mhurhangee/ep-ind-claims huggingface dataset:
A front loader comprising: a boom; a main frame attached to a vehicle body; a sub frame supporting the boom, the sub frame being attached to the main frame and configured to be detached from the main frame; a first engaging portion provided on the main frame; a second engaging portion provided on the sub frame and configured to be engaged with the first engaging portion when the sub frame is attached to the main frame; a guide portion provided on the main frame and configured to guide the second engaging portion to be engaged with the first engaging portion; and an opening member provided on the sub frame and provided with an opening portion to which the guide portion is inserted when the second engaging portion is engaged with the first engaging portion, that the sub frame has: an inner sub frame; and an outer sub frame arranged opposed to the inner sub frame, characterized in that the opening member is a coupling plate coupling the inner sub frame to the outer sub frame. a boom; a main frame attached to a vehicle body; a sub frame supporting the boom, the sub frame being attached to the main frame and configured to be detached from the main frame; a first engaging portion provided on the main frame; a second engaging portion provided on the sub frame and configured to be engaged with the first engaging portion when the sub frame is attached to the main frame; a guide portion provided on the main frame and configured to guide the second engaging portion to be engaged with the first engaging portion; and an opening member provided on the sub frame and provided with an opening portion to which the guide portion is inserted when the second engaging portion is engaged with the first engaging portion, that the sub frame has: an inner sub frame; and an outer sub frame arranged opposed to the inner sub frame, characterized in that the opening member is a coupling plate coupling the inner sub frame to the outer sub frame. an inner sub frame; and an outer sub frame arranged opposed to the inner sub frame, characterized in that the opening member is a coupling plate coupling the inner sub frame to the outer sub frame.
An implant insertion tool, comprising: a tube with a handle end, an inserter end having an opening, and a curved portion located between the handle end and the inserter end; a driveshaft with an actuator, and an elongated portion, the driveshaft extending within the tube so that the actuator is proximate to the opening; a connecting shaft coupleable to an implant and rotatable within a portion of the driveshaft; a knob attached to the handle end and the driveshaft, wherein turning the knob rotates the actuator; wherein the tube has a first longitudinal axis (A-A') on a first side of the curved portion and a second longitudinal axis (B-B') transverse with the first longitudinal axis (A-A') on a second side of the curved portion, wherein the actuator is a first rigid portion and the elongated portion is a second rigid portion, the first and second rigid portions being joined by a linkage in the curved portion, wherein the linkage includes a first gear formed or otherwise attached to an interior end of elongated portion and a second gear formed or otherwise attached to an interior end of actuator. a tube with a handle end, an inserter end having an opening, and a curved portion located between the handle end and the inserter end; a driveshaft with an actuator, and an elongated portion, the driveshaft extending within the tube so that the actuator is proximate to the opening; a connecting shaft coupleable to an implant and rotatable within a portion of the driveshaft; a knob attached to the handle end and the driveshaft, wherein turning the knob rotates the actuator; wherein the tube has a first longitudinal axis (A-A') on a first side of the curved portion and a second longitudinal axis (B-B') transverse with the first longitudinal axis (A-A') on a second side of the curved portion, wherein the actuator is a first rigid portion and the elongated portion is a second rigid portion, the first and second rigid portions being joined by a linkage in the curved portion, wherein the linkage includes a first gear formed or otherwise attached to an interior end of elongated portion and a second gear formed or otherwise attached to an interior end of actuator.
Multi-group transmission having - a splitter group, preferably comprising a first splitter constant, a second splitter constant and a third splitter constant, - a main group, preferably comprising two main-group forward gears, - a range-change group, and - a dual clutch (K1, K2), wherein - the splitter group and the main group each comprise two separate load paths and are embodied in such a way as to be power-shiftable, preferably fully power-shiftable, wherein - the multi-group transmission has two layshafts (VW1, VW2) extending coaxially with one another, the multi-group transmission makes available both a direct-gear mode and an overdrive mode and the ability to shift between the direct-gear mode and the overdrive mode can be provided by an overlapping shift of the double clutch (K1, K2) of the multi-group transmission, characterized in that the two layshafts (VW1, VW2) extending coaxially with one another can be connected to one another for conjoint rotation by means of a shift element (S1; S4X). - a splitter group, preferably comprising a first splitter constant, a second splitter constant and a third splitter constant, - a main group, preferably comprising two main-group forward gears, - a range-change group, and - a dual clutch (K1, K2), - the splitter group and the main group each comprise two separate load paths and are embodied in such a way as to be power-shiftable, preferably fully power-shiftable, wherein - the multi-group transmission has two layshafts (VW1, VW2) extending coaxially with one another, the multi-group transmission makes available both a direct-gear mode and an overdrive mode and the ability to shift between the direct-gear mode and the overdrive mode can be provided by an overlapping shift of the double clutch (K1, K2) of the multi-group transmission, characterized in that the two layshafts (VW1, VW2) extending coaxially with one another can be connected to one another for conjoint rotation by means of a shift element (S1; S4X).
A solid rocket propellant comprising: a hydroxyl-terminated polybudadiene (HTPB) binder system having a high molecular weight diol that is greater than thirty carbon atoms (> C 30) and less than fifty carbon atoms (< C 50) and excluding dimeryl diisocyanate, wherein the high molecular weight diol is a dimer diol.
A sports garment comprising a pair of shoulder straps, wherein each shoulder strap has a multi-layer construction, and at least one of the layers in the multi-layer construction has a plurality of holes formed therein, the holes being spaced from one another along the length of the strap, characterised in that, at least one of the layers is a polyurethane laminate.
An endoscopic vascular device for repositioning or removal of a vessel filter, the device comprising: an elongate support body with a distal end; a gripper at the distal end to secure the device to the vessel filter within a body vessel, the gripper having a mouth to receive the vessel filter and a threshold across the mouth; and characterized by: also at the distal end, a proximity detector linked to the gripper, the detector to detect the proximity of the vessel filter to the gripper and to output a signal that is representative of that proximity when the vessel filter is in the mouth and beyond the threshold, for indication of that proximity to a controller of the endoscopic vascular device. an elongate support body with a distal end; a gripper at the distal end to secure the device to the vessel filter within a body vessel, the gripper having a mouth to receive the vessel filter and a threshold across the mouth; and characterized by: also at the distal end, a proximity detector linked to the gripper, the detector to detect the proximity of the vessel filter to the gripper and to output a signal that is representative of that proximity when the vessel filter is in the mouth and beyond the threshold, for indication of that proximity to a controller of the endoscopic vascular device.
A method for operating a smart network interface card (104, 304), the smart network interface card (104, 304) is connected to a baseboard management controller (103, 305), the method comprising: acquiring, from a network device, a smart network interface card detection request wherein the smart network interface card detection request includes an identifier of a to-be-detected smart network interface card, and the smart network interface card is used to connect a server and the network device, wherein the to-be-detected smart network interface card reduces an amount of data processing for a first CPU of the server, and has a self-contained resource, the self-contained resource being a second CPU, wherein when detecting a network failure of the server, the network device determines the smart network interface card providing a network connection support for the server as the to-be-detected smart network interface card; determining a baseboard management controller connected to the to-be-detected smart network interface card as a target baseboard management controller; and logging into the operating system of the to-be-detected smart network interface card through the target baseboard management controller. acquiring, from a network device, a smart network interface card detection request wherein the smart network interface card detection request includes an identifier of a to-be-detected smart network interface card, and the smart network interface card is used to connect a server and the network device, wherein the to-be-detected smart network interface card reduces an amount of data processing for a first CPU of the server, and has a self-contained resource, the self-contained resource being a second CPU, wherein when detecting a network failure of the server, the network device determines the smart network interface card providing a network connection support for the server as the to-be-detected smart network interface card; determining a baseboard management controller connected to the to-be-detected smart network interface card as a target baseboard management controller; and logging into the operating system of the to-be-detected smart network interface card through the target baseboard management controller.
A display panel comprising a translucent carrier element that has an inner side, an outer side, and a display area and at least one display element being arranged within the display area, the display element being formed by geometric structures (5, 6; 60) realized as protrusions and/or depressions (5, 6) on both of the inner side and the outer side of the translucent carrier element, wherein the protrusions and/or depressions (5, 6) are integrally formed with the translucent carrier element, wherein either the geometric structures forming the display element and that are arranged on the inner side and the outer side have essentially identical contours and the positions of the geometrical structures coincide on the inner side and the outer side in particular with a maximum spatial deviation of 10 μm, so that the geometrical structures are at least approximate identically or mirror-symmetrically formed on both sides (1, 2) as protrusions and/or depressions (5, 6) or the geometric structure arranged on the inner side is realized as a depression and the geometric structure arranged on the outer side is realized as a protrusion that has a smaller spatial extension than the depression. wherein either the geometric structures forming the display element and that are arranged on the inner side and the outer side have essentially identical contours and the positions of the geometrical structures coincide on the inner side and the outer side in particular with a maximum spatial deviation of 10 μm, so that the geometrical structures are at least approximate identically or mirror-symmetrically formed on both sides (1, 2) as protrusions and/or depressions (5, 6) or the geometric structure arranged on the inner side is realized as a depression and the geometric structure arranged on the outer side is realized as a protrusion that has a smaller spatial extension than the depression.
Formulation for preparing an instillation solution useful in photodynamic therapy, containing hypericin bound to a polymeric complexing agent, namely a polyethylene glycol or a poly-N-vinylamide, in the form of an alkali metal salt, in particular in the form of the potassium salt or the sodium salt, wherein the instillation solution contains hypericin in a concentration of 9 to 40 μM, characterized in that the formulation is a stable lyophilisate obtained from an aqueous solution containing the alkali metal salt of hypericin, the complexing agent and a buffer system, in particular a phosphate buffer or a citric acid buffer solution.
Handheld implement having a shaft that has at least two shaft parts that are connectable releasably together via a plug-in coupling that has a coupling unit at each end of the shaft parts, wherein the handheld implement is in the form of a writing- or painting-implement unit, and the shaft parts that are connectable releasably together each bear a nib or painting tip at their ends remote from the coupling unit, characterized in that each coupling unit of the shaft parts has a slide that is held immovably in an open-ended guide hole in the associated shaft part and protrudes beyond the guide hole with a slide portion, in that the free end of the slide portion is in the form of a latching fork that has a latching opening between two fork arms (7, 8), in that the slide portion bears a latching protrusion on its inner side behind the latching fork in the sliding direction, in that the coupling unit has a guide sleeve that encloses the slide and is guided movably in the guide hole counter to the restoring force of a spring- or rubber-elastic restoring element, and in that when the ends, having the coupling units, of two shaft parts are pressed together, the latching fork of one coupling unit is latchable on the latching protrusion of the other coupling unit with at least one of the guide sleeves being pushed back.
A method of a first base station (420, 610, 1801) performing interference control in a wireless communication system, the method comprising: receiving a signal from at least one second base station; identifying a second base station (410, 620, 1802) of the at least one second base station corresponding to the signal; estimating a channel for the identified second base station (410, 620, 1802), based on the signal; and controlling a beam in a direction corresponding to the identified second base station (410, 620, 1802), based on a result of the estimated channel, wherein the signal includes at least two sequences connected to each other, the at least two sequences being mapped to at least two adjacent symbols (70, 80a, 80b), and characterized in that the length of a cyclic postfix inserted to the last symbol of the at least two adjacent symbols increases as the number of connected symbols increases. receiving a signal from at least one second base station; identifying a second base station (410, 620, 1802) of the at least one second base station corresponding to the signal; estimating a channel for the identified second base station (410, 620, 1802), based on the signal; and controlling a beam in a direction corresponding to the identified second base station (410, 620, 1802), based on a result of the estimated channel, wherein the signal includes at least two sequences connected to each other, the at least two sequences being mapped to at least two adjacent symbols (70, 80a, 80b), and characterized in that the length of a cyclic postfix inserted to the last symbol of the at least two adjacent symbols increases as the number of connected symbols increases.
An item of luggage, comprising an upper and a lower side (2, 4), wherein at least two luggage casters are arranged on the lower side, with the aid of which the item of luggage can be moved on a ground surface, at least two side surfaces and at least two main surfaces, wherein at least one first three-dimensional pattern is arranged on at least one of the main and/or side surfaces (12, 10), wherein the first pattern comprises a plurality of first surface structures repeating in the first pattern and protruding relative to the respective main and/or side surface (12, 10) and/or recessed in the same, wherein a plate-type element is arranged on at least one main and/or side surface (12, 10) and connected to the main and/or side surface (12, 10) by at least one connecting means, wherein the plate-type element comprises at least one outer and one inner side (22, 24), characterized in that a second pattern adapted to the first pattern is provided on the inner side, wherein the second pattern comprises at least two second three-dimensional surface structures which protrude relative to the inner side and/or are recessed in the same and are adapted to the first surface structures such that the second surface structures engage with the first surface structures, wherein the plate-type element has a thickness which is thicker than the height and/or the depth of the second surface structures protruding and/or recessed relative to the inner side, wherein the first and the second surface structures (16, 28) of the first and the second pattern (14, 26), respectively, are ribs and/or grooves. an upper and a lower side (2, 4), wherein at least two luggage casters are arranged on the lower side, with the aid of which the item of luggage can be moved on a ground surface, at least two side surfaces and at least two main surfaces, wherein at least one first three-dimensional pattern is arranged on at least one of the main and/or side surfaces (12, 10), wherein the first pattern comprises a plurality of first surface structures repeating in the first pattern and protruding relative to the respective main and/or side surface (12, 10) and/or recessed in the same, wherein a plate-type element is arranged on at least one main and/or side surface (12, 10) and connected to the main and/or side surface (12, 10) by at least one connecting means, wherein the plate-type element comprises at least one outer and one inner side (22, 24), characterized in that a second pattern adapted to the first pattern is provided on the inner side, wherein the second pattern comprises at least two second three-dimensional surface structures which protrude relative to the inner side and/or are recessed in the same and are adapted to the first surface structures such that the second surface structures engage with the first surface structures, wherein the plate-type element has a thickness which is thicker than the height and/or the depth of the second surface structures protruding and/or recessed relative to the inner side, wherein the first and the second surface structures (16, 28) of the first and the second pattern (14, 26), respectively, are ribs and/or grooves.
A flip-top dispensing closure comprising a base connectable to a container neck and a lid connected to the base by a hinge so as to be movable between a closed position and an open position, the closure comprising a tamper-evident drop band irreversibly moved from a first position to a second position to indicate if the lid has been opened, the lid comprising retention means for holding the drop band in the first position in an initial closed position, characterised in that as the lid is moved towards the open position the drop band is non-frangibly released from the retention means and moves to the second position.
A shoulder prosthesis adapted for implantation on a glenoid surface of a scapula, the prosthesis comprising: - a glenoid component (10; 200; 220; 240; 260; 280; 300; 320; 340; 360; 380; 400; 420; 440; 480) having an articular face (11A; 208; 235; 258; 271; 290;314; 332; 354; 370; 452; 494) and an opposing face (11B; 202; 230; 270; 284; 348; 362; 382; 406; 442); - a bone graft (2; 204; 224; 242; 262; 282; 310; 324; 344; 388; 426; 458; 486) provided to be interposed between the opposing face of the glenoid component and the glenoid surface; and - anchor means (12; 234; 246; 266; 286; 302, 304, 306; 330; 352; 368; 384; 404; 446; 488) extending from said opposing face, through or around the bone graft and substantially into the glenoid surface, characterized in that the bone graft is shaped with: - a cylindrical outer shape with a circular base, - a medial surface (2C; 328; 342; 484) having a shape complementary to the glenoid surface, and - a distal surface (2B; 212; 239; 256; 276; 294; 318; 326; 350; 364; 386; 456; 482) having a shape complementary to at least a part of said opposing face so that the entire medial surface and the entire distal surface are spaced from each other, the bone graft being interposed between the opposing face of the glenoid component and the glenoid surface so as to position the opposing face of the glenoid component laterally remote from the glenoid surface and thus to offset laterally the articular face of the glenoid component relative to the glenoid surface. - a glenoid component (10; 200; 220; 240; 260; 280; 300; 320; 340; 360; 380; 400; 420; 440; 480) having an articular face (11A; 208; 235; 258; 271; 290;314; 332; 354; 370; 452; 494) and an opposing face (11B; 202; 230; 270; 284; 348; 362; 382; 406; 442); - a bone graft (2; 204; 224; 242; 262; 282; 310; 324; 344; 388; 426; 458; 486) provided to be interposed between the opposing face of the glenoid component and the glenoid surface; and - anchor means (12; 234; 246; 266; 286; 302, 304, 306; 330; 352; 368; 384; 404; 446; 488) extending from said opposing face, through or around the bone graft and substantially into the glenoid surface, - a cylindrical outer shape with a circular base, - a medial surface (2C; 328; 342; 484) having a shape complementary to the glenoid surface, and - a distal surface (2B; 212; 239; 256; 276; 294; 318; 326; 350; 364; 386; 456; 482) having a shape complementary to at least a part of said opposing face so that the entire medial surface and the entire distal surface are spaced from each other, the bone graft being interposed between the opposing face of the glenoid component and the glenoid surface so as to position the opposing face of the glenoid component laterally remote from the glenoid surface and thus to offset laterally the articular face of the glenoid component relative to the glenoid surface.
Cooking device with a cooking compartment, which is delimited by walls of a muffle and can be closed at the front by a door, and the door has a ventilation duct, through which cooling air can be routed and discharged out of a cover port in an upper door cover, wherein an air channel is embodied across a muffle cover, into which air channel the cooling air discharged from the door cover can be introduced by way of an introduction port and can be discharged from a housing of the domestic appliance, wherein a supply channel for supplying the cooling air out of the door into the air channel is embodied between the introduction port embodied in an air channel base and the cover port, characterised in that starting from the introduction port the supply channel extends in a straight line obliquely downwards and forwards toward the door, wherein the supply channel is embodied in one piece on the air channel base and that an air channel tapering element is embodied in the flow direction of the air flow in the air channel upstream of the introduction port.