mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (210, 120) for managing a maintenance of a conveyor system, the apparatus (210, 120) configured to: receive data indicative of an access right to perform the maintenance of a sub-system of the conveyor system, characterized in that the apparatus (210, 120) further configured to: generate, in response to a detection of an access right to perform the maintenance of the sub-system, a first control signal to disable communicatively reaching the sub-system from external sources, generate, in response to a receipt of an acknowledgement signal indicative of a predefined state of the maintenance, a second control signal to enable communicatively reaching the sub-system from the external sources. receive data indicative of an access right to perform the maintenance of a sub-system of the conveyor system, characterized in that the apparatus (210, 120) further configured to: generate, in response to a detection of an access right to perform the maintenance of the sub-system, a first control signal to disable communicatively reaching the sub-system from external sources, generate, in response to a receipt of an acknowledgement signal indicative of a predefined state of the maintenance, a second control signal to enable communicatively reaching the sub-system from the external sources. generate, in response to a detection of an access right to perform the maintenance of the sub-system, a first control signal to disable communicatively reaching the sub-system from external sources, generate, in response to a receipt of an acknowledgement signal indicative of a predefined state of the maintenance, a second control signal to enable communicatively reaching the sub-system from the external sources.
A cellulose fiber reinforced cementitious material comprising: cement, optionally, sand, aggregate, or sand and aggregate, and chemically treated cellulose fibers having a polyvalent cation content of from 0.1 weight percent to 5.0 weight percent based on the dry weight of the treated fibers, and having a weak acid content of 0.5 weight percent to 10 weight percent based on the dry weight of the treated fibers, wherein the chemically treated cellulose fibers have been treated with a polyvalent metal-containing compound selected from the group consisting of an aluminum-containing compound, an iron-containing compound, and a tin-containing compound. cement, optionally, sand, aggregate, or sand and aggregate, and chemically treated cellulose fibers having a polyvalent cation content of from 0.1 weight percent to 5.0 weight percent based on the dry weight of the treated fibers, and having a weak acid content of 0.5 weight percent to 10 weight percent based on the dry weight of the treated fibers,
An adjustable trip assembly for an electrical switching apparatus, said electrical switching apparatus including a housing, separable contacts (6, 8) and an operating mechanism for opening and closing said separable contacts (6, 8), said adjustable trip assembly comprising: a load conductor; a magnetic assembly comprising a magnetic member and an armature movably coupled to said magnetic member; and a calibration assembly comprising a calibration bracket cooperating with said armature, and an adjustment mechanism being adjustable to move said calibration bracket and thereby adjust the position of said armature with respect to said magnetic member to calibrate said magnetic assembly, wherein said adjustment mechanism is a magnetic calibration screw comprising an enlarged head portion and a threaded body portion; wherein said magnetic member includes a threaded aperture; and wherein said threaded body portion of said magnetic calibration screw is adjustably secured within the threaded aperture, characterised in that said calibration bracket is a non-ferrous member including a first end, a second end, and an intermediate portion extending between the first end and the second end; wherein the first end engages said armature; and wherein the second end cooperates with the enlarged head portion of said calibration screw. a load conductor; a magnetic assembly comprising a magnetic member and an armature movably coupled to said magnetic member; and a calibration assembly comprising a calibration bracket cooperating with said armature, and an adjustment mechanism being adjustable to move said calibration bracket and thereby adjust the position of said armature with respect to said magnetic member to calibrate said magnetic assembly, wherein said adjustment mechanism is a magnetic calibration screw comprising an enlarged head portion and a threaded body portion; wherein said magnetic member includes a threaded aperture; and wherein said threaded body portion of said magnetic calibration screw is adjustably secured within the threaded aperture, characterised in that said calibration bracket is a non-ferrous member including a first end, a second end, and an intermediate portion extending between the first end and the second end; wherein the first end engages said armature; and wherein the second end cooperates with the enlarged head portion of said calibration screw.
A method of communicating information by a communication device, the method comprising: detecting, by a first handheld communication device, that a second handheld communication device is within range; determining, by said first handheld communication device, whether said second handheld communication device is authorized to communicate with said first handheld communication device, based on a list of authorized devices, which is maintained at said first handheld communication device and created prior to said detecting and any prior communication between said first handheld communication device and said second handheld communication device; and if said second handheld communication device is authorized, establishing a direct communication link between said first handheld communication device and said second handheld communication device, without using an intermediate communication device that facilitates communication with said second communication device, and exchanging profile information between the first and second handheld communication devices for establishing and maintaining subsequent communications, wherein said profile information comprises a preferred time of day and/or a preferred type of information to be exchanged. detecting, by a first handheld communication device, that a second handheld communication device is within range; determining, by said first handheld communication device, whether said second handheld communication device is authorized to communicate with said first handheld communication device, based on a list of authorized devices, which is maintained at said first handheld communication device and created prior to said detecting and any prior communication between said first handheld communication device and said second handheld communication device; and if said second handheld communication device is authorized, establishing a direct communication link between said first handheld communication device and said second handheld communication device, without using an intermediate communication device that facilitates communication with said second communication device, and exchanging profile information between the first and second handheld communication devices for establishing and maintaining subsequent communications, wherein said profile information comprises a preferred time of day and/or a preferred type of information to be exchanged.
A method of communication over a single-wire bus between a transmitter device and at least one receiver device (2, 4), wherein each data bit is transmitted in a frame of six slots, successively comprising: a synchronization slot different from a reference voltage of the devices, on the rising edge of which the synchronization starts, and on the falling edge of which the synchronization ends, the time duration of the synchronization slot forming the time base of the frame; a first idle slot in a state corresponding to the reference voltage of the circuit; a slot representing the data bit to be transmitted; a second idle slot identical to the first one; a slot intended to contain the state of an optional response bit; and an end slot identical to the idle slots. a synchronization slot different from a reference voltage of the devices, on the rising edge of which the synchronization starts, and on the falling edge of which the synchronization ends, the time duration of the synchronization slot forming the time base of the frame; a first idle slot in a state corresponding to the reference voltage of the circuit; a slot representing the data bit to be transmitted; a second idle slot identical to the first one; a slot intended to contain the state of an optional response bit; and an end slot identical to the idle slots.
A smart metering device comprising: - a valve arranged to, when being in a first mode, limit the delivery of a utility, when being in a second mode, not limit the delivery of the utility; - a communication device comprising a transmitter and a receiver for wireless communication with a collector, utilizing a listen after talk, LAT, mechanism for establishing a two way session by opening at least one reception window after transmission of a data frame autonomously initiated by the smart metering device; - a battery for energy supply at least to the communication device; the smart metering device being arranged to autonomously transmit data frames with a configured transmission interval, the smart metering device further arranged to continuously determine its present state to be critical or non-critical, wherein at least the mode of the valve is a parameter for distinguishing between critical states and non-critical states, the smart metering device is further arranged to change the transmission interval according to the present state, to be shorter when the state is critical than when the state is non-critical, causing a shorter expected latency of initiating a two-way communication session with the smart metering device when in a critical state. - a valve arranged to, when being in a first mode, limit the delivery of a utility, when being in a second mode, not limit the delivery of the utility; - a communication device comprising a transmitter and a receiver for wireless communication with a collector, utilizing a listen after talk, LAT, mechanism for establishing a two way session by opening at least one reception window after transmission of a data frame autonomously initiated by the smart metering device; - a battery for energy supply at least to the communication device;
A method, comprising: in a given pulse width modulation, PWM, cycle, determining low side inverter phase pulse width values for operating low side switching devices of a switching inverter, including determining a largest pulse width value, determining a middle pulse width value having a lower value than the largest pulse width value, and determining a lowest pulse width value having a lower value than the middle pulse width value; and if the middle pulse width value for the given PWM cycle is less than a non-zero first threshold, selectively delaying low side current sampling of at least one inverter output phase current in the given PWM cycle by a non-zero sampling delay time value from a nominal sample time corresponding to a minimum value or valley of a PWM carrier waveform near an end of the given PWM cycle, wherein the first threshold is based at least partially on a sum of a minimum time for current to stabilize in an inverter leg circuit after the low side switching device turns on, and a signal conditioning time delay, and the method further comprising selectively determining the sampling delay time value as the first threshold minus one of the middle pulse width value and the lowest pulse width value for the given PWM cycle. in a given pulse width modulation, PWM, cycle, determining low side inverter phase pulse width values for operating low side switching devices of a switching inverter, including determining a largest pulse width value, determining a middle pulse width value having a lower value than the largest pulse width value, and determining a lowest pulse width value having a lower value than the middle pulse width value; and if the middle pulse width value for the given PWM cycle is less than a non-zero first threshold, selectively delaying low side current sampling of at least one inverter output phase current in the given PWM cycle by a non-zero sampling delay time value from a nominal sample time corresponding to a minimum value or valley of a PWM carrier waveform near an end of the given PWM cycle, wherein the first threshold is based at least partially on a sum of a minimum time for current to stabilize in an inverter leg circuit after the low side switching device turns on, and a signal conditioning time delay, and the method further comprising selectively determining the sampling delay time value as the first threshold minus one of the middle pulse width value and the lowest pulse width value for the given PWM cycle.
Elastic coupling comprised of connecting flanges located on the drive input and drive output side and comprised of at least one rubber body arranged between them, characterized in that, the at least one rubber body contains - silicic acid/silica instead of carbon black as filler agent, - dyeing pigments and - less than 5 % carbon black relative to the total mass of the rubber body, wherein the rubber body contains 20-90 % silicic acid/silica relative to the total mass of the rubber body, the rubber body contains silicic acid/silica in form of particles and the silicic acid/silica particles are at least partly silanized. - silicic acid/silica instead of carbon black as filler agent, - dyeing pigments and - less than 5 % carbon black relative to the total mass of the rubber body,
Steering limiting device for bicycles and similar vehicles, comprising: - a first part configured to be fixed to a coupling portion of a handlebar-fork assembly of a bicycle or a similar vehicle, said first part comprising at least one fixing portion for fixing it to said coupling portion of a handlebar-fork assembly, said first part comprising two radial stop projections (13, 14), - a second part configured to be fixed to a head tube of a frame of a bicycle or a similar vehicle, said second part comprising at least one fixing portion for fixing it to a head tube of a frame of a bicycle or a similar vehicle, said second part comprising a reference projection configured to be positioned between said radial stop projections (13, 14) of said first part, wherein - said first part comprises a central supporting body and an external shaped portion on which said radial stop projections (13, 14) are defined, said at least one fixing portion of said first part comprising an engagement portion suited to be engaged in a corresponding seat of said handlebar-fork assembly said steering limiting device being characterised in that - said second part comprises an annular body suited to be inserted in a tubular cavity of said head tube of a bicycle frame, said annular body comprising said reference projection, said reference projection being configured so that it protrudes radially from said annular body towards the inside of said annular body. - a first part configured to be fixed to a coupling portion of a handlebar-fork assembly of a bicycle or a similar vehicle, said first part comprising at least one fixing portion for fixing it to said coupling portion of a handlebar-fork assembly, said first part comprising two radial stop projections (13, 14), - a second part configured to be fixed to a head tube of a frame of a bicycle or a similar vehicle, said second part comprising at least one fixing portion for fixing it to a head tube of a frame of a bicycle or a similar vehicle, said second part comprising a reference projection configured to be positioned between said radial stop projections (13, 14) of said first part, wherein - said first part comprises a central supporting body and an external shaped portion on which said radial stop projections (13, 14) are defined, said at least one fixing portion of said first part comprising an engagement portion suited to be engaged in a corresponding seat of said handlebar-fork assembly said steering limiting device being characterised in that - said second part comprises an annular body suited to be inserted in a tubular cavity of said head tube of a bicycle frame, said annular body comprising said reference projection, said reference projection being configured so that it protrudes radially from said annular body towards the inside of said annular body.
A signal encoder comprising • an input for receiving a signal comprising frames, each frame comprising sequential samples, and • an output for providing an encoded signal, the signal encoder further comprising: • a segmenter comprising an input for receiving the signal and being arranged for segmenting the sequential samples of a frame into segments comprising n sequential samples, • an approximator comprising an input for receiving segments from the segmenter and seed values and an output for providing an encoded signal comprising for each segment a set of predictor model parameters to the output of the encoder, the approximator being arranged to predict samples of a first segment starting from a first seed sample having a first seed value and determine a first set of predictor model parameters by approximating the n sequential samples of the first segment using a first predictor model and subsequently to predict samples of a second segment, subsequent to the first segment, starting from a second seed sample having a second seed value and determine a second set of predictor model parameters by predicting the n sequential samples of the second segment using a second predictor model, characterized in that the second seed value equals a predicted value of a last sample n of the first segment. • an input for receiving a signal comprising frames, each frame comprising sequential samples, and • an output for providing an encoded signal, • a segmenter comprising an input for receiving the signal and being arranged for segmenting the sequential samples of a frame into segments comprising n sequential samples, • an approximator comprising an input for receiving segments from the segmenter and seed values and an output for providing an encoded signal comprising for each segment a set of predictor model parameters to the output of the encoder,
Electric motor comprising a stator, a fan cowl and a cooling device, wherein the cooling device has axially extending straight cooling ribs and axially extending cooling ribs having thickened portions, wherein the thickened portions of the cooling ribs having thickened portions comprise attachment means, wherein, at every point, the lateral surfaces of the straight cooling ribs define a tangential vector that is parallel to the motor axis, and the side faces of the cooling ribs are configured in a streamlined manner, wherein two straight cooling ribs are adjacent to each cooling rib having thickened portions, wherein a base plate on which the electric motor can be mounted can be releasably connected to the stator by means of the attachment means, wherein the attachment means are configured as streamlined thickened portions of the cooling ribs, wherein the attachment means are arranged on the stator in such a way that the base plate can be attached to the stator in at least two orientations, wherein no additional obstructions, in other words no objects and/or mouldings that increase the flow resistance, are provided in the air channels, which are formed jointly by the axially extending straight cooling ribs and the axially extending cooling ribs having the thickened portions, and the air stream flows from one end face of the stator to the other in the axial direction in a laminar manner and does not lift off from the cooling ribs or from the spatial region between the cooling ribs, wherein four of the attachment means, the arrangement of which has two-fold or four-fold rotational symmetry, are positioned in a first plane, wherein four additional attachment means, the arrangement of which has two-fold or four-fold rotational symmetry, are positioned in a second plane arranged perpendicularly to the first plane, wherein the fan cowl has projections and recesses on its circumference that alternate in the circumferential direction, in other words undulating embossments in the suction region of the fan cowl, wherein the fan cowl has a circumferential stacking edge, wherein, in the direction of the normal of the cooling rib, the thickened portions have a smaller spatial extension than half the distance to the closest cooling rib so as to reduce the negative impact on the cooling air flow.
Wind deflector assembly intended for use in front of a roof opening of an open roof construction for a vehicle, comprising a wind deflector member which extends in a transverse direction of the vehicle and which is movable between a retracted position and an extended position, which wind deflector member is connected to a first end of at least one pivotable wind deflector arm of which an opposite second end is at least pivotally connected to a stationary part, wherein a biasing device engages the wind deflector arm and is urging the wind deflector arm towards the extended position, the biasing device being at least pivotally connected to the stationary part through a pivot, characterized in that the biasing device comprises at least a first and second leg connected to each other at a connection, at least the first leg loading the wind deflector arm towards the extended position and the second leg of the biasing device being attached to the wind deflector arm, the pivot being positioned near the connection between the first and second leg (10, 12).
A method comprising: receiving, by a wireless device, one or more messages comprising one or more configuration parameters of a cell, wherein the one or more configuration parameters indicate physical uplink shared channel, PUSCH, resources for transmission of a message A, MsgA, payload of a two-step random-access procedure of the cell; transmitting, via a first PUSCH resource of the PUSCH resources, the MsgA payload for the two-step random-access procedure; and releasing the PUSCH resources based on completing the two-step random-access procedure. receiving, by a wireless device, one or more messages comprising one or more configuration parameters of a cell, wherein the one or more configuration parameters indicate physical uplink shared channel, PUSCH, resources for transmission of a message A, MsgA, payload of a two-step random-access procedure of the cell; transmitting, via a first PUSCH resource of the PUSCH resources, the MsgA payload for the two-step random-access procedure; and releasing the PUSCH resources based on completing the two-step random-access procedure.