mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a robotic total station comprising: monitoring a worksite; identifying a plurality of building information modeling objects associated with the worksite; receiving industrial design models associated with the plurality of BIM objects; monitoring using the industrial design models a subset of the plurality of BIM objects associated with the worksite and a relative position of each BIM object of the subset of the plurality of BIM objects with respect to a task required to be performed on the worksite; receiving a BIM model associated with the worksite; scanning the worksite; defining a respective point cloud for a respective field of view from scanning the worksite, the respective point cloud comprising a plurality of point cloud data; locking onto a particular one BIM object in the subset of the plurality of BIM objects that is necessary for performing the task; combining the respective point cloud with the BIM model in real-time for recognizing, tracking, and positioning the particular one BIM object; and guiding the particular one BIM object necessary to complete the task. monitoring a worksite; identifying a plurality of building information modeling objects associated with the worksite; receiving industrial design models associated with the plurality of BIM objects; monitoring using the industrial design models a subset of the plurality of BIM objects associated with the worksite and a relative position of each BIM object of the subset of the plurality of BIM objects with respect to a task required to be performed on the worksite; receiving a BIM model associated with the worksite; scanning the worksite; defining a respective point cloud for a respective field of view from scanning the worksite, the respective point cloud comprising a plurality of point cloud data; locking onto a particular one BIM object in the subset of the plurality of BIM objects that is necessary for performing the task; combining the respective point cloud with the BIM model in real-time for recognizing, tracking, and positioning the particular one BIM object; and guiding the particular one BIM object necessary to complete the task.
A method of charging a battery, the method comprising the steps of: connecting a battery to a battery charging apparatus; supplying a voltage and current to the battery, wherein a constant voltage is supplied for an extended period of time; noting, at the beginning of the constant voltage being supplied, the initial charging current (I=Amp)being supplied to the battery; during the period in which a constant voltage is supplied, monitoring the rate of change dI/dt of the charging current supplied to the battery; the method characterised by calculating the ratio: K = Amp / dI / dt during the period in which a constant voltage is supplied; when K equals a preselected value, maintaining the charging current at the instant value for an extended period of time. connecting a battery to a battery charging apparatus; supplying a voltage and current to the battery, wherein a constant voltage is supplied for an extended period of time; noting, at the beginning of the constant voltage being supplied, the initial charging current (I=Amp)being supplied to the battery; during the period in which a constant voltage is supplied, monitoring the rate of change dI/dt of the charging current supplied to the battery; the method characterised by calculating the ratio: K = Amp / dI / dt during the period in which a constant voltage is supplied; when K equals a preselected value, maintaining the charging current at the instant value for an extended period of time.
A pulsator device usable with a washing machine, comprising: a first pulsator configured to be rotated about a rotary shaft; whereby the pulsator device further comprises a shaft connected to the first pulsator such that the shaft is rotated together with the first pulsator, the shaft being eccentric with respect to the rotary shaft, and a second pulsator coupled to the shaft, wherein the first pulsator includes water stream forming blades disposed in the circumferential direction of the first pulsator, and the second pulsator includes blades protruding from the top of the second pulsator characterized in that the second pulsator is rotatably coupled to the shaft and the shaft is inclined with respect to the rotary shaft. a first pulsator configured to be rotated about a rotary shaft; whereby the pulsator device further comprises a shaft connected to the first pulsator such that the shaft is rotated together with the first pulsator, the shaft being eccentric with respect to the rotary shaft, and a second pulsator coupled to the shaft, wherein the first pulsator includes water stream forming blades disposed in the circumferential direction of the first pulsator, and the second pulsator includes blades protruding from the top of the second pulsator characterized in that the second pulsator is rotatably coupled to the shaft and the shaft is inclined with respect to the rotary shaft.
An apparatus (350; 388) for electrostatic discharges, "ESD", events monitoring incorporating a charged device model event simulator, "CDMES", unit, comprising: at least one antenna (382; 382a, 382b), characterized in that said at least one antenna (382; 382a, 382b) is positioned in a process area (362; 389a, 389b; 396) and configured to receive radiation during calibration; an ESD detector is coupled to said at least one antenna (382; 382a, 382b); said ESD detector being wirelessly coupled, by said at least one antenna (382; 382a, 382b), to said CDMES unit; and said ESD detector being calibrated for different discharge energies generated by said CDMES unit. at least one antenna (382; 382a, 382b), characterized in that said at least one antenna (382; 382a, 382b) is positioned in a process area (362; 389a, 389b; 396) and configured to receive radiation during calibration; an ESD detector is coupled to said at least one antenna (382; 382a, 382b); said ESD detector being wirelessly coupled, by said at least one antenna (382; 382a, 382b), to said CDMES unit; and said ESD detector being calibrated for different discharge energies generated by said CDMES unit.
A fixation clamp, more particularly for use in an external fixation system for holding bone fragments adjacent to each other with the help of fixation elements, comprising at least one clamping assembly (20, 30) having at least one reception (71, 72, 73) to accommodate a fixation element along the longitudinal axis of the reception (71, 72, 73) and at least one locking element extending through the at least one clamping assembly (20, 30) for blocking the position of the clamping assembly (20, 30) in a defined angular position, wherein between said locking element and said at least one clamping assembly there is arranged a washer, wherein the washer comprises a central through opening having a middle axis, wherein said locking element extends through said through opening, and a cutout extending radially to said middle axis of said through opening such that said washer is mountable and demountable in essentially radial direction to the middle axis of the locking element, wherein the cutout has a smaller distance between its sidewalls than the diameter of the through opening, wherein the locking element has below its head portion an essentially circular cross-section adapted to fit through the through opening of the washer but larger than the distance between the sidewalls of the cutout characterized in that the locking element comprises at least one pair of beveled surfaces parallelly oriented one to the other and having a distance one from the other being smaller than the distance between the sidewalls of the cutout of the washer.
A user equipment comprising: a processing module to generate an uplink message in a 3GPP LTE wireless network, wherein the uplink message comprises a power preference bit to assist in a selection of a power saving setting; wherein the processing module is configured to selectively set the power preference bit to indicate one of a normal power setting and a low power setting; and a radio frequency transceiver to transmit the uplink message to an eNodeB and to receive, in response, the power saving setting; wherein the processing module is further configured to determine that the radio frequency transceiver transmitted the uplink message to a first cell of the 3GPP LTE wireless network just prior to a handover of the UE from the first cell to a second cell of the 3GPP LTE wireless network; and wherein in response to the determination and after completion of the handover of the UE from the first cell to the second cell, the radio frequency transceiver initiates transmission of the uplink message to the second cell. a processing module to generate an uplink message in a 3GPP LTE wireless network, wherein the uplink message comprises a power preference bit to assist in a selection of a power saving setting; wherein the processing module is configured to selectively set the power preference bit to indicate one of a normal power setting and a low power setting; and a radio frequency transceiver to transmit the uplink message to an eNodeB and to receive, in response, the power saving setting; wherein the processing module is further configured to determine that the radio frequency transceiver transmitted the uplink message to a first cell of the 3GPP LTE wireless network just prior to a handover of the UE from the first cell to a second cell of the 3GPP LTE wireless network; and wherein in response to the determination and after completion of the handover of the UE from the first cell to the second cell, the radio frequency transceiver initiates transmission of the uplink message to the second cell.
Rolling method in a rolling plant to produce coils of strip with a thickness varying from 0.7 mm to 20 mm, for all qualities of steel which can be cast in the form of thin slabs with a thickness comprised from 30 mm to 140 mm, the rolling plant comprising at least: - a continuous casting device; - a tunnel furnace for maintenance/equalization and possible heating, disposed downstream of the continuous casting device; - a rolling train, disposed downstream of said tunnel furnace, consisting of a roughing train comprising from 1 to 4 rolling stands (18a, 18b, 18c) and a finishing train comprising from 3 to 7 stands (21a-21e); - a rapid heating unit, for example an inductor unit, interposed between said roughing train and said finishing train; said method being characterized in that, said rolling plant is made to work either in coil-to-coil mode, for final thicknesses of the strip from 1.0 mm to 20 mm or in semi-endless mode for final thicknesses of the strip from 0,7 mm to 2 mm or in endless mode for final thicknesses of the strip from 0,7 mm to 4 mm, and in that one of the three aforesaid modes of the rolling plant is selected according to the quality of the steel produced, according to the maximum casting speed possible for said quality of steel and according to the final thickness of the strip. - a continuous casting device; - a tunnel furnace for maintenance/equalization and possible heating, disposed downstream of the continuous casting device; - a rolling train, disposed downstream of said tunnel furnace, consisting of a roughing train comprising from 1 to 4 rolling stands (18a, 18b, 18c) and a finishing train comprising from 3 to 7 stands (21a-21e); - a rapid heating unit, for example an inductor unit, interposed between said roughing train and said finishing train;
A method for resourcing media content of multiple display channels, characterized in that the method includes the steps of: determining when resources are insufficient to receive media content of a newly requested display channel; responsive to a determination of insufficient resources, determining the lowest priority display channel using at least one user configurable rule; and discontinuing the receipt of media content of a display channel designated as having the lowest priority among a plurality of received display channels. determining when resources are insufficient to receive media content of a newly requested display channel; responsive to a determination of insufficient resources, determining the lowest priority display channel using at least one user configurable rule; and discontinuing the receipt of media content of a display channel designated as having the lowest priority among a plurality of received display channels.
A method for allocating network resources of a wireless network between at least a first type of use associated with a first level of network security and a second type of use associated with a second level of network security different from the first level of network security, the method comprising, at an access point: communicating with one or more wireless devices; characterized by: receiving a request for the first type of use from one of the one or more wireless devices; in response to receiving the request, allocating a first portion of the network resources to the first type of use based on the first level of network security; and allocating a second portion of the network resources to the second type of use based on the second level of network security, wherein at least one of the acts of allocating is performed dynamically during operation of the wireless network and the acts of allocating are based on one or more allocation rules. communicating with one or more wireless devices; characterized by: receiving a request for the first type of use from one of the one or more wireless devices; in response to receiving the request, allocating a first portion of the network resources to the first type of use based on the first level of network security; and allocating a second portion of the network resources to the second type of use based on the second level of network security, wherein at least one of the acts of allocating is performed dynamically during operation of the wireless network and the acts of allocating are based on one or more allocation rules. receiving a request for the first type of use from one of the one or more wireless devices; in response to receiving the request, allocating a first portion of the network resources to the first type of use based on the first level of network security; and allocating a second portion of the network resources to the second type of use based on the second level of network security, wherein at least one of the acts of allocating is performed dynamically during operation of the wireless network and the acts of allocating are based on one or more allocation rules.
A woven surgical cord comprising: interwoven warps (208, 210) and wefts (209, 211) extending over a length of the cord; a first weave pattern created by the warps and wefts extending over a first section of the length of cord; a second weave pattern created by the warps and wefts extending over a second section of the length of the cord, the second section having a cord width (b) less than a cord width (a) of the first section; characterized in that a region along a length of the cord comprises a plurality of the first sections and a plurality of the second sections, the first and second sections repeating according to an alternating arrangement over the region of the cord, the arrangement of the first and second sections being such as to provide an alternating width profile formed from ridges and troughs extending transverse to a longitudinal axis of the cord and along the region of the cord. interwoven warps (208, 210) and wefts (209, 211) extending over a length of the cord; a first weave pattern created by the warps and wefts extending over a first section of the length of cord; a second weave pattern created by the warps and wefts extending over a second section of the length of the cord, the second section having a cord width (b) less than a cord width (a) of the first section; characterized in that a region along a length of the cord comprises a plurality of the first sections and a plurality of the second sections, the first and second sections repeating according to an alternating arrangement over the region of the cord, the arrangement of the first and second sections being such as to provide an alternating width profile formed from ridges and troughs extending transverse to a longitudinal axis of the cord and along the region of the cord.
A controlled device, to be located at a consumer's facility, that is capable of executing a predetermined operation set in advance and an instructed operation in accordance with control instructions transmitted from a control device that performs power control of the consumer's facility, the controlled device comprising: a storage configured to store a predetermined time period in advance; a communicator configured to acquire a control instruction from the control device; and a controller configured to execute, each time the control instruction is acquired, the instructed operation in accordance with the control instruction, and to measure, each time the control instruction is acquired, an elapsed time period since acquisition of the control instruction, wherein the controller is configured to execute the predetermined operation when the elapsed time period since the acquisition of the control instruction reaches the predetermined time period without additional acquisition of the control instruction; characterized in that the controller is configured to control the communicator to notify the control device of the predetermined time period, in order for the control device to repeatedly transmit the control instruction to the controlled device at an interval that is shorter than the predetermined time period. a storage configured to store a predetermined time period in advance; a communicator configured to acquire a control instruction from the control device; and a controller configured to execute, each time the control instruction is acquired, the instructed operation in accordance with the control instruction, and to measure, each time the control instruction is acquired, an elapsed time period since acquisition of the control instruction, wherein the controller is configured to execute the predetermined operation when the elapsed time period since the acquisition of the control instruction reaches the predetermined time period without additional acquisition of the control instruction; characterized in that the controller is configured to control the communicator to notify the control device of the predetermined time period, in order for the control device to repeatedly transmit the control instruction to the controlled device at an interval that is shorter than the predetermined time period.
A method of protecting an electrical circuit from faults and overloads, comprising: connecting a load in a load circuit; sensing a load current flowing in the load circuit, to produce a sensed load current I SENSE; establishing a long-time trip threshold current I LT; establishing a first maximum rate of change in current reference di/dt_max,1; comparing the sense load current I SENSE to the long-time trip threshold current I LT; comparing a rate of change of the load current di SENSE /dt to the first maximum rate of change in current reference di/dt_max,1; and if both the rate of change of the load current di SENSE /dt is greater than the first maximum rate of change in current reference di/dt_max,1, and the sensed load current I SENSE is greater than the long-term trip threshold current I LT, switching OFF the solid-state device; and after the solid-state device is switched OFF, forming an air gap in the load circuit to physically isolate the load. connecting a load in a load circuit; sensing a load current flowing in the load circuit, to produce a sensed load current I SENSE; establishing a long-time trip threshold current I LT; establishing a first maximum rate of change in current reference di/dt_max,1; comparing the sense load current I SENSE to the long-time trip threshold current I LT; comparing a rate of change of the load current di SENSE /dt to the first maximum rate of change in current reference di/dt_max,1; and if both the rate of change of the load current di SENSE /dt is greater than the first maximum rate of change in current reference di/dt_max,1, and the sensed load current I SENSE is greater than the long-term trip threshold current I LT, switching OFF the solid-state device; and after the solid-state device is switched OFF, forming an air gap in the load circuit to physically isolate the load.
A piezoelectric fiber composite, comprising: a first protective layer including a first electrode formed on one side thereof; a second protective layer including a second electrode formed on one side thereof; and a piezoelectric fiber layer interposed between the first electrode and the second electrode and composed of one or more piezoelectric fibers arranged in a longitudinal direction of the composite, characterized in that the piezoelectric fibers comprise a single-crystal piezoelectric material and are configured such that a <011> direction of a single crystal is identical to a thickness direction of the composite and a <001> direction of the single crystal is identical to a longitudinal direction of the composite. a first protective layer including a first electrode formed on one side thereof; a second protective layer including a second electrode formed on one side thereof; and a piezoelectric fiber layer interposed between the first electrode and the second electrode and composed of one or more piezoelectric fibers arranged in a longitudinal direction of the composite,
Process for processing tall oil pitch comprising: a step of providing tall oil pitch at a temperature from 40 to 80°C, at least one decanting step during which the tall oil pitch provided in step is successively subjected to: - a step of cooling to a temperature from -20 to 25°C, - a step of heating to a temperature of 35 to 70°C, for a sufficient duration to separate the tall oil pitch into at least one supernatant light phase and a heavy phase heavier than said at least one light phase, a step of recovering said at least one light phase and the heavy phase formed during step, said at least one light phase constituting a processed tall oil pitch. a step of providing tall oil pitch at a temperature from 40 to 80°C, at least one decanting step during which the tall oil pitch provided in step is successively subjected to: - a step of cooling to a temperature from -20 to 25°C, - a step of heating to a temperature of 35 to 70°C, for a sufficient duration to separate the tall oil pitch into at least one supernatant light phase and a heavy phase heavier than said at least one light phase, - a step of cooling to a temperature from -20 to 25°C, - a step of heating to a temperature of 35 to 70°C, for a sufficient duration to separate the tall oil pitch into at least one supernatant light phase and a heavy phase heavier than said at least one light phase, a step of recovering said at least one light phase and the heavy phase formed during step, said at least one light phase constituting a processed tall oil pitch.
A network node which supports EGPRS, the network node being arranged (11, 13) to transmit RLC data blocks to at least one other network node in an EGPRS system and to receive acknowledgments from the other network node for successfully received RLC data blocks, the network node also being arranged to make pre-emptive retransmissions of unacknowledged previously transmitted RLC data blocks, the network node being arranged (11, 13, 14) to make its transmissions with or without precoding, the network node being characterized in that it is arranged (11, 13, 14) to use precoding for a first percentage of the pre-emptive retransmissions and for a second percentage of the transmissions of RLC data blocks that have not been transmitted previously, whereby some of said pre-emptive retransmissions and transmissions of RLC data blocks that have not been transmitted previously will be using pre-coding.