mhurhangee/ep-ind-claims huggingface dataset:
A vehicle lamp socket assembly, comprising: a housing having a cavity and a connector with a socket, said housing further having a pass-through spanning between said cavity and said socket; a body received in said housing at said cavity, said body having at least one retainer that holds a vehicle lamp in said body; a sealant located adjacent and at said pass-through and filling at least a section of said pass-through, said sealant hardening in said pass-through and against an outer surface of said body and forming a seal thereat; and a terminal blade extending through said pass-through and through said sealant, wherein said sealant is embedded around said terminal blade and provides a seal at said pass-through and at said terminal blade. a housing having a cavity and a connector with a socket, said housing further having a pass-through spanning between said cavity and said socket; a body received in said housing at said cavity, said body having at least one retainer that holds a vehicle lamp in said body; a sealant located adjacent and at said pass-through and filling at least a section of said pass-through, said sealant hardening in said pass-through and against an outer surface of said body and forming a seal thereat; and a terminal blade extending through said pass-through and through said sealant, wherein said sealant is embedded around said terminal blade and provides a seal at said pass-through and at said terminal blade.
A system for targeted and individualized delivery of multiple skin benefit agents (20, 22, 24, 26, 28) to the skin of a user comprising: an imaging device for capturing an image of a predetermined treatment area of the user's skin; an analyzing device communicatively connected with said imaging device for receiving data representative of the captured image from the imaging device, analyzing such data, and generating a skin profile indicative of the conditions of the predetermined treatment area of the user's skin; one or more cosmetic delivery sheets arranged and constructed for conforming to the predetermined treatment area of the user's skin, each of said cosmetic delivery sheets comprising a substrate with multiple isolate, discrete regions (12, 14, 16, 18); and a printing device communicatively connected with said analyzing device for printing on said one or more cosmetic delivery sheets, in at least two of the isolate, discrete regions different skin benefit agents for treating different skin conditions of the predetermined treatment area according to the skin profile generated by the analyzing device. an imaging device for capturing an image of a predetermined treatment area of the user's skin; an analyzing device communicatively connected with said imaging device for receiving data representative of the captured image from the imaging device, analyzing such data, and generating a skin profile indicative of the conditions of the predetermined treatment area of the user's skin; one or more cosmetic delivery sheets arranged and constructed for conforming to the predetermined treatment area of the user's skin, each of said cosmetic delivery sheets comprising a substrate with multiple isolate, discrete regions (12, 14, 16, 18); and a printing device communicatively connected with said analyzing device for printing on said one or more cosmetic delivery sheets, in at least two of the isolate, discrete regions different skin benefit agents for treating different skin conditions of the predetermined treatment area according to the skin profile generated by the analyzing device.
An antenna for receiving and/or transmitting electromagnetic radiation, suitable for circularly polarized waves, comprising four radiating elements (12a to 12d) in the form of a sequentially rotated array of four dual in verted-L-shaped surfaces (16a, 16b; 16a, 16b, 17a, 17b) extending away from a ground plane, each inverted-L-shaped surface (16a, 16b; 16a, 16b, 17a, 17b) comprising a leg and an arm, the leg extending away from the ground plane and having a bend to form the arm which extends parallel to the ground plane towards the center of the ground plane, the leg and arm of each inverted-L-shaped surface (16a, 16b; 16a, 16b, 17a, 17b) lying in the same plane which extends away from the ground plane, wherein each dual inverted-L-shaped surface comprises two legs and two arms, and for each dual inverted-L-shaped surface (16a, 16b; 16a, 16b, 17a, 17b), one inverted-L-shaped electrically conducting surface being the upper or outer conducting surface, whereas the other inverted-L-shaped electrically conducting surface is the inner or lower conducting surface, and the upper or outer conducting surface and the inner or lower conducting surface are extending in the same plane away from the ground plane.
A liquid discharge head comprising: a nozzle plate having: a nozzle from which a liquid is to be discharged in a liquid discharge direction; and a nozzle face having the nozzle, the nozzle face directed in the liquid discharge direction; a nozzle protector configured to cover a portion of the nozzle face other than the nozzle; and a channel substrate including: a bonding part bonded to the nozzle protector with an adhesive; and a recess in a transverse portion of the bonding part extending in a transverse direction of the liquid discharge head, the recess filled with the adhesive, wherein the channel substrate has the recess in the transverse portion; characterised in that the channel substrate does not have the recess in a longitudinal portion of the bonding part extending in a longitudinal direction orthogonal to the transverse direction of the liquid discharge head. a nozzle plate having: a nozzle from which a liquid is to be discharged in a liquid discharge direction; and a nozzle face having the nozzle, the nozzle face directed in the liquid discharge direction; a nozzle from which a liquid is to be discharged in a liquid discharge direction; and a nozzle face having the nozzle, the nozzle face directed in the liquid discharge direction; a nozzle protector configured to cover a portion of the nozzle face other than the nozzle; and a channel substrate including: a bonding part bonded to the nozzle protector with an adhesive; and a recess in a transverse portion of the bonding part extending in a transverse direction of the liquid discharge head, the recess filled with the adhesive, wherein the channel substrate has the recess in the transverse portion; characterised in that the channel substrate does not have the recess in a longitudinal portion of the bonding part extending in a longitudinal direction orthogonal to the transverse direction of the liquid discharge head. a bonding part bonded to the nozzle protector with an adhesive; and a recess in a transverse portion of the bonding part extending in a transverse direction of the liquid discharge head, the recess filled with the adhesive, wherein the channel substrate has the recess in the transverse portion; characterised in that the channel substrate does not have the recess in a longitudinal portion of the bonding part extending in a longitudinal direction orthogonal to the transverse direction of the liquid discharge head. characterised in that the channel substrate does not have the recess in a longitudinal portion of the bonding part extending in a longitudinal direction orthogonal to the transverse direction of the liquid discharge head.
Method of moving a load by means of a crane, wherein the load is suspended at a load suspension point of the crane via a cable system of the crane, - wherein a control device of the crane moves the load suspension point to a destination by actuating a drive (3', 1'), - wherein during the travel of the load suspension point the control device adjusts a cable length of the cable system by actuating a hoisting mechanism, - wherein the control device is given an initial cable length, a target cable length to be achieved at the destination and an initial deflection angle (φ0) of an oscillating motion which the load executes about the load suspension point during the travel of the load suspension point to the destination on a vertical plane containing the load suspension point, and/or an initial derivative (φ̇0) of the deflection angle (φ) of the oscillating motion and - wherein for a given time characteristic of the travel of the load suspension point the control device determines and adjusts a time characteristic of the cable length such that at the destination the deflection angle (φ) of the oscillating motion and/or a time derivative (φ̇) of the deflection angle (φ) of the oscillating motion assume a defined final value (φ1, φ̇1). - wherein a control device of the crane moves the load suspension point to a destination by actuating a drive (3', 1'), - wherein during the travel of the load suspension point the control device adjusts a cable length of the cable system by actuating a hoisting mechanism, - wherein the control device is given an initial cable length, a target cable length to be achieved at the destination and an initial deflection angle (φ0) of an oscillating motion which the load executes about the load suspension point during the travel of the load suspension point to the destination on a vertical plane containing the load suspension point, and/or an initial derivative (φ̇0) of the deflection angle (φ) of the oscillating motion and - wherein for a given time characteristic of the travel of the load suspension point the control device determines and adjusts a time characteristic of the cable length such that at the destination the deflection angle (φ) of the oscillating motion and/or a time derivative (φ̇) of the deflection angle (φ) of the oscillating motion assume a defined final value (φ1, φ̇1).
A fluid analysis chip comprising: a main body formed from assembling a first substrate and a second substrate with each other; a channel recess arranged at one surface of the first substrate and extending in a longitudinal direction of the first substrate; a channel formed from assembling the second substrate on the surface of the first substrate at which the channel recess is arranged; a sample inlet and a sample outlet arranged at both ends of the channel, the sample inlet and sample outlet communicating with an outside of the chip; and an expanding part formed in a longitudinal direction of a whole of each of a left and a right inner wall of the channel in such a manner that the expanding part has a larger sectional area than sectional areas of the left and right inner wall of the channel and communicates with the channel, wherein the sample inlet and the sample outlet communicates with each other through the channel, so that fluid to be passed through the channel adjacent to the expanding part is moved while making contact with only an upper and a lower inner wall of the channel, characterized in that, the expanding part is formed as expanding holes, which are formed at the first substrate along the channel recess, wherein each expanding hole extends through the first substrate along the channel and has connecting parts to prevent the chip from breaking. a main body formed from assembling a first substrate and a second substrate with each other; a channel recess arranged at one surface of the first substrate and extending in a longitudinal direction of the first substrate; a channel formed from assembling the second substrate on the surface of the first substrate at which the channel recess is arranged; a sample inlet and a sample outlet arranged at both ends of the channel, the sample inlet and sample outlet communicating with an outside of the chip; and an expanding part formed in a longitudinal direction of a whole of each of a left and a right inner wall of the channel in such a manner that the expanding part has a larger sectional area than sectional areas of the left and right inner wall of the channel and communicates with the channel, wherein the sample inlet and the sample outlet communicates with each other through the channel, so that fluid to be passed through the channel adjacent to the expanding part is moved while making contact with only an upper and a lower inner wall of the channel, characterized in that, the expanding part is formed as expanding holes, which are formed at the first substrate along the channel recess, wherein each expanding hole extends through the first substrate along the channel and has connecting parts to prevent the chip from breaking.
A method of controlling the height of a looper in an inter-stand section of a hot strip mill, the inter-stand section comprising a pair of upstream rollers driven by a main motor and a looper driven by a looper motor; comprising the step of calculating a desired speed trim to be applied by the main motor; characterised in that the method comprises the steps of: estimating the inertia of the looper; calculating a torque necessary to overcome the inertia of the looper from the speed trim, the estimated inertia of the looper and a sensitivity calculated from the geometry of the looper, wherein the sensitivity is the rate of change of strip length in the inter-stand section as an angle of a looper arm is varied; and controlling the main motor to apply the speed trim to the upstream rollers and controlling the looper motor to apply the calculated torque to the looper. estimating the inertia of the looper; calculating a torque necessary to overcome the inertia of the looper from the speed trim, the estimated inertia of the looper and a sensitivity calculated from the geometry of the looper, wherein the sensitivity is the rate of change of strip length in the inter-stand section as an angle of a looper arm is varied; and controlling the main motor to apply the speed trim to the upstream rollers and controlling the looper motor to apply the calculated torque to the looper.
Domestic appliance comprising a functional part attached to a flat base by means of a plurality of entropically elastic supporting bodies, which functional part has a system axis that is oriented vertically in relation to the base and by means of which functional part vibration can be produced, wherein each supporting body has an associated body axis oriented parallel to the system axis and rounded cross-section with respect to said body axis, characterised in that each supporting body is supported at one end in a concave, rounded bearing surface of a rigid counter bearing rigidly connected to the base in such a way that free space extending around the supporting body is left.
A method for decorating objects during transport thereof in a transport flow through at least two screen printing stations and possibly additional treatment stations by means of screen printing, the objects being rolled against a printing screen with which at least one squeegee is associated, wherein the region to be printed upon has at least two portions (13a, 13b), characterized in that printing on the objects is effected in directly connected relationship with the production of the objects such that the speed at which the objects are transported is predetermined by the speed at which the objects leave the manufacturing apparatus, the spacing between the objects forming a transport flow being smaller than a spacing required for circumferential printing on the objects in one working operation, wherein the at least two portions to be printed on are displaced relative to each other in the circumferential direction of the object and each portion is provided with at least one individual print.
Melflufen, or a salt thereof, for use in the treatment or prophylaxis of multiple myeloma, wherein a 35 to 45 mg dosage of melfulen, excluding the mass of any salt, is administered as a parenteral dosage at an infusion rate of 1.2 to 1.4 mg/min.
A printer and a print paper having a first sheet and a second sheet laminated to the first sheet through a gap, the printer comprising: a feed section configured to feed the print paper; and a print section for printing the print paper, wherein the print section comprises a thermal head (18, 20) and a platen roller (17, 40) being opposed to the thermal head (18, 20), wherein the platen roller (17, 40) comprises a shaft (30, 41) being rotatably supported in a direction perpendicular to a feeding direction of the print paper, a cylindrical body roller (31, 42) disposed to the shaft (30, 41), and a projecting portion protruding outward in a radial direction of the body roller and configured for filling the gap by pressing the print paper. a feed section configured to feed the print paper; and a print section for printing the print paper, wherein the print section comprises a thermal head (18, 20) and a platen roller (17, 40) being opposed to the thermal head (18, 20), wherein the platen roller (17, 40) comprises a shaft (30, 41) being rotatably supported in a direction perpendicular to a feeding direction of the print paper, a cylindrical body roller (31, 42) disposed to the shaft (30, 41), and a projecting portion protruding outward in a radial direction of the body roller and configured for filling the gap by pressing the print paper.
An electromagnetic door lock for locking the door of a domestic appliance, comprising: a rotating cam rotating about an axis between an open-door position and closed-door position and cooperating with a hook fixed to a door of a domestic appliance, - a locking device which locks the rotating cam in the closed-door position, the locking device including an electromagnetic actuator configured for moving a locking pin between a locking position and an unlocking position, and - a door sensing device including a door sensing element movable between a first position and a second position corresponding, respectively, to the open-door position and to the closed-door position of the rotating cam, characterized in that it comprises at least a first contactless proximity sensor which detects said second position of the door sensing element, and a second contactless proximity sensor which detects said locking position of the locking pin, wherein said first or second contactless proximity sensor (42, 44) cooperates with at least one respective actuating element (48, 50) carried by the door sensing element or by the locking pin, wherein said door sensing element or said locking pin carries a first and a second actuating element (48', 48", 50', 50"). a rotating cam rotating about an axis between an open-door position and closed-door position and cooperating with a hook fixed to a door of a domestic appliance, - a locking device which locks the rotating cam in the closed-door position, the locking device including an electromagnetic actuator configured for moving a locking pin between a locking position and an unlocking position, and - a door sensing device including a door sensing element movable between a first position and a second position corresponding, respectively, to the open-door position and to the closed-door position of the rotating cam, - a locking device which locks the rotating cam in the closed-door position, the locking device including an electromagnetic actuator configured for moving a locking pin between a locking position and an unlocking position, and - a door sensing device including a door sensing element movable between a first position and a second position corresponding, respectively, to the open-door position and to the closed-door position of the rotating cam, characterized in that it comprises at least a first contactless proximity sensor which detects said second position of the door sensing element, and a second contactless proximity sensor which detects said locking position of the locking pin, wherein said first or second contactless proximity sensor (42, 44) cooperates with at least one respective actuating element (48, 50) carried by the door sensing element or by the locking pin, wherein said door sensing element or said locking pin carries a first and a second actuating element (48', 48", 50', 50").
Equipment support assembly for setting up electrical equipment, in particular a transformer or power transformer, comprising a plurality of holding means (3a, b, c, d) that can be detachably arranged on the side of the electrical equipment itself, and a supporting arrangement having a plurality of load receivers (4a, b, c, d), in particular four supporting feet formed in the manner of columns, wherein the load receivers (4a, b, c, d) are arranged in an installation or erection location provided for the equipment, and the holding means (3a, b, c, d) and the load receivers (4a, b, c, d) are formed in such a way that if the equipment is moved to the erection location by means of a trailer, a loading area of the trailer is firstly raised to such an extent that the holding means (3a, b, c, d) are freely movable over the load receivers (4a, b, c, d) and can be positioned above the latter and, after the holding means (3a, b, c, d) have been aligned over the load receivers (4a, b, c, d), the loading area is lowered in such a way that the holding means (3a, b, c, d) and therefore the equipment rests in the final position on the load receivers (4a, b, c, d) so that when the loading area is then lowered further, the trailer and/or the loading area is freely movable or displaceable under the equipment and can be moved away under the latter.
A process for providing piroctone olamine granules having a target particle size range, wherein the target particle size range is a target d 50 range, wherein the target d 50 range, based on a volume distribution, is from 0.3mm to 6mm, and wherein the piroctone olamine granules have an average D/l ratio, of diameter to length (l) from 0.6 to 1.0, comprising: a) Compressing piroctone olamine crystals to form a compactate; b) Milling the compactate to form bulk granules of piroctone olamine. a) Compressing piroctone olamine crystals to form a compactate; b) Milling the compactate to form bulk granules of piroctone olamine.