mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a mobile terminal and a display device, wherein the mobile terminal comprises a wireless communication unit configured to set up a wireless network with the display device and a controller configured to: detect a selection of a specific application mounted on the display device by using a cursor, wherein the specific application is an application being executed in the display device or is an application selected for execution, control the display device by transmitting specific information to the display device such that the specific application is executed by applying the specific information to the specific application, control the display device to display an execution screen of the specific application having applied the specific information, wherein the transmitted specific information is an URL of a web TV channel, wherein the specific application is a web TV application; and wherein the displayed execution screen is a screen of the web TV application corresponding to the transmitted URL of the web TV channel. detect a selection of a specific application mounted on the display device by using a cursor, wherein the specific application is an application being executed in the display device or is an application selected for execution, control the display device by transmitting specific information to the display device such that the specific application is executed by applying the specific information to the specific application, control the display device to display an execution screen of the specific application having applied the specific information, wherein the transmitted specific information is an URL of a web TV channel, wherein the specific application is a web TV application; and wherein the displayed execution screen is a screen of the web TV application corresponding to the transmitted URL of the web TV channel.
A pre-polymerized catalyst component for the polymerization of olefins, characterized by comprising a non-stereospecific solid catalyst component, comprising Ti, Mg and a halogen and an amount of a (co)polymer of an alpha-olefin CH 2 =CHR 1, wherein R is a C 1 -C 12 hydrocarbon group, ranging from 0.1 up to 500g per g of said solid catalyst component, said (co)polymer being characterized by an isotacticity, expressed in terms isotactic pentads, from 60 to 95% molar and by an intrinsic viscosity, measured in tetraline at 135°C, of at least 1.0 dL/g.
Apparatus (1, 23, 27, 30) for additively manufacturing of three-dimensional objects, the apparatus (1, 23, 27, 30) comprising: a process chamber defining a process region, the process chamber configured for successive layerwise selective irradiation and consolidation of layers of a build material by means of an energy beam; a tool carrier comprising a carrier for a coater; and a chamber separation device (5, 24, 28, 31) separating the process region into a first sub-region and a second sub-region, the chamber separation device (5, 24, 28, 31) comprising at least one separation element (9, 29, 32), wherein the at least one separation element is movable and/or deformable to a first position from a second position, the first position providing a passageway allowing access for the tool carrier to move from the first sub-region at least partially into the second sub-region and the second position separating the second sub-region from a stream of process gas flowing through the first sub-region, further comprising a streaming device configured to create the stream of process gas to the first sub-region, whereby the stream of process gas in the first sub-region is separated from the second sub-region. a process chamber defining a process region, the process chamber configured for successive layerwise selective irradiation and consolidation of layers of a build material by means of an energy beam; a tool carrier comprising a carrier for a coater; and a chamber separation device (5, 24, 28, 31) separating the process region into a first sub-region and a second sub-region, the chamber separation device (5, 24, 28, 31) comprising at least one separation element (9, 29, 32), wherein the at least one separation element is movable and/or deformable to a first position from a second position, the first position providing a passageway allowing access for the tool carrier to move from the first sub-region at least partially into the second sub-region and the second position separating the second sub-region from a stream of process gas flowing through the first sub-region, further comprising a streaming device configured to create the stream of process gas to the first sub-region, whereby the stream of process gas in the first sub-region is separated from the second sub-region.
A method for implementing inner loop and closed loop power control, characterized by comprising: when User Equipment, UE, is in a soft handover status, sending, by a cell communicating with the UE in a base station, which cell belongs to a Radio Link Set, RLS, different from that of a serving cell of the UE, a fixed power control instruction, which is irrelevant to an actually measured Signal-to-Interference Ratio, SIR, of an uplink Dedicated Physical Channel, DPCH, of the UE, to instruct the UE to increase transmission power.
A liner panel (72,74) for a combustor of a gas turbine engine, the liner panel (72,74) comprising: a multiple of heat transfer ribs that extend from a cold side of the liner panel (72,74), each of the multiple of heat transfer ribs including a multiple of cooling holes, characterised in that each of the multiple of cooling holes are defined along a direction vector directed at an angle to the cold side, wherein each of the multiple of cooling holes are defined along the direction vector to generally follow the respective heat transfer rib. a multiple of heat transfer ribs that extend from a cold side of the liner panel (72,74), each of the multiple of heat transfer ribs including a multiple of cooling holes, characterised in that each of the multiple of cooling holes are defined along a direction vector directed at an angle to the cold side, wherein each of the multiple of cooling holes are defined along the direction vector to generally follow the respective heat transfer rib.
Domestic refrigeration device, having an inner container with a cold storage compartment and a refrigerating zone, a dividing wall dividing the cold storage compartment and the refrigerating zone, a refrigerant circuit, the evaporator of which is provided to cool the refrigerating zone and the cold storage compartment, and at least one door leaf that is pivotably mounted in order to open and close the cold storage compartment and the refrigerating zone, wherein the cold storage compartment and the refrigerating zone are arranged one above the other and the evaporator is provided to cool the cold storage compartment to a lower temperature than the refrigerating zone, characterised in that within the dividing wall the evaporator is arranged horizontally aligned and the dividing wall has a channel system which conducts air flowing from the refrigerating zone from the rear region of the dividing wall laterally past the evaporator, so that the air from the front region of the dividing wall is able to flow across and/or through the evaporator into the rear region of the dividing wall in order from there to reach the cold storage compartment.
Method for forming a sheet of reinforced thermoplastic material, comprising the steps of: - heating said sheet to a softening temperature of said material; - grasping at least a first peripheral zone and a second peripheral zone of said sheet by respectively a first grasping element and a second grasping element; and - forming said sheet between a first half mould and a second half mould; characterised in that during said forming there is provided adjusting in function of at least one process parameter, independently of one another, a first grasping force exerted by said first grasping element on said first peripheral zone, and a second grasping force exerted by said second grasping element on said second peripheral zone to enable said peripheral zones to be released in a controlled manner from the respective grasping element. - heating said sheet to a softening temperature of said material; - grasping at least a first peripheral zone and a second peripheral zone of said sheet by respectively a first grasping element and a second grasping element; and - forming said sheet between a first half mould and a second half mould;
Method of synthesis of a regioregular polyester comprising the following steps: a) reacting under stirring an asymmetric diol comprising a primary alcohol function and a secondary alcohol function with a symmetric dicarboxylic acid, or a symmetric dicarboxylic acid ester, in the presence of an enzymatic catalyst belonging to the category of the lipases, thus obtaining a regioregular stable intermediate; b) reacting the regioregular stable intermediate obtained in step a) with a bifunctional acylating agent, thus obtaining the regioregular polyester. a) reacting under stirring an asymmetric diol comprising a primary alcohol function and a secondary alcohol function with a symmetric dicarboxylic acid, or a symmetric dicarboxylic acid ester, in the presence of an enzymatic catalyst belonging to the category of the lipases, thus obtaining a regioregular stable intermediate; b) reacting the regioregular stable intermediate obtained in step a) with a bifunctional acylating agent, thus obtaining the regioregular polyester.
Heat storage element for decentralized room ventilation systems, which is designed for arrangement in a wall passage that accommodates a room ventilation device and defines a longitudinal axis, namely for arrangement on one end side adjacent to a reversibly controllable axial fan and optionally adjacent or optionally connected on the other end side with a secondary heat storage element, characterized in that the heat storage element has flow guide elements with flow guide surfaces which form a plurality of flow channels, the flow guide surfaces not all being parallel, but at least partially oriented obliquely to the longitudinal axis, and that the heat storage element is wholly or partially formed from a material and / or is constructed in such a way that the heat storage element has an increased heat storage capacity, whereby the increased heat storage capacity of the heat storage element is reached through at least partial use of a modified plastic with an increased heat storage number, the heat storage number being above 13 · 10 5 J / (K * m 3), and with increased thermal conductivity, the thermal conductivity being at or above 1.0 W / (K * m).
An organic light emitting device comprising a substrate, a first electrode, an organic material layer, and a second electrode in sequentially laminated form; wherein, on an upper surface of the substrate aligned adjacent to the first electrode, a plurality of continued hemispherical recesses are formed, and wherein each of the hemispherical recesses has a diameter of 200 to 800 nm.
Heating system for a hinging-machine for fixing a metallic hinge part of a hinge for eyeglasses to a portion of a frame front for eyeglasses frames made of a thermoplastic material, comprising a heating vice, equipped with two metallic jaws (7a, 7b) capable of selectively approach one another said two jaws (7a, 7b) in such a way as to grab therebetween a hinge part for eyeglasses, a first electronic board electrically connected to said jaws to supply them with a desired first, direct, supply electric current, and electronic control means, operationally connected to said first electronic board to control it, characterised by the fact that the two metallic jaws (7a, 7b) have an electrical resistivity comprised between 10 and 40 MΩ, that the first electronic board is electrically connected to said jaws (7a, 7b) to measure a first electric voltage between two first measuring points (13a, 13b) of said first electronic board to which said jaws (7a, 7b) are electrically connected; and that the electronic control means are configured to receive from said first electronic board a signal related to said first electric voltage measured between said two first measuring points (13a, 13b), and to cause said first electronic board to supply said jaws (7a, 7b) with a first, direct, modified electric current, calculated by said electronic control means as a function of said signal related to said first measured electrical voltage.
Method for ascertaining a gain error of at least one current measuring device (8, 9, 10) of a sensor unit of an electrical machine, wherein the machine comprises a stator winding with at least three phases (U, V, W) and a rotor that is mounted rotatably about an axis of rotation, having the following steps: a) application of an electrical sensor voltage to the phases (U, V, W), wherein the sensor voltage comprises at least one first voltage pulse with a first voltage vector and one second voltage pulse with a second voltage vector, wherein the first voltage vector and the second voltage vector are each oriented in different directions perpendicular to the axis of rotation, b) acquisition, during the application of the sensor voltage, of at least one first current value of a first of the phases, at least one second current value of a second of the phases and at least one third current value of a third of the phases, characterized in that the method comprises the steps of: c) ascertainment of a sum current vector depending on the acquired current values of all of the phases (U, V, W), d) comparison of the sum current vector with at least one ascertained or stored reference current vector, and ascertainment of at least one gain error depending on the comparison. a) application of an electrical sensor voltage to the phases (U, V, W), wherein the sensor voltage comprises at least one first voltage pulse with a first voltage vector and one second voltage pulse with a second voltage vector, wherein the first voltage vector and the second voltage vector are each oriented in different directions perpendicular to the axis of rotation, b) acquisition, during the application of the sensor voltage, of at least one first current value of a first of the phases, at least one second current value of a second of the phases and at least one third current value of a third of the phases, c) ascertainment of a sum current vector depending on the acquired current values of all of the phases (U, V, W), d) comparison of the sum current vector with at least one ascertained or stored reference current vector, and ascertainment of at least one gain error depending on the comparison.
A tag reading device comprising: an external interface configured to communicate with a higher-level device; an RFID interface configured to read tag information from an RFID tag; a buffer memory configured to sequentially record the tag information read from the RFID tag using the RFID interface if the tag information is not duplicate information; characterized in that the tag reading device further comprises: a processor configured to: determine whether newly acquired tag information is already read tag information as duplicate information, extract a commodity code for specifying a commodity from the tag information sequentially recorded in the buffer memory, transmit the commodity code to the higher-level device via the external interface starting from a starting point, and update a transmission start pointer indicating the starting point in the buffer memory which follows the transmitted tag information; and in that the tag reading device comprises a clear button configured to instruct clearing of the tag information recorded in the buffer memory, wherein the processor is further configured to clear the buffer memory in response to an input to the clear button. an external interface configured to communicate with a higher-level device; an RFID interface configured to read tag information from an RFID tag; a buffer memory configured to sequentially record the tag information read from the RFID tag using the RFID interface if the tag information is not duplicate information; a processor configured to: determine whether newly acquired tag information is already read tag information as duplicate information, extract a commodity code for specifying a commodity from the tag information sequentially recorded in the buffer memory, transmit the commodity code to the higher-level device via the external interface starting from a starting point, and update a transmission start pointer indicating the starting point in the buffer memory which follows the transmitted tag information; determine whether newly acquired tag information is already read tag information as duplicate information, extract a commodity code for specifying a commodity from the tag information sequentially recorded in the buffer memory, transmit the commodity code to the higher-level device via the external interface starting from a starting point, and update a transmission start pointer indicating the starting point in the buffer memory which follows the transmitted tag information; and in that the tag reading device comprises a clear button configured to instruct clearing of the tag information recorded in the buffer memory, wherein the processor is further configured to clear the buffer memory in response to an input to the clear button.
A method performed by a first cell to transmit or receive a signal on a specific resource set on which a higher priority is given to a second cell in a multi-cell communication system, the method comprising: determining whether the second cell uses the specific resource set in a prescribed one of a plurality of first Transmit Time Intervals, TTIs, corresponding to the first cell and included in a single second TTI corresponding to the second cell, based on a load of the first cell in a different resource set on which a higher priority is given to the first cell being equal to or greater than a threshold; based on the second cell being determined not to use the specific resource set in the prescribed one of the plurality of the first TTIs, transmitting or receiving the signal in the rest of the plurality of the first TTIs except the prescribed one of the plurality of the first TTIs without applying a restriction related to the way how the signal is transmitted or received in said rest of the plurality of the first TTIs except said prescribed one. determining whether the second cell uses the specific resource set in a prescribed one of a plurality of first Transmit Time Intervals, TTIs, corresponding to the first cell and included in a single second TTI corresponding to the second cell, based on a load of the first cell in a different resource set on which a higher priority is given to the first cell being equal to or greater than a threshold; based on the second cell being determined not to use the specific resource set in the prescribed one of the plurality of the first TTIs, transmitting or receiving the signal in the rest of the plurality of the first TTIs except the prescribed one of the plurality of the first TTIs without applying a restriction related to the way how the signal is transmitted or received in said rest of the plurality of the first TTIs except said prescribed one.
A method for casting an article (60;60-2) comprising a first region (82;82-2) and a second region (80;81), the method comprising: casting an alloy in a shell on a first metal piece; and deshelling to remove the shell and leave the first region (82; 82-2) formed by the first metal piece and the second region (80; 81) formed by the casted alloy; characterised by the shell having a casting core protruding from the first metal piece and by decoring to remove the core. casting an alloy in a shell on a first metal piece; and deshelling to remove the shell and leave the first region (82; 82-2) formed by the first metal piece and the second region (80; 81) formed by the casted alloy; characterised by the shell having a casting core protruding from the first metal piece and by decoring to remove the core.
An image forming apparatus comprising - an identification-mark making unit that makes a page identification mark (11,12,13,14,12a,13a,13b) for identifying a page, on a predetermined position of a paper sheet during printing, wherein the identification-mark making unit, based on the page identification mark (11,12,13,14,12a,13a,13b) made in a previous printing, includes a correction/addition mark (12a1,13a1,13b1) that indicates an existence of a correction page or an additional page since the previous printing in a part of the page identification mark (11,12,13,14,12a,13a,13b) when a new print output is performed. - an identification-mark making unit that makes a page identification mark (11,12,13,14,12a,13a,13b) for identifying a page, on a predetermined position of a paper sheet during printing, wherein the identification-mark making unit, based on the page identification mark (11,12,13,14,12a,13a,13b) made in a previous printing, includes a correction/addition mark (12a1,13a1,13b1) that indicates an existence of a correction page or an additional page since the previous printing in a part of the page identification mark (11,12,13,14,12a,13a,13b) when a new print output is performed.