mhurhangee/ep-ind-claims huggingface dataset:
A method of displaying a cascading menu that includes a plurality of submenus, the method comprising: determining a first submenu as indicated for browsing by a user based on a clicking event of the user; when an operation interface of the first submenu is in a collapsed mode, counting a number of submenus currently in an expanded mode within an operation interface of the cascading menu; when the number of submenus currently in the expanded mode reaches a first threshold, selecting at least a second submenu from the submenus currently in the expanded mode to shrink an operation interface of the selected second submenu; and expanding the operation interface of the first submenu; and when a third submenu that is at a lower level and adjacent to the first submenu is in the collapsed mode, expanding an operation interface of the third submenu, including: re-counting the number of submenus that are currently in the expanded collapsed mode; and when the number of submenus that are currently in the expanded mode reaches the first threshold, selecting at least a fourth submenu from the submenus that are currently in the expanded mode to shrink an operation interface of the fourth submenu. determining a first submenu as indicated for browsing by a user based on a clicking event of the user; when an operation interface of the first submenu is in a collapsed mode, counting a number of submenus currently in an expanded mode within an operation interface of the cascading menu; when the number of submenus currently in the expanded mode reaches a first threshold, selecting at least a second submenu from the submenus currently in the expanded mode to shrink an operation interface of the selected second submenu; and expanding the operation interface of the first submenu; and re-counting the number of submenus that are currently in the expanded collapsed mode; and when the number of submenus that are currently in the expanded mode reaches the first threshold, selecting at least a fourth submenu from the submenus that are currently in the expanded mode to shrink an operation interface of the fourth submenu.
A method for overall optimization of the operation of distributed storage devices (S i) in an electrical power supply system having distributed loads, characterized in that operational control parameters and/or control limits (p_r), which are to be conveyed using communications technology, are determined on the operator side for each of the distributed storage devices (S i) in such a way that a specific cost function is minimal for all of the distributed storage devices (S i) as a whole on the basis of locally measured variables (p_l) determined at the respective storage device (S i) and transmitted to the operator side, and wherein the determined operational control parameters and/or control limits (p_r) are transmitted from the operator side to the corresponding distributed storage devices (S i) and implemented there.
A method for milling at least one worm gear, in particular for the gear hobbing of at least one worm gear setting a contact pattern, having at least one hob as the hobbing tool, in particular a gear hob as the hobbing tool, wherein the hobbing tool carries out an additional helical compensation movement at least at times, characterized in that the additional helical compensation movement is settable at least in part, and with a setting of the desired topography of the worm gear taking place by means of the setting of the compensation movement.
A vehicle body lower portion structure comprising: a loading member disposed below a floor of a vehicle; and a support plate including a flat plate-shaped support portion that is formed in a plate shape of a fiber-reinforced resin material, characterised in that an attachment portion of the loading member is placed on and fixed to the support portion, the support plate includes an extended end portion extending from the support portion, an inclined portion being formed at the extended end portion, the inclined portion being inflected toward a vehicle body upper side from the support portion or a projected portion of the support portion, and the inclined portion being inclined to a side away from the attachment portion of the loading member, a lower face of the attachment portion of the loading member is fixed to the support portion of the support plate via an adhesive layer, an upper end of the inclined portion is configured to be disposed at a height that is at the vehicle body upper side relative to an upper end of the adhesive layer, and a filling portion is provided that is interposed between the inclined portion and the attachment portion of the loading member, and that is joined together with the adhesive layer. a loading member disposed below a floor of a vehicle; and a support plate including a flat plate-shaped support portion that is formed in a plate shape of a fiber-reinforced resin material, a flat plate-shaped support portion that is formed in a plate shape of a fiber-reinforced resin material, characterised in that an attachment portion of the loading member is placed on and fixed to the support portion, the support plate includes an extended end portion extending from the support portion, an inclined portion being formed at the extended end portion, the inclined portion being inflected toward a vehicle body upper side from the support portion or a projected portion of the support portion, and the inclined portion being inclined to a side away from the attachment portion of the loading member, a lower face of the attachment portion of the loading member is fixed to the support portion of the support plate via an adhesive layer, an upper end of the inclined portion is configured to be disposed at a height that is at the vehicle body upper side relative to an upper end of the adhesive layer, and a filling portion is provided that is interposed between the inclined portion and the attachment portion of the loading member, and that is joined together with the adhesive layer.
Apparatus comprising means (31, 32, C) configured for: - obtaining (S1, S2) echo response data representative of the echo response of a communication line, wherein the echo response data specifies the echo response based on two dimensions and includes first dimension data and second dimension data, wherein the first dimension data comprise magnitude data and the second dimension data comprise phase data or wherein the first dimension data comprise real data and the second dimension data imaginary data, - determining at least one property of the communication line based on processing the echo response data with a neural network, wherein the neural network comprises at least: - a first convolutional branch for processing the first dimension data, - a second convolutional branch for processing the second dimension data, - a dense part for processing the outputs of the first and second convolutional branches. - obtaining (S1, S2) echo response data representative of the echo response of a communication line, wherein the echo response data specifies the echo response based on two dimensions and includes first dimension data and second dimension data, wherein the first dimension data comprise magnitude data and the second dimension data comprise phase data or wherein the first dimension data comprise real data and the second dimension data imaginary data, - determining at least one property of the communication line based on processing the echo response data with a neural network, wherein the neural network comprises at least: - a first convolutional branch for processing the first dimension data, - a second convolutional branch for processing the second dimension data, - a dense part for processing the outputs of the first and second convolutional branches. - a first convolutional branch for processing the first dimension data, - a second convolutional branch for processing the second dimension data, - a dense part for processing the outputs of the first and second convolutional branches.
A method for determining a control channel, in a long term evolution system or a new radio system, the method comprising receiving, by a terminal, at least one first control resource set, CORESET, information; determining, by the terminal, the at least one second control resource set information based on the at least one first control resource set information and a first resource; and receiving, by the terminal, a physical downlink control channel, PDCCH, based on at least one second control resource set information, wherein the at least one second control resource set information corresponds to the first resource, wherein the first resource comprises: a first time-domain resource; the first time-domain resource is a time unit; and the method further comprises: obtaining, by the terminal, the first time-domain resource; the at least one first control resource set information belongs to a first search space, and the at least one second control resource set information belongs to a second search space. receiving, by a terminal, at least one first control resource set, CORESET, information; determining, by the terminal, the at least one second control resource set information based on the at least one first control resource set information and a first resource; and receiving, by the terminal, a physical downlink control channel, PDCCH, based on at least one second control resource set information, wherein the at least one second control resource set information corresponds to the first resource, wherein the first resource comprises: a first time-domain resource; the first time-domain resource is a time unit; and the method further comprises: obtaining, by the terminal, the first time-domain resource; the at least one first control resource set information belongs to a first search space, and the at least one second control resource set information belongs to a second search space. wherein the first resource comprises: a first time-domain resource; the first time-domain resource is a time unit; and the method further comprises: obtaining, by the terminal, the first time-domain resource; the at least one first control resource set information belongs to a first search space, and the at least one second control resource set information belongs to a second search space.
Jamming detection device for a security system, the security system comprising at least a peripheral and a control panel connected through at least a first frequency band of an Industrial Scientific and Medical radio network; the control panel being connected to a back-end service through at least a third frequency band of a Global System for Mobile Communications network; wherein the jamming detection device comprises a transceiver configured to periodically scan at least a frequency band (201, 401, 402) of the security system to detect jamming, including the at least first frequency band of the Industrial Scientific and Medical radio network, and the at least third frequency band (401, 402) of a Global System for Mobile Communications network; wherein, if jamming is detected in the at least first frequency band or in the at least third frequency band (401, 402), the transceiver is configured to send an alarm signal to the back-end service through an ultra-narrow band network over a second frequency band of the ultra-narrow band network, the second frequency band being partially or fully overlapped with the at least one first frequency band of the Industrial Scientific and Medical radio network.
A waste container formed from waterproof or water resistant cardboard or paperboard, the waste container comprising an opening, a permanent closure member, and an adhesive attached to the closure member for irreversibly sealing the permanent closure member to another part of the container so as to, in use, permanently close the opening in the container, further comprising a peel strip covering the adhesive, wherein the peel strip is releasably adhered to the adhesive so as to prevent the adhesive from adhering to other components prior to the peel strip being removed; further comprising a reversible closing mechanism for reversibly closing the opening prior to irreversibly sealing the container with the permanent closure member, wherein the reversible closing mechanism comprises a first reversible closure panel, and a second reversible closure panel for reversibly closing the opening of the container; wherein, when the container is reversibly closed, the inside surface of one of the first and second closure panels (5a,5b) contacts the inside surface of the other of the first and second closure panels (5a,5b); wherein the container is configured such that when the container is irreversibly sealed, the first and second closure panels (5a,5b) overlap such that the inside surface of one of the first and second closure panels (5a, 5b) contacts the outside surface of the other one of the first and second closure panels (5a,5b), characterized in that one or more slots or apertures are located in the first closure panel, and one or more tabs are located on the second closure panel for insertion through the slots or apertures to reversibly close the opening of the container. further comprising a reversible closing mechanism for reversibly closing the opening prior to irreversibly sealing the container with the permanent closure member, wherein the reversible closing mechanism comprises a first reversible closure panel, and a second reversible closure panel for reversibly closing the opening of the container; wherein, when the container is reversibly closed, the inside surface of one of the first and second closure panels (5a,5b) contacts the inside surface of the other of the first and second closure panels (5a,5b); wherein the container is configured such that when the container is irreversibly sealed, the first and second closure panels (5a,5b) overlap such that the inside surface of one of the first and second closure panels (5a, 5b) contacts the outside surface of the other one of the first and second closure panels (5a,5b), characterized in that one or more slots or apertures are located in the first closure panel, and one or more tabs are located on the second closure panel for insertion through the slots or apertures to reversibly close the opening of the container.
An apparatus for gripping a pipe segment to be hoisted by a hoisting member, wherein the apparatus comprises: a generally horseshoe-shaped body having a first prong, a second prong, and a slot for receiving a pipe segment; a first deployable jaw secured to the first prong of the generally horseshoe-shaped body, a second deployable jaw secured to the second prong of the generally horseshoe-shaped body; a first static jaw secured to the generally horseshoe-shaped body; and a second static jaw secured to the generally horseshoe-shaped body; the first and second deployable jaws movable between a removed position and a deployed position; characterised in that the first and second deployable jaws are adapted for being moved within the slot of the generally horseshoe-shaped body from the removed position to the deployed position to retain the pipe segment within the slot of the generally horseshoe-shaped body using the first and second deployable jaws and the first and second static jaws. a generally horseshoe-shaped body having a first prong, a second prong, and a slot for receiving a pipe segment; a first deployable jaw secured to the first prong of the generally horseshoe-shaped body, a second deployable jaw secured to the second prong of the generally horseshoe-shaped body; a first static jaw secured to the generally horseshoe-shaped body; and a second static jaw secured to the generally horseshoe-shaped body; the first and second deployable jaws movable between a removed position and a deployed position; characterised in that the first and second deployable jaws are adapted for being moved within the slot of the generally horseshoe-shaped body from the removed position to the deployed position to retain the pipe segment within the slot of the generally horseshoe-shaped body using the first and second deployable jaws and the first and second static jaws.
Method for manufacturing a fiber-reinforced composite material the method comprising: molding a stack obtained by laminating a plurality of sheet-shaped prepregs including a plurality of consecutively arranged reinforcing fibers impregnated with a matrix resin composition such that fiber directions are different from each other into a three-dimensional shape by using a molding die equipped with a pair of (110,112), wherein a pair of the dies are brought close to each other in a state in which a stretchable resin or rubber sheet is disposed between one die of a pair of the dies constituting the molding die and the stack while being tensioned in a specific direction and the stack is molded by a pair of the dies while extending the stretchable sheet. molding a stack obtained by laminating a plurality of sheet-shaped prepregs including a plurality of consecutively arranged reinforcing fibers impregnated with a matrix resin composition such that fiber directions are different from each other into a three-dimensional shape by using a molding die equipped with a pair of (110,112), wherein a pair of the dies are brought close to each other in a state in which a stretchable resin or rubber sheet is disposed between one die of a pair of the dies constituting the molding die and the stack while being tensioned in a specific direction and the stack is molded by a pair of the dies while extending the stretchable sheet.
The use of polymers obtainable by copolymerization of at least one hydroxyalkyl acrylic acid ester and/or hydroxyalkyl methacrylic acid ester with at least one ester of general formula, in which R 1 and R 4 independently of one another are each a linear or branched alkylene group having 1 to 6 C atoms, R 2 and R 3 independently of one another are each a linear or branched alkyl group having 1 to 6 C atoms and R 5 is H or a methyl group which, apart from units A and B, has no other units, wherein it is possible, depending on production, for units originating from the radical initiator to be present at the polymer ends, and units A and B are present in molar ratios in the range of from 1:99 to 99:1, for increasing the primary detergency of washing or cleaning agents when washing textiles or when cleaning hard surfaces of stains.
A mobile device comprising: an antenna connection pad connected to an antenna; a Radio Frequency, RF, unit connected to the antenna connection pad for transmitting RF signals through the antenna and for receiving RF signals through the antenna; an electrical switch coupled between the antenna connection pad and the RF unit the switch being configured to connect or disconnect the RF signal path between the antenna connection pad and the RF unit and operating according to an electrical signal; and a contact pad connected to a measuring cable and coupled between the switch and the RF unit. an antenna connection pad connected to an antenna; a Radio Frequency, RF, unit connected to the antenna connection pad for transmitting RF signals through the antenna and for receiving RF signals through the antenna; an electrical switch coupled between the antenna connection pad and the RF unit the switch being configured to connect or disconnect the RF signal path between the antenna connection pad and the RF unit and operating according to an electrical signal; and a contact pad connected to a measuring cable and coupled between the switch and the RF unit.
A method for generating a modal reverb effect for manipulating an audio signal, comprising: receiving an impulse response of an acoustic space, the impulse response including a plurality of modes of vibration of the acoustic space; dividing the impulse response into a plurality of sub-bands, each sub-band of the impulse response including a portion of the plurality of modes; for each respective sub-band, using a parametric estimation algorithm, determining respective parameters of the portion of modes included in the sub-band; aggregating the respective modes of the plurality of sub-bands into a set; and truncating the set of aggregated modes into a subset of modes, characterised in that truncating the set into a subset of modes comprises, for each of the modes included in the set, determining a signal-to-mask ratio of the mode based on a predetermined masking curve, and wherein one or more of the modes included in the set are truncated based on the determined SMR. receiving an impulse response of an acoustic space, the impulse response including a plurality of modes of vibration of the acoustic space; dividing the impulse response into a plurality of sub-bands, each sub-band of the impulse response including a portion of the plurality of modes; for each respective sub-band, using a parametric estimation algorithm, determining respective parameters of the portion of modes included in the sub-band; aggregating the respective modes of the plurality of sub-bands into a set; and truncating the set of aggregated modes into a subset of modes, characterised in that truncating the set into a subset of modes comprises, for each of the modes included in the set, determining a signal-to-mask ratio of the mode based on a predetermined masking curve, and wherein one or more of the modes included in the set are truncated based on the determined SMR.
A boost converter circuit, comprising: a power supply; an inductor coupled to the power supply to receive current from the power supply; a diode coupled to receive current from the inductor and coupled to provide current to a load as an output; an inductor switch coupled to a node between the inductor and the diode for selectively switching an inductor current to receive a current to the inductor from the power supply, or output the inductor current to a load; and a ramp circuit coupled to the node between the inductor and the diode, said boost converter circuit being caracterised in that the ramp circuit is configured to selectively sample a voltage at the node between the inductor and the diode via a sampling switch at a time when the inductor switch is off and the voltage is stabilized, and use the sampled signal to produce a stabilization ramp to stabilize the output, wherein the voltage at the node is substantially similar to the output voltage level. a power supply; an inductor coupled to the power supply to receive current from the power supply; a diode coupled to receive current from the inductor and coupled to provide current to a load as an output; an inductor switch coupled to a node between the inductor and the diode for selectively switching an inductor current to receive a current to the inductor from the power supply, or output the inductor current to a load; and a ramp circuit coupled to the node between the inductor and the diode, said boost converter circuit being caracterised in that the ramp circuit is configured to selectively sample a voltage at the node between the inductor and the diode via a sampling switch at a time when the inductor switch is off and the voltage is stabilized, and use the sampled signal to produce a stabilization ramp to stabilize the output, wherein the voltage at the node is substantially similar to the output voltage level.