mhurhangee/ep-ind-claims huggingface dataset:
A cosmetic applicator comprising: a grip; a holder shaft (10, 10') that extends from the grip, the holder shaft (10, 10') comprising a longitudinal axis; an applicator region (2, 2'), one end of the applicator region (2, 2') being connected to a ball stud (7, 7'); and a buffer element (8, 8') that is disposed inside the holder shaft (10, 10') and is in contact with one end of the ball stud (7, 7'), wherein the applicator region (2, 2') is adapted to pivot at a desired angle of up to 90° off the longitudinal axis, wherein the ball stud (7, 7') is connected to the holder shaft (10, 10'), wherein the holder shaft (10, 10') comprises an eye which acts as a socket for the ball stud (7, 7') to fit securely into, wherein the applicator region (2, 2') is further adapted to be adjusted in any direction or at least a plurality of directions around the longitudinal axis, and wherein the eye of the holder shaft (10, 10'), which acts as the socket for the ball stud (7, 7'), allows adjustments to be made in any direction or in said plural directions, and characterized in that the ball stud (7, 7') has a stopper, a protrusion or a hole at its bottom portion, the stopper or protrusion adapted to work in conjunction with cavities or ridges that are placed along grooves of inner walls of an socket of the holder shaft (10, 10') and the hole adapted to work in conjunction with stoppers or protrusions that are placed along grooves of inner walls of the socket of the holder shaft (10, 10'). a grip; a holder shaft (10, 10') that extends from the grip, the holder shaft (10, 10') comprising a longitudinal axis; an applicator region (2, 2'), one end of the applicator region (2, 2') being connected to a ball stud (7, 7'); and a buffer element (8, 8') that is disposed inside the holder shaft (10, 10') and is in contact with one end of the ball stud (7, 7'), wherein the applicator region (2, 2') is adapted to pivot at a desired angle of up to 90° off the longitudinal axis, wherein the ball stud (7, 7') is connected to the holder shaft (10, 10'), wherein the holder shaft (10, 10') comprises an eye which acts as a socket for the ball stud (7, 7') to fit securely into, wherein the applicator region (2, 2') is further adapted to be adjusted in any direction or at least a plurality of directions around the longitudinal axis, and wherein the eye of the holder shaft (10, 10'), which acts as the socket for the ball stud (7, 7'), allows adjustments to be made in any direction or in said plural directions, and characterized in that the ball stud (7, 7') has a stopper, a protrusion or a hole at its bottom portion, the stopper or protrusion adapted to work in conjunction with cavities or ridges that are placed along grooves of inner walls of an socket of the holder shaft (10, 10') and the hole adapted to work in conjunction with stoppers or protrusions that are placed along grooves of inner walls of the socket of the holder shaft (10, 10').
A casting ceramic core (200; 300) for investment casting comprising: a ceramic structure having at least one through hole (234, 236; 334, 336) and a plurality of features (220, 230; 320, 330) extending from a main ceramic body (210; 310), wherein the ceramic body (210; 310) defines a negative space for a casting; and a plurality of aligned fibers (250; 350) in at least one casting feature, the plurality of aligned fibers extending a full length of the main ceramic body.
A method of detecting a target antibody isotype in a sample, the method comprising: a) contacting the sample with i) an antibody-binding agent comprising an antibody, an antibody mimetic, or an aptamer that specifically binds to the target antibody isotype, wherein the antibody-binding agent is conjugated to a first DNA molecule comprising a first portion of a barcode and ii) an antigen conjugated to a second DNA molecule comprising a second portion of a barcode, wherein the antigen binds to the target antibody isotype in the sample, if present, and the antibody-binding agent specifically binds to the target antibody isotype resulting in formation of a complex; b) connecting the first DNA molecule to the second DNA molecule in the complex, wherein the first portion of the barcode and the second portion of the barcode are joined to form a complete barcode; and c) detecting the complete barcode as an indication of the presence of the target antibody isotype in the sample. a) contacting the sample with i) an antibody-binding agent comprising an antibody, an antibody mimetic, or an aptamer that specifically binds to the target antibody isotype, wherein the antibody-binding agent is conjugated to a first DNA molecule comprising a first portion of a barcode and ii) an antigen conjugated to a second DNA molecule comprising a second portion of a barcode, wherein the antigen binds to the target antibody isotype in the sample, if present, and the antibody-binding agent specifically binds to the target antibody isotype resulting in formation of a complex; b) connecting the first DNA molecule to the second DNA molecule in the complex, wherein the first portion of the barcode and the second portion of the barcode are joined to form a complete barcode; and c) detecting the complete barcode as an indication of the presence of the target antibody isotype in the sample.
A sport bra (100, 500) with an adjustable underband tightening assembly, the sport bra (100, 500) in an un-assembled configuration comprising: a back portion (112, 512) comprising at least: a central body portion (130, 530), a first pair of shoulder straps (126, 128; 526, 528) extending from an upper margin of the central body portion (130, 530), and a back underband segment (132, 532) extending from a lower margin of the central body portion (130, 530), wherein the back underband segment (132, 532) comprises a first wing (134, 524) and a second wing (136, 536) extending laterally away from respective sides of the back underband segment (132, 532), and wherein the first wing (134, 524) terminates in a first end (138, 538) and the second wing (136, 536) terminates in a second end (140, 540); and a front portion (110, 510) comprising at least: a pair of breast cups (114, 514), a second pair of shoulder straps (116, 118; 516, 518) extending from an upper margin of the pair of breast cups (114, 514), the second pair of shoulder straps (116, 118; 516, 518) attached to the first pair of shoulder straps (126, 128; 526, 528) to define an opening, and a front underband segment (120, 520) extending from a lower margin of the pair of breast cups (114, 514), wherein the front underband segment (120, 520) comprises a third end (142, 542) and a fourth end (144, 544), characterized in that the front underband segment (120, 520) has a length that is less than the back underband segment (132, 532).
A method for producing a polysilane comprising the following steps: (i) a disproportionation reaction of a methylchlorodisilane-mixture to a chlorine-including oligosilane, (ii) a substitution reaction of the chlorine atoms contained in the oligosilane by means of a conversion with a primary amine, (iii) a crosslinking reaction of the oligosilane using a chain forming agent to polysilanes, characterized in that the chain forming agent comprises at least two nucleophile groups. (i) a disproportionation reaction of a methylchlorodisilane-mixture to a chlorine-including oligosilane, (ii) a substitution reaction of the chlorine atoms contained in the oligosilane by means of a conversion with a primary amine, (iii) a crosslinking reaction of the oligosilane using a chain forming agent to polysilanes, characterized in that the chain forming agent comprises at least two nucleophile groups.
A method for providing communication in a multi-band multi-protocol hybrid wired/wireless network, the method comprising: determining by a first processor a protocol associated with a communication signal for an access point; characterized by allocating a second processor compatible with said determined protocol from a pool of processors by said first processor; and processing said communication signal by said second processor. determining by a first processor a protocol associated with a communication signal for an access point; characterized by allocating a second processor compatible with said determined protocol from a pool of processors by said first processor; and processing said communication signal by said second processor.
A control system for hybrid construction machine, comprising: a first main pump and a second main pump; a first circuit system connected to the first main pump via a first supply passage; a second circuit system connected to the second main pump via a second supply passage; a hydraulic motor connected to the second main pump; a motor generator adapted to be rotated by a drive force of the hydraulic motor; an assist pump adapted to be rotated by a drive force of the motor generator; a joint passage connected to the assist pump and branching off at an intermediate position into one branch passage and another branch passage; a first logic valve disposed between the one branch passage and the first supply passage; a second logic valve disposed in the second supply passage; a switching valve disposed in the other branch passage and switchable to a state where the assist pump is connected to the second supply passage on the upstream side of the second logic valve and a state where the second main pump is connected to the hydraulic motor; characterized in that the control system further comprises a bypass passage further branched off from the other branch passage at a side downstream of the switching valve, wherein the bypass passage is connected to the second supply passage on the downstream side of the second logic valve. a first main pump and a second main pump; a first circuit system connected to the first main pump via a first supply passage; a second circuit system connected to the second main pump via a second supply passage; a hydraulic motor connected to the second main pump; a motor generator adapted to be rotated by a drive force of the hydraulic motor; an assist pump adapted to be rotated by a drive force of the motor generator; a joint passage connected to the assist pump and branching off at an intermediate position into one branch passage and another branch passage; a first logic valve disposed between the one branch passage and the first supply passage; a second logic valve disposed in the second supply passage; a switching valve disposed in the other branch passage and switchable to a state where the assist pump is connected to the second supply passage on the upstream side of the second logic valve and a state where the second main pump is connected to the hydraulic motor; characterized in that the control system further comprises a bypass passage further branched off from the other branch passage at a side downstream of the switching valve, wherein the bypass passage is connected to the second supply passage on the downstream side of the second logic valve.
An adhesive attachment assembly for attachment to a substrate and to provide an electrical ground path to the substrate, comprising: a base component having a first major surface for adhesive bonded attachment to the substrate, and having a threaded attachment component extending from an opposing major surface for mounting a selected structure relative to said substrate; a threaded member mating with the threaded attachment component to produce a force for tightening said selected structure on to the base component; the adhesive attachment assembly being characterised by: a conductive pin positioned through the base component and movable with respect thereto by being pressed by said tightening force from a retracted position within the base component, to an extended position beyond said first major surface for electrically coupling to the substrate at least one of said attachment component and the selected structure mounted thereto. a base component having a first major surface for adhesive bonded attachment to the substrate, and having a threaded attachment component extending from an opposing major surface for mounting a selected structure relative to said substrate; a threaded member mating with the threaded attachment component to produce a force for tightening said selected structure on to the base component; the adhesive attachment assembly being characterised by: a conductive pin positioned through the base component and movable with respect thereto by being pressed by said tightening force from a retracted position within the base component, to an extended position beyond said first major surface for electrically coupling to the substrate at least one of said attachment component and the selected structure mounted thereto. a conductive pin positioned through the base component and movable with respect thereto by being pressed by said tightening force from a retracted position within the base component, to an extended position beyond said first major surface for electrically coupling to the substrate at least one of said attachment component and the selected structure mounted thereto.
Drive system for a swing leaf such as a shutter including lateral hinge leaves (4, 6) cooperating with hinge pins (8,10) fitted in the masonry, the function of the pins being to support the shutter and rotate, at least one of the pins being driven by a motor, a housing incorporating the motor and a gear reducer whose output shaft is perpendicular to a plane passing through the axis of the motor, said output shaft being coupled to at least one of said hinge leaves, characterised in that this hinge pin includes the housing designed to be sealed into the masonry, said drive system containing an electronic board which enables: - the opening and closing of one of the shutters before the other in order to avoid the risk of collision, - the triggering of a circuit that stops the electric motor when the supply power to the drive system exceeds a certain threshold value so as to ensure that the shutter does not close on a person. - the opening and closing of one of the shutters before the other in order to avoid the risk of collision, - the triggering of a circuit that stops the electric motor when the supply power to the drive system exceeds a certain threshold value so as to ensure that the shutter does not close on a person.
A pumping assembly for use with a pneumatic tire (1, 2) mounted on a tire rim to keep the pneumatic tire from becoming underinflated, the pumping assembly comprising: (i) at least one pump (400, 400') mounted in a housing having a reservoir, the housing being attached to the tire rim and the pump (400, 400') having a first chamber and a second chamber, wherein the outlet of the first chamber is fed into the inlet of the second chamber; or (ii) a first and second pump (400, 400') mounted in a reservoir, the reservoir being attached to the tire rim and the first pump having a first chamber and the second pump having a second chamber; and a cam for producing a pumping action and being connected to a gravity mass for maintaining the cam in a fixed position; wherein the at least one pump (400, 400') or the first and the second pump have an actuating arm for engaging the cam and producing the pumping action as the tire (1, 2) rotates; characterized in that a check valve is positioned between the first chamber and the second chamber and in that the reservoir further includes an outlet for directing pressurized air into a valve stem of the pneumatic tire (1, 2), wherein the pump outlet is in fluid communication with the reservoir. (i) at least one pump (400, 400') mounted in a housing having a reservoir, the housing being attached to the tire rim and the pump (400, 400') having a first chamber and a second chamber, wherein the outlet of the first chamber is fed into the inlet of the second chamber; or (ii) a first and second pump (400, 400') mounted in a reservoir, the reservoir being attached to the tire rim and the first pump having a first chamber and the second pump having a second chamber; and
A connection housing, comprising: a first plate having a protruding member configured to slidably connect the first plate to a first connection track of an electrical assembly, the first plate including a ridge portion formed across a connection path, a second plate including a valley portion formed in opposing relation to the ridge portion; and a flexible hinge connecting the first and second plates (200a, 200b) wherein the flexible hinge permits the first and second plates (200a, 200b) to fold onto each other into a closed position, forcing a wire (108, 204) positionable along the connection path to bend across the ridge portion of the second plate to restrict movement of the wire (108, 204) characterized in that the second plate comprises an opening through which the second plate is configured to be fixed to the electrical assembly by a screw and in that the screw also provides a force to maintain the second plate in the closed position. a first plate having a protruding member configured to slidably connect the first plate to a first connection track of an electrical assembly, the first plate including a ridge portion formed across a connection path, a second plate including a valley portion formed in opposing relation to the ridge portion; and a flexible hinge connecting the first and second plates (200a, 200b) wherein the flexible hinge permits the first and second plates (200a, 200b) to fold onto each other into a closed position, forcing a wire (108, 204) positionable along the connection path to bend across the ridge portion of the second plate to restrict movement of the wire (108, 204) characterized in that the second plate comprises an opening through which the second plate is configured to be fixed to the electrical assembly by a screw and in that the screw also provides a force to maintain the second plate in the closed position.
An amorphous solid of a salt of a compound of formula: that is not coated on a silica particle, wherein the salt is (i) a citrate, tartrate, oxalate, fumarate, hydrochloride, lactate, phosphate, sulfate, or malate salt, or (ii) a xinafoate, tosylate, bromide, dichloroacetate, naphtalenesulfate, camphorosulfonate, nicotinate, hippurate, ethanesulfonate, malonate, succinate, ketoglutarate, benzoate, besylate, edisylate, saccharinate, ascorbate, or maleate salt.
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising: a knit element defining a portion of at least one of an exterior surface of the upper and an opposite interior surface of the upper, the interior surface defining a void for receiving a foot; and a tongue (170, 190) formed of unitary knit construction with the knit element such that the tongue (170, 175, 183, 190) and the knit element are formed as a one piece element, and wherein the tongue (170, 190) extends through a throat area of the knit element; wherein the tongue (170, 190) comprises a lateral edge and a medial edge; and wherein the tongue (170, 190) is secured to the knit element in a forward portion of the throat area such that the tongue (170, 190) is joined along at least one common course with the knit element to form the one-piece element, characterized in that the lateral edge and the medial edge of the tongue (170, 190) are knit to an area of knit element that is spaced outward from inner edges of the knit element. a knit element defining a portion of at least one of an exterior surface of the upper and an opposite interior surface of the upper, the interior surface defining a void for receiving a foot; and a tongue (170, 190) formed of unitary knit construction with the knit element such that the tongue (170, 175, 183, 190) and the knit element are formed as a one piece element, and wherein the tongue (170, 190) extends through a throat area of the knit element; wherein the tongue (170, 190) comprises a lateral edge and a medial edge; and wherein the tongue (170, 190) is secured to the knit element in a forward portion of the throat area such that the tongue (170, 190) is joined along at least one common course with the knit element to form the one-piece element, characterized in that the lateral edge and the medial edge of the tongue (170, 190) are knit to an area of knit element that is spaced outward from inner edges of the knit element.
Bodyshell of a motor vehicle comprising a first bodywork element of the spoiler type, a second bodywork element of the rear roof portion type and a device for adjusting the position of the first bodywork element relative to the second bodywork element, the motor vehicle bodyshell being characterized in that the adjustment device comprises at least: - a fixed shim intended to be fastened to a structural element of such a motor vehicle, the fixed shim comprising a means for fastening the fixed shim to such a structural element at a fastening surface of the fixed shim, the fixed shim comprising a bearing surface opposite the fastening surface, - an adjustable shim that is adjustable with respect to the fixed shim, the adjustable shim comprising an adjustment surface that comes to face, or essentially face, the bearing surface of the fixed shim, and - a means for holding the adjustable shim in position with respect to the fixed shim. - a fixed shim intended to be fastened to a structural element of such a motor vehicle, the fixed shim comprising a means for fastening the fixed shim to such a structural element at a fastening surface of the fixed shim, the fixed shim comprising a bearing surface opposite the fastening surface, - an adjustable shim that is adjustable with respect to the fixed shim, the adjustable shim comprising an adjustment surface that comes to face, or essentially face, the bearing surface of the fixed shim, and - a means for holding the adjustable shim in position with respect to the fixed shim.
A multiphase SiAlON ceramic material that contains at least one first, one second and one third phase and a hard substance, wherein the first phase is an α-SiAlON, the second phase is a β-SiAlON, and the third phase is intergranularly amorphous and/or crystalline, characterised in that the hard substance is selected from the series SiC, Ti(C,N) or from mixtures thereof, and the third intergranularly amorphous and/or crystalline phase contains, in addition to the elements Si, Al, O and N, (i) the element calcium; (ii) at least one element from yttrium and/or a rare-earth element having an atomic number greater than 62, and (iii) at least one rare-earth element having an atomic number equal to or smaller than 62. (i) the element calcium; (ii) at least one element from yttrium and/or a rare-earth element having an atomic number greater than 62, and (iii) at least one rare-earth element having an atomic number equal to or smaller than 62.
A cutting-off machine to cut section bars, in particular made of aluminium, light alloys, PVC or the like, the cutting-off machine comprising a base defining a horizontal resting surface for a section bar; and a cutting unit comprising, in turn, a support frame, a vertical resting surface for the section bar that is obtained on the support frame, a circular cutting blade, which is mounted on the support frame to rotate about a first rotation axis, and a first operating device to move the cutting blade between a working position, in which the cutting blade protrudes above the horizontal resting surface to cut the section bar, and a rest position, in which the cutting blade is arranged outside the horizontal resting surface, wherein the first operating device comprises at least one electric motor to control the movement of the cutting blade between the working position and the rest position; and being characterized in that it further comprises a second operating device to control the movement of the cutting blade from its working position to its rest position in the event of a power supply failure of the electric motor of the first operating device.