mhurhangee/ep-ind-claims huggingface dataset:
A foldable device comprising: a flexible display comprising a display area and at least one edge display area (a1, a1-1, a1-2) configured to display content with respect to an event on the at least one edge display area (a1, a1-1, a1-2) in response to the event; a sensing unit configured to sense an angle at which the foldable device is unfolded; and a controller configured to: based on detecting an unfolding of the foldable device, control the flexible display to display a first content in a partial area of the display area being activated based on the angle at which the foldable device is unfolded, and in response to the angle at which the foldable device is unfolded being increased, expand a range of the partial area of the display area being further activated based on the angle to display a second content; wherein the controller is configured to adjust at least one of a type and an amount of content to be displayed on the expanded range of the partial area of the display area in accordance with an increase in the angle at which the foldable device is unfolded. a flexible display comprising a display area and at least one edge display area (a1, a1-1, a1-2) configured to display content with respect to an event on the at least one edge display area (a1, a1-1, a1-2) in response to the event; a sensing unit configured to sense an angle at which the foldable device is unfolded; and a controller configured to: based on detecting an unfolding of the foldable device, control the flexible display to display a first content in a partial area of the display area being activated based on the angle at which the foldable device is unfolded, and in response to the angle at which the foldable device is unfolded being increased, expand a range of the partial area of the display area being further activated based on the angle to display a second content; based on detecting an unfolding of the foldable device, control the flexible display to display a first content in a partial area of the display area being activated based on the angle at which the foldable device is unfolded, and in response to the angle at which the foldable device is unfolded being increased, expand a range of the partial area of the display area being further activated based on the angle to display a second content; wherein the controller is configured to adjust at least one of a type and an amount of content to be displayed on the expanded range of the partial area of the display area in accordance with an increase in the angle at which the foldable device is unfolded.
A method for transmitting messages (N1, N2) via a telecommunication network between a number of users (T1, T2) using a telecommunication service (5, 10), wherein - the telecommunication service (5, 10) receives at least one first message of at least one first user of the telecommunication service, said message having an individual, first size and being intended for at least one second user of the telecommunication service, - in response to receiving a message, the telecommunication service (5, 10) transmits at least one second message to the at least one second user, said at least one second message getting a second size which bears a relation to the first size which is not reversibly unambiguous, and - the relation represents a mapping instruction in which each size is mapped into a size category from among a predetermined number of size categories, each size category comprising more than one first size and the second size getting a value (sk) from the size category into which the first size is mapped. - the telecommunication service (5, 10) receives at least one first message of at least one first user of the telecommunication service, said message having an individual, first size and being intended for at least one second user of the telecommunication service, - in response to receiving a message, the telecommunication service (5, 10) transmits at least one second message to the at least one second user, said at least one second message getting a second size which bears a relation to the first size which is not reversibly unambiguous, and - the relation represents a mapping instruction in which each size is mapped into a size category from among a predetermined number of size categories, each size category comprising more than one first size and the second size getting a value (sk) from the size category into which the first size is mapped.
A voltage conversion device variably changing an input voltage to an inverter, the voltage conversion device comprising: a voltage converter including an upper arm that is made ON at a first on-duty and a lower arm that is made ON at a second on-duty determined by subtracting said first on-duty from 1, and being configured to perform voltage conversion between a power supply and said inverter by switching of said upper arm and said lower arm; and a control device configured to control switching of said upper arm and said lower arm, characterized in that said control device is configured to lower a carrier frequency at which switching of said upper arm and said lower arm is controlled, according to an increase of said first on-duty, when said first on-duty calculated based on a voltage command value of the voltage conversion by said voltage converter is in a region where said first on-duty is close to 1.0. a voltage converter including an upper arm that is made ON at a first on-duty and a lower arm that is made ON at a second on-duty determined by subtracting said first on-duty from 1, and being configured to perform voltage conversion between a power supply and said inverter by switching of said upper arm and said lower arm; and a control device configured to control switching of said upper arm and said lower arm,
A demethylating agent for use by topical application in the treatment of a human papillomavirus related lesion, wherein said demethylating agent is selected from the group consisting of 5-Azacytidine, 5-Aza-2'-deoxycytidine, Arabinosyl-5-azacytidine, and 5,6-Dihydro-5-azacytidine, and wherein the HPV related lesion is selected from the group consisting of warts, exophytic growing papillomas, condylomata, inverted papillomas, pre-neoplastic and neoplastic HPV-induced lesions, cervical neoplasias, rectal neoplasias, neoplasias of the anal epithelium, neoplasias of the oropharynx, and neoplasias of the tonsils.
Manually actuatable quick-release valve for reducing the fluid pressure in a reference pressure line to the fluid pressure in a main air line, which is suitable for manual release on a compressed air brake unit, comprising: - an elastic diaphragm for pressure-dependent closing and opening of a channel from the reference pressure line to a dynamic pressure chamber, wherein the diaphragm is pressurized on one side by the fluid pressure in the main air line and on the other side by the fluid pressure in the reference pressure line, - a monostable directional control valve with a valve slide for pressure-dependent closing and holding open of the channel, wherein the valve slide is pressurized on one side by the fluid pressure in the dynamic pressure chamber and on the other side by the fluid pressure in the reference pressure line, and which closes the channel in the switched position and opens it in the home position; - a manual actuating element, which upon actuation moves a monostable slide element into the switched position, wherein said slide element in the home position forms a channel from the dynamic pressure chamber to a chamber connected to the atmosphere in order to allow the flow of fluid from the dynamic pressure chamber to the atmosphere, characterised in that the slide element in the switched position opens a further channel from the reference pressure line to the dynamic pressure chamber, in order to allow the dynamic pressure chamber to be filled with fluid from the reference pressure line independently of the position of the valve slide. - an elastic diaphragm for pressure-dependent closing and opening of a channel from the reference pressure line to a dynamic pressure chamber, wherein the diaphragm is pressurized on one side by the fluid pressure in the main air line and on the other side by the fluid pressure in the reference pressure line, - a monostable directional control valve with a valve slide for pressure-dependent closing and holding open of the channel, wherein the valve slide is pressurized on one side by the fluid pressure in the dynamic pressure chamber and on the other side by the fluid pressure in the reference pressure line, and which closes the channel in the switched position and opens it in the home position; - a manual actuating element, which upon actuation moves a monostable slide element into the switched position, wherein said slide element in the home position forms a channel from the dynamic pressure chamber to a chamber connected to the atmosphere in order to allow the flow of fluid from the dynamic pressure chamber to the atmosphere, characterised in that the slide element in the switched position opens a further channel from the reference pressure line to the dynamic pressure chamber, in order to allow the dynamic pressure chamber to be filled with fluid from the reference pressure line independently of the position of the valve slide.
A method comprising: providing a cured dielectric polymeric layer formed of a first volume of a dielectric elastomer material; doping a second volume of the dielectric elastomer material with conductive particulates to yield a conductive polymeric material; partially curing the conductive polymeric material; at least partially solvating the conductive polymeric material to create a conductive polymeric paste; applying the conductive polymeric paste to a surface of the dielectric polymeric layer, the conductive polymeric paste comprising a chemical that causes the dielectric polymeric layer to swell; drying the conductive polymeric paste to form a conductive polymeric layer on the dielectric polymeric layer, allow the dielectric elastomer material to shrink, induce a pre-strain in the dielectric polymeric layer, and yield a layered structure comprising the conductive polymeric layer and the dielectric polymeric layer; and then curing the conductive polymeric layer to bond the conductive polymeric layer to the dielectric polymeric layer. providing a cured dielectric polymeric layer formed of a first volume of a dielectric elastomer material; doping a second volume of the dielectric elastomer material with conductive particulates to yield a conductive polymeric material; partially curing the conductive polymeric material; at least partially solvating the conductive polymeric material to create a conductive polymeric paste; applying the conductive polymeric paste to a surface of the dielectric polymeric layer, the conductive polymeric paste comprising a chemical that causes the dielectric polymeric layer to swell; drying the conductive polymeric paste to form a conductive polymeric layer on the dielectric polymeric layer, allow the dielectric elastomer material to shrink, induce a pre-strain in the dielectric polymeric layer, and yield a layered structure comprising the conductive polymeric layer and the dielectric polymeric layer; and then curing the conductive polymeric layer to bond the conductive polymeric layer to the dielectric polymeric layer.
A turbine bucket having an airfoil, an airfoil tip, a tip shroud, and a fillet about an intersection of said airfoil tip and said tip shroud, said fillet having a conical fillet profile variable about said intersection, for reducing localized stresses about said intersection, the fillet profile defined as a function of a first offset, a second offset and a non-dimensional shape parameter (Rho) at a respective one of apex locations; the apex locations corresponding to points of intersection between the airfoil and the tip shroud and defined as co-ordinate values of X and Y in an X, Y co-ordinate system; where the first offset and second offset are distances perpendicular to a surface of the airfoil and an undersurface of the tip shroud respectively at each respective apex location projected along the airfoil surface and the tip shroud undersurface, which offsets (O1, 02) intersect with each other such that normal projections from the intersection of the offsets onto the tip shroud undersurface and the airfoil surface respectively define edge points (56, 58) which define edges of the fillet; and the non-dimensional shape parameter (Rho) is defined as the ratio of D 1 D 1 + D 2 for each respective apex location, wherein D1 is a distance between a midpoint along a chord between the fillet edge points (56, 58) and a shoulder point on a surface of the fillet, and D2 is a distance between the shoulder point and the respective apex location, the midpoint, shoulder point and respective apex location being colinear, the fillet edge points (56, 58) on the tip shroud and the airfoil for each apex location connected by a continuing arc passing through the shoulder point to define a profile section, the profiles section at each apex location being joined with one another to form the fillet profile, the value of the non-dimensional shape parameter (Rho) at each respective apex location determining the fillet profile as: a parabolic shape when the value of the non-dimensional shape parameter (Rho) is 0.5; an elliptical shape when the value of the non-dimensional shape parameter (Rho) is greater than 0.0 and less than 0.5; and a hyperbolic shape when the value of the non-dimensional shape parameter (Rho) is greater than 0.5 and less than 1.0, characterised in that a fillet profile section at a first apex location has an elliptical shape and a parabolic shape at a second apex location. a parabolic shape when the value of the non-dimensional shape parameter (Rho) is 0.5; an elliptical shape when the value of the non-dimensional shape parameter (Rho) is greater than 0.0 and less than 0.5; and a hyperbolic shape when the value of the non-dimensional shape parameter (Rho) is greater than 0.5 and less than 1.0, characterised in that a fillet profile section at a first apex location has an elliptical shape and a parabolic shape at a second apex location.
A method of wireless communication of an uplink MIMO transmission over a first physical antenna and a second physical antenna in a same carrier frequency during a same transmission time interval, the method comprising: applying a first precoding vector to a primary data channel; applying a second precoding vector, orthogonal to the first precoding vector, to a secondary data channel; applying the first precoding vector to a primary control channel adapted to carry control information associated with the primary data channel; applying the first precoding vector to a secondary control channel adapted to carry control information associated with the secondary data channel, wherein the control information for each data channel (620, 624) is encoded by utilizing independent channel coding schemes; transmitting the primary data channel, the primary control channel, and the secondary control channel utilizing a first virtual antenna mapped to the first physical antenna; and transmitting the secondary data channel utilizing a second virtual antenna mapped to the second physical antenna. applying a first precoding vector to a primary data channel; applying a second precoding vector, orthogonal to the first precoding vector, to a secondary data channel; applying the first precoding vector to a primary control channel adapted to carry control information associated with the primary data channel; applying the first precoding vector to a secondary control channel adapted to carry control information associated with the secondary data channel, wherein the control information for each data channel (620, 624) is encoded by utilizing independent channel coding schemes; transmitting the primary data channel, the primary control channel, and the secondary control channel utilizing a first virtual antenna mapped to the first physical antenna; and transmitting the secondary data channel utilizing a second virtual antenna mapped to the second physical antenna.
A heat exchanger, comprising - at least one electrical resistance heating element, in particular at least one PTC element, - at least two conductors, in particular conductor plates (6, 7), electrically conductively connected to the at least one electrical resistance heating element to conduct electrical current through the at least one electrical resistance heating element and thereby heat the electrical resistance heating element ', - at least one heat-conducting element (11, 12) for transferring heat from the at least one electrical resistance heating element to a fluid to be heated, - at least one electrical insulating element that insulates electrically the at least two conductors and preferably the at least one electrical resistance heating element, - at least one tube having a tube opening, wherein - the at least two conductors, the at least one electrical insulating element, and the at least one electrical resistance heating element are arranged within at least one cavity bounded by the at least one tube, characterised in that the heat exchanger comprises an adapter plate having at least one opening, and in that each tube is arranged with one end at the tube opening within a respective.opening of the adapter plate and each tube opening is arranged at a respective opening of the adapter plate and the at least one tube is connected fluid-tight to the adapter plate, and the adapter plate is connected fluid-tight to an electronics housing and/or an HVAC housing. - at least one electrical resistance heating element, in particular at least one PTC element, - at least two conductors, in particular conductor plates (6, 7), electrically conductively connected to the at least one electrical resistance heating element to conduct electrical current through the at least one electrical resistance heating element and thereby heat the electrical resistance heating element ', - at least one heat-conducting element (11, 12) for transferring heat from the at least one electrical resistance heating element to a fluid to be heated, - at least one electrical insulating element that insulates electrically the at least two conductors and preferably the at least one electrical resistance heating element, - at least one tube having a tube opening, wherein - the at least two conductors, the at least one electrical insulating element, and the at least one electrical resistance heating element are arranged within at least one cavity bounded by the at least one tube, characterised in that the heat exchanger comprises an adapter plate having at least one opening, and in that each tube is arranged with one end at the tube opening within a respective.opening of the adapter plate and each tube opening is arranged at a respective opening of the adapter plate and the at least one tube is connected fluid-tight to the adapter plate, and the adapter plate is connected fluid-tight to an electronics housing and/or an HVAC housing.
Method of weighting a pipe using a weighting mass that can be pumped, said pipe having an outer diameter of at least 350 mm, said method comprising the steps of - filling at least two tubes (4, 4a, 4b) having an outer diameter which is smaller than the outer diameter of the pipe and a length which is at least 5 times greater than the outer diameter of the tubes with the weighting mass, and - coupling the weighted tubes in essentially parallel configuration to the pipe on each side of the pipe in order to weight said pipe, wherein the tubes have a length which is 10 - 75 % of the length of the pipe or of an individual pipe segment which joined together with another pipe segment forms said pipe. - filling at least two tubes (4, 4a, 4b) having an outer diameter which is smaller than the outer diameter of the pipe and a length which is at least 5 times greater than the outer diameter of the tubes with the weighting mass, and - coupling the weighted tubes in essentially parallel configuration to the pipe on each side of the pipe in order to weight said pipe, wherein the tubes have a length which is 10 - 75 % of the length of the pipe or of an individual pipe segment which joined together with another pipe segment forms said pipe.
A reactor vessel of the airlift-loop type, provided with: - one or more liquid inlets and one or more liquid outlets; - one or more gas inlets at the bottom, connected with a source of carbon dioxide, and one or more gas outlets at the top of the vessel; - vertically interspaced rectangular double glass plates which are at least partially submerged in the reactor liquid, said double glass plates having a light-scattering layer in between and having a flat vertical side being exposed to a light source, wherein pairs of said double glass plates are mounted in parallel at a distance of between 10 and 200 mm, said distance being provided by glass strips having essentially the same length as the rectangular double glass plates and being arranged along the long sides of the double glass plates; and wherein part of the spaces between the double glass plates is arranged vertically above said gas inlets thus providing for vertical circulation of reactor liquid between the double glass plates. - one or more liquid inlets and one or more liquid outlets; - one or more gas inlets at the bottom, connected with a source of carbon dioxide, and one or more gas outlets at the top of the vessel; - vertically interspaced rectangular double glass plates which are at least partially submerged in the reactor liquid, said double glass plates having a light-scattering layer in between and having a flat vertical side being exposed to a light source,
A cable-type secondary battery comprising: an anode current collector having a horizontal cross section of a predetermined shape and extending longitudinally, wherein the anode current colleter is a wire-type linear current collector; an anode active material pattern layer having anode active material patterns spaced away at a predetermined interval on the anode current collector, and surrounding the anode current collector; an electrolyte layer surrounding the anode active material pattern layer and serving as an ion channel; a cathode active material pattern layer having cathode active material patterns spaced away at a predetermined interval on the electrolyte layer at locations corresponding to those of the anode active material patterns, and surrounding the electrolyte layer; and a cathode current collector surrounding the cathode active material pattern layer. an anode current collector having a horizontal cross section of a predetermined shape and extending longitudinally, wherein the anode current colleter is a wire-type linear current collector; an anode active material pattern layer having anode active material patterns spaced away at a predetermined interval on the anode current collector, and surrounding the anode current collector; an electrolyte layer surrounding the anode active material pattern layer and serving as an ion channel; a cathode active material pattern layer having cathode active material patterns spaced away at a predetermined interval on the electrolyte layer at locations corresponding to those of the anode active material patterns, and surrounding the electrolyte layer; and a cathode current collector surrounding the cathode active material pattern layer.