mhurhangee/ep-ind-claims huggingface dataset:
An electrical switch, comprising: a tubular housing having a conductor receiving end and an operating end opposite the conductor receiving end, wherein the tubular housing includes a conductive interface positioned intermediate the conductor receiving end and the operating end; an operating rod extending through the operating end toward the conductor receiving end, wherein the operating rod is moveable between a first position to engage the electrical switch and a second position to disengage the electrical switch; a silicone material contained within a portion of the tubular housing, and around the operating rod, in the operating end to prevent voltage from the conductive interface from arcing to the operating end; characterized in that the electrical switch further comprises: a flexible partition located between the silicone material and the conductive interface to separate the silicone material from the conductive interface, wherein the silicone material forms a semi-permanent adhesion with the operating rod and deforms to maintain contact with the operating rod in the first position and the second position, and wherein the silicone material forms a permanent bond with the flexible partition. a tubular housing having a conductor receiving end and an operating end opposite the conductor receiving end, wherein the tubular housing includes a conductive interface positioned intermediate the conductor receiving end and the operating end; an operating rod extending through the operating end toward the conductor receiving end, wherein the operating rod is moveable between a first position to engage the electrical switch and a second position to disengage the electrical switch; a silicone material contained within a portion of the tubular housing, and around the operating rod, in the operating end to prevent voltage from the conductive interface from arcing to the operating end; characterized in that the electrical switch further comprises: a flexible partition located between the silicone material and the conductive interface to separate the silicone material from the conductive interface, wherein the silicone material forms a semi-permanent adhesion with the operating rod and deforms to maintain contact with the operating rod in the first position and the second position, and wherein the silicone material forms a permanent bond with the flexible partition. a flexible partition located between the silicone material and the conductive interface to separate the silicone material from the conductive interface, wherein the silicone material forms a semi-permanent adhesion with the operating rod and deforms to maintain contact with the operating rod in the first position and the second position, and wherein the silicone material forms a permanent bond with the flexible partition.
A coupler for placement between a first body space and a second body space in a patient, said coupler comprising: a first member configured to stabilize the coupler in the first body space, wherein the first member comprises a first cylinder orthogonally attached to a first flange and defining a first lumen; and a second member configured to stabilize the coupler in the second body space, wherein the second member comprises a second cylinder orthogonally attached to a second flange and defining a further lumen; wherein the first cylinder of the first member is attached to the second cylinder of the second member; wherein the coupler maintains a fluid flow path between the first body space and the second body space via said lumens; and wherein at least a portion of the first member or second member is configured to bioabsorb; characterised in that: an end of the first cylinder abuts the second flange; and an end of the second cylinder abuts the first flange. a first member configured to stabilize the coupler in the first body space, wherein the first member comprises a first cylinder orthogonally attached to a first flange and defining a first lumen; and a second member configured to stabilize the coupler in the second body space, wherein the second member comprises a second cylinder orthogonally attached to a second flange and defining a further lumen; wherein the first cylinder of the first member is attached to the second cylinder of the second member; wherein the coupler maintains a fluid flow path between the first body space and the second body space via said lumens; and wherein at least a portion of the first member or second member is configured to bioabsorb; characterised in that: an end of the first cylinder abuts the second flange; and an end of the second cylinder abuts the first flange. wherein the first cylinder of the first member is attached to the second cylinder of the second member; wherein the coupler maintains a fluid flow path between the first body space and the second body space via said lumens; and wherein at least a portion of the first member or second member is configured to bioabsorb; characterised in that: an end of the first cylinder abuts the second flange; and an end of the second cylinder abuts the first flange. an end of the first cylinder abuts the second flange; and an end of the second cylinder abuts the first flange.
A titanium oxide-based supercapacitor electrode material, comprising a conductive titanium oxide as an active substance, characterized in that the conductive titanium oxide is selected from the group consisting of titanium sub-oxide, reduced titanium dioxide, and doped reduced titanium dioxide obtained by doping treatment of reduced titanium dioxide, a whole or a surface of the titanium sub-oxide, the reduced titanium dioxide, or the doped reduced titanium dioxide having amorphous layers comprising defect-structures and, at their surface, activated Ti 3+; and the titanium oxide-based supercapacitor electrode material has a density of charge carrier higher than 10 18 cm -3, and a specific capacitance in a range of 20 F/g ∼ 1,740 F/g, under a charge-discharge current of 1 A/g; and the titanium sub-oxide, the reduced titanium dioxide, or the doped reduced titanium dioxide is prepared by performing a high surface reduction treatment on titanium dioxide to obtain titanium sub-oxide or reduced titanium dioxide, or performing a high surface reduction treatment and a doping treatment on titanium dioxide to obtain doped reduced titanium dioxide; wherein the high surface reduction treatment and/or the doping treatment are performed at 200 ∼ 1,000 °C for 2 ∼ 12 hours.
A method performed at a mobility management entity comprising: performing a short message service delivery failure notification procedure comprising: if a short message service delivery failure notification due to a user equipment not reachable is received by a mobility management entity from a home subscriber server, and if the mobility management entity has a mobility management context for said user, the mobility management entity setting a parameter to indicate a need to report to the home subscriber server when the mobility management entity receives an indication that the user equipment is reachable, and performing a mobile user activity procedure comprising: if the mobility management entity receives an indication that the user equipment is reachable, and if the mobility management entity has a mobility management context for said user and said parameter is set, the mobility management entity reporting to the home subscriber server that the user equipment is reachable and clearing said parameter. performing a short message service delivery failure notification procedure comprising: if a short message service delivery failure notification due to a user equipment not reachable is received by a mobility management entity from a home subscriber server, and if the mobility management entity has a mobility management context for said user, the mobility management entity setting a parameter to indicate a need to report to the home subscriber server when the mobility management entity receives an indication that the user equipment is reachable, and performing a mobile user activity procedure comprising: if the mobility management entity receives an indication that the user equipment is reachable, and if the mobility management entity has a mobility management context for said user and said parameter is set, the mobility management entity reporting to the home subscriber server that the user equipment is reachable and clearing said parameter.
A fluid agitator device for facilitating development of algae or micro-algae in trays or photobioreactors, the device comprising at least an actuator device having at least a photovoltaic module destined to absorb a light radiation in order to produce electric energy and at least a motor which is operatively connected to the photovoltaic module; and further comprising at least an agitator element which is mobile and activatable by means of the motor and is at least partly insertable in a tray containing water or in a photobioreactor for moving algae or micro-algae contained in the tray or photobioreactor, the device being characterized in that it comprises at least a lighting device or at least a LED type lighting device designed and destined to illuminate the algae or microalgae.
A resettable inertia lock assembly, comprising: a chassis configured to be mounted within an access closure of a motor vehicle, a cassette, a reset structure (80, 90) defined on one of the chassis and the cassette, a resettable locking apparatus carried by the cassette and including an inertia-activated member and an engagement coupler, the engagement coupler movable between a first position securing the inertia-activated member in an inertia-activated position and a second position in which the engagement coupler does not secure the inertia-activated member in the inertia-activated position, and a movement device (18, 20) for producing a relative movement between the chassis and the cassette to cause the reset structure (80, 90) to engage and move the engagement coupler from the first position to the second position thereof to allow the inertia-activated member to move from the inertia-activated position to a home position. a chassis configured to be mounted within an access closure of a motor vehicle, a cassette, a reset structure (80, 90) defined on one of the chassis and the cassette, a resettable locking apparatus carried by the cassette and including an inertia-activated member and an engagement coupler, the engagement coupler movable between a first position securing the inertia-activated member in an inertia-activated position and a second position in which the engagement coupler does not secure the inertia-activated member in the inertia-activated position, and a movement device (18, 20) for producing a relative movement between the chassis and the cassette to cause the reset structure (80, 90) to engage and move the engagement coupler from the first position to the second position thereof to allow the inertia-activated member to move from the inertia-activated position to a home position.
A computer-implemented voice synthesis method comprising: supplying a first trained model with control data including phonetic identifier data to generate a series of frequency spectra of harmonic components; supplying a second trained model with the control data to generate a waveform signal representative of non-harmonic components; and generating a voice signal including the harmonic components and the non-harmonic components based on the series of frequency spectra of the harmonic components generated by the first trained model and the waveform signal representative of the non-harmonic components generated by the second trained model. supplying a first trained model with control data including phonetic identifier data to generate a series of frequency spectra of harmonic components; supplying a second trained model with the control data to generate a waveform signal representative of non-harmonic components; and generating a voice signal including the harmonic components and the non-harmonic components based on the series of frequency spectra of the harmonic components generated by the first trained model and the waveform signal representative of the non-harmonic components generated by the second trained model.
Method for ascertaining positional data describing a position of a motor vehicle relative to a stationary charging apparatus as a destination, wherein the charging apparatus emits a plurality of electromagnetic transmit signals from respective different transmission positions located in a transmission position pattern, each transmit signal having at least one signal property (T1-T4) that is distinguishable for the motor vehicle during reception, whereupon a piece of signal strength data describing the reception strength (R1-R4) of the signal is generated for each received receive signal and the positional data is ascertained therefrom taking into account transmitter data describing the transmission position pattern and an association between the transmission positions and the signal properties (T1-T4).
A hub motor arrangement, comprising: a housing having a housing portion (50, 52) defining an interior space and an axis of rotation; a first lateral support member; a second lateral support member spaced from the first lateral support member along the axis of rotation; a plurality of connecting shafts extending between the first lateral support member and the second lateral support member, wherein at least one of the plurality of connecting shafts is provided for lateral support of the housing; a plurality of planet gears, each planet gear being a double spur gear supported on a respective one of the plurality of connecting shafts; a motor occupying a portion of the axis of rotation; a sun gear driven by the motor and that drives a first gear portion of each of the plurality of planet gears; a ring gear driven by a second gear portion of each of the plurality of planet gears, wherein the ring gear drives the housing portion for rotation about the axis of rotation. a housing having a housing portion (50, 52) defining an interior space and an axis of rotation; a first lateral support member; a second lateral support member spaced from the first lateral support member along the axis of rotation; a plurality of connecting shafts extending between the first lateral support member and the second lateral support member, wherein at least one of the plurality of connecting shafts is provided for lateral support of the housing; a plurality of planet gears, each planet gear being a double spur gear supported on a respective one of the plurality of connecting shafts; a motor occupying a portion of the axis of rotation; a sun gear driven by the motor and that drives a first gear portion of each of the plurality of planet gears; a ring gear driven by a second gear portion of each of the plurality of planet gears, wherein the ring gear drives the housing portion for rotation about the axis of rotation.
A method of measuring at least one geometrico-physiognomic parameter (H, TETA) for positioning a vision-correcting eyeglass frame on the face of a wearer for personalized calculation and/or mounting of corrective lenses associated with said frame, including a step of using an image-capture appliance to capture a digital image substantially in front view of the wearer's face wearing at least the frame, and a step of calculating the geometrico-physiognomic parameter (H, TETA) on the basis of processing the captured image, the method being characterized in that the calculation of the geometrico-physiognomic parameter (H, TETA) includes identifying, in the image, the image of a predetermined remarkable point that is directly or indirectly associated with the wearer's face or with the frame, and it takes into consideration a magnitude representative of the absolute vertical angle of observation (GAMMA) formed between firstly an observation line connecting the pupil of the image-capture appliance to the remarkable point, and secondly its projection onto a horizontal plane.
An antenna of an electronic device, the antenna comprising: a Printed Circuit Board, PCB; a plurality of exterior metal frames (51, 52, 53) spaced apart from the PCB, wherein the plurality of exterior metal frames (51, 52, 53) have a structure in which the frames are segmented apart from each other; a feeding portion connected to a first and a second metal frame of the plurality of exterior metal frames via a diplexer; and a slit located between the PCB and the plurality of metal frames; wherein the first and second metal frames fed through the feeding portion operate as a loop antenna or slit antenna, wherein at least one of the first and second metal frames is grounded to the PCB with a ground shorting point (G3, G4) which defines a slit length between the feeding portion and the ground shorting point (G3, G4). a Printed Circuit Board, PCB; a plurality of exterior metal frames (51, 52, 53) spaced apart from the PCB, wherein the plurality of exterior metal frames (51, 52, 53) have a structure in which the frames are segmented apart from each other; a feeding portion connected to a first and a second metal frame of the plurality of exterior metal frames via a diplexer; and a slit located between the PCB and the plurality of metal frames; wherein the first and second metal frames fed through the feeding portion operate as a loop antenna or slit antenna, wherein at least one of the first and second metal frames is grounded to the PCB with a ground shorting point (G3, G4) which defines a slit length between the feeding portion and the ground shorting point (G3, G4).
A process for the preparation of liquid silicone rubber base polymer compositions, comprising a) admixing fumed silica with a silazane and a protic substance in the substantial absence of an organopolysiloxane bearing aliphatically unsaturated groups, and removing ammonia to form an at least partially reacted product; b) immediately following step a), mixing at least one organopolysiloxane (i) bearing at least one aliphatically unsaturated group with said at least partially reacted product from step (a), heating the mixture thus obtained to a temperature from 150°C to 180°C and is maintained within this temperature range for 1 to 10 hours and removing further ammonia and removing water to form a hydrophobic filler-containing intermediate product; and c) adding further organopolysiloxane (ii) bearing at least one aliphatically unsaturated group to said hydrophobic filler-containing intermediate product, and cooling to form a liquid silicone rubber base polymer composition, wherein at least a portion of organopolysiloxane (i) or organopolysiloxane (ii) bears at least two aliphatically unsaturated groups, and wherein steps a), b), and c) all take place within one reactor. a) admixing fumed silica with a silazane and a protic substance in the substantial absence of an organopolysiloxane bearing aliphatically unsaturated groups, and removing ammonia to form an at least partially reacted product; b) immediately following step a), mixing at least one organopolysiloxane (i) bearing at least one aliphatically unsaturated group with said at least partially reacted product from step (a), heating the mixture thus obtained to a temperature from 150°C to 180°C and is maintained within this temperature range for 1 to 10 hours and removing further ammonia and removing water to form a hydrophobic filler-containing intermediate product; and c) adding further organopolysiloxane (ii) bearing at least one aliphatically unsaturated group to said hydrophobic filler-containing intermediate product, and cooling to form a liquid silicone rubber base polymer composition,
A luminaire provided with a housing with light emitting elements which are located near a light emission side (3; 7) of the housing and which are activated in that a user touches one or more sensors accommodated in a wall of the housing, wherein the sensors are arranged multidimensionally, characterised in that, the number of activated light emitting elements is proportional to the size of the wall surface comprising sensors that is touched by the user.
A ceiling-embedded type linear lighting device comprising: a housing having a receiving space formed therein and having an open side at one end; and at least one lighting module including: a light emitting body including a plurality of light emitting devices disposed on a substrate in a length direction thereof, a fixing plate allowing the light emitting body to be fixed thereto, and elastic portions disposed to be inclined from both side surfaces of the fixing plate so as to be elastically supported by an inside surface of the housing at the receiving space, so that the lighting module is vertically, detachably coupled to an interior of the receiving space from a front of the open side of the receiving space of the housing, wherein the elastic portions and the inside surface of the housing at the receiving space are provided with a first coupling portion and a second coupling portion, the first coupling portion and the second coupling portion being engaged with each other, wherein the lighting module is provided with a switching mode power supply (SMPS) for stably supplying power to the light emitting devices of the light emitting body characterized in that the ceiling-embedded type linear lighting device further comprises: stopper members which are protruded from the inside surface of the housing and which guide an insertion position of the fixing plate, wherein rail grooves are formed in the inside surface of the housing in a length direction thereof, and the stopper members are movably inserted into and supported by the rail grooves. a housing having a receiving space formed therein and having an open side at one end; and at least one lighting module including: a light emitting body including a plurality of light emitting devices disposed on a substrate in a length direction thereof, a fixing plate allowing the light emitting body to be fixed thereto, and elastic portions disposed to be inclined from both side surfaces of the fixing plate so as to be elastically supported by an inside surface of the housing at the receiving space, so that the lighting module is vertically, detachably coupled to an interior of the receiving space from a front of the open side of the receiving space of the housing, wherein the elastic portions and the inside surface of the housing at the receiving space are provided with a first coupling portion and a second coupling portion, the first coupling portion and the second coupling portion being engaged with each other, wherein the lighting module is provided with a switching mode power supply (SMPS) for stably supplying power to the light emitting devices of the light emitting body characterized in that the ceiling-embedded type linear lighting device further comprises: stopper members which are protruded from the inside surface of the housing and which guide an insertion position of the fixing plate, wherein rail grooves are formed in the inside surface of the housing in a length direction thereof, and the stopper members are movably inserted into and supported by the rail grooves.