mhurhangee/ep-ind-claims huggingface dataset:
A washing machine comprising: a main body; and an upper cover configured to cover an upper part of the main body, wherein the upper cover comprises: a cover plate; and a cover frame formed of a material different from that of the cover plate and coupled to the cover plate along a periphery of the cover plate, wherein the cover frame is injection moulded around the cover plate so that the cover plate is formed integrally with the cover frame, and characterized in that the cover frame comprises: a plurality of support ribs configured to extend from an inner side of the cover frame facing a peripheral edge of the cover plate toward the peripheral edge, and contact the peripheral edge; and a plurality of contact avoidance parts disposed between two adjacent support ribs among the plurality of support ribs and arranged such that the cover frame does not contact the peripheral edge of the cover plate. a main body; and an upper cover configured to cover an upper part of the main body, wherein the upper cover comprises: a cover plate; and a cover frame formed of a material different from that of the cover plate and coupled to the cover plate along a periphery of the cover plate, wherein the cover frame is injection moulded around the cover plate so that the cover plate is formed integrally with the cover frame, and characterized in that the cover frame comprises: a plurality of support ribs configured to extend from an inner side of the cover frame facing a peripheral edge of the cover plate toward the peripheral edge, and contact the peripheral edge; and a plurality of contact avoidance parts disposed between two adjacent support ribs among the plurality of support ribs and arranged such that the cover frame does not contact the peripheral edge of the cover plate. a cover plate; and a cover frame formed of a material different from that of the cover plate and coupled to the cover plate along a periphery of the cover plate, wherein the cover frame is injection moulded around the cover plate so that the cover plate is formed integrally with the cover frame, and characterized in that the cover frame comprises: a plurality of support ribs configured to extend from an inner side of the cover frame facing a peripheral edge of the cover plate toward the peripheral edge, and contact the peripheral edge; and a plurality of contact avoidance parts disposed between two adjacent support ribs among the plurality of support ribs and arranged such that the cover frame does not contact the peripheral edge of the cover plate. a plurality of support ribs configured to extend from an inner side of the cover frame facing a peripheral edge of the cover plate toward the peripheral edge, and contact the peripheral edge; and a plurality of contact avoidance parts disposed between two adjacent support ribs among the plurality of support ribs and arranged such that the cover frame does not contact the peripheral edge of the cover plate.
A method of operating a thread stitching machine for the processing of printed sheets to form book blocks, the thread stitching machine essentially consisting of at least one conveyor system (2, 3) for the printed sheets and at least one sewing station, characterized in that the sewing station is operatively connected to at least one stitching saddle, the stitching saddle in turn being operatively connected to the conveyor system for the feeding of the printed sheets, in that the printed sheets processed in the sewing station are fed in a vertical or quasi-vertical and/or in a horizontal or quasi-horizontal plane relative to the stitching saddle, and the printed sheets, positioned in such a way as to straddle the stitching saddle, are fed to the sewing station, and in that at least the vertical or quasi-vertical feeding of the printed sheets is carried out directly onto the stitching saddle or else is carried out in the region of the stitching saddle.
Vacuolin-1 for use in the treatment of cancer, wherein the cancer is selected from breast cancer, lung carcinoma, nasopharyngeal carcinoma, prostate cancer, osteosarcoma or colon carcinoma.
Cutting device comprising rollers (2 to 5) for supporting workpieces, such as bars, pipes and the like, said rollers lying in pairs opposite each other and the lower roller pair (3, 4) of which is at distance below the upper roller pair (2, 5), and the rollers of the lower roller pair (3, 4) are spaced a smaller distance apart from each other than the rollers of the upper roller pair (2, 5), and having a cutting wheel, which is linearly displaceable in the direction of the support and which during the separating process turns the workpiece about the axis thereof, characterized in that the rollers (2 to 5) of the lower and/or the upper roller pair (3, 4; 2, 5) are at different levels, and that the contact point between the cutting wheel and the workpiece lies in a plane which is perpendicular to a straight connecting line between the axes of the rollers (3, 4; 2, 5) of the lower roller pair or the upper roller pair (3, 4; 2, 5), on which the workpiece rests.
A connector with wire cover, comprising: a connector body to be connected to an end of a wire; and a wire cover to be mounted on a rear surface of the connector body and configured to hold the wire, wherein: the connector body includes a housing connectable to a mating connector and a lever enabling the mating connector and the housing to be properly connected by being rotated from an initial position to a connection position; characterized in that the wire cover is configured to hold the wire while bending the wire in a predetermined direction, and the wire cover includes a wire fixing portion provided on a rear part to project in the predetermined direction and a protruding portion provided to protrude from the wire fixing portion in a lateral direction substantially perpendicular to a connecting direction of the connector body and the mating connector; and an entrance of a cam groove to be engaged with a cam pin provided on the mating connector when the lever is disposed at the initial position and the protruding portion are disposed at same position in a width direction of the housing. a connector body to be connected to an end of a wire; and a wire cover to be mounted on a rear surface of the connector body and configured to hold the wire, wherein: the connector body includes a housing connectable to a mating connector and a lever enabling the mating connector and the housing to be properly connected by being rotated from an initial position to a connection position; characterized in that the wire cover is configured to hold the wire while bending the wire in a predetermined direction, and the wire cover includes a wire fixing portion provided on a rear part to project in the predetermined direction and a protruding portion provided to protrude from the wire fixing portion in a lateral direction substantially perpendicular to a connecting direction of the connector body and the mating connector; and the connector body includes a housing connectable to a mating connector and a lever enabling the mating connector and the housing to be properly connected by being rotated from an initial position to a connection position; characterized in that the wire cover is configured to hold the wire while bending the wire in a predetermined direction, and the wire cover includes a wire fixing portion provided on a rear part to project in the predetermined direction and a protruding portion provided to protrude from the wire fixing portion in a lateral direction substantially perpendicular to a connecting direction of the connector body and the mating connector; and an entrance of a cam groove to be engaged with a cam pin provided on the mating connector when the lever is disposed at the initial position and the protruding portion are disposed at same position in a width direction of the housing.
A method comprising: depositing, from a slurry comprising particles including silicon metal, a bond coat precursor layer including the particles comprising silicon metal directly on a ceramic matrix composite substrate; locally heating the bond coat precursor layer to form a bond coat comprising silicon metal; and forming a protective coating on the bond coat. depositing, from a slurry comprising particles including silicon metal, a bond coat precursor layer including the particles comprising silicon metal directly on a ceramic matrix composite substrate; locally heating the bond coat precursor layer to form a bond coat comprising silicon metal; and forming a protective coating on the bond coat.
A non-metallic security enclosure including: a body; a cover which is connected to the body using connecting means such that the cover is movable between a first, closed position wherein the security enclosure is closed and a second, open position wherein the security enclosure is open; locking means for locking the cover in its closed position; complementary shaped engagement formations (26, 28) carried by the body and cover that engage one another along at least a major portion of the periphery of the body and cover to create a mechanical seal between the body and cover when the cover is in its closed position; characterised in that the enclosure includes retaining formations (36, 38) carried by the body and cover respectively, the retaining formations (36, 38) defining a locking interface between the cover and body to prevent the cover from being removed from the body when the cover is in its closed position unless the locking means is either unlocked or compromised, thereby securing the cover to the body even if the connecting means have been compromised; and in that the cover has an obstructing formation that defines the retaining formation carried by the cover; and in that the obstructing formation extends beyond the locking interface between the body and cover, thereby concealing, at least partially, the connecting means connecting the body and cover to one another. a body; a cover which is connected to the body using connecting means such that the cover is movable between a first, closed position wherein the security enclosure is closed and a second, open position wherein the security enclosure is open; locking means for locking the cover in its closed position; complementary shaped engagement formations (26, 28) carried by the body and cover that engage one another along at least a major portion of the periphery of the body and cover to create a mechanical seal between the body and cover when the cover is in its closed position; characterised in that the enclosure includes retaining formations (36, 38) carried by the body and cover respectively, the retaining formations (36, 38) defining a locking interface between the cover and body to prevent the cover from being removed from the body when the cover is in its closed position unless the locking means is either unlocked or compromised, thereby securing the cover to the body even if the connecting means have been compromised; and in that the cover has an obstructing formation that defines the retaining formation carried by the cover; and in that the obstructing formation extends beyond the locking interface between the body and cover, thereby concealing, at least partially, the connecting means connecting the body and cover to one another.
Circuit apparatus for detecting a state of an electrical interlock loop for monitoring at least one high-voltage component, comprising: - a power connection for electrical connection to a voltage source; - a ground connection for electrical connection to an electrical ground; - a positive connection for electrical connection to a line end of the interlock loop; - a negative connection for electrical connection to a further line end of the interlock loop, characterized in that the circuit apparatus furthermore comprises: - a controllable current source for providing the two currents (I1, 12), said current source being electrically connected between the negative connection and the ground connection; - a measuring arrangement for measuring the voltage potential ( Φ) at the negative connection when two mutually different currents (I1, 12) flow from the power connection via the negative connection to the ground connection; and - a detector arrangement, which comprises a comparison unit for comparing the two potential measurement values ( Φ 1, Φ 2) of the voltage potential ( Φ) that are measured at the two currents (I1, 12) with in each case two predefined potential reference values (Ur1, Ur2 and Ur3, Ur4, respectively) and which is configured to ascertain, based on the comparison results of the comparison unit, whether the negative connection is electrically short-circuited with the positive connection, the power connection or the ground connection, or with none of these connections (PA, SA1, ML); wherein a fault-free state of the interlock loop is ascertained if the first potential measurement value ( Φ 1) lies between the first and the second potential reference value and the second potential measurement value ( Φ 2) is greater than the fourth potential reference value. - a power connection for electrical connection to a voltage source; - a ground connection for electrical connection to an electrical ground; - a positive connection for electrical connection to a line end of the interlock loop; - a negative connection for electrical connection to a further line end of the interlock loop, - a controllable current source for providing the two currents (I1, 12), said current source being electrically connected between the negative connection and the ground connection; - a measuring arrangement for measuring the voltage potential ( Φ) at the negative connection when two mutually different currents (I1, 12) flow from the power connection via the negative connection to the ground connection; and - a detector arrangement, which comprises a comparison unit for comparing the two potential measurement values ( Φ 1, Φ 2) of the voltage potential ( Φ) that are measured at the two currents (I1, 12) with in each case two predefined potential reference values (Ur1, Ur2 and Ur3, Ur4, respectively) and which is configured to ascertain, based on the comparison results of the comparison unit, whether the negative connection is electrically short-circuited with the positive connection, the power connection or the ground connection, or with none of these connections (PA, SA1, ML);
A high gloss photo media comprising: a photo media substrate comprising a photo base material having a front side and a back side opposite the front side; a layer of a curl control material on the back side of the photo base material; and a gloss-enhancement film on the front side of the photo base material, a thickness of the gloss-enhancement film being at least 25 μm (microns), the gloss- enhancement film being a multilayer comprising an adherent layer and a layer of one of a polyester composition and a polypropylene composition; and an image receiving layer on the gloss-enhancement film, the photo media having a gloss at 20 degrees that is equal to or greater than 40%, wherein the adherent layer is provided in an amount by coat weight of at least 0.5 gm -2. a photo media substrate comprising a photo base material having a front side and a back side opposite the front side; a layer of a curl control material on the back side of the photo base material; and a gloss-enhancement film on the front side of the photo base material, a thickness of the gloss-enhancement film being at least 25 μm (microns), the gloss- enhancement film being a multilayer comprising an adherent layer and a layer of one of a polyester composition and a polypropylene composition; and an image receiving layer on the gloss-enhancement film, the photo media having a gloss at 20 degrees that is equal to or greater than 40%, wherein the adherent layer is provided in an amount by coat weight of at least 0.5 gm -2.
A yarn winding machine comprising: a package driving section adapted to rotationally drive a package; a traverse device adapted to traverse a yarn to be wound into the package; and a control section adapted to control the traverse device to perform creeping, characterized in that after a first yarn layer is formed by winding the yarn into the package while performing the creeping under a first creeping rate, a second yarn layer, being a surface yarn layer is formed by winding the yarn into the package while performing the creeping under a second creeping rate that is lower than the first creeping rate, or while performing no creeping; and by comprising a timing setting section adapted to set a timing to start forming the second yarn layer; wherein the timing setting section is adapted to set as the timing, a point of time when a yarn layer thickness of the package is at least 90% and less than 100% of a target yarn layer thickness, a point of time when a diameter of the package is at least 90% and less than 100% of a target package diameter, or a point of time when a wound length of the yarn that has been wound into the package is at least 90% and less than 100% of a target winding length. a package driving section adapted to rotationally drive a package; a traverse device adapted to traverse a yarn to be wound into the package; and a control section adapted to control the traverse device to perform creeping, characterized in that after a first yarn layer is formed by winding the yarn into the package while performing the creeping under a first creeping rate, a second yarn layer, being a surface yarn layer is formed by winding the yarn into the package while performing the creeping under a second creeping rate that is lower than the first creeping rate, or while performing no creeping; and by comprising a timing setting section adapted to set a timing to start forming the second yarn layer; wherein the timing setting section is adapted to set as the timing, a point of time when a yarn layer thickness of the package is at least 90% and less than 100% of a target yarn layer thickness, a point of time when a diameter of the package is at least 90% and less than 100% of a target package diameter, or a point of time when a wound length of the yarn that has been wound into the package is at least 90% and less than 100% of a target winding length.
A device comprising a thermal radiation shield and a superconducting main magnet coil, for use in magnetic resonance imaging systems, wherein the thermal radiation shield encloses the coil; the thermal radiation shield comprising an inner cylindrical bore tube, an outer cylindrical wall and annular end walls welded between the annular cylindrical bore tube and the outer cylindrical wall to form a closed, hollow cylindrical vessel, characterised in that a distribution of the position and length of welds that affix the annular end walls to the inner cylindrical bore tube comprises a predetermined arrangement of welds of varying lengths interspersed with gaps of varying lengths.
Method for controlling a hydraulic brake system in a vehicle, wherein the hydraulic brake system is equipped with a hydraulic pump (18, 19) for generating hydraulic brake pressure, wherein, for holding the vehicle stationary, the hydraulic pump (18, 19) is activated and brake fluid is conducted via open inlet valves to wheel brake devices (8, 11) of a first vehicle axle, whereas inlet valves at wheel brake devices (9, 10) of a second vehicle axle are closed, characterized in that, in the event that a brake pressure demand in the brake system changes, the inlet valves at the wheel brake devices (9, 10) of the second vehicle axle are opened at least temporarily and the outlet valves at the wheel brake devices (9, 10) of the second vehicle axle remain closed for the period of time during which the vehicle is held stationary.
Packaging material sealing device, in particular a cross seam packaging material sealing device for a vertical packaging machine, comprising: - a first sealing jaw and at least a second sealing jaw; - at least one movement unit, which comprises a first actuator and at least a second actuator for actuating the two sealing jaws (16, 18) along a sealing direction; and - at least one control unit, characterized in that in at least one operating state the control unit controls the two actuators (26, 28) for setting an asymmetrical sealing force for the two sealing jaws (16, 18). - a first sealing jaw and at least a second sealing jaw; - at least one movement unit, which comprises a first actuator and at least a second actuator for actuating the two sealing jaws (16, 18) along a sealing direction; and - at least one control unit,
Clamping spring for mounting on a printed circuit board, comprising a spring limb for making clamping contact with a conductor, a contact region for making contact with the printed circuit board, wherein the clamping spring is integrally formed and has a fixed clamping limb, wherein the conductor can be clamped between the clamping limb and the spring limb, characterized in that the clamping limb is designed as a substantially elongate sheet-metal element which is bent in the form of a eyelet, so that the two ends (9, 13) of the said clamping limb come into contact with one another, in that the spring limb is designed as a substantially elongate sheet-metal element which is bent substantially in the form of an open triangle, so that the two ends (11, 17) of the said spring limb do not come into contact with one another, in that the spring limb, at its free end, has two operating elements, which are arranged transverse to the spring direction of the spring limb on both sides, for eliminating the clamping action, and in that the clamping spring has two guide elements, wherein the guide elements each connect one end of the clamping limb and one end of the spring limb to one another, and wherein the two guide elements, the clamping limb and the spring limb form an insertion region for inserting the conductor, and wherein a tool is inserted between the spring limb and one of the guide elements until the appropriate operating element is reached.