mhurhangee/ep-ind-claims huggingface dataset:
A cushion pad (1, 30) comprising a support portion having: a seating surface on which a seated person is seated; and a bottom surface on an opposite side to the seating surface, wherein the support portion includes a core portion (22, 23, 32, 33) positioned in an intermediate portion between a portion to be the seating surface side and a portion to be the bottom surface side, a first test piece being sampled from the core portion (22, 23, 32, 33), the first test piece having 100 mm in length, 100 mm in width, and 50 mm in thickness, a measured deflection of the first test piece under a load of 100 N during compression in compliance with E method specified in JIS K6400-2, the 2012 edition described in paragraphes,, of the description, being equal to or less than 30 mm, and regarding the first test piece, a measured static spring constant under a load of 300 N at a pulling rate of 20 mm/minute is equal to or less than 25 N/mm.
A rapid-toasting toaster for toasting a food product, said toaster comprising: a housing comprising: an upper housing portion having a slot located on a top surface of the upper housing portion for receiving the food product a base coupled to said housing, and a heating box disposed within said housing, said heating box being defined by a plurality of sides (131, 137, 139) coupled to a bottom plate, said heating box comprising: a basket disposed underneath said slot, said basket configured to retain the food product; and at least one heating unit (131, 133) disposed adjacent to said basket, characterized by the upper housing portion also comprising at least one upper housing vent extending through the upper housing portion, said base also comprising at least one base vent extending through the base, and wherein the heating box also comprises a plurality of apertures defined in said plurality of sides (131, 137, 139), wherein said heating box is coupled to said base by posts such that a cavity is defined between said bottom plate and said base, and wherein said at least one base vent, said cavity, said plurality of apertures, and said at least one upper housing vent are coupled in flow communication. a housing comprising: an upper housing portion having a slot located on a top surface of the upper housing portion for receiving the food product a base coupled to said housing, and a heating box disposed within said housing, said heating box being defined by a plurality of sides (131, 137, 139) coupled to a bottom plate, said heating box comprising: a basket disposed underneath said slot, said basket configured to retain the food product; and at least one heating unit (131, 133) disposed adjacent to said basket, a basket disposed underneath said slot, said basket configured to retain the food product; and at least one heating unit (131, 133) disposed adjacent to said basket, characterized by the upper housing portion also comprising at least one upper housing vent extending through the upper housing portion, said base also comprising at least one base vent extending through the base, and wherein the heating box also comprises a plurality of apertures defined in said plurality of sides (131, 137, 139), wherein said heating box is coupled to said base by posts such that a cavity is defined between said bottom plate and said base, and wherein said at least one base vent, said cavity, said plurality of apertures, and said at least one upper housing vent are coupled in flow communication.
A compound having a formula: wherein Y has from 0 to 14 carbon atoms and is: a carboxylic acid, sulfonic acid, or phosphonic acid functional group, or an amide or ester thereof; hydroxymethyl or an ether thereof; or a tetrazolyl functional group; A is -(CH 2) 6 -, cis -CH 2 CH=CH-(CH 2) 3 -, or -CH 2 C≡C-(CH 2) 3 -, wherein 1 or 2 carbon atoms may be replaced by S or 0; or A is -(CH 2) m -Ar-(CH 2) o - wherein Ar is interarylene, the sum of m and o is 1, 2, 3, or 4, and wherein 1 -CH 2 - may be replaced by S or 0, and 1 -CH 2 -CH 2 -may be replaced by -CH=CH- or -C≡C-; G and G' are independently -H, -OH, -O-alkyl having from 1 to 6 carbon atoms, halo, C 1-6 alkyl, -CF 3, -CN, or =0; and B is aryl. wherein Y has from 0 to 14 carbon atoms and is: a carboxylic acid, sulfonic acid, or phosphonic acid functional group, or an amide or ester thereof; hydroxymethyl or an ether thereof; or a tetrazolyl functional group; A is -(CH 2) 6 -, cis -CH 2 CH=CH-(CH 2) 3 -, or -CH 2 C≡C-(CH 2) 3 -, wherein 1 or 2 carbon atoms may be replaced by S or 0; or A is -(CH 2) m -Ar-(CH 2) o - wherein Ar is interarylene, the sum of m and o is 1, 2, 3, or 4, and wherein 1 -CH 2 - may be replaced by S or 0, and 1 -CH 2 -CH 2 -may be replaced by -CH=CH- or -C≡C-; G and G' are independently -H, -OH, -O-alkyl having from 1 to 6 carbon atoms, halo, C 1-6 alkyl, -CF 3, -CN, or =0; and B is aryl.
Method for determining a peak current (I S) of an induction heating device including - an induction coil, - a capacitor, which is connected in parallel to the induction coil, wherein the induction coil and the capacitor form a parallel resonant circuit, and - a controllable switching means, which forms a serial connection with the parallel resonant circuit, wherein said serial connection is connected between an intermediate circuit voltage, generated from a mains alternating voltage, and a ground potential, wherein the controllable switching means is controlled such that during a heating operation of the induction heating device an oscillation of the parallel resonant circuit is caused, characterized in that - on a connection node of the parallel resonant circuit and the switching means a resonant circuit voltage decreasing over the switching means is measured, - a derivation of the resonant circuit voltage is obtained, and - a maximum value of the derivation is used for determining the peak current I S. - an induction coil, - a capacitor, which is connected in parallel to the induction coil, wherein the induction coil and the capacitor form a parallel resonant circuit, and - a controllable switching means, which forms a serial connection with the parallel resonant circuit, wherein said serial connection is connected between an intermediate circuit voltage, generated from a mains alternating voltage, and a ground potential, - on a connection node of the parallel resonant circuit and the switching means a resonant circuit voltage decreasing over the switching means is measured, - a derivation of the resonant circuit voltage is obtained, and - a maximum value of the derivation is used for determining the peak current I S.
A cam mechanism (300, 800) useable to actuate a valve that is located on a flow path of a fluid toward or from a compression chamber of a reciprocating compressor, the cam mechanism comprising: a cam (340, 440, 840) configured to be rotated around a rotation axis (325, 425, 825) to perform a rotation during each compression cycle of the reciprocating compressor, the cam having a profile such that that outer walls of the cam are not parallel to a rotation axis thereof; an actuating element (365, 865) configured to receive a linear displacement or an angular displacement due to an oblong portion of the cam, to switch the valve to an open state; and a controller (330, 830) configured to adjust an instant during each compression cycle when the valve is opened; characterised in that the cam (340,440,840) has a profile configured to have an angular position of the oblong portion in cross-sections along the rotation axis (325, 425, 825) varying smoothly, and the controller (331, 831) is configured to initiate an angular displacement leading to moving the cam along the rotation axis, such that, in a cross-section of the cam perpendicular to the rotation axis, at a final location where the actuating element comes in contact with the cam after the cam has been moved, a final angular position of the oblong portion is different from an initial angular position of the oblong portion in a cross-section of the cam perpendicular to the rotation axis, at an initial location where the actuating element has been in contact with the cam before the cam has been moved. a cam (340, 440, 840) configured to be rotated around a rotation axis (325, 425, 825) to perform a rotation during each compression cycle of the reciprocating compressor, the cam having a profile such that that outer walls of the cam are not parallel to a rotation axis thereof; an actuating element (365, 865) configured to receive a linear displacement or an angular displacement due to an oblong portion of the cam, to switch the valve to an open state; and a controller (330, 830) configured to adjust an instant during each compression cycle when the valve is opened; characterised in that the cam (340,440,840) has a profile configured to have an angular position of the oblong portion in cross-sections along the rotation axis (325, 425, 825) varying smoothly, and the controller (331, 831) is configured to initiate an angular displacement leading to moving the cam along the rotation axis, such that, in a cross-section of the cam perpendicular to the rotation axis, at a final location where the actuating element comes in contact with the cam after the cam has been moved, a final angular position of the oblong portion is different from an initial angular position of the oblong portion in a cross-section of the cam perpendicular to the rotation axis, at an initial location where the actuating element has been in contact with the cam before the cam has been moved.
A curable composition comprising: oxidized boron nitride particles, each comprising a hydrated boron oxide surface layer disposed on a boron nitride base; and a polyaziridine. oxidized boron nitride particles, each comprising a hydrated boron oxide surface layer disposed on a boron nitride base; and a polyaziridine.
An assembly comprising an electrical connector and a substantially box-shaped casing, the electrical connector consisting of a substantially parallelepiped-shaped containment cage with structural function, said containment cage being provided with a pair of lateral walls, a lower wall and an upper wall which develop according to a substantially longitudinal direction and define a substantially closed inner compartment for housing at least one electrical wire or cable, said containment cage also being provided, at a front end thereof, with an opening for the insertion of said at least one electrical wire or cable to be removably connected to the electrical connector, wherein an elastic pressure element extends from the upper wall towards the inner compartment of the containment cage, so as to hold - by friction - said at least one electrical wire or cable in electrical contact with the lower wall, and wherein one or more elements for connection with electrical circuits for the transmission of the signals transferred by said at least one electrical wire or cable extend from the lower wall towards the outer part of the containment cage, wherein the lateral walls, the lower wall, the upper wall, the elastic pressure element and the one or more elements for connection with electrical circuits are made from a single block of electrically conductive material, folded on itself to form the containment cage, the structural and box-shaped strength of the block forming said containment cage being guaranteed by a fit-coupling obtained through one or more engagement couplings formed on one of the longitudinal sides of said containment cage, so that said one or more engagement couplings are capable of irreversibly connecting the lower wall to one of the lateral walls of said containment cage, wherein on at least one of the lateral walls of the containment cage, at the opening, a longitudinal slit extends adapted for the insertion and the guided movement, in the longitudinal direction, of a corresponding first opening lever that, opposing the action of the elastic pressure element, allows said at least one electrical wire or cable to be inserted/extracted with respect to the electrical connector, wherein the containment cage is at least partially enclosed by said substantially box-shaped casing, made of insulating material and capable of electrically and thermally insulating the electrical connector with respect to the surrounding environment, said casing being open at its front and rear ends, both to allow the passage of said at least one electrical wire or cable, and to allow said casing to perform an axial sliding movement according to a substantially longitudinal direction with respect to the containment cage, said casing being internally provided with at least one abutment nib that acts, with the longitudinal movement action of said casing, as a second lever for opening the elastic pressure element, being inserted and moving in the longitudinal slit of the containment cage.
A method for allowing the recipient of a message to confirm the identity of the sender, the method comprising: providing in the message a web address that comprises an identifying code uniquely associated with the recipient of the message; and providing at that web address a document that comprises confirmatory information previously agreed by the recipient. providing in the message a web address that comprises an identifying code uniquely associated with the recipient of the message; and providing at that web address a document that comprises confirmatory information previously agreed by the recipient.
A method for closed-loop circulation of metallurgical slags, wherein a slag produced in a metallurgical process is mixed with an energy source and/or reductant and in so doing a composite material is produced, wherein a secondary use is applied to the composite material and attributed to the corresponding metallurgical process at the end of its lifespan, wherein on the one hand the composite material yields slag and on the other hand energy and/or has a reductive effect, wherein the energy source and/or the reductant is consumed in the metallurgical process and at the end of the process the metallurgical slag is separated off and returned to a new closed loop, wherein the energy source and/or the reductant is a carbon-based polymer compound, e.g. a thermoplastic, a thermosetting plastic and/or an elastomer, wherein a metallurgical slag is used which has a BET surface area of less than or equal to 10 m 2 /g.
Door structure for a vehicle door, having a door body, having a window frame and having at least one further door element, wherein the door body, the window frame and the at least one further door element are formed from the same cast component, wherein the at least one further door element comprises reinforcement struts (3, 4), specifically an upper reinforcement strut and lower reinforcement strut formed on the door-body side, wherein at least one reinforcement strut (3, 4) comprises at least one substantially Y-shaped or V-shaped strut form, and wherein the at least one further door element comprises at least one mounting device (5, 6, 7, 8, 9, 10, 11, 12, 15, 16, 18, 20) for mounting at least one attachment part, characterized in that the mounting device for mounting a rear-view mirror is integrated into the upper reinforcement strut or is flange-mounted thereon.
An integrated circuit for a mobile station, comprising: a decoder configured to decode a downlink control channel transmitted on one or more control channel element(s), CCE(s), in a search space for the mobile station including a plurality of CCEs having consecutive CCE numbers; wherein the one or more CCE(s) correspond to one of plural aggregation sizes for the downlink control channel; processing circuitry configured to determine an uplink control channel resource index based on a CCE number of the one or more CCEs, wherein the uplink control channel resource index is associated with a first uplink control channel transmission spreading sequence from a first set of sequences separated from each other by different cyclic shift values and a second different uplink control channel transmission spreading sequence from a second set of block-wise spreading code sequences; and a transmitter configured to transmit a response signal on an uplink control channel with the uplink control channel resource index using the first and second uplink control channel transmission spreading sequences, wherein: for each of the plural aggregation sizes, the search space is defined by a number of the plurality of CCEs and a starting CCE number of the search space, both being specific to the aggregation size. a decoder configured to decode a downlink control channel transmitted on one or more control channel element(s), CCE(s), in a search space for the mobile station including a plurality of CCEs having consecutive CCE numbers; wherein the one or more CCE(s) correspond to one of plural aggregation sizes for the downlink control channel; processing circuitry configured to determine an uplink control channel resource index based on a CCE number of the one or more CCEs, wherein the uplink control channel resource index is associated with a first uplink control channel transmission spreading sequence from a first set of sequences separated from each other by different cyclic shift values and a second different uplink control channel transmission spreading sequence from a second set of block-wise spreading code sequences; and a transmitter configured to transmit a response signal on an uplink control channel with the uplink control channel resource index using the first and second uplink control channel transmission spreading sequences, wherein: for each of the plural aggregation sizes, the search space is defined by a number of the plurality of CCEs and a starting CCE number of the search space, both being specific to the aggregation size.
A seabed static penetration device comprising an oceanographic observation probe rod, comprising a probe rod stand, an outer clasp slidably connected with the probe rod stand, and a base located at the bottom of the probe rod stand, characterized by: a probe rod positioning device provided with a latch and an electromagnet and a pressure capping structure slidably connected with the probe rod stand are installed on the outer clasp; the base comprises an upper base plate and a lower base plate each provided with a bottom contact switch, and a separating plate between the two on which the electromagnet is installed, wherein the upper base plate is provided with a battery compartment, a driver compartment, and a motor which are connected with each other, and the motor is connected to the pressure capping structure through a driving rope, wherein the pressure capping structure comprises a cap, a contact rod provided with a magnet and a control compartment connected with the outer clasp; and a probe rod is correspondingly clamped and fixed between the outer clasp and the base.
A drum-type washing machine comprising: - a cabinet; - a tub fixed within the cabinet and receiving washing water therein; - a drum rotatably disposed inside the tub; - a drum rotational shaft transferring a rotational force of a motor to the drum; - a bearing housing assembly; - a damper bracket connected to the bearing housing assembly and with a damper; - a gasket provided between the tub and the bearing housing assembly to prevent water inside the tub from leaking; characterized in that the bearing housing assembly is formed by injection molding, the bearing housing assembly includes an insert housing and a cover housing fixed to the insert housing, wherein the insert housing includes: - a hub into which at least one bearing is inserted, the at least one bearing supporting the rotational shaft of the drum; - a support portion extended radially from an outer circumference of the hub, wherein a stator of a drum driving motor is fixed to the support portion; and - a coupling portion extended from the hub and protruding further than the support portion, wherein the damper bracket is coupled with the coupling portion. - a cabinet; - a tub fixed within the cabinet and receiving washing water therein; - a drum rotatably disposed inside the tub; - a drum rotational shaft transferring a rotational force of a motor to the drum; - a bearing housing assembly; - a damper bracket connected to the bearing housing assembly and with a damper; - a gasket provided between the tub and the bearing housing assembly to prevent water inside the tub from leaking; - a hub into which at least one bearing is inserted, the at least one bearing supporting the rotational shaft of the drum; - a support portion extended radially from an outer circumference of the hub, wherein a stator of a drum driving motor is fixed to the support portion; and - a coupling portion extended from the hub and protruding further than the support portion, wherein the damper bracket is coupled with the coupling portion.
An implantable medical device (200, 300) comprising a hermetic battery, wherein said hermetic battery comprises: - a hermetically sealed battery housing (210, 310, 320) defining an internal chamber, - an electrochemical cell (220, 350) comprised within said internal chamber, and - an electronic module (230, 330) comprised within said internal chamber, wherein said electronic module (230, 330) is configured to generate a therapeutic electric pulse, and/or to determine a physiological parameter, particularly a physiological electric pulse, wherein said electronic module (230, 330) is electrically conductively connected to said electrochemical cell, and said electronic module (230, 330) is arranged in said electrochemical cell (220, 350). - a hermetically sealed battery housing (210, 310, 320) defining an internal chamber, - an electrochemical cell (220, 350) comprised within said internal chamber, and - an electronic module (230, 330) comprised within said internal chamber, wherein said electronic module (230, 330) is configured to generate a therapeutic electric pulse, and/or to determine a physiological parameter, particularly a physiological electric pulse, wherein said electronic module (230, 330) is electrically conductively connected to said electrochemical cell, and said electronic module (230, 330) is arranged in said electrochemical cell (220, 350). wherein said electronic module (230, 330) is electrically conductively connected to said electrochemical cell, and said electronic module (230, 330) is arranged in said electrochemical cell (220, 350).
A battery container comprising: a battery housing configured to house a battery, the battery housing comprising an opening configured to receive the battery into the battery housing; and an end cap configured to seal the opening of the battery housing, characterised in that the end cap having a circumferential perimeter comprising flat perimeter surfaces, and comprising two or more discharge holes configured to release expanding gas from the battery housing; wherein the discharge holes are formed at the flat perimeter surfaces of the end cap, and wherein the two or more discharge holes are spaced equally along the perimeter of the end cap such that the circumferential spacing between each of the two or more discharge holes is equal. a battery housing configured to house a battery, the battery housing comprising an opening configured to receive the battery into the battery housing; and an end cap configured to seal the opening of the battery housing, characterised in that the end cap having a circumferential perimeter comprising flat perimeter surfaces, and comprising two or more discharge holes configured to release expanding gas from the battery housing; wherein the discharge holes are formed at the flat perimeter surfaces of the end cap, and wherein the two or more discharge holes are spaced equally along the perimeter of the end cap such that the circumferential spacing between each of the two or more discharge holes is equal.