mhurhangee/ep-ind-claims huggingface dataset:
A communication method, comprising: receiving, by a terminal, a power saving signal sent by a network device, wherein the power saving signal is used to indicate statuses of the terminal on N carriers, and N is an integer greater than 1; and determining, by the terminal, the statuses of the terminal on the N carriers based on the power saving signal, wherein each of the statuses of the terminal on the N carriers comprises information that the terminal monitors a physical downlink control channel, PDCCH, or does not monitor the PDCCH; wherein the power saving signal comprises M status index values, at least one of the M status index values correspondingly indicates statuses of the terminal on at least two of the N carriers, M is a positive integer, and M is less than N. receiving, by a terminal, a power saving signal sent by a network device, wherein the power saving signal is used to indicate statuses of the terminal on N carriers, and N is an integer greater than 1; and determining, by the terminal, the statuses of the terminal on the N carriers based on the power saving signal, wherein each of the statuses of the terminal on the N carriers comprises information that the terminal monitors a physical downlink control channel, PDCCH, or does not monitor the PDCCH; wherein the power saving signal comprises M status index values, at least one of the M status index values correspondingly indicates statuses of the terminal on at least two of the N carriers, M is a positive integer, and M is less than N.
A magnetic drive assembly comprising: a housing including a cylindrical end bell portion having a first radius, a cylindrical hub portion at an open end of the end bell portion, the hub portion having a second radius greater than the first radius, a mounting tab extending radially outward from the hub portion, the mounting tab including a fastener hole; and at least one heat transfer fin contacting the hub portion and the mounting tab; a stator assembly received in the end bell portion; a rotor assembly including a hub having a ring-shaped recess located in the hub portion of the housing; and a drive ring magnet carried in the recess of the hub; wherein the at least one heat transfer fin includes a plurality of first heat transfer fins each having an axially extending edge contacting the hub portion, and a plurality of second heat transfer fins each having an axially extending edge contacting the end bell portion; wherein the plurality of first heat transfer fins each have a radially extending edge contacting the mounting tab; and characterised in that the plurality of second heat transfer fins each have a radially extending edge contacting the hub portion and the mounting tab. a housing including a cylindrical end bell portion having a first radius, a cylindrical hub portion at an open end of the end bell portion, the hub portion having a second radius greater than the first radius, a mounting tab extending radially outward from the hub portion, the mounting tab including a fastener hole; and at least one heat transfer fin contacting the hub portion and the mounting tab; a stator assembly received in the end bell portion; a rotor assembly including a hub having a ring-shaped recess located in the hub portion of the housing; and a drive ring magnet carried in the recess of the hub; a stator assembly received in the end bell portion; a rotor assembly including a hub having a ring-shaped recess located in the hub portion of the housing; and a drive ring magnet carried in the recess of the hub; wherein the at least one heat transfer fin includes a plurality of first heat transfer fins each having an axially extending edge contacting the hub portion, and a plurality of second heat transfer fins each having an axially extending edge contacting the end bell portion; wherein the plurality of first heat transfer fins each have a radially extending edge contacting the mounting tab; and characterised in that the plurality of second heat transfer fins each have a radially extending edge contacting the hub portion and the mounting tab.
A battery pack comprising: (a) at least one module assembly configured to have a structure in which battery modules (211, 212 and 213), each of which comprises a plurality of unit cells electrically connected to each other while being stacked, are arranged while being adjacent to each other; (b) a pair of side support members configured to have a structure to surround sides of outermost ones of the battery modules (211, 212 and 213) of the module assembly; (c) two or more coupling members to couple the side support members to the module assembly; (d) a base plate provided at one surface with fastening parts coupled to the side support members and at the other surface thereof with an external mounting part mounted to an external structure; and (e) a sheathing cover coupled to the base plate while surrounding the module assembly; and characterized in that: the side support members and the battery modules (211, 212 and 213) are provided at edges thereof with coupling holes (316, 317 and 318), into which the coupling members are mechanically fastened; and each of the side support members is formed in a triangular shape, and the coupling holes (316, 317 and 318) are formed at the edges of each of the triangular side support members; each of the side support members is configured to have a plate-shaped structure and has one or more openings. (a) at least one module assembly configured to have a structure in which battery modules (211, 212 and 213), each of which comprises a plurality of unit cells electrically connected to each other while being stacked, are arranged while being adjacent to each other; (b) a pair of side support members configured to have a structure to surround sides of outermost ones of the battery modules (211, 212 and 213) of the module assembly; (c) two or more coupling members to couple the side support members to the module assembly; (d) a base plate provided at one surface with fastening parts coupled to the side support members and at the other surface thereof with an external mounting part mounted to an external structure; and (e) a sheathing cover coupled to the base plate while surrounding the module assembly; the side support members and the battery modules (211, 212 and 213) are provided at edges thereof with coupling holes (316, 317 and 318), into which the coupling members are mechanically fastened; and each of the side support members is formed in a triangular shape, and the coupling holes (316, 317 and 318) are formed at the edges of each of the triangular side support members; each of the side support members is configured to have a plate-shaped structure and has one or more openings.
An apparatus for controlling a secondary battery, comprising: a motor driving circuit receiving supply of electric power from a secondary battery to drive a motor; battery temperature obtaining means for detecting or estimating a battery temperature of said secondary battery; and a control circuit controlling said motor driving circuit such that output torque of said motor conforms to requested torque, wherein said control circuit includes first control means for operating said motor at a first operation point that requires a motor driving current of a first current amplitude for generating said requested torque, characterized in that said control circuit includes second control means for operating said motor at a second operation point that requires a motor driving current of a second current amplitude greater than said first current amplitude for generating said requested torque, and switching means for alternately switching between said first control means and said second control means for execution, when said battery temperature is lower than a prescribed threshold temperature wherein the control circuit changes a current amplitude and a current phase of the motor driving current while maintaining the output torque at the requested torque in order to increase the temperature of the secondary battery. a motor driving circuit receiving supply of electric power from a secondary battery to drive a motor; battery temperature obtaining means for detecting or estimating a battery temperature of said secondary battery; and a control circuit controlling said motor driving circuit such that output torque of said motor conforms to requested torque, wherein said control circuit includes first control means for operating said motor at a first operation point that requires a motor driving current of a first current amplitude for generating said requested torque, characterized in that said control circuit includes second control means for operating said motor at a second operation point that requires a motor driving current of a second current amplitude greater than said first current amplitude for generating said requested torque, and switching means for alternately switching between said first control means and said second control means for execution, when said battery temperature is lower than a prescribed threshold temperature wherein the control circuit changes a current amplitude and a current phase of the motor driving current while maintaining the output torque at the requested torque in order to increase the temperature of the secondary battery.
A crane controller for a crane which includes a hoisting gear for lifting a load hanging on a cable, wherein the crane controller has a cable force mode in which the crane controller actuates the hoisting gear such that a setpoint of the cable force is obtained, wherein the crane controller includes a target force determination unit which determines the static force acting on the cable during a lift, wherein the crane controller includes a cable force determination unit which determines the actual value of the cable force via a filtration of measured values or a model-based estimation, characterized in that the crane controller comprises an input element via which the crane operator can vary the setpoint of the cable force, wherein in the cable force mode the crane controller comprises a pilot control part which takes account of the dynamics of the cable, and a feedback part via which the cable force determined by the cable force determination unit is fed back.
A wireless communication apparatus which performs, with a communication terminal (120, 140, 150, 160), predetermined data communication during an active interval, and does not perform the predetermined data communication during an inactive interval, the wireless communication apparatus comprising: an interval set section configured to alternately set the active interval and the inactive interval; a base station communication section configured to perform the predetermined data communication with the communication terminal (120, 140, 150, 160) as well as transmitting a beacon, after performing a first modulation on the beacon, to the communication terminal (120, 140, 150, 160) during the active interval which is set by the interval set section, the beacon including information indicating a start timing of a subsequent active interval which is set by the interval set section; and a sub-beacon transmission section configured to transmit a sub-beacon to the communication terminal (120, 140, 150, 160) during the inactive interval, after performing a second modulation on the sub-beacon including time information and a synchronization symbol, the time information providing notice of a transmission timing of a subsequent beacon which is to be transmitted by the base station communication section, wherein, the second modulation is a different modulation method than that used in the first modulation. an interval set section configured to alternately set the active interval and the inactive interval; a base station communication section configured to perform the predetermined data communication with the communication terminal (120, 140, 150, 160) as well as transmitting a beacon, after performing a first modulation on the beacon, to the communication terminal (120, 140, 150, 160) during the active interval which is set by the interval set section, the beacon including information indicating a start timing of a subsequent active interval which is set by the interval set section; and a sub-beacon transmission section configured to transmit a sub-beacon to the communication terminal (120, 140, 150, 160) during the inactive interval, after performing a second modulation on the sub-beacon including time information and a synchronization symbol, the time information providing notice of a transmission timing of a subsequent beacon which is to be transmitted by the base station communication section, wherein, the second modulation is a different modulation method than that used in the first modulation.
A method of building automation with cascaded learning in a building management system, the method comprising: accessing first data related to a plurality of buildings by a building analytics system of the building management system, the first data including building management system data and enterprise data different than building management system data, the enterprise data for an enterprise associated with the buildings of the plurality and the building management system data being for the buildings of the plurality; applying, by the building analytics system, the first data to a first machine learning for identifying cost information; applying, by the building analytics system, the first data to a second machine learning for identifying a fault associated with the cost information; applying, by the building analytics system, the first data to a third machine learning for identifying a source of the fault; the method being characterised in that it comprises the step of: outputting, as a result of the applying, a cascade system comprising a cascade of first, second, and third machine-learnt classifiers from the first, second, and third learning, wherein one or more classifiers of the cascade uses the output from another classifier of the cascade in a cascade arrangement. accessing first data related to a plurality of buildings by a building analytics system of the building management system, the first data including building management system data and enterprise data different than building management system data, the enterprise data for an enterprise associated with the buildings of the plurality and the building management system data being for the buildings of the plurality; applying, by the building analytics system, the first data to a first machine learning for identifying cost information; applying, by the building analytics system, the first data to a second machine learning for identifying a fault associated with the cost information; applying, by the building analytics system, the first data to a third machine learning for identifying a source of the fault; the method being characterised in that it comprises the step of: outputting, as a result of the applying, a cascade system comprising a cascade of first, second, and third machine-learnt classifiers from the first, second, and third learning, wherein one or more classifiers of the cascade uses the output from another classifier of the cascade in a cascade arrangement. outputting, as a result of the applying, a cascade system comprising a cascade of first, second, and third machine-learnt classifiers from the first, second, and third learning, wherein one or more classifiers of the cascade uses the output from another classifier of the cascade in a cascade arrangement.
A portable urine collection system, comprising: a urine collection device configured to be positioned at least proximate to a urethra of a user; a first conduit in fluid communication with the urine collection device; a urine collection bag having an interior region; a second conduit in fluid communication with the interior region of the urine collection bag; a pump configured to pull a vacuum and draw urine from the urine collection device through the first conduit and force the urine through the second conduit into the interior region of the urine collection bag the system being characterized in that: its pump and urine collector bag components are modular, with connectors between the modular components that are universal, thereby allowing the end user of the system to select different combinations of the modular components for different settings, in particular, when in bed, when in a wheelchair or when walking. a urine collection device configured to be positioned at least proximate to a urethra of a user; a first conduit in fluid communication with the urine collection device; a urine collection bag having an interior region; a second conduit in fluid communication with the interior region of the urine collection bag; a pump configured to pull a vacuum and draw urine from the urine collection device through the first conduit and force the urine through the second conduit into the interior region of the urine collection bag the system being characterized in that: its pump and urine collector bag components are modular, with connectors between the modular components that are universal, thereby allowing the end user of the system to select different combinations of the modular components for different settings, in particular, when in bed, when in a wheelchair or when walking.
Functional protective clothing unit with a protective function against chemical and/or biological poisons and pollutants, in particular warfare agents, wherein the protective clothing unit comprises protective overalls, treated at least with an adsorption material for the adsorption of organic substances, having a protective function against chemical and/or biological poisons and pollutants, particular warfare agents, wherein the protective overalls comprise an associated cape that repels organic substances in liquid form, wherein the cape is arranged to enhance the protective function of the protective overalls by being worn over the protective overalls and covering them at least partially and/or regionally, wherein the cape covers at least the torso of a wearer when worn and comprises a head opening, wherein the cape comprises or consists of a flat textile material, wherein the cape and/or the textile material has a grammage of 20 to 150 g/m 2 and a thickness of 0.02 to 2 mm, and wherein the cape has an oleophobic and/or hydrophobic finish that prevents or at least delays the passage of organic substances in liquid form.
Method for producing a scrim in which several band sections (3a, 3b) are deposited next to one another on a conveyor device that at least temporarily moves in a direction of transport, the direction of transport being oriented at a predetermined angle to a band direction and each band section (3a, 3b) having a front edge (5a, 5b) running in the band direction and a rear edge (6a, 6b) running in the band direction, and the band section (3a, 3b) are placed so that the rear edge of a first band section is adjacent the front edge of a second band section, characterized in that, a rear-edge shape of the first band section and a front-edge shape of the second band section are determined, and the second band section (3a, 3b) is placed on the conveyor device relative to the first band section (3a, 3b) as a function of a relation between the front-edge shape and the rear-edge shape.
A mobile station comprising: a notifying unit configured to transmit a notification signal to a base station forming a serving cell, when a certain condition used to determine whether or not to perform a handover is satisfied; and a handover processing unit configured to not start a handover process with a target base station until detecting by the mobile station an occurrence of first communication data in an uplink in the mobile station after transmission of the notification signal. a notifying unit configured to transmit a notification signal to a base station forming a serving cell, when a certain condition used to determine whether or not to perform a handover is satisfied; and a handover processing unit configured to not start a handover process with a target base station until detecting by the mobile station an occurrence of first communication data in an uplink in the mobile station after transmission of the notification signal.
A device for storing and dispensing flowable material, the device formed for operation along with a dispensing mechanism having a plunger, a driving mechanism for linearly moving the plunger in a controlled manner, and a retaining body, the device comprising: a cartridge assembly comprising a reusable tube, the tube dimensionally formed to fit within the body of the dispensing mechanism; a pouch for storing a quantity of the flowable material; and a nozzle having attachment means thereon for removable attachment of the nozzle to the pouch, the nozzle directing discharge of the flowable material from the pouch, the tube defining an interior passage for receipt of the pouch and for receipt of a plunger during activated linear movement thereof, and having an end wall; the pouch defining an outer dimension less than the dimension of the interior passage of the tube, such that the pouch may be removably positioned within the tube, and the pouch having a fitment end and an opposite closure end, and removable connecting means for removably connecting the nozzle to the pouch, wherein the cartridge is formed by the assembly of the tube with the pouch therein, and the nozzle is secured on the fitment, and wherein the driving mechanism of the dispensing device is received within the tube and engages the sealed end of the pouch, the linear movement of the plunger compresses the pouch within the tube and forces the flowable material from the pouch and through the nozzle; characterized in that the fitment end of the pouch has engagement means for cooperation with the tube upon insertion of the pouch therein, and the end wall of the tube has corresponding engagement means for cooperation with the engagement means of the pouch. a cartridge assembly comprising a reusable tube, the tube dimensionally formed to fit within the body of the dispensing mechanism; a pouch for storing a quantity of the flowable material; and a nozzle having attachment means thereon for removable attachment of the nozzle to the pouch, the nozzle directing discharge of the flowable material from the pouch, the tube defining an interior passage for receipt of the pouch and for receipt of a plunger during activated linear movement thereof, and having an end wall; the pouch defining an outer dimension less than the dimension of the interior passage of the tube, such that the pouch may be removably positioned within the tube, and the pouch having a fitment end and an opposite closure end, and removable connecting means for removably connecting the nozzle to the pouch, wherein the cartridge is formed by the assembly of the tube with the pouch therein, and the nozzle is secured on the fitment, and wherein the driving mechanism of the dispensing device is received within the tube and engages the sealed end of the pouch, the linear movement of the plunger compresses the pouch within the tube and forces the flowable material from the pouch and through the nozzle;
A surface-modified inorganic pigment comprising an inorganic pigment having acid function and an amorphous body located on a surface of the inorganic pigment having acid function and formed by at least a divalent or higher-valent metal and an anion component in a state where the inorganic pigment and the amorphous body do not chemically bond to each other, wherein the surface-modified inorganic pigment does not exhibit acid function, wherein the inorganic pigment having acid function is a bifunctional inorganic pigment, and wherein the inorganic pigment having acid function is alumina hydrate.