locking device, wherein the portion of the fuel injection nozzle, via which the same can be directly or indirectly introduced into the recess in the cylinder head has an outer contour, which permits assembly of the fuel injection nozzle on the cylinder head exclusively in a defined relative position, characterized in that the fuel injection nozzle can either be introduced directly into the recess in the cylinder head, wherein the recess of the cylinder head comprises an inner contour adapted to the outer contour of the fuel injection nozzle, wherein the outer contour of the portion of the fuel injection nozzle, via which the same can be directly or indirectly introduce into the recess in the cylinder head, and the inner contour of the respective recess in the cylinder head is designed polygon-like and axially symmetrically, or that the fuel injection nozzle can be directly introduced into the recess in the cylinder head subject to the intermediate arrangement of an assembly bush, wherein the recess of the cylinder head has an inner contour that is adapted to an outer contour of the assembly bush, and wherein the assembly bush on a recess of the same, which serves for receiving the portion of the fuel injection nozzle, has an inner contour adapted to the outer contour of the portion of the fuel injection nozzle, wherein both on the portion of the fuel injection nozzle as well as on the assembly bush and the recess of the cylinder head shoulders (15, 16 and 17) respectively are formed, which limit the introduction depth of the assembly bush in the recess of the cylinder head and the fuel injection nozzle in the assembly bush and the inner contours (12, 14) and the outer contours (10, 11) are each embodied polygon-like and axially symmetrically.
An erroneous clutch engagement handling control device for performing control to handle erroneous engagement that a friction engagement clutch is erroneously completely engaged in a vehicle having an electric motor serving as a driving source of the vehicle, a mechanical oil pump drivingly connected to the electric motor, a continuously variable transmission equipped with a hydraulic variator operated using oil pressure from the oil pump and having a primary pulley, a secondary pulley, and an endless power-transmission member wound around these pulleys (51, 52), the friction engagement clutch interposed between the electric motor and the continuously variable transmission, a clutch control means for controlling the clutch such that the clutch enters into any one clutch control mode of a completely engaged state, a slip-engaged state, and a release state depending on a travelling state of the vehicle, and a vehicle control means for controlling the electric motor such that the electric motor rotates at a target rotation speed (Nm_t) based on an output request to the electric motor and the clutch control mode; the erroneous clutch engagement handling control device comprising: an erroneous clutch engagement determination unit (32, 33)for determining that the clutch is in an erroneously engaged state when a predetermined determination condition is satisfied; a secondary oil pressure detection means for detecting a secondary oil pressure (Psec_r), which is a pulley hydraulic pressure of the secondary pulley; characterized in that: an erroneous engagement handling control means for executing torque adjustment control to adjust an output torque of the driving source according to the secondary oil pressure (Psec_r) detected by the secondary oil pressure detection means when it is determined that the clutch is in the erroneously engaged state by the erroneous clutch engagement determination unit. an erroneous clutch engagement determination unit (32, 33)for determining that the clutch is in an erroneously engaged state when a predetermined determination condition is satisfied; a secondary oil pressure detection means for detecting a secondary oil pressure (Psec_r), which is a pulley hydraulic pressure of the secondary pulley; characterized in that: an erroneous engagement handling control means for executing torque adjustment control to adjust an output torque of the driving source according to the secondary oil pressure (Psec_r) detected by the secondary oil pressure detection means when it is determined that the clutch is in the erroneously engaged state by the erroneous clutch engagement determination unit.