mhurhangee/ep-ind-claims huggingface dataset:
A reconfigurable sled for a mobile device with a camera, the sled comprising: a frame for holding the mobile device, the frame configured with guides running along two sides; and a cover comprising a plurality of hinged panels (14,15,17,18) engaged with the guides so that the panels may be slid along the guides and folded into different configurations, (20,21) wherein at least one of the hinged panels (14,15,17,18) is attached to the frame at one end, characterised in that in a first configuration the hinged panels (14,15,17,18) lie flat over the mobile device's back surface and permit the camera an unobstructed view, and in a second configuration two of the hinged panels (14, 15, 17) are folded to form a peak over the mobile device's back surface and redirect the camera's field-of-view using a reflective element affixed to one of the folded hinged panels (14, 17). a frame for holding the mobile device, the frame configured with guides running along two sides; and a cover comprising a plurality of hinged panels (14,15,17,18) engaged with the guides so that the panels may be slid along the guides and folded into different configurations, (20,21) wherein at least one of the hinged panels (14,15,17,18) is attached to the frame at one end, characterised in that in a first configuration the hinged panels (14,15,17,18) lie flat over the mobile device's back surface and permit the camera an unobstructed view, and in a second configuration two of the hinged panels (14, 15, 17) are folded to form a peak over the mobile device's back surface and redirect the camera's field-of-view using a reflective element affixed to one of the folded hinged panels (14, 17).
An implantable baroreflex activation therapy system, comprising: a control system having an implantable housing; an electrical lead, coupleable to the control housing; and an electrode structure proximate a distal end of the electrical lead, the electrode structure including: a backer having a first side and a second side opposite the first side, the first side configured for implantation on an outer surface of a blood vessel; an electrode, arranged on the first side, the backer having an effective surface area at least twice an area of the electrode; and an expandable coil arranged on the second side of the backer, the coil selectively expandable in a direction orthogonal to a face of the second side of the backer, wherein the control system is programmed to deliver a baroreflex therapy via the electrode to a baroreceptor within a wall of the blood vessel. a control system having an implantable housing; an electrical lead, coupleable to the control housing; and an electrode structure proximate a distal end of the electrical lead, the electrode structure including: a backer having a first side and a second side opposite the first side, the first side configured for implantation on an outer surface of a blood vessel; an electrode, arranged on the first side, the backer having an effective surface area at least twice an area of the electrode; and an expandable coil arranged on the second side of the backer, the coil selectively expandable in a direction orthogonal to a face of the second side of the backer, a backer having a first side and a second side opposite the first side, the first side configured for implantation on an outer surface of a blood vessel; an electrode, arranged on the first side, the backer having an effective surface area at least twice an area of the electrode; and an expandable coil arranged on the second side of the backer, the coil selectively expandable in a direction orthogonal to a face of the second side of the backer, wherein the control system is programmed to deliver a baroreflex therapy via the electrode to a baroreceptor within a wall of the blood vessel.
A method comprising: receiving, by a main memory device (104-1, 104-M, 204, 304), a request from a cache based processor (102-1, 102-P, 202, 302) for data stored in the main memory device (104-1, 104-M, 204, 304), wherein the requested data is distributed in the main memory device (104-1, 104-M, 204, 304) such that the requested data and non-requested data surrounding the requested data comprise a plurality of cache line sized portions of data; gathering the requested data from the main memory device (104-1, 104-M, 204, 304), wherein the gathering is performed by the main memory device (104-1, 104-M, 204, 304); controlling timing of gathering the requested data independent of the cache based processor (102-1, 102-P, 202, 302) via a random read or write cycle time, or an access time for the request such that the main memory device (104-1, 104-M, 204, 304) determines when to respond to the request, wherein the controlling of the timing is performed by the main memory device (104-1, 104-M, 204, 304); and sending, by the main memory device, the requested data collectively in a single cache line sized portion of data to the cache based processor (102-1, 102-P, 202, 302) without sending the non-requested data surrounding the requested data. receiving, by a main memory device (104-1, 104-M, 204, 304), a request from a cache based processor (102-1, 102-P, 202, 302) for data stored in the main memory device (104-1, 104-M, 204, 304), wherein the requested data is distributed in the main memory device (104-1, 104-M, 204, 304) such that the requested data and non-requested data surrounding the requested data comprise a plurality of cache line sized portions of data; gathering the requested data from the main memory device (104-1, 104-M, 204, 304), wherein the gathering is performed by the main memory device (104-1, 104-M, 204, 304); controlling timing of gathering the requested data independent of the cache based processor (102-1, 102-P, 202, 302) via a random read or write cycle time, or an access time for the request such that the main memory device (104-1, 104-M, 204, 304) determines when to respond to the request, wherein the controlling of the timing is performed by the main memory device (104-1, 104-M, 204, 304); and sending, by the main memory device, the requested data collectively in a single cache line sized portion of data to the cache based processor (102-1, 102-P, 202, 302) without sending the non-requested data surrounding the requested data.
A power source including a first power supply coil (11a1) and a second power supply coil (11a2) which are mutually affecting, comprising: a first power supply (12, 171) configured to drive the first power supply coil (11a1); a second power supply (12, 172) configured to drive the second power supply coil (11a2); and a power transfer control unit configured to control a phase difference and an intensity ratio between an output signal of the first power supply coil (11a1) and an output signal of the second power supply coil (11a2) based on impedance information of the first power supply and the second power supply; characterized in that the power transfer control unit is configured to independently control a phase and an intensity of the output signal of the first power supply coil (11a1) via the first power supply. a first power supply (12, 171) configured to drive the first power supply coil (11a1); a second power supply (12, 172) configured to drive the second power supply coil (11a2); and a power transfer control unit configured to control a phase difference and an intensity ratio between an output signal of the first power supply coil (11a1) and an output signal of the second power supply coil (11a2) based on impedance information of the first power supply and the second power supply; characterized in that the power transfer control unit is configured to independently control a phase and an intensity of the output signal of the first power supply coil (11a1) via the first power supply.
Refrigeration appliance with a door opening sensor for a refrigeration appliance, wherein the door opening sensor is fastened in an opening cut into a wall of the housing of the refrigeration appliance, wherein the door opening sensor has a contactlessly operated switch and a separate pluggable housing which surrounds the switch, wherein plug contacts for electrically contacting the switch are accessible on one side of the housing, characterised in that the housing is equipped with releasable fastening means (25, 8) for fastening in the opening, wherein the switch is arranged on a board, and wherein an edge of the board carries the plug contacts, wherein the housing is open at a rear side and the board can be inserted into the housing via the open rear side, wherein a plug socket is installed on an inner side of the opening with contacts which are complementary to the plug contacts of the switch and into which the housing can be inserted.
Modular system for building a plantable wall, comprising hollow masonry blocks, said blocks having planar bearing surfaces for placing the blocks onto each other and further having a front and a rear side and the building blocks each defining a cavity (7,8) that opens to the front side of the block, the system further comprising containers for receiving plantation substrate, wherein the containers are each configured as an open-top drawer that is insertable into the cavity (7,8) from the front side of the blocks, characterized in that said blocks are made from concrete and the containers have an opening in their bottom, said opening overlapping with the opening in the bearing surface of the block when the container is inserted into the cavity (7,8), wherein the system further comprises draining blocks configured to be insertable into the cavity (7,8) from the front side of the masonry blocks, wherein the draining blocks are made from a wire netting that houses draining elements, such as pebble stones or the draining blocks are made from a block of pervious concrete having a void content of between 10% and 35%.
Arrangement for a motor vehicle comprising a first plate of a first structural element of the vehicle body, in particular a window pillar reinforcement, and a second plate of a second structural element of the vehicle body, in particular a roof welded onto the rest of the body, characterized in that it comprises a device for tightening and adjusting the play between the first and second plates (11, 12), made up of a first threaded member, in particular a female threaded member, rigidly connected to the first plate and a second threaded member, in particular a male threaded member, screwed into said first threaded member, the tightening device keeping the first and second plates (11, 12) apart from one another in the screwing direction of the first and second threaded members (16, 17) relative to one another so as to create a gap between same in which the first and second threaded members (16, 17) are placed, characterized in that said second threaded member is provided with a bearing head exerting a first force on the second plate tending to bring the second plate closer to the first plate in said screwing direction such that the value of said gap and the intensity of said first force are adjusted as a function of the relative position of the first and second threaded members (16, 17), the first threaded member comprising a nut tightened or welded to the first plate or a cage nut attached to the first plate.
A device for combustion analysis, comprising an induction furnace with a furnace chamber, in which carrier gas can flow during operation via at least one gas inlet to a gas outlet (33; 88), and in which a sample to be analyzed can be arranged and burned in a sample container, wherein a hollow protective element is provided and is in the intended state of operation of the device arranged in the furnace chamber directly above the sample, characterized in that the end of the protective element facing towards the sample forms, together with the sample container, a constriction that guides the carrier gas flow to the sample, wherein the protective element is designed for guiding gases produced during the combustion of the sample through the protective element towards the gas outlet (33; 88).
Press comprising: - a table provided with at least two moulding dies, - punches with a longitudinal axis that is configured to penetrate into the dies, - a punch support that can be displaced by an actuator (Vs) to bring the punches towards the moulding dies in a longitudinal direction, - compensators associated with each punch, each compensator having a longitudinal axis and being installed sealed in a bore in the support, and comprising a first longitudinal end on which hydraulic fluid pressure is intended to be applied and a second longitudinal end carrying the punch, said bores being in fluid communication with each other, and - compensator guide and retaining assemblies, the press being characterised in that each guide and retaining assembly comprises: - a guide bushing for the compensator in its bore, said guide bushing being designed to be fitted around the compensator, - a retaining nut that is configured to be screwed into the bore, the guide bushing being located between a shoulder (20.3) on the compensator and the retaining nut, and - means axially fixing the guide bushing and the retaining nut while maintaining an axial and transverse clearance between the guide bushing and the retaining nut, said means being such that the guide bushing is free to rotate relative to the retaining nut. - a table provided with at least two moulding dies, - punches with a longitudinal axis that is configured to penetrate into the dies, - a punch support that can be displaced by an actuator (Vs) to bring the punches towards the moulding dies in a longitudinal direction, - compensators associated with each punch, each compensator having a longitudinal axis and being installed sealed in a bore in the support, and comprising a first longitudinal end on which hydraulic fluid pressure is intended to be applied and a second longitudinal end carrying the punch, said bores being in fluid communication with each other, and - compensator guide and retaining assemblies, the press being characterised in that each guide and retaining assembly comprises: - a guide bushing for the compensator in its bore, said guide bushing being designed to be fitted around the compensator, - a retaining nut that is configured to be screwed into the bore, the guide bushing being located between a shoulder (20.3) on the compensator and the retaining nut, and - means axially fixing the guide bushing and the retaining nut while maintaining an axial and transverse clearance between the guide bushing and the retaining nut, said means being such that the guide bushing is free to rotate relative to the retaining nut.
A process for producing a purified lactic acid-glycolic acid copolymer or a salt thereof comprising the steps of: dissolving a lactic acid-glycolic acid copolymer containing lactic acid units and glycolic acid units or a salt thereof into at least one organic solvent having a solubility at 25°C of not less than 1 wt% to prepare a solution of the lactic acid-glycolic acid copolymer or the salt thereof, wherein the solubility at 25°C of not less than 1 wt% is for a lactic acid-glycolic acid copolymer containing 85 mol% lactic acid units and 15 mol% glycolic acid units, having a weight average molecular weight of 76,000 and a number average molecular weight of 14,100, the weight and number average molecular weights being determined by gel permeation chromatography relative to polystyrene standards; adding at least one solvent selected from water and aliphatic alcohols to the solution of the lactic acid-glycolic acid copolymer or the salt thereof to prepare a mixture solution including the lactic acid-glycolic acid copolymer or the salt thereof; adding the mixture solution prepared in the step to a solvent (S2') including at least one selected from water and aliphatic alcohols to precipitate a purified lactic acid-glycolic acid copolymer or a salt thereof; and recovering the precipitate of the purified lactic acid-glycolic acid copolymer or the salt thereof. dissolving a lactic acid-glycolic acid copolymer containing lactic acid units and glycolic acid units or a salt thereof into at least one organic solvent having a solubility at 25°C of not less than 1 wt% to prepare a solution of the lactic acid-glycolic acid copolymer or the salt thereof, wherein the solubility at 25°C of not less than 1 wt% is for a lactic acid-glycolic acid copolymer containing 85 mol% lactic acid units and 15 mol% glycolic acid units, having a weight average molecular weight of 76,000 and a number average molecular weight of 14,100, the weight and number average molecular weights being determined by gel permeation chromatography relative to polystyrene standards; adding at least one solvent selected from water and aliphatic alcohols to the solution of the lactic acid-glycolic acid copolymer or the salt thereof to prepare a mixture solution including the lactic acid-glycolic acid copolymer or the salt thereof; adding the mixture solution prepared in the step to a solvent (S2') including at least one selected from water and aliphatic alcohols to precipitate a purified lactic acid-glycolic acid copolymer or a salt thereof; and recovering the precipitate of the purified lactic acid-glycolic acid copolymer or the salt thereof.
A method for manufacturing a wheel comprising a step (a) of making a carrier core during which is made of a first material a carrier core which extends from a radially inner wall forming a bore having a main axis (XX'), corresponding to the axis of rotation of the wheel, to a radially outer peripheral edge, said method then comprising a coating step (b) during which the carrier core is placed in a mold and a second polymer material is injected by means of at least one injection nozzle so as to coat, by overmolding, at least partially said carrier core in order to form a rim around its peripheral edge, said method being such that, during the coating step (b), the injection nozzle is placed in radial offset from the main axis (XX') and from the bore, facing a trapping recess which is formed in the axial thickness of said carrier core, in the space radially comprised between the bore and the peripheral edge, so that, when a cold slug has previously solidified in the injection nozzle, said cold slug is expelled, during the injection of the second material, out of the injection nozzle and up to said trapping recess so that said cold slug remains definitely trapped inside the finished wheel, the method being characterized in that the carrier core comprises a hub, materializing the radially inner wall of the bore, a flange which extends substantially radially from said hub to the radially outer peripheral edge, as well as a plurality of reinforcing ribs disposed in several azimuths about the main axis (XX') in order to locally reinforce the axial thickness of said flange, and in that the trapping recess is formed in a hollow angular sector comprised between two consecutive reinforcing ribs.
A network (10, 20, 40, 50) comprising nodes (11-17, 21-27, 30, 41-47, 51-57) within a neighborhood, wherein at least one token is forwarded between the nodes (11-17, 21-27, 30, 41-47, 51-57) of the network (10, 20, 40, 50), wherein each node (11-17, 21-27, 30, 41-47, 51-57) has control means, and the control means are configured in a manner that the at least one token is forwarded periodically at a token interval, characterized in that the control means are configured in a manner that, at each token interval, the at least one token is forwarded from first nodes holding the at least one token within a present token interval to neighboring second nodes, each of which is not a neighboring node of neighboring third nodes having held the at least one token within a previous token interval directly preceding the present token interval, wherein while the respective node (11-17, 21-27, 30, 41-47, 51-57) is holding the at least one token, this node (11-17, 21-27, 30, 41-47, 51-57) is selected to perform distributed tasks.
A manifold assembly, comprising a gas inlet manifold configured to introduce a gas to a fuel cell; a gas outlet manifold configured to direct gas away from the fuel cell; and a drain channel connecting the inlet manifold to the outlet manifold, the drain channel being configured to carry liquid from the gas inlet manifold to the gas outlet manifold, wherein the gas inlet manifold has an upper end and a lower end; and the drain channel is coupled to an opening near the lower end of the gas inlet manifold, characterized by a flow restrictor for restricting gas flow through the drain channel, wherein - the flow restrictor comprises a section of the drain channel having a contour configured to at least temporarily retain liquid in the section of the drain channel in a manner that the retained liquid limits gas flow through the section, or - the flow restrictor is at least one of within the drain channel, at an interface between the gas inlet manifold and the drain channel, or across an opening in the gas inlet manifold, the drain channel being connected to the opening, and further wherein the flow restrictor - comprises a diaphragm having an outside dimension corresponding to an inside dimension of the drain channel or an inside dimension of the opening, the diaphragm including a hole through the diaphragm, the hole being smaller in size than the inside dimension of the drain channel or opening, or - comprises a porous member that allows liquid to pass through the porous member, and that limits or prevents gas flow through the porous member when the pores of the porous member are at least partially blocked by liquid. - the flow restrictor comprises a section of the drain channel having a contour configured to at least temporarily retain liquid in the section of the drain channel in a manner that the retained liquid limits gas flow through the section, or - the flow restrictor is at least one of within the drain channel, at an interface between the gas inlet manifold and the drain channel, or across an opening in the gas inlet manifold, the drain channel being connected to the opening, and further wherein the flow restrictor - comprises a diaphragm having an outside dimension corresponding to an inside dimension of the drain channel or an inside dimension of the opening, the diaphragm including a hole through the diaphragm, the hole being smaller in size than the inside dimension of the drain channel or opening, or - comprises a porous member that allows liquid to pass through the porous member, and that limits or prevents gas flow through the porous member when the pores of the porous member are at least partially blocked by liquid.
A telescoping camera crane having a first section and a second section telescopically extendible into and out of the first section, characterized by: the second section is divided into a front segment attached to a back segment by a connector, to allow the front segment to be removed from the back segment; an adapter is attachable to the front end of the first section; after the front segment is removed and a camera support attached to the adapter. the second section is divided into a front segment attached to a back segment by a connector, to allow the front segment to be removed from the back segment; an adapter is attachable to the front end of the first section; after the front segment is removed and a camera support attached to the adapter.