mhurhangee/ep-ind-claims huggingface dataset:
A track shoe pad structure assembly, which is connected to a track chain of a caterpillar, comprising a track shoe pad for connecting to the track chain and comprising a notch, wherein the notch comprising a notch bottom and two notch walls, the two notch walls and the notch bottom are integrally connected and the two notch walls are opposite to each other; a reinforcing unit, one side of the reinforcing unit detachably connected to the notch, the reinforcing unit comprising: a base frame disposed on the track shoe pad and comprising at least one recessed portion and two shoulder portions, wherein the two shoulder portions are opposite to each other and against to the two notch walls, respectively; and an elastic element detachably connected to one side of the reinforcing unit, the elastic element comprising at least one recessed trough for containing the solid supporting portion, characterised in that the reinforcing unit further comprises at least one solid supporting portion disposed on one side of the base frame which is located away from the track shoe pad, wherein the track shoe pad comprises at least one aperture for passing a screw member which is for connecting the track shoe pad structure assembly to a track chain of a caterpillar vehicle, wherein the recessed portion comprises at least one opening hole for passing the screw member and the opening hole corresponds to the aperture and wherein the solid supporting portion comprises at least one solid member comprising a blind screw hole disposed within the solid member and the blind screw hole corresponds to an aperture for connecting to the screw member. a track shoe pad for connecting to the track chain and comprising a notch, wherein the notch comprising a notch bottom and two notch walls, the two notch walls and the notch bottom are integrally connected and the two notch walls are opposite to each other; a reinforcing unit, one side of the reinforcing unit detachably connected to the notch, the reinforcing unit comprising: a base frame disposed on the track shoe pad and comprising at least one recessed portion and two shoulder portions, wherein the two shoulder portions are opposite to each other and against to the two notch walls, respectively; and an elastic element detachably connected to one side of the reinforcing unit, the elastic element comprising at least one recessed trough for containing the solid supporting portion, characterised in that a base frame disposed on the track shoe pad and comprising at least one recessed portion and two shoulder portions, wherein the two shoulder portions are opposite to each other and against to the two notch walls, respectively; and an elastic element detachably connected to one side of the reinforcing unit, the elastic element comprising at least one recessed trough for containing the solid supporting portion, characterised in that the reinforcing unit further comprises at least one solid supporting portion disposed on one side of the base frame which is located away from the track shoe pad,
A polypropylene composition (PP-C) comprising a) at least 80 wt.-%, based on the total weight of the polypropylene composition (PP-C), of a polypropylene (L-PP) homo- or copolymer having a melt flow rate according to ISO 1133 (230°C/2.16 kg) in the range of 0.1 g/10min to 15 g/10min and a comonomer content of up to 5 wt.-%, the comonomers are selected from ethylene and/or C 4 - to C 10 α-olefin, and b) between 2 wt.-% and 20 wt.-%, based on the total weight of the polypropylene composition (PP-C), of a polypropylene (H-PP) homo- or copolymer having a melt flow rate according to ISO 1133 (230°C/2.16 kg) in the range of 200 g/10min to 2,500 g/10min and a comonomer content of up to 5 wt.-%, the comonomers are selected from ethylene and/or C 4 - to C 10 α-olefin, wherein the polypropylene composition (PP-C) has a melt flow rate according to ISO 1133 (230°C/2.16 kg) in the range of 10 g/10min to 60 g/10min and a polydispersity index of not more than 4.0. a) at least 80 wt.-%, based on the total weight of the polypropylene composition (PP-C), of a polypropylene (L-PP) homo- or copolymer having a melt flow rate according to ISO 1133 (230°C/2.16 kg) in the range of 0.1 g/10min to 15 g/10min and a comonomer content of up to 5 wt.-%, the comonomers are selected from ethylene and/or C 4 - to C 10 α-olefin, and b) between 2 wt.-% and 20 wt.-%, based on the total weight of the polypropylene composition (PP-C), of a polypropylene (H-PP) homo- or copolymer having a melt flow rate according to ISO 1133 (230°C/2.16 kg) in the range of 200 g/10min to 2,500 g/10min and a comonomer content of up to 5 wt.-%, the comonomers are selected from ethylene and/or C 4 - to C 10 α-olefin,
A multifunctional engine brake comprising an engine valve motion conversion mechanism, wherein the engine valve motion conversion mechanism comprises a camshaft, a roller, a roller shaft, a roller shaft housing and an axial roller drive mechanism, wherein the camshaft is provided with two or more different cams (230, 2302), the roller shaft housing is provided with a roller groove, the two ends of the roller shaft are installed into the roller shaft housing, the middle of the roller shaft spans the roller groove, the length of the roller shaft in the roller groove is longer than the axial length of the roller, and the roller is arranged on the roller shaft in a rotatable way, the roller is also slidable along the roller shaft, the roller has two or more axial positions on the roller shaft, characterized in that the axial roller driving mechanism comprises a piston driving mechanism arranged in the roller shaft, the piston driving mechanism in the roller shaft moves the roller from one axial position to another axial position on the roller shaft, and different engine valve motions are generated by switching the links between the roller and the different cams.
An electric storage device comprising: a housing; an electrode assembly in roll form housed in the housing, the electrode assembly being formed by winding a positive electrode, a negative electrode, and a separator disposed between the positive electrode and the negative electrode so as to have curved portions and linear portions continuous with the curved portions; current collectors housed in the housing, the current collectors being connected respectively to the positive electrode at one end in a direction of a winding axis of the electrode assembly and to the negative electrode at the other end in the direction of the winding axis of the electrode assembly; and an electrolyte solution housed in the housing, wherein the positive electrode includes a positive electrode substrate and a positive electrode mixture layer formed on the positive electrode substrate in a region excluding one end of the positive electrode substrate, the negative electrode includes a negative electrode substrate and a negative electrode mixture layer formed on the negative electrode substrate in a region excluding the other end of the negative electrode substrate, the positive electrode substrate has at its one end an unformed portion in which the positive electrode mixture layer is not formed, the negative electrode substrate has at its other end an unformed portion in which the negative electrode mixture layer is not formed, the current collectors are connected respectively to at least part of the linear portions in the unformed portion of the positive electrode at the one end and to at least part of the linear portions in the unformed portion of the negative electrode at the other end, and the one end in the positive electrode has a length greater than the winding length given by the shortest distance, as measured in the longitudinal direction, between the parallel lines, extending in the width direction, passing respectively through both ends in the longitudinal direction of the positive electrode and the negative electrode, and/or the other end in the negative electrode has a length greater than the winding length, characterized in that a ratio in the positive electrode substrate and/or the negative electrode substrate of a warpage, as measured per meter in a direction orthogonal to the winding axis, with respect to a width in the direction of the winding axis is at least 0.03 but not more than 0.10. a housing; an electrode assembly in roll form housed in the housing, the electrode assembly being formed by winding a positive electrode, a negative electrode, and a separator disposed between the positive electrode and the negative electrode so as to have curved portions and linear portions continuous with the curved portions; current collectors housed in the housing, the current collectors being connected respectively to the positive electrode at one end in a direction of a winding axis of the electrode assembly and to the negative electrode at the other end in the direction of the winding axis of the electrode assembly; and an electrolyte solution housed in the housing, wherein
A surgical instrument comprising: a distal frame portion (51, 52, 51'); an integrated surgical fastener cartridge assembly (120, 320) comprising: an elongated channel (123, 323) having a proximal end portion (130, 430) for releasable attachment to said distal frame portion; and a fastener cartridge (122, 322) operably supported within said elongated channel (123, 323) and operably supporting a plurality of surgical fasteners therein and wherein said surgical instrument further comprises a selectively movable locking member (140, 460) for releasable engagement with one of said distal frame portion (52, 52, 51') and said elongated channel (123, 323); characterized in that said proximal end portion (130, 430) of said elongated channel (123, 323) has at least one wedge-shaped portion (132, 432) shaped for wedging engagement with a corresponding complementarily shaped surface (56, 56') on said distal frame portion; and when said locking member (140, 460) is in an engaged position, said at least one wedge-shaped portion (132, 432) of said elongated channel (123, 323) is urged proximally into wedging engagement with the corresponding complementary shaped surface (56, 56') on said distal frame portion (51, 52, 51') and said elongated channel (123, 323) is releasably affixed to the distal frame portion (51, 52, 51'). a distal frame portion (51, 52, 51'); an integrated surgical fastener cartridge assembly (120, 320) comprising: an elongated channel (123, 323) having a proximal end portion (130, 430) for releasable attachment to said distal frame portion; and a fastener cartridge (122, 322) operably supported within said elongated channel (123, 323) and operably supporting a plurality of surgical fasteners therein and wherein said surgical instrument further comprises a selectively movable locking member (140, 460) for releasable engagement with one of said distal frame portion (52, 52, 51') and said elongated channel (123, 323); an elongated channel (123, 323) having a proximal end portion (130, 430) for releasable attachment to said distal frame portion; and a fastener cartridge (122, 322) operably supported within said elongated channel (123, 323) and operably supporting a plurality of surgical fasteners therein and wherein said surgical instrument further comprises a selectively movable locking member (140, 460) for releasable engagement with one of said distal frame portion (52, 52, 51') and said elongated channel (123, 323); characterized in that said proximal end portion (130, 430) of said elongated channel (123, 323) has at least one wedge-shaped portion (132, 432) shaped for wedging engagement with a corresponding complementarily shaped surface (56, 56') on said distal frame portion; and when said locking member (140, 460) is in an engaged position, said at least one wedge-shaped portion (132, 432) of said elongated channel (123, 323) is urged proximally into wedging engagement with the corresponding complementary shaped surface (56, 56') on said distal frame portion (51, 52, 51') and said elongated channel (123, 323) is releasably affixed to the distal frame portion (51, 52, 51').
A steam engine comprising a sealed container filled with a liquid, and a condenser arranged on the upper part of the sealed container communicated with the sealed container to condense the steam of the liquid, wherein said sealed container contains a rotor that has: a heating portion at the central portion thereof; a folded jet pipe radially extending from the central portion and having a check valve forjettingatanendthereof; and a folded suction pipe radially extending from the central portion and having a check valve for suction at an end thereof; communication pipes (91, 92) through which a fluid of a high temperature passes are connected to said heating portion, and said rotor is dipped in the liquid and is rotatably supported by said sealed container with said communication pipes (91, 92) as a center, and said rotor is rotated by the heat added to said heating portion to take out the power. a heating portion at the central portion thereof; a folded jet pipe radially extending from the central portion and having a check valve forjettingatanendthereof; and a folded suction pipe radially extending from the central portion and having a check valve for suction at an end thereof; communication pipes (91, 92) through which a fluid of a high temperature passes are connected to said heating portion, and said rotor is dipped in the liquid and is rotatably supported by said sealed container with said communication pipes (91, 92) as a center, and said rotor is rotated by the heat added to said heating portion to take out the power.
A sickle knife drive for a cutter bar on a header of an agricultural combine, the sickle knife drive comprising: a hydraulic drive manifold having a plurality of connections comprising a first pump connection, a first motor connection, a second motor connection, a combine connection and a manifold case drain, the combine connection being configured for connecting to the combine, the manifold case drain being configured to connect to the combine; a first pump in fluid connection with the first pump connection and configured to mechanically couple to a power transmission device, the first pump comprising a first pump case drain being configured to connect to the combine, the first pump creating at least one system state comprising at least one of a forward state, a reverse state and a neutral state, the hydraulic drive manifold comprising a forward position during the forward state, a reverse position during the reverse state and either the forward position or the reverse position during the neutral state; a first motor in fluid connection with the first motor connection and configured to drive a sickle knife gear box, the first motor comprising a first motor case drain being configured to connect to the combine; and a second motor in fluid connection with the second motor connection, and characterized in that the second motor is configured for providing an additional forward flow to the first motor in the forward state and no flow during the reverse state. a hydraulic drive manifold having a plurality of connections comprising a first pump connection, a first motor connection, a second motor connection, a combine connection and a manifold case drain, the combine connection being configured for connecting to the combine, the manifold case drain being configured to connect to the combine; a first pump in fluid connection with the first pump connection and configured to mechanically couple to a power transmission device, the first pump comprising a first pump case drain being configured to connect to the combine, the first pump creating at least one system state comprising at least one of a forward state, a reverse state and a neutral state, the hydraulic drive manifold comprising a forward position during the forward state, a reverse position during the reverse state and either the forward position or the reverse position during the neutral state; a first motor in fluid connection with the first motor connection and configured to drive a sickle knife gear box, the first motor comprising a first motor case drain being configured to connect to the combine; and a second motor in fluid connection with the second motor connection, and characterized in that the second motor is configured for providing an additional forward flow to the first motor in the forward state and no flow during the reverse state.
An apron for protecting a motorcycle driver, in particular of the type scooter with two or three wheels, said apron including: - a flexible sheet provided with anchor members on the motorcycle; and - a flexible skirt suitable for covering at least partially the legs of the driver, said skirt being attached to said sheet by at least one removable and reversible fastening system in order to allow the complete detachment of the skirt from the sheet, this fastening system comprising complementary fastening devices provided respectively on the skirt and on the sheet to cooperate together; said apron being characterized in that said flexible sheet has an inner face on which is fastened in a secured manner a flexible cover displaceable between a retracted position by winding or folding, and a deployed position suitable for covering at least partially the legs of the driver, said flexible sheet supporting holding members for holding the cover in the retracted position, wherein the skirt has a thermal insulation greater than that of the cover. - a flexible sheet provided with anchor members on the motorcycle; and - a flexible skirt suitable for covering at least partially the legs of the driver, said skirt being attached to said sheet by at least one removable and reversible fastening system in order to allow the complete detachment of the skirt from the sheet, this fastening system comprising complementary fastening devices provided respectively on the skirt and on the sheet to cooperate together;
A user device configured to communicate wirelessly with a storage device, the storage device configured to store one or more drug delivery devices, the user device comprising: a processor; a memory; and a wireless transceiver, wherein the user device is configured to: receive, from the storage device, countdown information indicating a number of days remaining until a next injection is due; wherein the user device is further characterized in that it is configured to: receive a user input comprising a countdown reset command; reset the number of days remaining until a next injection is due to a predefined initial value on the user device; and send the countdown reset command to the storage device so as to cause the number of days remaining until a next injection is due to be reset to the predefined initial value on the storage device. a processor; a memory; and a wireless transceiver, wherein the user device is configured to: receive, from the storage device, countdown information indicating a number of days remaining until a next injection is due; receive, from the storage device, countdown information indicating a number of days remaining until a next injection is due; wherein the user device is further characterized in that it is configured to: receive a user input comprising a countdown reset command; reset the number of days remaining until a next injection is due to a predefined initial value on the user device; and send the countdown reset command to the storage device so as to cause the number of days remaining until a next injection is due to be reset to the predefined initial value on the storage device. receive a user input comprising a countdown reset command; reset the number of days remaining until a next injection is due to a predefined initial value on the user device; and send the countdown reset command to the storage device so as to cause the number of days remaining until a next injection is due to be reset to the predefined initial value on the storage device.
A method performed by a core network node for a wireless communications network for transport of data packets associated with a data stream in an external Ethernet data network, the method comprising: - obtaining configuration information for a data stream in an external Ethernet data network, the configuration information indicating respective values for one or more fields within a header of data packets associated with the data stream, wherein the respective values for the one or more fields are to remain static; - initiating transmission of the configuration information to a wireless device which is to receive the data stream; - receiving a data packet associated with the data stream from the external Ethernet data network; - removing the one or more fields from the data packet to generate a compressed data packet; and - initiating transmission of the compressed data packet to the wireless device. - obtaining configuration information for a data stream in an external Ethernet data network, the configuration information indicating respective values for one or more fields within a header of data packets associated with the data stream, wherein the respective values for the one or more fields are to remain static; - initiating transmission of the configuration information to a wireless device which is to receive the data stream; - receiving a data packet associated with the data stream from the external Ethernet data network; - removing the one or more fields from the data packet to generate a compressed data packet; and - initiating transmission of the compressed data packet to the wireless device.
A heat exchanger comprising: a shell; a tube side inlet and a tube side outlet; a shell side inlet and a shell side outlet; a plurality of tubes; a distribution assembly; an inlet tube sheet and an outlet tube sheet; and an insulation tube sheet; wherein the insulation tube sheet is arranged between the distributor assembly and the shell side outlet to create an insulation space there between; and the tubes are fitted inside the shell between the distributor assembly and the outlet tube sheet and are in communication with the tube side inlet through the distributor assembly and the tube side outlet. a shell; a tube side inlet and a tube side outlet; a shell side inlet and a shell side outlet; a plurality of tubes; a distribution assembly; an inlet tube sheet and an outlet tube sheet; and an insulation tube sheet; wherein the insulation tube sheet is arranged between the distributor assembly and the shell side outlet to create an insulation space there between; and the tubes are fitted inside the shell between the distributor assembly and the outlet tube sheet and are in communication with the tube side inlet through the distributor assembly and the tube side outlet.
An ionomer comprising a reaction product of the reaction between a halogenated isoolefin copolymer and at least one phosphorus based nucleophile comprising at least one pendant vinyl group.
A pea protein composition comprising globulins and albumins, characterized in that the solids extract of the composition: - comprises at least 80% by weight, preferably from 80 to 99% by weight, more preferentially from 85 to 98% by weight, from 90 to 97% by weight, from 92 to 95% by weight of proteins relative to the weight of the solids extract; - has a mass ratio of globulins to albumins from 65/35 to 85/15, preferably from 70/30 to 82/18, more preferentially from 75/25 to 80/20; - has a content of antitryptic factors of 6 to 10 TIU/mg (measured according to the method of example 4). - comprises at least 80% by weight, preferably from 80 to 99% by weight, more preferentially from 85 to 98% by weight, from 90 to 97% by weight, from 92 to 95% by weight of proteins relative to the weight of the solids extract; - has a mass ratio of globulins to albumins from 65/35 to 85/15, preferably from 70/30 to 82/18, more preferentially from 75/25 to 80/20; - has a content of antitryptic factors of 6 to 10 TIU/mg (measured according to the method of example 4).