mhurhangee/ep-ind-claims huggingface dataset:
A base station apparatus comprising: a receiver configured to receive a multicast signal; a transmitter configured to transmit the multicast signal to a mobile station apparatus; a determiner (22; 22, 24, 25, 26; 22, 25, 26, 27) configured to detect a status of communication with the mobile station apparatus in accordance with a parameter for radio communication with the mobile station apparatus relating to quality of communication with the mobile station apparatus or to detect a discontinuous reception state of the mobile station apparatus as the status of communication, and to determine, in accordance with said status of communication, whether the transmission of the multicast signal is needed; and an instruction sender configured to transmit, in accordance with a result of the determination, an instruction signal indicating whether to join a group of destinations of the multicast signal to a distribution apparatus for distributing the multicast signal, wherein, when the base station apparatus determines that it is not necessary to transmit the multicast signal, said instruction signal instructs the distribution apparatus to leave or not to join the group of destinations so that the distribution apparatus does not transmit data to the mobile station apparatus through multicast delivery. a receiver configured to receive a multicast signal; a transmitter configured to transmit the multicast signal to a mobile station apparatus; a determiner (22; 22, 24, 25, 26; 22, 25, 26, 27) configured to detect a status of communication with the mobile station apparatus in accordance with a parameter for radio communication with the mobile station apparatus relating to quality of communication with the mobile station apparatus or to detect a discontinuous reception state of the mobile station apparatus as the status of communication, and to determine, in accordance with said status of communication, whether the transmission of the multicast signal is needed; and an instruction sender configured to transmit, in accordance with a result of the determination, an instruction signal indicating whether to join a group of destinations of the multicast signal to a distribution apparatus for distributing the multicast signal, wherein, when the base station apparatus determines that it is not necessary to transmit the multicast signal, said instruction signal instructs the distribution apparatus to leave or not to join the group of destinations so that the distribution apparatus does not transmit data to the mobile station apparatus through multicast delivery.
A fixing (1, 100, 200, 300) for inserting into a cylindrical hole and securing an article to a surface; the fixing comprising a coupling arrangement (3, 103, 203, 304), for coupling the fixing to a said article; and two elongate members (5, 105, 205, 305) extending from the coupling arrangement; the elongate members being resiliently biased towards a position in which they are spaced apart from one another along at least a part of their length; each elongate member comprising a resiliently deformable inner formation (9, 109a, 109b, 209, 309a, 309b) spaced apart from a proximal end (7, 107, 207, 307) and a distal end (8, 108, 208, 308) of the elongate member; wherein the elongate members (5, 105, 205, 305) comprise distal portions (11, 311) free of inner formations, the inner formations extending toward an adjacent elongate member and positioned to engage therewith and resiliently deform, when the elongate members are brought together and inserted in a said cylindrical hole in use, to thereby supplement the outward forces applied to walls of the cylindrical hole by the elongate members. the elongate members being resiliently biased towards a position in which they are spaced apart from one another along at least a part of their length; each elongate member comprising a resiliently deformable inner formation (9, 109a, 109b, 209, 309a, 309b) spaced apart from a proximal end (7, 107, 207, 307) and a distal end (8, 108, 208, 308) of the elongate member; wherein the elongate members (5, 105, 205, 305) comprise distal portions (11, 311) free of inner formations, the inner formations extending toward an adjacent elongate member and positioned to engage therewith and resiliently deform, when the elongate members are brought together and inserted in a said cylindrical hole in use, to thereby supplement the outward forces applied to walls of the cylindrical hole by the elongate members.
A method to modulate taste properties of a consumer product comprising a high intensity sweetener, wherein (4Z,7Z)-decadienal is added to the consumer product in an amount effective to modulate the taste profile of a high intensity sweetener.
A method for estimating parameters of an induction machine when it is stationary, the method comprising: applying a DC current by generating a first current reference having a constant value of one direction on a stationary reference frame and a current reference having a zero value in the other direction on the stationary reference frame to obtain a stator voltage from a stator flux and a rotor flux obtained from an electric model of the induction machine when it is stationary; and calculating a stator resistance from the obtained stator voltage; calculating a stator transient inductance from values obtained by applying the obtained stator voltage in the form of short pulses, comprising calculating the stator transient inductance by dividing a product of a magnitude of the stator voltage and a time period of applying pulses of the stator voltage by a slope of the current according to the applied stator voltage; and calculating parameters of the induction machine including a rotor time constant and a magnetizing inductance by using the calculated stator resistance and the calculated stator transient inductance, wherein the calculating parameters comprises calculating the rotor time constant and the magnetizing inductance by using an integration method, wherein the calculating parameters comprises calculating the magnetizing inductance by taking into account a ratio between a stator leakage inductance and a rotor leakage inductance. applying a DC current by generating a first current reference having a constant value of one direction on a stationary reference frame and a current reference having a zero value in the other direction on the stationary reference frame to obtain a stator voltage from a stator flux and a rotor flux obtained from an electric model of the induction machine when it is stationary; and calculating a stator resistance from the obtained stator voltage; calculating a stator transient inductance from values obtained by applying the obtained stator voltage in the form of short pulses, comprising calculating the stator transient inductance by dividing a product of a magnitude of the stator voltage and a time period of applying pulses of the stator voltage by a slope of the current according to the applied stator voltage; and calculating parameters of the induction machine including a rotor time constant and a magnetizing inductance by using the calculated stator resistance and the calculated stator transient inductance, wherein the calculating parameters comprises calculating the rotor time constant and the magnetizing inductance by using an integration method, wherein the calculating parameters comprises calculating the magnetizing inductance by taking into account a ratio between a stator leakage inductance and a rotor leakage inductance.
A hook assembly comprising: a hook part containing a hook member on which an object is hung to be supported; an attachment part attaching the hook part to a bonded surface; and an adhesive tape attaching the attachment part to the bonded surface, wherein the hook part comprises a cover portion, an upper side portion extending from the cover portion, a protrusion protruded outwardly from the upper side portion of the hook part and a hook-part hook formed inwardly opposite the protrusion, the hook-part hook comprising a traverse portion, a longitudinal portion crossed to the traverse portion, and an end portion formed in an L-shape, the attachment part comprises a bottom portion, a lower side portion extending from the bottom portion, and an attachment-part hook being tapered upwardly from the bottom portion, the attachment-part hook being formed along the lower side portion is opposite the upper side portion of the cover portion of the hook part, and the attachment-part hook is coupled to the hook-part hook, the hook-part hook being released from the attachment-part hook when the protrusion is pressed inwardly. a hook part containing a hook member on which an object is hung to be supported; an attachment part attaching the hook part to a bonded surface; and an adhesive tape attaching the attachment part to the bonded surface, wherein the hook part comprises a cover portion, an upper side portion extending from the cover portion, a protrusion protruded outwardly from the upper side portion of the hook part and a hook-part hook formed inwardly opposite the protrusion, the hook-part hook comprising a traverse portion, a longitudinal portion crossed to the traverse portion, and an end portion formed in an L-shape, the attachment part comprises a bottom portion, a lower side portion extending from the bottom portion, and an attachment-part hook being tapered upwardly from the bottom portion, the attachment-part hook being formed along the lower side portion is opposite the upper side portion of the cover portion of the hook part, and the attachment-part hook is coupled to the hook-part hook, the hook-part hook being released from the attachment-part hook when the protrusion is pressed inwardly.
Gun lock of a firearm having two hammers (2, 3) movably mounted on a lock support, a trigger bar (6, 7) dedicated to each hammer (2, 3) for holding or releasing the hammers (2, 3), a trigger, and a disconnector dedicated to the trigger, by which disconnector the trigger bars (6, 7) are moveable by the trigger from a holding position into a release position, wherein the disconnector is moveable by an inertial mass between a triggering position, in which the trigger is connected to one of the two trigger bars (6, 7),and a disconnect position, in which the connection between the trigger and the trigger bars (6, 7) is interrupted, characterised in that the inertial mass is a pendulum mass which swivels about a transverse axis between a starting position and a safe position and by which the disconnector, upon release of a first hammer (2, 3),can be swivelledin a direction opposite to the direction of the pendulum mass into the disconnect position.
A high-temperature lead-free solder alloy having an alloy composition consisting of: 35 to 40 wt% of Sb, 8 to 25 wt% of Ag, 5 to 10 wt% of Cu as well as at least one selected from the group consisting of 0.003 to 1.0 wt% of Al, 0.01 to 0.2 wt% of Fe and 0.005 to 0.4 wt% of Ti, optionally at least one selected from the group consisting of P, Ge and Ga in a total amount of 0.002 to 0.1 wt%, optionally at least one selected from the group consisting of Ni, Co and Mn in a total amount of 0.01 to 0.5 wt%, optionally at least one selected from the group consisting of Zn and Bi in a total amount of 0.005 to 0.5 wt%, optionally at least one selected from the group consisting of Au, Ce, In, Mo, Nb, Pd, Pt, V, Ca, Mg and Zr in a total amount of 0.0005 to 1 wt%, optionally unavoidable impurities, and a balance of Sn.
A method of mounting a display in an electronic device, comprising a housing structure having a rectangular opening and inner surfaces that form an inwardly facing peripheral ledge that extends around a periphery of the rectangular opening comprising: overmolding a plastic display trim onto the inner surfaces using an injection molding tool, wherein the injection molding tool includes a molding die having a channel with a recess for accommodating plastic that is injected into the molding die for the plastic display trim; and after overmolding the plastic display trim, mounting the display in the plastic display trim by placing the display in the rectangular opening, wherein the display has opposing inner and outer surfaces, wherein light is emitted through the outer surface, and wherein a first portion of the plastic display trim is interposed between the inner surface of the display and the ledge and a second portion of the plastic display trim is interposed between an outer edge surface of the display and the ledge. overmolding a plastic display trim onto the inner surfaces using an injection molding tool, wherein the injection molding tool includes a molding die having a channel with a recess for accommodating plastic that is injected into the molding die for the plastic display trim; and after overmolding the plastic display trim, mounting the display in the plastic display trim by placing the display in the rectangular opening, wherein the display has opposing inner and outer surfaces, wherein light is emitted through the outer surface, and wherein a first portion of the plastic display trim is interposed between the inner surface of the display and the ledge and a second portion of the plastic display trim is interposed between an outer edge surface of the display and the ledge.
A method comprising: providing a dispenser comprising a housing configured to removably receive a replaceable cartridge containing a product to be dispensed; and generating a machine readable code; characterized in that the method further comprises: marking the cartridge with a first marking, the first marking comprising a first part of the machine readable code; and marking the housing with a second marking, the second marking comprising a second part of the machine readable code; wherein the first marking and the second marking are positioned so that, when the cartridge is received by the housing, the first marking and the second marking together form the machine readable code. providing a dispenser comprising a housing configured to removably receive a replaceable cartridge containing a product to be dispensed; and generating a machine readable code; characterized in that the method further comprises: marking the cartridge with a first marking, the first marking comprising a first part of the machine readable code; and marking the housing with a second marking, the second marking comprising a second part of the machine readable code; marking the cartridge with a first marking, the first marking comprising a first part of the machine readable code; and marking the housing with a second marking, the second marking comprising a second part of the machine readable code; wherein the first marking and the second marking are positioned so that, when the cartridge is received by the housing, the first marking and the second marking together form the machine readable code.
Valuable and/or security product, comprising at least one unhoused semiconductor chip embedded in the valuable and/or security product, as well as at least one protective element (300, 300') for the unhoused semiconductor chip against incident electromagnetic radiation through at least one outer side of the valuable and/or security product, characterised in that the at least one protective element (300, 300') is formed by an interference filter for the incident electromagnetic radiation.
Method for determining predictor blocks of a first resolution layer image from blocks of a second resolution layer image of a spatially scalable video codec, wherein a resolution of the first resolution layer image is higher than a resolution of the second resolution layer image, the method comprising: dividing the first and the second resolution layer image into squared blocks of equal shape; up-scaling each block of the second resolution layer image to a corresponding block of an up-scaled second resolution layer image by using a scale factor different from a ratio of the resolutions of the first resolution layer image and the second resolution layer image; and selecting a block of the up-scaled second resolution layer image as predictor block of the first resolution layer image. dividing the first and the second resolution layer image into squared blocks of equal shape; up-scaling each block of the second resolution layer image to a corresponding block of an up-scaled second resolution layer image by using a scale factor different from a ratio of the resolutions of the first resolution layer image and the second resolution layer image; and selecting a block of the up-scaled second resolution layer image as predictor block of the first resolution layer image.
A magnetic hooking device applicable to a movable part of a piece of furniture and hookable to a magnetic opening and/or closing device that is applicable to a fixed part of the piece of furniture, the hooking device comprising: a ferromagnetic element; and at least one permanent magnet magnetically connected with said ferromagnetic element, said ferromagnetic element being arranged together with said at least one permanent magnet in a housing body in such a manner as to be magnetically connectable with said magnetic opening and/or closing device, said ferromagnetic element being adjustably arranged in said housing body, the housing body having an internal seat for said at least one permanent magnet being of dimensions suitable for allowing an adjusting movement of the permanent magnet together with said ferromagnetic element, wherein said housing body is shaped in the form of a cup having a peripheral tubular wall extending along a longitudinal axis, said peripheral wall ending in a front opening for inserting said ferromagnetic element, through which the same ferromagnetic element protrudes so as to be magnetically connectable with said opening and/or closing device, wherein said peripheral wall, at said front opening, and said ferromagnetic element have reciprocal engaging means conformed for allowing an adjustment of said ferromagnetic element along said longitudinal axis of the peripheral wall, wherein said permanent magnet and said ferromagnetic element are in contact with each other characterized in that the contact surface between said permanent magnet and said ferromagnetic element lies in a plane orthogonal to the magnetization axis of said permanent magnet. a ferromagnetic element; and at least one permanent magnet magnetically connected with said ferromagnetic element, said ferromagnetic element being arranged together with said at least one permanent magnet in a housing body in such a manner as to be magnetically connectable with said magnetic opening and/or closing device, said ferromagnetic element being adjustably arranged in said housing body, the housing body having an internal seat for said at least one permanent magnet being of dimensions suitable for allowing an adjusting movement of the permanent magnet together with said ferromagnetic element, wherein said housing body is shaped in the form of a cup having a peripheral tubular wall extending along a longitudinal axis, said peripheral wall ending in a front opening for inserting said ferromagnetic element, through which the same ferromagnetic element protrudes so as to be magnetically connectable with said opening and/or closing device, wherein said peripheral wall, at said front opening, and said ferromagnetic element have reciprocal engaging means conformed for allowing an adjustment of said ferromagnetic element along said longitudinal axis of the peripheral wall, wherein said permanent magnet and said ferromagnetic element are in contact with each other characterized in that the contact surface between said permanent magnet and said ferromagnetic element lies in a plane orthogonal to the magnetization axis of said permanent magnet.
Friction brake comprising a brake pad and a pressing unit stationary arranged in the friction brake for pressing the brake pad against a friction surface, whereas the brake pad abuts a holding part and a pressing shaft or a shaft journal is rotatably mounted in the holding part, characterized in that the pressing unit is designed as a gear pressing transmission which is arranged in a pressing transmission housing, whereas an actuating shaft is arranged so as to be rotatably mounted in the pressing transmission housing, in which actuating shaft the pressing shaft is mounted in an axial, eccentric bore or at which axial end the shaft journal is eccentrically arranged, and the actuating shaft is rotated by the gear pressing transmission, and in that the pressing transmission housing is arranged on the friction brake and is used as a stationary brake part for the pressing unit, whereas the pressing transmission housing being provided for absorbing the pad pressing forces generated by the eccentric during braking and for diverting the pad pressing forces to the friction brake.
Headgear for a shielding garment for operating on components exposed to high voltage, or for operating at a safe distance proximate to high voltage parts, or for activities involving exposure to high electric and/or electromagnetic fields at any frequency and voltage, said headgear comprising a cover element which is configured to cover the head of an operator and has an opening at least at an upper portion of the operator's face, a transparent face shield made of an electrically conductive fabric, said face shield being removably coupled to said cover element to close said opening and being electrically connected to said shielding garment; characterized in that said fabric has a density ranging from 25 to 40 g/m2 and said fabric comprises a plurality of yarns having a yarn count ranging from 10 to 30 deniers, and each comprising a respective core externally covered with a coating made of a conductive metal; and in that said cover element comprises a hood made of an electrically conductive fabric, the fabric of the hood comprising a plurality of yarns obtained by twisting aramid fibers with metallized fibers, said hood being electrically connected to said shielding garment, said face shield being removably fixed to said hood and being electrically connected to said hood and/or to said shielding garment.