mhurhangee/ep-ind-claims huggingface dataset:
A transfer comprising: an input shaft that receives inputted torque; a first output shaft that is disposed on the axis of the input shaft and rotatable relative to the input shaft; an intermediate shaft that is disposed on an axis different from the axis of the input shaft; a second output shaft that is disposed on an axis different from the axes of the intermediate shaft and input shaft; a first gear and a second gear that are disposed on either one of the input shaft and the first output shaft; a third gear and a fourth gear that are disposed on the intermediate shaft and in mesh with the first gear and the second gear; a fifth gear that is disposed on the second output shaft and in mesh with the fourth gear; and a switching device; wherein the switching device includes a first device that separably couples the first gear to the input shaft or the first output shaft, and a second device that separably couples the second gear to the input shaft or the first output shaft; and wherein the first gear and the second gear are disposed axially between the first device and the second device. an input shaft that receives inputted torque; a first output shaft that is disposed on the axis of the input shaft and rotatable relative to the input shaft; an intermediate shaft that is disposed on an axis different from the axis of the input shaft; a second output shaft that is disposed on an axis different from the axes of the intermediate shaft and input shaft; a first gear and a second gear that are disposed on either one of the input shaft and the first output shaft; a third gear and a fourth gear that are disposed on the intermediate shaft and in mesh with the first gear and the second gear; a fifth gear that is disposed on the second output shaft and in mesh with the fourth gear; and a switching device; wherein the switching device includes a first device that separably couples the first gear to the input shaft or the first output shaft, and a second device that separably couples the second gear to the input shaft or the first output shaft; and wherein the first gear and the second gear are disposed axially between the first device and the second device.
A vehicle for load handling, which comprises: - a supporting chassis having a front section provided with a front axle equipped with a pair of front wheels and a rear section provided with a rear axle equipped with a pair of rear wheels; - a load lifting arm articulated to the rear section of the supporting chassis with the possibility of rotating around at least one swing axis and having a longitudinal axis parallel to a longitudinal axis of the supporting chassis; - a drive unit configured to rotate the lifting arm around its swing axis between the two distinct end positions and any intermediate position therebetween, wherein the drive unit comprises a respective hydraulic circuit at least partially contained in the rear section of the supporting chassis enclosed in an inspection compartment; - a driver's cab supported by the supporting chassis and positioned on the side of an axial portion of the lifting arm; and - a counterweight connected to the rear section of the supporting chassis, characterized in that the counterweight is hinged to the rear section of the supporting chassis around a swivel axis parallel to the swing axis of the lifting arm with the possibility of oscillating between two different predefined angular end positions and in that when the counterweight is in a first angular closing position, the counterweight closes the inspection compartment and, when the counterweight is in a second angular opening position, the counterweight opens the inspection compartment and makes the inspection compartment and the hydraulic circuit contained therein accessible from the outside of the vehicle, creating an interspace turned upwards between the upper end of the counterweight and the rear section of the supporting chassis. - a supporting chassis having a front section provided with a front axle equipped with a pair of front wheels and a rear section provided with a rear axle equipped with a pair of rear wheels; - a load lifting arm articulated to the rear section of the supporting chassis with the possibility of rotating around at least one swing axis and having a longitudinal axis parallel to a longitudinal axis of the supporting chassis; - a drive unit configured to rotate the lifting arm around its swing axis between the two distinct end positions and any intermediate position therebetween, wherein the drive unit comprises a respective hydraulic circuit at least partially contained in the rear section of the supporting chassis enclosed in an inspection compartment; - a driver's cab supported by the supporting chassis and positioned on the side of an axial portion of the lifting arm; and - a counterweight connected to the rear section of the supporting chassis,
A bio-erodible stent comprising a hollow stent strut that includes (a) a core having a surface, wherein the core has an inner layer having an interior surface surrounding an hollow interior, and (b) a bioerodible metal on a least a portion of the surface of the core, wherein the bio-erodible metal forms an outer layer on the exterior surface of the inner layer and wherein the bio-erodible metal erodes more slowly than the core and includes openings so that the hollow interior is connected to the exterior of the strut through pathways in the inner and outer layers (32, 36) through which physiological fluids can access the core upon implantation.
A purified composition, comprising: proaccelerin (factor V), prothrombin (factor II), proconvertin (factor VII), and Stuart-Prower factor (factor X), wherein the concentration of proaccelerin is from 300% to 2000% relative to the concentration in a normal blood plasma sample, wherein the concentration is determined by extrapolating the activity of proaccelerin using a clotting assay and plotting a standard curve; wherein the concentration of each one of proconvertin, prothrombin and Stuart-Prower factor is from 500% to 2500% or from 150% to 2000% relative to the concentration in a normal blood plasma sample; and wherein the composition is a fibrinogen-depleted plasma-derived concentrate. proaccelerin (factor V), prothrombin (factor II), proconvertin (factor VII), and Stuart-Prower factor (factor X), wherein the concentration of proaccelerin is from 300% to 2000% relative to the concentration in a normal blood plasma sample, wherein the concentration is determined by extrapolating the activity of proaccelerin using a clotting assay and plotting a standard curve; wherein the concentration of each one of proconvertin, prothrombin and Stuart-Prower factor is from 500% to 2500% or from 150% to 2000% relative to the concentration in a normal blood plasma sample; and wherein the composition is a fibrinogen-depleted plasma-derived concentrate. wherein the concentration of each one of proconvertin, prothrombin and Stuart-Prower factor is from 500% to 2500% or from 150% to 2000% relative to the concentration in a normal blood plasma sample; and wherein the composition is a fibrinogen-depleted plasma-derived concentrate.
Connecting device for data communication between two vehicles, particularly between towing vehicle and trailer vehicle, having a data line (11, 21), particularly for transmitting data for an electronic braking system, EBS, and preferably via a CAN bus or another bus system, wherein two plug connections are provided that are both connected to the data line (11, 21) and that are associated with different line paths, characterized by the following features: a) a data splitter (12, 22) is provided between the data line (11, 21) and the plug connections, b) the data splitter (12, 22) is designed to check which plug connection is plugged in, that is to say is connected to a corresponding plug connection, and designed to activate the associated line path, c) if both plug connections are plugged in, designed to activate only one of the line paths. a) a data splitter (12, 22) is provided between the data line (11, 21) and the plug connections, b) the data splitter (12, 22) is designed to check which plug connection is plugged in, that is to say is connected to a corresponding plug connection, and designed to activate the associated line path, c) if both plug connections are plugged in, designed to activate only one of the line paths.
Insulation cassette for the thermal insulation of elongated elements with a multilayer insulation made of flat reflection elements (21, 22), wherein each layer of the insulation has at least two flat reflection elements (21, 22) that overlap at least partly at their ends that face each other, wherein a plurality of pushing guides are arranged in an overlapping area between a first cassette part (13, 34) and a second cassette part (14, 35), and wherein the pushing guides have an elongated hole, in which a bolt is moveably guided, characterised in that the bolt is rigidly connected to the shell of the second cassette part (14, 35) and extends through the elongated hole associated with the first cassette part (13, 34), characterised in that the bolt, starting from the shell of the second cassette part (14, 35), extends outwards through the elongated hole associated with the first cassette part (13, 34), and the elongated hole is associated with the shell of the first cassette part (13, 34).
Track section comprising a spacer (4, 10), a wing rail (1, 11) as a first track component and a frog tip or a point track (6, 12) merging into it as a second track component, the first and second track components (1, 6, 9, 11, 12) being connected to one another by the spacer (4, 10), at least one of the track components (1, 6, 9, 11, 12) having a rail web (23, 28), and a tubular element (2, 5) passing through a passage opening (27, 34) in the rail web (23, 28) and the tubular element (2, 5) being connected substance-to-substance to said spacer (4, 10), wherein the tubular element (2, 5) is connected to the rail web (23, 28) by press fitting, and an end face of the tubular element (2, 5) on the side is set back from the plane formed by an inner face (44, 46) of the rail web (23, 28) on the spacer side.
A dental mill blank, comprising: a first layer of a first hard restorative material having a first translucency and a first shade; a second layer of a second hard restorative material having a second translucency and a second shade, where the first translucency is different from the second translucency and/or the first shade is different from the second shade; and where the first layer and the second layer form a first interface having: a first curve across a first plane of symmetry of the dental mill blank, where the first curve has a different from zero curvature; and a first straight line along the entire length of a second plane that passes through both the first layer and the second layer of the dental mill blank, the first straight line extending along the entire length of the dental mill blank and having end points that have the same relative positions on opposing faces of the dental mill blank, the second plane being orthogonal to the first plane of symmetry, characterised in that the second plane is a plane of symmetry for the dental mill blank. a first layer of a first hard restorative material having a first translucency and a first shade; a second layer of a second hard restorative material having a second translucency and a second shade, where the first translucency is different from the second translucency and/or the first shade is different from the second shade; and where the first layer and the second layer form a first interface having: a first curve across a first plane of symmetry of the dental mill blank, where the first curve has a different from zero curvature; and a first straight line along the entire length of a second plane that passes through both the first layer and the second layer of the dental mill blank, the first straight line extending along the entire length of the dental mill blank and having end points that have the same relative positions on opposing faces of the dental mill blank, the second plane being orthogonal to the first plane of symmetry, a first curve across a first plane of symmetry of the dental mill blank, where the first curve has a different from zero curvature; and a first straight line along the entire length of a second plane that passes through both the first layer and the second layer of the dental mill blank, the first straight line extending along the entire length of the dental mill blank and having end points that have the same relative positions on opposing faces of the dental mill blank, the second plane being orthogonal to the first plane of symmetry, characterised in that the second plane is a plane of symmetry for the dental mill blank.
Steel piston ring having an upper and lower flank and an inner and outer circumferential surface, wherein the upper and lower flank and the inner circumferential surface each comprise a nitriding layer, a coating consisting of a first chromium intermediate layer, a second chromium intermediate layer and a DLC layer of the ta-C type is applied to the outer circumferential surface, which constitutes the running surface of the piston ring and which is not nitrided, and the first chromium intermediate layer was applied to the running surface by means of galvanic deposition, and the second chromium intermediate layer and the DLC layer were deposited by means of PVD processes. the upper and lower flank and the inner circumferential surface each comprise a nitriding layer, a coating consisting of a first chromium intermediate layer, a second chromium intermediate layer and a DLC layer of the ta-C type is applied to the outer circumferential surface, which constitutes the running surface of the piston ring and which is not nitrided, and the first chromium intermediate layer was applied to the running surface by means of galvanic deposition, and the second chromium intermediate layer and the DLC layer were deposited by means of PVD processes.
A connector assembly (100, 200, 300, 400) for controlling flow in a fluid line, comprising: an outer shell (110, 140, 210, 240, 310, 410, 400, 440) comprising a first end (115, 215, 415), a second end (113, 213, 413), and a passage (116, 118, 216, 218, 316, 318, 416, 418) extending therebetween, the first end comprising a connector (114, 214, 314, 414) for connecting the assembly to a fluid line; and characterized by; an inner housing (120, 220, 320, 420) disposed within the outer shell and comprising a boss (127, 227, 327, 427) disposed adjacent the first end, the inner housing being movable axially within the outer shell between a first position adjacent the first end and a second position further from the first end than the first position when a device is connected to the connector on the first end of the outer shell; a tubular member (130, 230, 330, 430) disposed within the inner housing and comprising a fluid passage (133, 233) therein extending between the second end of the outer shell and the boss of the inner housing, the tubular member carried by the inner housing such that the tubular member moves axially as the inner housing moves between the first and second positions; and cam features (135, 145, 235, 260, 460) on one of the inner housing and the outer shell and on the tubular member for causing the tubular member to rotate as the inner housing moves between the first and second positions, thereby opening a fluid path between the fluid passage in the tubular member and the first end of the outer shell to allow fluid flow through the assembly with the device connected to the first end of the outer shell. an outer shell (110, 140, 210, 240, 310, 410, 400, 440) comprising a first end (115, 215, 415), a second end (113, 213, 413), and a passage (116, 118, 216, 218, 316, 318, 416, 418) extending therebetween, the first end comprising a connector (114, 214, 314, 414) for connecting the assembly to a fluid line; and characterized by; an inner housing (120, 220, 320, 420) disposed within the outer shell and comprising a boss (127, 227, 327, 427) disposed adjacent the first end, the inner housing being movable axially within the outer shell between a first position adjacent the first end and a second position further from the first end than the first position when a device is connected to the connector on the first end of the outer shell; a tubular member (130, 230, 330, 430) disposed within the inner housing and comprising a fluid passage (133, 233) therein extending between the second end of the outer shell and the boss of the inner housing, the tubular member carried by the inner housing such that the tubular member moves axially as the inner housing moves between the first and second positions; and cam features (135, 145, 235, 260, 460) on one of the inner housing and the outer shell and on the tubular member for causing the tubular member to rotate as the inner housing moves between the first and second positions, thereby opening a fluid path between the fluid passage in the tubular member and the first end of the outer shell to allow fluid flow through the assembly with the device connected to the first end of the outer shell.
A method comprising: providing a security system providing video of a secured area; providing a security person monitoring the provided video; the security person superinposing markings (132, 134, 136) onto one or more frames of the monitored video through a display of the monitored video; the security system saving one or more video frames and markings within a set of respective files of a memory device where the video frames occupy a first file of the set of respective files and the markings occupy a second file of the set of files, where the first and second files are different and where the markings are related to the corresponding one or more video frames via a cross reference; the security system detecting the security person making contact with a surface of the display, said markings (132, 134, 136) including a set of coordinates of a location of the contact with the surface of the display; displaying a selectable time line for selecting a time instant for displaying video frames from the first file, the timeline having an indicator depicting the selected time period that is currently being displayed or, when real-time video is being played, a current time; and a display processor (36, 38) reading the second file, correlating the read markings of the second file with underlying video frames from the first file and displaying the markings superimposed on the underlying video frames at the respective coordinates. providing a security system providing video of a secured area; providing a security person monitoring the provided video; the security person superinposing markings (132, 134, 136) onto one or more frames of the monitored video through a display of the monitored video; the security system saving one or more video frames and markings within a set of respective files of a memory device where the video frames occupy a first file of the set of respective files and the markings occupy a second file of the set of files, where the first and second files are different and where the markings are related to the corresponding one or more video frames via a cross reference; the security system detecting the security person making contact with a surface of the display, said markings (132, 134, 136) including a set of coordinates of a location of the contact with the surface of the display; displaying a selectable time line for selecting a time instant for displaying video frames from the first file, the timeline having an indicator depicting the selected time period that is currently being displayed or, when real-time video is being played, a current time; and a display processor (36, 38) reading the second file, correlating the read markings of the second file with underlying video frames from the first file and displaying the markings superimposed on the underlying video frames at the respective coordinates.
A method of making a foamed article, comprising a) providing an article infused with at least one inert gas; b) heating the article at a first pressure to soften the article; and c) reducing the pressure to a second pressure below the first pressure while the article is softened to at least partially foam the article, wherein a surface of a partial mold (1o, 110, 210, 310) limits foam expansion in at least one direction but less than all directions. a) providing an article infused with at least one inert gas; b) heating the article at a first pressure to soften the article; and c) reducing the pressure to a second pressure below the first pressure while the article is softened to at least partially foam the article, wherein a surface of a partial mold (1o, 110, 210, 310) limits foam expansion in at least one direction but less than all directions.
A switching rocker arm assembly comprising: an outer arm having a first outer side arm and a second outer side arm, the outer arm further including first and second torsional spring mounts; an inner arm disposed between the first and second outer side arms; a pivot axle that supports the inner and outer arms for relative pivotal movement therearound; a bearing axle that supports a bearing; a first torsional bearing axle spring mounted around the first torsional spring mount and having a first end engaged to the bearing axle and a second end engaged to the outer arm; and a second torsional bearing axle spring mounted around the second torsional spring mount and having a first end engaged to the bearing axle and a second end engaged to the outer arm,; characterized in that the first end of the first torsional bearing axle spring extends inboard relative to the second end of the first torsional bearing axle spring and the first end of the second torsional bearing axle spring extends inboard relative to the second end of the second torsional bearing axle spring; wherein the second end of the first torsional bearing axle spring engages a first tang extending from the outer arm and the second end of the second torsional bearing axle spring engages a second tang extending from the outer arm; and wherein the first and second tangs extend outboard of the respective first and second torsional bearing axle springs. an outer arm having a first outer side arm and a second outer side arm, the outer arm further including first and second torsional spring mounts; an inner arm disposed between the first and second outer side arms; a pivot axle that supports the inner and outer arms for relative pivotal movement therearound; a bearing axle that supports a bearing; a first torsional bearing axle spring mounted around the first torsional spring mount and having a first end engaged to the bearing axle and a second end engaged to the outer arm; and a second torsional bearing axle spring mounted around the second torsional spring mount and having a first end engaged to the bearing axle and a second end engaged to the outer arm,; characterized in that the first end of the first torsional bearing axle spring extends inboard relative to the second end of the first torsional bearing axle spring and the first end of the second torsional bearing axle spring extends inboard relative to the second end of the second torsional bearing axle spring; wherein the second end of the first torsional bearing axle spring engages a first tang extending from the outer arm and the second end of the second torsional bearing axle spring engages a second tang extending from the outer arm; and wherein the first and second tangs extend outboard of the respective first and second torsional bearing axle springs.