mhurhangee/patent-ind-claim-en huggingface dataset:
A furniture fitting for connecting two furniture parts, comprising at least one dowel for fixing the furniture fitting to one of the two furniture parts, at least one spreader element mounted movably relative to the dowel , wherein the dowel can be transferred from a first release position into a clamping position by a relative movement of the at least one spreader element , and a fitting body which has at least one connecting device for connecting the furniture fitting to the other of the two furniture parts, wherein the at least one spreader element is mounted rotatably to the at least one fitting body and is displaceable axially in the at least one dowel and wherein the furniture fitting is so connected to the at least one spreader element that the at least one dowel is movable from the first release position into the clamping position by a rotary or pivotal movement of the fitting body in a first actuation direction and by an axial displacement of the spreader element in the at least one dowel , wherein the at last one dowel is movable from the clamping position into a second release position different from the first release position by continuation of the rotary or pivotal movement of the fitting body in the first actuation direction .
A glass melter batch inlet and cleaning device , comprising: an outer tubular housing including a side inlet ; an inner tubular chopper including a side inlet relief in registration with the side inlet of the outer tubular housing; and at least one actuator extending alongside the outer tubular housing and coupled to the inner tubular chopper to move the chopper with respect to the outer tubular housing. an outer tubular housing including a side inlet ; an inner tubular chopper including a side inlet relief in registration with the side inlet of the outer tubular housing; and at least one actuator extending alongside the outer tubular housing and coupled to the inner tubular chopper to move the chopper with respect to the outer tubular housing.
A tail cone assembly for a gas turbine engine comprising: a tail cone; a generator housing having an electrical connector , the generator housing defining a longitudinal axis, the generator housing arranged within the tail cone; a first casing arranged radially outward from the generator housing relative to the longitudinal axis, the tail cone extending axially from the first casing; a second casing arranged radially outward from the first casing relative to the longitudinal axis; a hollow strut extending radially between the first casing and the second casing and defining an interior cavity, the hollow strut located circumferentially relative to the longitudinal axis at a location circumferentially aligned with the electrical connector of the generator housing; an electrical conductor arranged within the interior cavity of the hollow strut; and an adapter configured to electrically connect the electrical conductor with the electrical connector of the generator housing, wherein the adapter is an elongate structure that fits within the interior cavity of the hollow strut. a tail cone; a generator housing having an electrical connector , the generator housing defining a longitudinal axis, the generator housing arranged within the tail cone; a first casing arranged radially outward from the generator housing relative to the longitudinal axis, the tail cone extending axially from the first casing; a second casing arranged radially outward from the first casing relative to the longitudinal axis; a hollow strut extending radially between the first casing and the second casing and defining an interior cavity, the hollow strut located circumferentially relative to the longitudinal axis at a location circumferentially aligned with the electrical connector of the generator housing; an electrical conductor arranged within the interior cavity of the hollow strut; and an adapter configured to electrically connect the electrical conductor with the electrical connector of the generator housing, wherein the adapter is an elongate structure that fits within the interior cavity of the hollow strut.
A star conveyor for containers which comprises at least one supporting body which can move rotatably about a rotation axis and supports peripherally a plurality of gripping devices , which are distributed around said rotation axis and are each adapted to retain a respective container to be conveyed, each one of said gripping devices comprising at least one respective pair of gripping arms which face each other and can move, with respect to each other, between a condition of clamping and a condition of releasing the corresponding container , wherein at least one gripping arm of said at least one pair of gripping arms comprises a main body and at least one adapter element which is detachably attached to said main body and is interchangeable with at least one other adapter element < of a different type, in order to vary the configuration of said at least one gripping arm according to the type of container to be conveyed >, wherein the main bodies of said gripping arms extend substantially radially from said supporting body , said adapter elements being detachably attachable to said main bodies substantially at their free end, which is directed opposite from said supporting body , characterized in that , the at least one other adapter element is < > , each one of said adapter elements comprising a base body which has a direction of extension substantially parallel to the axis of the corresponding container and supporting, on one of its faces designed to be directed toward the corresponding container , at least one contact element which is shaped so as to match the corresponding container wherein said base body supports at least two contact elements , arranged at the opposite ends of said base body which are defined along said direction of extension and are designed to make contact with mutually vertically spaced-apart regions of the corresponding container .
A cross country ski manufactured as a multi-layer body and comprising a shell casing whose sectional view is substantially in a shape of an inverted "U" letter, wherein the ski further comprises a core filled in the casing, a strength member arranged at least on a lower side of a binding or on a lower side of an area for fixing the binding arranged on an upper side of the ski , a running surface on the lower side of the ski and a force distribution element arranged between the running surface and the strength member , wherein the running surface and the force distribution element include in an area of a kick and grip zone of the ski a recess running along a longitudinal direction of the ski , in the recess a replaceable supporting member is mounted in an extractable manner, the supporting member has a shape of a dimensionally stable band whose at least one side is either smooth or equipped with a means preventing backwards sliding, wherein a bottom of the recess is equipped with at least one permanent magnet and the supporting member is equipped with one ferromagnetic segment , arranged against the permanent magnet and the ski also comprises an extraction means to separate the supporting member from the bottom of the recess and disengage the lower side of the supporting member above the level of the running surface , characterized in that the extraction means consists of a case , which is arranged inside the ski in the area of the zone and at the same time in the area designed for fixing the binding , and is opened in a manner allowing the upper side of the casing to be connected with the recess , the extraction means also consists of a pressure member , which is mounted in the case in a movable manner with the possibility of movement between an upper extreme position, in which the pressure member does not reach the recess , and a lower extreme position in which the pressure member reaches the recess by at least the length l ≥ t, where t is a total thickness of the supporting member , wherein the case further consists of a watertight element with a through hole in which the movable pressure member is mounted, the movable pressure member is formed by a pin and the case as well as the pin have a circular cross section.
A method of wireless communication at a User Equipment, UE, having a first Radio Access Technology, RAT, component for communicating using a first RAT and a second RAT component for communicating using a second RAT, comprising: receiving , by the second RAT component of the UE from the first RAT component of the UE, information on first resources for a first sidelink transmission using the first RAT; converting the information on the first resources for the first sidelink transmission using the first RAT from a first timeline based on the first RAT to a second timeline based on the second RAT; transmitting , by the second RAT component of the UE to a base station of the second RAT, at least a portion of the information on the first resources for the first sidelink transmission using the first RAT after converting the information to the second timeline based on the second RAT; and transmitting to a receiving UE at least one of the first sidelink transmission using the first RAT or a second sidelink transmission using the second RAT. receiving , by the second RAT component of the UE from the first RAT component of the UE, information on first resources for a first sidelink transmission using the first RAT; converting the information on the first resources for the first sidelink transmission using the first RAT from a first timeline based on the first RAT to a second timeline based on the second RAT; transmitting , by the second RAT component of the UE to a base station of the second RAT, at least a portion of the information on the first resources for the first sidelink transmission using the first RAT after converting the information to the second timeline based on the second RAT; and transmitting to a receiving UE at least one of the first sidelink transmission using the first RAT or a second sidelink transmission using the second RAT.
Covering element of a reveal , wherein said covering element comprises a supporting structure made of wood comprising a first , a second and a third panel rigidly connected to each other in series, wherein: - the second panel is interposed between the first and the third panel in the series; - the first and third panel are parallel to each other, they are perpendicular to the second panel and they extend on the same side of the second panel ; - the first and third panel are connected to the second panel at respectively two opposite end portions of the second panel so that the first , the second and the third panel form a pocket , wherein, with reference to a direction perpendicular to the second panel , the third panel has an extension smaller than an extension of the first panel , wherein said covering element comprises a filling assembly housed in said pocket , and wherein said covering element comprises a layer made of a first insulating material which continuously covers the first and second panel on opposite side to said pocket . - the second panel is interposed between the first and the third panel in the series; - the first and third panel are parallel to each other, they are perpendicular to the second panel and they extend on the same side of the second panel ; - the first and third panel are connected to the second panel at respectively two opposite end portions of the second panel so that the first , the second and the third panel form a pocket , wherein, with reference to a direction perpendicular to the second panel , the third panel has an extension smaller than an extension of the first panel , wherein said covering element comprises a filling assembly housed in said pocket , and wherein said covering element comprises a layer made of a first insulating material which continuously covers the first and second panel on opposite side to said pocket .
A laser reflow apparatus for reflowing electronic components on a substrate disposed on a stage, the apparatus comprising: a laser emission unit comprised of a plurality of laser modules for emitting a laser beam having a flat top output profile in at least one section of the substrate on which the electronic components are disposed; a camera unit comprising at least one camera module for capturing a reflowing process of the electronic components performed by the laser beam; and a laser output control unit configured to generate a control signal for independently controlling the respective laser modules of the laser emission unit based on a signal output from the camera unit and apply the control signal to the laser emission unit. characterised in that each of the laser modules has an equal maximum output, and emits a laser beam equal in beam shape, beam area and emission area, such that the laser beams are superposed with one another, wherein each laser beam provides flat superposition in the emission area. wherein each of the laser modules has an optical system provided therein, the optical system comprising: a beam shaper; at least one pair of cylindrical lenses ; at least another pair of cylindrical lenses arranged perpendicularly to the at least one pair of cylindrical lenses ; and a zoom lens module comprised of one or more of convex lenses and concave lenses. a laser emission unit comprised of a plurality of laser modules for emitting a laser beam having a flat top output profile in at least one section of the substrate on which the electronic components are disposed; a camera unit comprising at least one camera module for capturing a reflowing process of the electronic components performed by the laser beam; and a laser output control unit configured to generate a control signal for independently controlling the respective laser modules of the laser emission unit based on a signal output from the camera unit and apply the control signal to the laser emission unit. characterised in that each of the laser modules has an equal maximum output, and emits a laser beam equal in beam shape, beam area and emission area, such that the laser beams are superposed with one another, wherein each laser beam provides flat superposition in the emission area. wherein each of the laser modules has an optical system provided therein, the optical system comprising: a beam shaper; at least one pair of cylindrical lenses ; at least another pair of cylindrical lenses arranged perpendicularly to the at least one pair of cylindrical lenses ; and a zoom lens module comprised of one or more of convex lenses and concave lenses. a beam shaper; at least one pair of cylindrical lenses ; at least another pair of cylindrical lenses arranged perpendicularly to the at least one pair of cylindrical lenses ; and a zoom lens module comprised of one or more of convex lenses and concave lenses.
An absorbent garment (300a, 300b, 300c, 300c-1) comprising: a chassis having opposing front and rear waist portions, a crotch portion extending longitudinally between the front and rear waist portions , a topsheet , and a backsheet ; an absorbent core coupled to the crotch portion ; and a dryness layer extending longitudinally along the absorbent core and comprising a nonwoven sheet wherein the absorbent core and the dryness layer are disposed between the topsheet and the backsheet , characterized in that the dryness layer further comprises two or more longitudinally-extending laminate strips (336a-336c) coupled to the nonwoven sheet , each including an absorbent lamina disposed between first and second substrate laminae (340a-340b, 400a-400b), the absorbent lamina comprising superabsorbent polymer (SAP) and the first and second substrate laminae (340a-340b, 400a-400b) each comprising tissue or nonwoven; wherein the laminate strips (336a-336c) are spaced apart laterally along a width of the dryness layer such that a longitudinally-extending channel (368, 408a-408b, 424, 424a-424b) is defined between a first one of the laminate strips (336a-336c) and a second one of the laminate strips (336a-336c). a chassis having opposing front and rear waist portions, a crotch portion extending longitudinally between the front and rear waist portions , a topsheet , and a backsheet ; an absorbent core coupled to the crotch portion ; and a dryness layer extending longitudinally along the absorbent core and comprising a nonwoven sheet wherein the absorbent core and the dryness layer are disposed between the topsheet and the backsheet , characterized in that the dryness layer further comprises two or more longitudinally-extending laminate strips (336a-336c) coupled to the nonwoven sheet , each including an absorbent lamina disposed between first and second substrate laminae (340a-340b, 400a-400b), the absorbent lamina comprising superabsorbent polymer (SAP) and the first and second substrate laminae (340a-340b, 400a-400b) each comprising tissue or nonwoven; wherein the laminate strips (336a-336c) are spaced apart laterally along a width of the dryness layer such that a longitudinally-extending channel (368, 408a-408b, 424, 424a-424b) is defined between a first one of the laminate strips (336a-336c) and a second one of the laminate strips (336a-336c). the dryness layer further comprises two or more longitudinally-extending laminate strips (336a-336c) coupled to the nonwoven sheet , each including an absorbent lamina disposed between first and second substrate laminae (340a-340b, 400a-400b), the absorbent lamina comprising superabsorbent polymer (SAP) and the first and second substrate laminae (340a-340b, 400a-400b) each comprising tissue or nonwoven; wherein the laminate strips (336a-336c) are spaced apart laterally along a width of the dryness layer such that a longitudinally-extending channel (368, 408a-408b, 424, 424a-424b) is defined between a first one of the laminate strips (336a-336c) and a second one of the laminate strips (336a-336c).
An electrical steel sheet provided with insulating coating comprising an electrical steel sheet and an insulating coating formed on the electrical steel sheet, wherein the insulating coating contains Si and Fe, the coating weight of Si in the insulating coating in terms of SiO 2 is 50% to 99% of the total coating weight, and the ratio (Fe/Si) of the content of Fe to the content of Si in the insulating coating ranges from 0.01 to 0.6 on a molar basis, characterized in that the coating is formed using one or more Si compounds containing a reactive functional group.
Method for identifying an electrical apparatus which causes a high-frequency disturbance in an electrical supply network , to which several electrical apparatuses are connected, wherein the high-frequency disturbance is within a frequency range above 2 kHz and below 1000 kHz, the method comprising detecting a time profile of an electrical measurement variable of the electrical supply network; determining a characteristic signature of the electrical measurement variable, wherein the characteristic signature is indicative of the high-frequency disturbance; comparing the characteristic signature with a plurality of reference signatures stored in a database , wherein in each case one reference signature is associated with one reference high-frequency disturbance, which (i) is caused by an operational electrical reference apparatus and (ii) can be transmitted to the electrical supply network ; selecting a reference signature having the greatest similarity to the characteristic signature; and identifying the originator of the high-frequency disturbance, wherein that electrical apparatus of the several connected electrical apparatuses that corresponds in terms of its type to that electrical reference apparatus with which the selected reference signature is associated is identified as the originator. (i) is caused by an operational electrical reference apparatus and (ii) can be transmitted to the electrical supply network ;
A bone-meat separator, comprising a chassis , a driving mechanism, a transmission shaft , a spiral shaft , a feed hopper , a pressurization portion and a bone-meat separation portion , characterized in that the feed hopper is arranged on the chassis; an outlet of the feed hopper is communicated with an inlet of the pressurization portion, and an outlet of the pressurization portion is communicated with an inlet of the bone-meat separation portion; one end of the transmission shaft is connected to an output end of the driving mechanism, the spiral shaft comprises a feeding spiral shaft portion located below the feed hopper, a pressurization spiral shaft portion located within the pressurization portion and a separation spiral shaft portion located within the bone-meat separation portion; the separation spiral shaft portion is a conical spiral shaft; the bone-meat separation portion is a conical component coaxially sheathed on the periphery of the separation spiral shaft portion, and an inner wall of the bone-meat separation portion is in clearance fit with an outer wall of the separation spiral shaft portion; larger ends of both the separation spiral shaft portion and the bone-meat separation portion are ends close to the pressurization portion; meat discharge gaps are provided on a side wall of the end of the bone-meat separation portion close to the pressurization portion; a control valve is provided inside the bone-meat separation portion and sheathed on the periphery of a front end of the separation spiral shaft portion, and a residue discharge gap is provided between the control valve and the front end of the separation spiral shaft portion; a residue outlet is provided on a side wall of the bone-meat separation portion in front of the control valve; Characterized in that one end of the spiral shaft is sheathed on the other end of the transmission shaft and is movable relative to the transmission shaft and the spiral shaft is a hollow spiral shaft within which an adjustment lever is provided; a connector is internally fixed at one end of the spiral shaft connected to the transmission shaft; and, one end of the adjustment lever is in threaded connection to the connector, while the other end thereof extends out from the spiral shaft and then into the bone-meat separation portion.
Electronic device , comprising a module having an output terminal (BS), configured to supply said output terminal (BS) with a positive temperature coefficient output voltage (Vout), the module including a thermistor having a first MOS transistor (T1) configured to operate in a sub-threshold mode and to have a drain-to-source resistance with a negative temperature coefficient and whose source (S1) is coupled to said output terminal (BS), and a current source coupled to the output terminal (BS) and configured to impose the drain-to-source current (Idsl) of the first transistor (T1). a module having an output terminal (BS), configured to supply said output terminal (BS) with a positive temperature coefficient output voltage (Vout), the module including a thermistor having a first MOS transistor (T1) configured to operate in a sub-threshold mode and to have a drain-to-source resistance with a negative temperature coefficient and whose source (S1) is coupled to said output terminal (BS), and a current source coupled to the output terminal (BS) and configured to impose the drain-to-source current (Idsl) of the first transistor (T1).