mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal comprising: a wireless communication unit; a display unit configured to display a sharing history list while the mobile terminal is executing a management application for managing contents sharing between the mobile terminal and at least one of a plurality of external devices, the displayed sharing history list including a plurality of sharing history items; and characterized in that the mobile terminal further comprises a controller configured to: receive a user's selection with respect to a sharing history item among the plurality of sharing history items of the displayed sharing history list; determine, in response to the user's selection with respect to the sharing history item, connection environment information, a target device, and shared contents corresponding to the sharing history item; control the wireless communication unit to connect with the target device using the connection environment information such that the mobile terminal and the target device are connected as a previous connection condition based on the connection environment information; and transmit, via the wireless communication unit, data of the shared contents corresponding to the sharing history item to the target device if the shared contents is only stored in the mobile terminal; transmit, via the wireless communication unit, control command to the target device in order to control the target device such that the target device plays the shared contents if the shared contents is stored in both the mobile terminal and the target device. a wireless communication unit; a display unit configured to display a sharing history list while the mobile terminal is executing a management application for managing contents sharing between the mobile terminal and at least one of a plurality of external devices, the displayed sharing history list including a plurality of sharing history items; and receive a user's selection with respect to a sharing history item among the plurality of sharing history items of the displayed sharing history list; determine, in response to the user's selection with respect to the sharing history item, connection environment information, a target device, and shared contents corresponding to the sharing history item; control the wireless communication unit to connect with the target device using the connection environment information such that the mobile terminal and the target device are connected as a previous connection condition based on the connection environment information; and transmit, via the wireless communication unit, data of the shared contents corresponding to the sharing history item to the target device if the shared contents is only stored in the mobile terminal; transmit, via the wireless communication unit, control command to the target device in order to control the target device such that the target device plays the shared contents if the shared contents is stored in both the mobile terminal and the target device.
A washing machine comprising: a drum for rotating laundry accommodated therein; an accommodation tub for accommodating the drum; an elastic suspending portions for allowing the accommodation tub to be suspended from the upper side of a cabinet; an antivibration damper for supporting the accommodation tub from the lower side of the cabinet; a motor for rotating the drum; a vibration detecting unit for detecting a vibration of the accommodation tub; characterized by: a frequency component calculating unit for calculating a frequency component from a vibration detected by the vibration detecting unit; and a rotation speed control unit for changing a rotation speed of the motor in accordance with the magnitude of the frequency component calculated by the frequency component calculating unit, wherein the elastic suspending portions are located at two positions symmetrical to each other with respect to the rotation axis of the drum so as to allow the accommodation tub to be suspended therefrom, wherein the vibration detecting unit detects a vibration of the accommodation tub in the front/rear direction, and wherein the rotation speed control unit changes a rotation speed of the motor in accordance with the magnitude of the frequency component calculated from the vibration in the front/rear direction. a drum for rotating laundry accommodated therein; an accommodation tub for accommodating the drum; an elastic suspending portions for allowing the accommodation tub to be suspended from the upper side of a cabinet; an antivibration damper for supporting the accommodation tub from the lower side of the cabinet; a motor for rotating the drum; a vibration detecting unit for detecting a vibration of the accommodation tub; a frequency component calculating unit for calculating a frequency component from a vibration detected by the vibration detecting unit; and a rotation speed control unit for changing a rotation speed of the motor in accordance with the magnitude of the frequency component calculated by the frequency component calculating unit, wherein the elastic suspending portions are located at two positions symmetrical to each other with respect to the rotation axis of the drum so as to allow the accommodation tub to be suspended therefrom, wherein the vibration detecting unit detects a vibration of the accommodation tub in the front/rear direction, and wherein the rotation speed control unit changes a rotation speed of the motor in accordance with the magnitude of the frequency component calculated from the vibration in the front/rear direction.
A computer-implemented method of outputting data by an in-memory database system that stores the data, comprising: storing, by the in-memory database system, a first data model that corresponds to accessing first data stored by a data warehouse system, the data warehouse system being a non-in-memory system, the first data model relating to a data cube, the first data model corresponding to the first data stored in a row-oriented format; storing second data by the in-memory database system, the second data corresponding to the first data; converting, by the in-memory database system, the first data model to a second data model that corresponds to accessing the second data, the second data model relating to an in-memory data structure, the second data model corresponding to the second data stored in a column-oriented format or in both a row-oriented format and a column-oriented format; and outputting, by the in-memory database system, the second data according to the second data model, wherein the in-memory database system is unable to access the second data using the first data model because the second data is not stored only in a row-oriented format. storing, by the in-memory database system, a first data model that corresponds to accessing first data stored by a data warehouse system, the data warehouse system being a non-in-memory system, the first data model relating to a data cube, the first data model corresponding to the first data stored in a row-oriented format; storing second data by the in-memory database system, the second data corresponding to the first data; converting, by the in-memory database system, the first data model to a second data model that corresponds to accessing the second data, the second data model relating to an in-memory data structure, the second data model corresponding to the second data stored in a column-oriented format or in both a row-oriented format and a column-oriented format; and outputting, by the in-memory database system, the second data according to the second data model, wherein the in-memory database system is unable to access the second data using the first data model because the second data is not stored only in a row-oriented format.
Device for processing highly viscous photopolymerizable material for layer-by-layer generation of a shaped body comprising a vat having a bottom which is at least in a subregion thereof transparent, into which vat photopolymerizable material can be filled, a build platform which is held at an adjustable height over the vat bottom, an exposure unit controllable for exposing in a locally selective manner a material layer formed between the lower side of the build platform and the vat bottom, said exposing being from below through the vat bottom a control unit which is arranged to polymerize in subsequent exposure steps layers on top of each other on the build platform, in each case with a given geometry by controlling the exposure unit, and after each exposure step for a layer to adapt the relative position of the build platform with respect to the vat bottom, in order to hereby successively generate the shaped body in the desired shape, and a moveably guided doctor blade arrangement comprising a drive unit for back and forth movement of the doctor blade arrangement through beneath the build platform, characterized in that the doctor blade arrangement includes two doctor blades which are spaced apart in movement direction and which are moveable along the vat bottom at a constant distance distance to the vat bottom, wherein the vertical distance of the doctor blades to the vat bottom is adjustable by an adjustment device, the vat includes vat end walls so that the doctor blade leading in movement direction is moving towards one of the vat end walls, between the two doctor blades a chamber open at the lower side is formed, the walls of the chamber including at least one opening extending in movement direction of the doctor blade arrangement through the respective wall for forming an overflow channel such that material which is accumulating between the leading doctor blade and the vat end wall facing the leading doctor blade is pressed through the at least one overflow channel into the chamber.
A method of determining a fault location in a power transmission medium (16A, 16B, 16C) comprising the steps of: (a) measuring one or more electrical characteristics of a power transmission medium (16A, 16B, 16C) at a local end of the power transmission medium (16A, 16B, 16C); (b) determining a zero sequence source impedance (z RO) at a remote end of the power transmission medium (16A, 16B, 16C) based on the or each measured electrical characteristic of the power transmission medium (16A, 16B, 16C); and (c) calculating a position along the power transmission medium (16A, 16B, 16C) of a fault based on the determined zero sequence source impedance (z RO) at the remote end of the power transmission medium (16A, 16B, 16C) so as to determine the fault location in the power transmission medium (16A, 16B, 16C), the method being characterised in that step (b) of determining a zero sequence source impedance at a remote end of the power transmission medium (16A, 16B, 16C) includes calculating a zero sequence source impedance (z RO) at the local end of the power transmission medium (16A, 16B, 16C) using the or each measured electrical characteristic of the power transmission medium (16A, 16B, 16C). (a) measuring one or more electrical characteristics of a power transmission medium (16A, 16B, 16C) at a local end of the power transmission medium (16A, 16B, 16C); (b) determining a zero sequence source impedance (z RO) at a remote end of the power transmission medium (16A, 16B, 16C) based on the or each measured electrical characteristic of the power transmission medium (16A, 16B, 16C); and (c) calculating a position along the power transmission medium (16A, 16B, 16C) of a fault based on the determined zero sequence source impedance (z RO) at the remote end of the power transmission medium (16A, 16B, 16C) so as to determine the fault location in the power transmission medium (16A, 16B, 16C), the method being characterised in that step (b) of determining a zero sequence source impedance at a remote end of the power transmission medium (16A, 16B, 16C) includes calculating a zero sequence source impedance (z RO) at the local end of the power transmission medium (16A, 16B, 16C) using the or each measured electrical characteristic of the power transmission medium (16A, 16B, 16C).
Sprinkler system for a fire-extinguishing system having multiple sprinklers (17, 46), wherein the sprinkler system comprises a sprinkler and a shielding hood, wherein the sprinkler comprises a trigger element and a base element, wherein the shielding hood is configured to shield the trigger element from extinguishing agent from neighbouring sprinklers, wherein a proximal sprinkler end is connectable to an extinguishing-agent-supply line, wherein the base element is arranged at the proximal sprinkler end, wherein the trigger element is arranged between the proximal sprinkler end and a distal sprinkler end, wherein the shielding hood comprises an opening with a closed perimeter, wherein, in a shielding state of the sprinkler system, the sprinkler is arranged in the opening such that the shielding hood surrounds the sprinkler between the proximal sprinkler end and the trigger element, wherein the base element defines a stop position in the direction of the proximal sprinkler end such that the shielding hood is not displaceable beyond the proximal sprinkler end from the shielding state, and wherein the opening is dimensioned in such a way that, in a mounting state of the sprinkler system, the shielding hood is movable by way of displacement of the opening surrounding the sprinkler from the shielding state beyond the distal sprinkler end along a mounting portion of the sprinkler, wherein the mounting portion comprises sprinkler portions with a small cross section, characterized in that the mounting portion comprises sprinkler portions with a large cross section that are able to be overcome, wherein a sprinkler portion with a small cross section is a sprinkler portion whose cross section is arrangeable in the opening of the shielding hood with a longitudinal axis of the sprinkler and a hood axis of the shielding hood oriented substantially parallel to one another, wherein a sprinkler portion with a large cross section is a sprinkler portion whose cross section is larger than a cross section of the opening with the longitudinal axis of the sprinkler and the hood axis oriented substantially parallel to one another, wherein a sprinkler portion with a large cross section is able to be overcome if the opening is able to be moved past the sprinkler portion with a large cross section by way of additional tilting of the shielding hood.
A method of producing a polytetrafluoroethylene aqueous dispersion, comprising the steps of: polymerizing a fluoromonomer in an aqueous medium in the presence of a fluorosurfactant and a polymerization initiator to provide an aqueous dispersion containing particles of at least one fluoropolymer selected from the group consisting of polytetrafluoroethylene and melt-processible fluororesins excluding polytetrafluoroethylene; and polymerizing tetrafluoroethylene alone or tetrafluoroethylene and a modifying monomer in an aqueous medium in the presence of the fluoropolymer particles and a polymerization initiator to provide an aqueous dispersion containing polytetrafluoroethylene particles, the fluoropolymer particles having a volume average particle size as determined by dynamic light scattering of not smaller than 0.1 nm but smaller than 20 nm and an equivalent weight of not less than 6,000 which is determined as follows: Hydrochloric acid or nitric acid is added to an aqueous dispersion containing a fluoropolymer so as to coagulate the fluoropolymer, followed by washing with pure water until the solution after the washing becomes neutral, and heat-drying in vacuo at 110°C or lower until removal of the moisture. Then, 0.3 g of the dried fluoropolymer is immersed in 30 mL of a saturated NaCl aqueous solution at 25°C and left to stand under stirring for 30 minutes. Next, the protons in the saturated NaCl aqueous solution are subjected to neutralization titration using a 0.01 N sodium hydroxide aqueous solution with a phenolphthalein indicator. The neutralization provides a fluoropolymer including a sodium ion as the counterion for the ion-exchange group. This fluoropolymer is rinsed with pure water, and then vacuum-dried and weighed. The equivalent weight EW (g/eq) is then determined by the following formula: EW = W / M − 22, wherein M (mmol) represents the amount of the sodium hydroxide used for neutralization and W (mg) represents the mass of the fluoropolymer including a sodium ion as the counterion for the ion-exchange group. polymerizing a fluoromonomer in an aqueous medium in the presence of a fluorosurfactant and a polymerization initiator to provide an aqueous dispersion containing particles of at least one fluoropolymer selected from the group consisting of polytetrafluoroethylene and melt-processible fluororesins excluding polytetrafluoroethylene; and polymerizing tetrafluoroethylene alone or tetrafluoroethylene and a modifying monomer in an aqueous medium in the presence of the fluoropolymer particles and a polymerization initiator to provide an aqueous dispersion containing polytetrafluoroethylene particles,
Apparatus for manufacturing annular vulcanized elastomer products, comprising a mould with at least one cavity for the elastomer product to be produced, and with a nozzle unit which has an annular unit, wherein the nozzle unit is provided with a cooling device, characterized in that the nozzle unit is arranged movably with respect to the mould, and in that the cooling device has heat-dissipating devices, wherein the devices extend into the nozzle unit.
A cell search method, comprising: obtaining, by a first terminal, first information before searching for a cell at a first location, wherein the first information comprises historical access information that is obtained from one or more second terminals near the first terminal in a short-distance communication manner and that corresponds to each second terminal at the first location, and historical access information corresponding to the first location indicates whether there is a cell at the first location; determining, by the first terminal, a value of a search parameter of the first terminal at the first location based on second information, wherein the second information comprises the first information; and searching, by the first terminal, for a cell at the first location based on the value of the search parameter. obtaining, by a first terminal, first information before searching for a cell at a first location, wherein the first information comprises historical access information that is obtained from one or more second terminals near the first terminal in a short-distance communication manner and that corresponds to each second terminal at the first location, and historical access information corresponding to the first location indicates whether there is a cell at the first location; determining, by the first terminal, a value of a search parameter of the first terminal at the first location based on second information, wherein the second information comprises the first information; and searching, by the first terminal, for a cell at the first location based on the value of the search parameter.
Method for operating a printing unit in a printing press, - wherein in a first mode of operation, a printing unit cylinder (28; 30) and a distributor roller are driven to rotate by a first motor and the distributor roller is axially driven by a second motor, - and wherein in a second mode of operation, the second motor axially drives the distributor roller, characterized in that in the second mode of operation, the distributor roller is driven to rotate by a third motor and in the first mode of operation, the reciprocating movement of a vibrator roller is driven by the second motor. - wherein in a first mode of operation, a printing unit cylinder (28; 30) and a distributor roller are driven to rotate by a first motor and the distributor roller is axially driven by a second motor, - and wherein in a second mode of operation, the second motor axially drives the distributor roller,
An actively operated heating and cooling panel (1, 1', 1") as an air circulation system, comprising at least one support plate and ducts connected thereto in a thermally conductive manner, through which ducts a fluid can flow, and at least one fan with an air outlet area, characterized in that a guide element (9, 9') is arranged in a region upstream of the air outlet area, the guide element (9, 9') forming an angle (β) with the support plate, which angle has an amount between 3° and 25° and divides a volumetric flow flowing out of the fan into at least two partial volumetric flows of which one partial volumetric flow flows above the support plate and one partial volumetric flow flows below the support plate.
A thread forming tool for forming an internal thread in a metal workpiece, the thread forming tool comprising: a shank and a thread forming portion, which are rotatable around a common axis, said axis extending in a longitudinal direction of the thread forming tool, the thread forming portion having a plurality of radially protruding lobe portions being circumferentially spaced-apart by relief portions, said lobe portions having in the longitudinal direction a plurality of thread forming profiles, each thread forming profile having a radially outermost ridge, being connected to a first flank and a second flank, wherein a first flank of a first thread forming profile is connected to a second flank of an adjacent second thread forming profile via a thread groove, said lobe portions having in the longitudinal direction a plurality of thread grooves, characterized in that the flanks (21A, 22B) of at least one first thread groove encloses a first angle (a), which is smaller than a second angle (β) enclosed by the flanks (21B, 22C) of at least one second thread groove. a shank and a thread forming portion, which are rotatable around a common axis, said axis extending in a longitudinal direction of the thread forming tool, the thread forming portion having a plurality of radially protruding lobe portions being circumferentially spaced-apart by relief portions, said lobe portions having in the longitudinal direction a plurality of thread forming profiles, each thread forming profile having a radially outermost ridge, being connected to a first flank and a second flank, wherein a first flank of a first thread forming profile is connected to a second flank of an adjacent second thread forming profile via a thread groove, said lobe portions having in the longitudinal direction a plurality of thread grooves, characterized in that the flanks (21A, 22B) of at least one first thread groove encloses a first angle (a), which is smaller than a second angle (β) enclosed by the flanks (21B, 22C) of at least one second thread groove.
Wheelchair, with a main body and with wheels arranged on the main body, which have tyres (6, 8, 10, 12) filled with tyre pressure, wherein the wheelchair has a tyre pressure control system, characterised in that the tyre pressure control system is in signal-transmission connection with a control device for controlling a drive of the wheelchair such that the drive can be controlled or is controlled as a function of output signals of the tyre pressure control system.
Heat Method for the transmission of digital data, in particular for automation technology, wherein a digital noisy codeword, received across a channel, is corrected by means of a channel decoder and checked for validity, wherein an invalid codeword is rejected and optionally the received noisy codeword is rerequested while a valid codeword (C") is processed further, characterized in that by means of a metric from the received noisy codeword and the valid codeword (C") an index is determined, wherein the valid codeword (C") is rejected and optionally the received noisy codeword is rerequested if the index reaches and/or exceeds a predetermined threshold value, wherein, before the processing by the channel decoder, the received codeword is demapped by means of a demapper and, after the processing by the channel decoder, the valid codeword (C") is mapped by means of a mapper (4, 4').