mhurhangee/ep-ind-claims huggingface dataset:
A wall-mountable charger, comprising a housing mountable on a wall, a power supply control circuit provided in the housing, and a display provided on the housing and electrically connected with the power supply control circuit, wherein: the wall-mountable charger is mountable on a wall; a charging interface for notebook computers and USB charging interfaces for digital products chargeable through USB ports are provided on the housing; and the power supply control circuit is electrically connected with the charging interface for notebook computers and the USB charging interfaces via a voltage converter which is adapted to output a first voltage level for the USB charging interfaces by default, characterized in that: the wall-mountable charger further comprises a voltage comparator which is operable, in response to a notebook computer being connected to the charging interface for notebook computers, to sample an output voltage for the notebook computer, to generate an voltage adjustment signal based on a comparison between the sampled output voltage and a predetermined reference voltage, and to transmit the voltage adjustment signal to the voltage converter, wherein the voltage converter is operable to adjust the output voltage to a second voltage level suitable for notebook computers based on the voltage adjustment signal. the wall-mountable charger is mountable on a wall; a charging interface for notebook computers and USB charging interfaces for digital products chargeable through USB ports are provided on the housing; and the power supply control circuit is electrically connected with the charging interface for notebook computers and the USB charging interfaces via a voltage converter which is adapted to output a first voltage level for the USB charging interfaces by default, characterized in that: the wall-mountable charger further comprises a voltage comparator which is operable, in response to a notebook computer being connected to the charging interface for notebook computers, to sample an output voltage for the notebook computer, to generate an voltage adjustment signal based on a comparison between the sampled output voltage and a predetermined reference voltage, and to transmit the voltage adjustment signal to the voltage converter, wherein the voltage converter is operable to adjust the output voltage to a second voltage level suitable for notebook computers based on the voltage adjustment signal.
A method of flooding a vacuum chamber connected to a vacuum pump, in particular to a turbomolecular pump, in which the vacuum pump comprising a rotor and a stator is also flooded simultaneously with the flooding of the vacuum chamber, wherein the flooding takes place directly after a respective switching off of the pump rotor and the flooding rate is increased during a respective flooding process as soon as the pressure in the vacuum pump has reached a predefinable limit value (p G); wherein the flooding takes place via a released first fluid cross-section up to the reaching of the predefinable limit value (p G) of the pressure in the vacuum pump and the flooding takes place via a released second fluid cross-section, which is larger than the first fluid cross-section, after the reaching of this limit value (p G) of the pressure in the vacuum pump; and wherein the switching from the first fluid cross-section to the relatively larger second fluid cross-section takes place in that a second flood valve (18 2) is released in addition to a released first flood valve (18 1), with the first flood valve (18 1) being associated with the vacuum pump and the second flood valve (18 2) being associated with the vacuum chamber. wherein the flooding takes place directly after a respective switching off of the pump rotor and the flooding rate is increased during a respective flooding process as soon as the pressure in the vacuum pump has reached a predefinable limit value (p G); wherein the flooding takes place via a released first fluid cross-section up to the reaching of the predefinable limit value (p G) of the pressure in the vacuum pump and the flooding takes place via a released second fluid cross-section, which is larger than the first fluid cross-section, after the reaching of this limit value (p G) of the pressure in the vacuum pump; and wherein the switching from the first fluid cross-section to the relatively larger second fluid cross-section takes place in that a second flood valve (18 2) is released in addition to a released first flood valve (18 1), with the first flood valve (18 1) being associated with the vacuum pump and the second flood valve (18 2) being associated with the vacuum chamber.
An insertion apparatus which is designed to insert rod-shaped articles (11, 11') of the tobacco processing industry into a rod of the tobacco processing industry or to place said rod-shaped articles against a rod of the tobacco processing industry, wherein the insertion apparatus comprises several carriages (16, 17) that each comprise at least one receiving region for rod-shaped articles (11, 11') of the tobacco processing industry, wherein the at least one receiving region has a longitudinal extension, characterized in that the carriages (16, 17) comprise a body (26, 27), a rear body part (24, 24') of which is designed such that it enters or can enter a receiving region for rod-shaped articles (11, 11') of a subsequent carriage.
A method comprising: sending a search query to a search engine; receiving, from the search engine, responsive to the search query, a document comprising a first data item and a second data item; visually rendering a snippet of text from the first data item in a region of a display and visually rendering text from the second data item outside the region; receiving a selection of the first data item from a user; visually expanding the snippet of text from the first data item of the document based on the selection; and visually rendering additional text from the first data item within the expanded region of the document, where the additional text differs from the snippet of text. sending a search query to a search engine; receiving, from the search engine, responsive to the search query, a document comprising a first data item and a second data item; visually rendering a snippet of text from the first data item in a region of a display and visually rendering text from the second data item outside the region; receiving a selection of the first data item from a user; visually expanding the snippet of text from the first data item of the document based on the selection; and visually rendering additional text from the first data item within the expanded region of the document, where the additional text differs from the snippet of text.
A control method for improving network performance, applied to a network of High Definition Multimedia Interface-Consumer Electronics Control, HDMI-CEC, which is connected to a sink device, to at least five source devices and to a plurality of switch devices, wherein the network of the HDMI-CEC accesses at least one of the source devices and the sink device, and each of the source devices is communicatively connected with each of the sink devices through an implementation module; wherein the control method comprises the steps of: Step S1, each of the source devices issues corresponding playing commands; the source devices perform filtering to the playing commands to obtain first available playing commands; Step S2, the sink device receives the first available playing commands, switches to a route where the sink device corresponding to the first available playing commands is located, and then issues vendor command parameters; Step S3, the implementation module receives the vendor command parameters, then enables a timer with a preset timer time period, and sets identification information corresponding to the timer; Step S4, during the preset timer time period, the implementation module filters the first available playing commands of each of the source devices to obtain second available playing commands; Step S5, when the preset timer time period ends, the implementation module turns off the timer and resets the identification information; the sink device receives the second available playing commands and switches to a route where the sink device corresponding to the second available playing commands is located; and controls the corresponding source device to operate based on the second available playing commands. Step S1, each of the source devices issues corresponding playing commands; the source devices perform filtering to the playing commands to obtain first available playing commands; Step S2, the sink device receives the first available playing commands, switches to a route where the sink device corresponding to the first available playing commands is located, and then issues vendor command parameters; Step S3, the implementation module receives the vendor command parameters, then enables a timer with a preset timer time period, and sets identification information corresponding to the timer; Step S4, during the preset timer time period, the implementation module filters the first available playing commands of each of the source devices to obtain second available playing commands; Step S5, when the preset timer time period ends, the implementation module turns off the timer and resets the identification information; the sink device receives the second available playing commands and switches to a route where the sink device corresponding to the second available playing commands is located; and controls the corresponding source device to operate based on the second available playing commands.
A bi-stable restrictor for an elevator car door comprising: a primary source of electrical power; a detecting member in electrical communication with said primary source of electrical power; and a locking device connected to said detecting member and adapted to selectively move between a locked position to lock an elevator car door and an unlocked position to unlock the elevator car door in response to actuation controlled by said detecting member, wherein, in the event of a loss of said primary source of electrical power said locking device remains in the selected locked or unlocked position at the time of the loss of said primary source of electrical power, characterized in that the bi-stable restrictor further comprises an emitting member, wherein said detecting member receives a signal from said emitting member and actuates said locking device in response to such signal. a primary source of electrical power; a detecting member in electrical communication with said primary source of electrical power; and a locking device connected to said detecting member and adapted to selectively move between a locked position to lock an elevator car door and an unlocked position to unlock the elevator car door in response to actuation controlled by said detecting member, wherein, in the event of a loss of said primary source of electrical power said locking device remains in the selected locked or unlocked position at the time of the loss of said primary source of electrical power, characterized in that the bi-stable restrictor further comprises an emitting member, wherein said detecting member receives a signal from said emitting member and actuates said locking device in response to such signal.
A nozzle for a three-dimensional printing apparatus, comprising a main nozzle body having an inlet end, an outlet end and a central conduit arranged there between, wherein the main nozzle body is made of an electrically non-conductive body material, and wherein the main nozzle body is provided with an electrically conductive first layer and an electrically non-conductive second layer arranged around the main nozzle body, and wherein the electrically non-conductive body material comprises a first glass material, a first ceramic material, a first mineral material or a combination thereof, wherein the electrically conductive first layer and the electrically non-conductive second layer are arranged next to each other in a longitudinal direction of the nozzle.
Merging unit, particularly for substation automation, comprising at least one input interface (110a, 110b) for receiving input data characterizing at least one voltage and/or current related to a component of a power system, wherein said merging unit comprises timing synchronization means which comprise an interface to an external synchronization network operating according to one of the Inter Range Instrumentation Group, IRIG, -B standard, the 1PPS standard and the Institute of Electrical and Electronics Engineers, IEEE, 1588 standard, wherein the merging unit is configured to implement logical nodes according to the International Electrotechnical Commission, IEC, 61850-7 standard, wherein the logical nodes comprise at least one of TCTR and TVTR, wherein the merging unit is configured to determine sampled measured values, SMV, depending on said input data and to map information from at least one of the logical nodes to the IEC 61850-9-2 sampled measured values, SMV, communication protocol, and wherein: - said merging unit comprises a control unit that is configured to determine power quality information depending on said input data, - the merging unit is configured to associate the power quality information with timing information supplied by the timing synchronization means, - the logical nodes comprise at least one of QFVR, QITR, QIUB, QVTR and QVUB, and - the merging unit is configured to map information to and/or from at least one of the logical nodes to the IEC 61850-8-1, Mapping to MMS, communication protocol or to the IEC 61850-8-1, Generic Object Oriented Substation Event, GOOSE, communication protocol. - said merging unit comprises a control unit that is configured to determine power quality information depending on said input data, - the merging unit is configured to associate the power quality information with timing information supplied by the timing synchronization means, - the logical nodes comprise at least one of QFVR, QITR, QIUB, QVTR and QVUB, and - the merging unit is configured to map information to and/or from at least one of the logical nodes to the IEC 61850-8-1, Mapping to MMS, communication protocol or to the IEC 61850-8-1, Generic Object Oriented Substation Event, GOOSE, communication protocol.
A system, comprising: a plain bearing assembly configured to enable rotation of a shaft about a bearing system axis of the shaft, wherein the plain bearing assembly comprises the shaft, a cylindrical intermediate bearing disposed about the shaft, and an external bearing disposed about the cylindrical intermediate bearing; wherein the plain bearing assembly is configured to facilitate oscillatory motion of the shaft relative to the external bearing such that, when the shaft rotates in a first direction about the bearing system axis, the cylindrical intermediate bearing rotates about the bearing system axis in the first direction, and when the shaft rotates in a second direction opposite the first direction about the bearing system axis, rotation of the cylindrical intermediate bearing about the bearing system axis is resisted or prevented. a plain bearing assembly configured to enable rotation of a shaft about a bearing system axis of the shaft, wherein the plain bearing assembly comprises the shaft, a cylindrical intermediate bearing disposed about the shaft, and an external bearing disposed about the cylindrical intermediate bearing; wherein the plain bearing assembly is configured to facilitate oscillatory motion of the shaft relative to the external bearing such that, when the shaft rotates in a first direction about the bearing system axis, the cylindrical intermediate bearing rotates about the bearing system axis in the first direction, and when the shaft rotates in a second direction opposite the first direction about the bearing system axis, rotation of the cylindrical intermediate bearing about the bearing system axis is resisted or prevented.
An apparatus comprising: heat transfer means, comprising a heat pipe, configured to transfer heat from a first location proximate to a location on a subject's body to a location proximate to the subject's sweat glands at a different location on their body; and sweat transfer means configured to transfer sweat from the location proximate to a subject's sweat glands to one or more sensors wherein the one or more sensors are configured to sense one or more biometric parameters from the subject's sweat. heat transfer means, comprising a heat pipe, configured to transfer heat from a first location proximate to a location on a subject's body to a location proximate to the subject's sweat glands at a different location on their body; and sweat transfer means configured to transfer sweat from the location proximate to a subject's sweat glands to one or more sensors wherein the one or more sensors are configured to sense one or more biometric parameters from the subject's sweat.
A method comprising: applying a program voltage (Vpgm) to a selected wordline of an array of non-volatile memory cells of a flash memory device; and applying an initial inhibit voltage to one or more wordlines adjacent to the selected wordline; ramping up the inhibit voltage starting prior to a program operation window during which the program voltage is applied to the selected wordline until at least an end of the program operation window, wherein ramping up the inhibit voltage comprises ramping up the inhibit voltage with a triangular slope. applying a program voltage (Vpgm) to a selected wordline of an array of non-volatile memory cells of a flash memory device; and applying an initial inhibit voltage to one or more wordlines adjacent to the selected wordline; ramping up the inhibit voltage starting prior to a program operation window during which the program voltage is applied to the selected wordline until at least an end of the program operation window, wherein ramping up the inhibit voltage comprises ramping up the inhibit voltage with a triangular slope.
A processor-based method for identifying faulty sensors in a fluid production network, comprising: acquiring training measurements from a plurality of sensors over time; performing a principal components analysis of the training data to generate a principal components model defining a principal components component and a residual subspace; acquiring current measurements from the plurality of sensors; characterised by: automatically determining a number of operating points based on the current measurements; projecting the current measurements of each operating point into the residual subspace to detect one or more outliers, if present; if one or more outliers are detected, applying partial decomposition to generate one or more contribution plots; and based on the contribution plots, providing an indication as to which sensor or sensors are at fault. acquiring training measurements from a plurality of sensors over time; performing a principal components analysis of the training data to generate a principal components model defining a principal components component and a residual subspace; acquiring current measurements from the plurality of sensors; characterised by: automatically determining a number of operating points based on the current measurements; projecting the current measurements of each operating point into the residual subspace to detect one or more outliers, if present; if one or more outliers are detected, applying partial decomposition to generate one or more contribution plots; and based on the contribution plots, providing an indication as to which sensor or sensors are at fault. automatically determining a number of operating points based on the current measurements; projecting the current measurements of each operating point into the residual subspace to detect one or more outliers, if present; if one or more outliers are detected, applying partial decomposition to generate one or more contribution plots; and based on the contribution plots, providing an indication as to which sensor or sensors are at fault.
A device for producing a bone cement paste from a monomer liquid and a cement powder as parent components of the bone cement paste and for delivering the mixed bone cement paste, the device having a cartridge with a cylindrical interior, wherein the interior of the cartridge is closed at a front side apart from a delivery opening for discharging the bone cement paste, wherein a delivery plunger is arranged in the interior of the cartridge the delivery plunger being pushable in the direction of the delivery opening and wherein the cement powder is arranged in the interior of the cartridge between the delivery opening and the delivery plunger, wherein a hollow cylinder is arranged at a front side of the delivery plunger facing the delivery opening, wherein the hollow cylinder is open at a front face facing the delivery opening and extends from the front side of the delivery plunger at least 3 mm into the interior of the cartridge, wherein in the delivery plunger at least one connection is provided from the back side of the delivery plunger to the front side of the delivery plunger for introducing the monomer liquid into the interior of the cartridge, wherein the at least one connection is permeable to the monomer liquid and gases and impermeable to the cement powder and wherein the at least one connection leads from the delivery plunger inside the hollow cylinder or through lines in the hollow cylinder at the front face of the hollow cylinder into the interior of the cartridge.
A keyboard module, comprising: a base; a plurality of retaining members, respectively comprising: a bottom portion, disposed on the base, a bending portion, connected to the bottom portion and extending along a direction away from the bottom portion, and an upper portion, connected to the bending portion; and a plurality of keycaps, respectively disposed on one of the upper portions corresponding thereto, wherein after the keycaps are pressed by an external force, the upper portions are abutted by the keycaps, and the bending portions are deformed, characterized in that: the keyboard module further comprises a plurality of resilient members, wherein each of the resilient members is directly in contact with one of the keycaps, and an opening is formed on the upper portion of each of the retaining members, wherein each of the resilient members is disposed in a space defined by the bending portion and the upper portion of each of the retaining members and passes through the corresponding opening to contact with the corresponding keycap. a base; a plurality of retaining members, respectively comprising: a bottom portion, disposed on the base, a bending portion, connected to the bottom portion and extending along a direction away from the bottom portion, and an upper portion, connected to the bending portion; and a plurality of keycaps, respectively disposed on one of the upper portions corresponding thereto, a bottom portion, disposed on the base, a bending portion, connected to the bottom portion and extending along a direction away from the bottom portion, and extending along a direction away from the bottom portion, and an upper portion, connected to the bending portion; and a plurality of keycaps, respectively disposed on one of the upper portions corresponding thereto, wherein after the keycaps are pressed by an external force, the upper portions are abutted by the keycaps, and the bending portions are deformed, characterized in that: the keyboard module further comprises a plurality of resilient members, wherein each of the resilient members is directly in contact with one of the keycaps, and an opening is formed on the upper portion of each of the retaining members, wherein each of the resilient members is disposed in a space defined by the bending portion and the upper portion of each of the retaining members and passes through the corresponding opening to contact with the corresponding keycap.