mhurhangee/ep-ind-claims huggingface dataset:
Cross-country skiing boot with a sole and an upper comprising a toe portion, a heel portion, and a midfoot portion, wherein a preferably band-shaped stiffening element suitable for absorbing tensile forces is provided, characterized in that the stiffening element is connected with the upper at least indirectly in the toe portion and in the middle foot and/or heel portions (10, 11).
A composition comprising a mixture of silyl hydride, an alpha-beta unsaturated ester, a Lewis acid catalyst and an amine having the following formula: R 1 R 2 R 3 N; where the nitrogen is not a member of an N=C-N linkage and where each of R 1, R 2, and R 3 is independently selected from a group consisting of hydrogen, alkyl, substituted alkyl, and conjugated moieties; and wherein at least one of R 1, R 2 and R 3 is a conjugated moiety connected to the nitrogen by a conjugated carbon.
Procedure for the manufacture of a bushing for a sporting pistol or rifle chamber of the type that comprises a tubular configuration, with a connection passage with its entrance orifice and exit orifice suitable for communicating the air or gas from rifle chamber with the rifle barrel wherein said connection passage is permanently calibrated by deformation and compression to a predetermined value in function of the output power of the sporting pistol or rifle wherein the procedure comprises the following stages: - providing an exit orifice or entrance orifice or a combination thereof facing a tool, ending in a plunger, over said exit orifice or entrance orifice or a combination thereof, wherein the, - tool is lowered and the plunger enters exit orifice or entrance orifice until the end of tool plunger strikes said exit orifice or entrance orifice causing it to become compressed until it adopts the shape of plunger perimeter, and - plunger and tool rise to the initial position, wherein said calibration consists of deformation or compression of either the exit orifice, or entrance orifice, or a combination thereof. - providing an exit orifice or entrance orifice or a combination thereof facing a tool, ending in a plunger, over said exit orifice or entrance orifice or a combination thereof, wherein the, - tool is lowered and the plunger enters exit orifice or entrance orifice until the end of tool plunger strikes said exit orifice or entrance orifice causing it to become compressed until it adopts the shape of plunger perimeter, and - plunger and tool rise to the initial position, wherein said calibration consists of deformation or compression of either the exit orifice, or entrance orifice, or a combination thereof.
A method performed by a server, the method comprising: - receiving a route request, from a navigation device, between a starting location and a destination location; - determining, using a processor and a map version of the server, a navigation route from the received route request, wherein the map version used by the server is different from a map version used by the navigation device; - encoding the navigation route with geographic data for each path segment along the navigation route between the starting location and the destination location, the geographic data comprising latitude and longitude values at a midpoint of the respective path segment, wherein each path segment has two endpoints and wherein each endpoint of the two endpoints is identified by a respective location of a path intersection, a respective location of a stoplight, a respective location of a stop sign, a respective location of a kilometer-marker, a respective location of a mile-marker, or a respective location of another path or road sign, or a respective change in a speed limit or a respective change in a number of traveling lanes, the method further comprising: - transmitting the encoded navigation route to the navigation device; - receiving an updated route request from the navigation device, the updated route request providing at least one unmatched path segment between the map version of the navigation device and the map version of the processor; - determining, using the processor, an updated navigation route avoiding the at least one unmatched path segment; - encoding the updated navigation route with geographic data comprising latitude and longitude values for each midpoint of each path segment along the updated navigation route; and - transmitting the encoded updated navigation route to the navigation device. - receiving a route request, from a navigation device, between a starting location and a destination location; - determining, using a processor and a map version of the server, a navigation route from the received route request, wherein the map version used by the server is different from a map version used by the navigation device; - encoding the navigation route with geographic data for each path segment along the navigation route between the starting location and the destination location, the geographic data comprising latitude and longitude values at a midpoint of the respective path segment, - transmitting the encoded navigation route to the navigation device; - receiving an updated route request from the navigation device, the updated route request providing at least one unmatched path segment between the map version of the navigation device and the map version of the processor; - determining, using the processor, an updated navigation route avoiding the at least one unmatched path segment; - encoding the updated navigation route with geographic data comprising latitude and longitude values for each midpoint of each path segment along the updated navigation route; and - transmitting the encoded updated navigation route to the navigation device.
A device (100, 300) for treating an anatomical region near a surgical site comprising: a body (101, 103) including an interior space (104, 304), the body further including a shape-setting material (105, 305) disposed within the interior space (104, 304); and a port (107, 307) disposed on the body (101, 301) and in fluid communication with the interior space (104, 304), wherein application of negative pressure through the port (107, 307) causes the body (101, 301) to conform to at least a portion of an anatomical region near a surgical site (150, 250), and characterised in that setting of the shape-setting material (105, 305) causes the body (101, 301) to continue to conform to the portion of the anatomical region upon removal of the negative pressure through the port (107, 307). a body (101, 103) including an interior space (104, 304), the body further including a shape-setting material (105, 305) disposed within the interior space (104, 304); and a port (107, 307) disposed on the body (101, 301) and in fluid communication with the interior space (104, 304), wherein application of negative pressure through the port (107, 307) causes the body (101, 301) to conform to at least a portion of an anatomical region near a surgical site (150, 250), and characterised in that setting of the shape-setting material (105, 305) causes the body (101, 301) to continue to conform to the portion of the anatomical region upon removal of the negative pressure through the port (107, 307).
Method for the production of a battery, including at least the following steps: - production, against a substrate made of a material able to form an electrode, of at least one solid electrolyte layer; - production of a first electrode in contact with the electrolyte; - thinning of the substrate, such that at least a remaining proportion of the substrate, in contact with the solid electrolyte layer, forms a second electrode (12, 12'). - production, against a substrate made of a material able to form an electrode, of at least one solid electrolyte layer; - production of a first electrode in contact with the electrolyte; - thinning of the substrate, such that at least a remaining proportion of the substrate, in contact with the solid electrolyte layer, forms a second electrode (12, 12').
A method of unblocking an aircraft wheel brake having at least one electromechanical actuator with at least one electric motor and a pusher movable under drive from the motor facing friction elements of the brake in order to apply a braking force selectively against the friction elements, the actuator being provided with a blocking member for blocking the pusher in position, at least after the actuator has been operated to apply a parking brake force, the unblocking method being characterized in that it comprises the steps of: - connecting an external control unit to the brake, the external control unit being brought to the proximity of the wheel by an operator on the ground and being adapted to act at least on the blocking member of the actuator; and - using the external control unit to cause the blocking member to unblock the pusher. - connecting an external control unit to the brake, the external control unit being brought to the proximity of the wheel by an operator on the ground and being adapted to act at least on the blocking member of the actuator; and - using the external control unit to cause the blocking member to unblock the pusher.
A method for storing data in a distributed storage system including multiple nodes (121, 122, 123,...) that collectively manage data storage, the method comprising: receiving first data at a first node in the distributed storage system, the first data to be stored in a first repository coupled with the first node through a data storage control logic, the first repository including a non-volatile cache storage resource and a non-volatile non-cache storage resource; producing first metadata based on the first data; and providing notification of the first data and the first metadata to the data storage control logic, the first metadata controlling storage of the first data in the first repository at the first node; characterized by receiving second data at the first node, the second data being a replica of data stored at a second repository coupled with a second node from among the multiple nodes included in the distributed storage system; producing second metadata, the second metadata indicating to the data storage control logic of the first node to bypass storage of the received second data in the non-volatile cache storage resource and store the received second data in the non-volatile non-cache storage resource; and forwarding the second data and the second metadata to the data storage control logic of the first node. receiving first data at a first node in the distributed storage system, the first data to be stored in a first repository coupled with the first node through a data storage control logic, the first repository including a non-volatile cache storage resource and a non-volatile non-cache storage resource; producing first metadata based on the first data; and providing notification of the first data and the first metadata to the data storage control logic, the first metadata controlling storage of the first data in the first repository at the first node; characterized by receiving second data at the first node, the second data being a replica of data stored at a second repository coupled with a second node from among the multiple nodes included in the distributed storage system; producing second metadata, the second metadata indicating to the data storage control logic of the first node to bypass storage of the received second data in the non-volatile cache storage resource and store the received second data in the non-volatile non-cache storage resource; and forwarding the second data and the second metadata to the data storage control logic of the first node.
A die support mechanism comprising: a die holding member including a slit that horizontally passes through the die holding member, wherein a lower side of the die holding member with respect to the slit forms a die holding base configured to hold a blanking die having a punch hole, an upper side of the die holding member with respect to the slit forms a ceiling portion having a ceiling hole concentric with the punch hole, wherein, in use, a part of a sheet metal inserted in the slit is punched out as a blank by a blanking punch descending to the punch hole through the ceiling hole, and the ceiling portion separates the sheet metal from the ascending blanking punch; a support base configured to support the die holding member in a horizontally slidable manner; and a guide portion (44A, 44B) formed on an inner surface of the ceiling hole and configured to come into sliding contact with the blanking punch and to slide the die holding member to a position where the punch hole is centered on the blanking punch. a die holding member including a slit that horizontally passes through the die holding member, wherein a lower side of the die holding member with respect to the slit forms a die holding base configured to hold a blanking die having a punch hole, an upper side of the die holding member with respect to the slit forms a ceiling portion having a ceiling hole concentric with the punch hole, wherein, in use, a part of a sheet metal inserted in the slit is punched out as a blank by a blanking punch descending to the punch hole through the ceiling hole, and the ceiling portion separates the sheet metal from the ascending blanking punch; a lower side of the die holding member with respect to the slit forms a die holding base configured to hold a blanking die having a punch hole, an upper side of the die holding member with respect to the slit forms a ceiling portion having a ceiling hole concentric with the punch hole, wherein, in use, a part of a sheet metal inserted in the slit is punched out as a blank by a blanking punch descending to the punch hole through the ceiling hole, and the ceiling portion separates the sheet metal from the ascending blanking punch; a support base configured to support the die holding member in a horizontally slidable manner; and a guide portion (44A, 44B) formed on an inner surface of the ceiling hole and configured to come into sliding contact with the blanking punch and to slide the die holding member to a position where the punch hole is centered on the blanking punch.
Heat cell having a fuel-operated burner, a heat exchanger for transferring thermal energy of the exhaust gases of the burner to a heat sink, and a housing with an opening which can be closed by a removable burner door, wherein on the one side of the burner door is mounted the burner and the other side of the burner door is connected with a fuel gas-air supply for supplying a fuel gas-air mixture, wherein a metallic insulation ring is located about the burner on the side of the burner door facing the burner, wherein the metallic insulation ring is a foamed aluminium ring, wherein the insulation ring has an L-shaped cross-sectional profile, wherein the outer circular region is thick and the inner circular region is thin, wherein the burner has a burner flange and the inner circular region has an outer diameter which is greater than the outer diameter of the burner flange of the burner, and wherein cut-outs are located in the inner circular region.
A push-button switch having a button cap, a base plate, a switch element, a first lever, and a second lever, wherein the first lever and the second lever are mounted on the base plate so as to be rotatable by means of a respective pivot bearing, and wherein the switch element can be actuated by a second lever end of the first lever or by a second lever end of the second lever, characterized in that the switch element is arranged at the button cap, and the first lever and the second lever are each connected at a first lever end to the button cap so as to be movable and without play in the actuation direction of the push-button switch, and are connected at the second lever end to one another so as to be movable and without play in the actuation direction of the push-button switch.
A ferrite composition comprising Ba, Co, Fe, and Ir, wherein said ferrite composition comprises a Z-type hexaferrite phase and a Y-type hexaferrite phase; wherein the ferrite composition has a formula Ba 3 Co (2+x) Ir x Fe O 41 where x is 0.12 to 0.15
A polishing composition for a semiconductor process, comprising: water; and a polishing particle selected from the group consisting of colloidal silica, fumed silica, ceria, alumina, titania, zirconia, and mixtures thereof, included in an amount of 5 wt.% to 15 wt.%, based on the total weight of the polishing composition, and an amine-based agent for improving a polishing rate, wherein the polishing particle includes a functional group bonded to a surface of the polishing particle, the functional group includes an amine group, and wherein the content of the amine group included in the functional group bonded to the surface of the polishing particles is 0.008 wt% to 0.06 wt%, based on the total weight of the polishing composition, and the content of the amine group included in the agent for improving a polishing rate is 0.006 wt% to 0.05 wt%, based on the total weight of the polishing composition, and wherein a polishing selectivity of a silicon nitride layer to a boron-doped polysilicon layer is 1: 100 to 1:600. water; and a polishing particle selected from the group consisting of colloidal silica, fumed silica, ceria, alumina, titania, zirconia, and mixtures thereof, included in an amount of 5 wt.% to 15 wt.%, based on the total weight of the polishing composition, and an amine-based agent for improving a polishing rate, wherein the polishing particle includes a functional group bonded to a surface of the polishing particle, the functional group includes an amine group, and wherein the content of the amine group included in the functional group bonded to the surface of the polishing particles is 0.008 wt% to 0.06 wt%, based on the total weight of the polishing composition, and the content of the amine group included in the agent for improving a polishing rate is 0.006 wt% to 0.05 wt%, based on the total weight of the polishing composition, and wherein a polishing selectivity of a silicon nitride layer to a boron-doped polysilicon layer is 1: 100 to 1:600.
Method for manufacturing a luminescent horological component for a portable object comprising the following steps: - mixing an epoxy resin and a phosphorescent pigment in an amount of 40% by mass; - adding to the mixture a fluorescent pigment in an amount of 3% by mass; - optionally, adding silane to the mixture in an amount of 10% by mass; - adding a hardener and mixing everything mechanically to obtain a homogenous solution; - pouring under vacuum the solution obtained into a mould and cross-linking the solution to obtain a luminescent moulded part; - after hardening, removing the part from the mould and blanking it by laser to obtain the luminescent horological component. - mixing an epoxy resin and a phosphorescent pigment in an amount of 40% by mass; - adding to the mixture a fluorescent pigment in an amount of 3% by mass; - optionally, adding silane to the mixture in an amount of 10% by mass; - adding a hardener and mixing everything mechanically to obtain a homogenous solution; - pouring under vacuum the solution obtained into a mould and cross-linking the solution to obtain a luminescent moulded part; - after hardening, removing the part from the mould and blanking it by laser to obtain the luminescent horological component.
A kinetic energy recovery system (12, 60) comprising: a flywheel supported for rotation in a first vacuum enclosure for receiving energy from and dissipating energy to one or more parts of a vehicle; a vacuum pumping arrangement having an inlet arranged to be in fluid communication with an outlet of the first vacuum enclosure for evacuating the first vacuum enclosure; a second vacuum enclosure having an inlet in fluid communication with an exhaust of the pumping arrangement and arranged to be maintained at a pressure less than atmosphere for reducing the pressure at the exhaust of the pumping arrangement, characterized by the vacuum pumping arrangement being a scroll vacuum pumping arrangement; and the second vacuum enclosure comprising an outlet through which gas can be pumped periodically for maintaining the second vacuum enclosure at a pressure less than atmosphere. a flywheel supported for rotation in a first vacuum enclosure for receiving energy from and dissipating energy to one or more parts of a vehicle; a vacuum pumping arrangement having an inlet arranged to be in fluid communication with an outlet of the first vacuum enclosure for evacuating the first vacuum enclosure; a second vacuum enclosure having an inlet in fluid communication with an exhaust of the pumping arrangement and arranged to be maintained at a pressure less than atmosphere for reducing the pressure at the exhaust of the pumping arrangement, characterized by the vacuum pumping arrangement being a scroll vacuum pumping arrangement; and the second vacuum enclosure comprising an outlet through which gas can be pumped periodically for maintaining the second vacuum enclosure at a pressure less than atmosphere.
A method of preparing a chromium-based catalyst for the production of polyolefin, the method comprising: contacting a chromium-based catalyst with a reducing agent in presence of a solvent in a mix vessel to produce a reduced chromium-based catalyst; evaporating the solvent at a drying temperature to dry the reduced chromium-based catalyst; and specifying the drying temperature to give a desired flow index response of the reduced chromium-based catalyst; wherein the chromium-based catalyst comprises a chromium oxide catalyst. contacting a chromium-based catalyst with a reducing agent in presence of a solvent in a mix vessel to produce a reduced chromium-based catalyst; evaporating the solvent at a drying temperature to dry the reduced chromium-based catalyst; and specifying the drying temperature to give a desired flow index response of the reduced chromium-based catalyst; wherein the chromium-based catalyst comprises a chromium oxide catalyst.
An interlayer film for laminated glass, being obtained by mixing a first film material containing a first polyvinyl acetal resin, a second film material containing a second polyvinyl acetal resin and a plasticizer and a third film material containing a third polyvinyl acetal resin and a plasticizer, the second film material being a recovered material which has been used at least one time for obtaining an interlayer film, wherein the absolute value of the difference between the content of the hydroxyl group of the first polyvinyl acetal resin and the content of the hydroxyl group of the second polyvinyl acetal resin contained together with the plasticizer in the second film material is greater than or equal to 0.5% by mole and less than or equal to 13% by mole, wherein the absolute value of the difference between the content of the hydroxyl group of the first polyvinyl acetal resin and the content of the hydroxyl group of the third polyvinyl acetal resin contained together with the plasticizer in the third film material is less than or equal to 13% by mole, wherein the content of the hydroxyl group of the first polyvinyl acetal resin is higher than the content of the hydroxyl group of the second polyvinyl acetal resin contained together with the plasticizer in the second film material, wherein the content of the second polyvinyl acetal resin is greater than or equal to 0.1% by weight and less than or equal to 10% by weight in 100% by weight of the total of the first polyvinyl acetal resin and the second polyvinyl acetal resin, and wherein the second film material contains the plasticizer in an amount of greater than or equal to 40 parts by weight relative to 100 parts by weight of the second polyvinyl acetal resin.