mhurhangee/ep-ind-claims huggingface dataset:
A controlling method of a display apparatus for displaying content provided from a peripheral device (300-1, 300-2), the method comprising: transmitting, by the display apparatus, to a remote controller, a first turn-on signal to cause the remote controller to transmit a signal for turning on the peripheral device (300-1, 300-2); measuring a time interval between a first time of transmitting the first turn-on signal to the peripheral device via the remote controller and a second time of receiving content from the peripheral device (300-1, 300-2); setting the measured time interval as a threshold time for use in determining whether the peripheral device is turned on after the display apparatus transmits a second turn-on signal via the remote controller for turning on the peripheral device; and in response to content not being received from the peripheral device (300-1, 300-2) within the threshold time after transmitting the second turn-on signal, displaying a user interface, UI, for manually controlling an operation of the peripheral device (300-1, 300-2). transmitting, by the display apparatus, to a remote controller, a first turn-on signal to cause the remote controller to transmit a signal for turning on the peripheral device (300-1, 300-2); measuring a time interval between a first time of transmitting the first turn-on signal to the peripheral device via the remote controller and a second time of receiving content from the peripheral device (300-1, 300-2); setting the measured time interval as a threshold time for use in determining whether the peripheral device is turned on after the display apparatus transmits a second turn-on signal via the remote controller for turning on the peripheral device; and in response to content not being received from the peripheral device (300-1, 300-2) within the threshold time after transmitting the second turn-on signal, displaying a user interface, UI, for manually controlling an operation of the peripheral device (300-1, 300-2).
A process for synthesizing at least one nitroalkane, the process comprising: reacting a hydrocarbon feedstock with aqueous nitric acid in a reactor at a reaction pressure of at least 1,000 psi (6.9 MPa) to produce a reaction product, wherein the hydrocarbon feedstock is sequentially exposed to a plurality of flows of aqueous nitric acid as the hydrocarbon feedstock flows through at least a portion of the reactor; and recovering the at least one nitroalkane from the reaction product. reacting a hydrocarbon feedstock with aqueous nitric acid in a reactor at a reaction pressure of at least 1,000 psi (6.9 MPa) to produce a reaction product, wherein the hydrocarbon feedstock is sequentially exposed to a plurality of flows of aqueous nitric acid as the hydrocarbon feedstock flows through at least a portion of the reactor; and recovering the at least one nitroalkane from the reaction product.
A layered denture comprising: an enamel layer formed from a material blank comprising enamel material by machining the material blank so as to create a first cavity ( wherein the first cavity comprises a first tooth boundary; a dentin layer formed from a first denture material that fills the first cavity and covers the first tooth boundary, wherein the dentin layer is formed by creating a second cavity formed by machining the first denture material and optionally portions of the material blank; and a base formed from a second denture material that fills the second cavity, wherein the base comprises a base pocket formed by machining the second denture material, and wherein the enamel layer and the base envelop the dentin layer. an enamel layer formed from a material blank comprising enamel material by machining the material blank so as to create a first cavity ( wherein the first cavity comprises a first tooth boundary; a dentin layer formed from a first denture material that fills the first cavity and covers the first tooth boundary, wherein the dentin layer is formed by creating a second cavity formed by machining the first denture material and optionally portions of the material blank; and a base formed from a second denture material that fills the second cavity, wherein the base comprises a base pocket formed by machining the second denture material, and wherein the enamel layer and the base envelop the dentin layer.
A composition comprising progenitor cells selected from chondroprogenitor cells, and mesenchymal progenitor cells together with a pentosan polysulfate or a pharmaceutically acceptable salt thereof and a cryopreservation medium.
An inkjet recording device configured to move a printer head in a main scanning direction relative to a medium while discharging ink onto the medium, and including a lamp that causes the discharged ink to be exposed and cured in the main scanning direction of the printer head, the inkjet recording medium comprising: a plurality of irradiation units configuring the lamp and provided in the main scanning direction of the printer head; and a retaining unit that retains at least one irradiation unit among the plurality of irradiation units to be movable in a vertical scanning direction perpendicularly intersecting the main scanning direction, characterized in that the retaining units are further provided at least on one side of the printer head from a printer head side to the main scanning direction, as an inner row and an outer row, and the irradiation units are movably retained in the vertical scanning direction in the inner row and the outer row. a plurality of irradiation units configuring the lamp and provided in the main scanning direction of the printer head; and a retaining unit that retains at least one irradiation unit among the plurality of irradiation units to be movable in a vertical scanning direction perpendicularly intersecting the main scanning direction, characterized in that the retaining units are further provided at least on one side of the printer head from a printer head side to the main scanning direction, as an inner row and an outer row, and the irradiation units are movably retained in the vertical scanning direction in the inner row and the outer row.
An agricultural working machine, in particular a harvesting machine, wherein an energy provision system is provided which has a combustion engine, an electric auxiliary engine and an electrical energy storage device, wherein a power consumer in the form of a power unit and at least one further power consumer are provided, wherein the power consumers (5, 7) can be driven by the energy provision system, and wherein a driver assistance system with a control device is provided which is configured to execute a control over the combustion engine, the auxiliary engine and the power unit, wherein the control device of the driver assistance system controls the power unit having regard to the total deliverable energy from the energy provision system in a manner such that the speed of a take-off shaft of the combustion engine is kept to a constant value or in a constant range of values when the power requirement of the at least one further power consumer varies, wherein the control device of the driver assistance system executes control over the power unit having regard to the charge state of the electrical energy storage device, characterized in that the control device of the driver assistance system adjusts the power unit to a maximum drive speed of the working machine.
An injector comprising: a container including a wall with an interior surface defining a bore, at least one stopper having an interior surface and being received within and moveable along the bore, and a seal assembly with an interior surface, the interior surfaces of the wall, the at least one stopper, and the seal assembly defining a closed sterile reservoir filled with a drug product; a fluid delivery system comprising a sterile container needle having a point disposed only partially through the seal assembly in a storage state such that the sterile container needle is not in fluid communication with the reservoir, and disposed through the interior surface of the seal assembly into the sterile reservoir in a delivery state such that the sterile container needle is in fluid communication with the reservoir; and an actuator that is adapted to move the container needle from the storage state to the delivery state. a container including a wall with an interior surface defining a bore, at least one stopper having an interior surface and being received within and moveable along the bore, and a seal assembly with an interior surface, the interior surfaces of the wall, the at least one stopper, and the seal assembly defining a closed sterile reservoir filled with a drug product; a fluid delivery system comprising a sterile container needle having a point disposed only partially through the seal assembly in a storage state such that the sterile container needle is not in fluid communication with the reservoir, and disposed through the interior surface of the seal assembly into the sterile reservoir in a delivery state such that the sterile container needle is in fluid communication with the reservoir; and an actuator that is adapted to move the container needle from the storage state to the delivery state.
A three level neutral point clamped converter comprising: a plurality of phase legs each having at least two inner switching devices (50,52), at least two outer switching devices (48,54) and at least two clamping diodes (56,58); and characterised by: a protection circuit comprising an inner component failure sensing circuit to detect a failure condition in any of the inner switching devices or clamping diodes, a gating signal generation circuit configured to generate a turn ON signal to turn on a respective outer switching device that is adjacent to the failed inner switching device or the failed clamping diode, and wherein, upon the detection of the failure condition, the gating signal generation circuit is further configured to generate turn OFF signals to turn off all of the remaining switching devices in the three level NPC converter. a plurality of phase legs each having at least two inner switching devices (50,52), at least two outer switching devices (48,54) and at least two clamping diodes (56,58); and characterised by: a protection circuit comprising an inner component failure sensing circuit to detect a failure condition in any of the inner switching devices or clamping diodes, a gating signal generation circuit configured to generate a turn ON signal to turn on a respective outer switching device that is adjacent to the failed inner switching device or the failed clamping diode, and wherein, upon the detection of the failure condition, the gating signal generation circuit is further configured to generate turn OFF signals to turn off all of the remaining switching devices in the three level NPC converter. a protection circuit comprising an inner component failure sensing circuit to detect a failure condition in any of the inner switching devices or clamping diodes, a gating signal generation circuit configured to generate a turn ON signal to turn on a respective outer switching device that is adjacent to the failed inner switching device or the failed clamping diode, and wherein, upon the detection of the failure condition, the gating signal generation circuit is further configured to generate turn OFF signals to turn off all of the remaining switching devices in the three level NPC converter.
A temperature traceable indicator comprising a substrate, temperature indicators that irreversibly change color when the temperature deviates from a set temperature range, wherein plural temperature indicators are arranged on the substrate, and temperatures at which the temperature indicators change color are within ±2°C of each other, and the different temperature indicators change color after different periods of time of temperature deviation from the set temperature range, wherein each of the temperature indicators contains: a first ink in which decoloring initiation temperature T a1 upon temperature elevation and color development initiation temperature T d1 upon temperature lowering are different; and a second ink in which the decoloring initiation temperature T a2 upon temperature elevation and color development initiation temperature upon temperature lowering T d2 are different, and the decoloring initiation temperature T a1, the color development initiation temperature T d1, the decoloring initiation temperature T a2, and the color development initiation temperature T d2 are in a relation: T d1 < T d2 < T a1 < T a2. a first ink in which decoloring initiation temperature T a1 upon temperature elevation and color development initiation temperature T d1 upon temperature lowering are different; and a second ink in which the decoloring initiation temperature T a2 upon temperature elevation and color development initiation temperature upon temperature lowering T d2 are different, and the decoloring initiation temperature T a1, the color development initiation temperature T d1, the decoloring initiation temperature T a2, and the color development initiation temperature T d2 are in a relation: T d1 < T d2 < T a1 < T a2.
A switching circuit for extracting power from an electric power source, comprising: an input port for electrically coupling to the electric power source; an output port for electrically coupling to a load, the output port including a first and a second output terminal (3630; 3632); a first switching device configured to switch between its conductive state and its non-conductive state to transfer power from the input port to the output port; an energy storage device; and a controller configured to control switching of the first switching device to at least substantially maximize an amount of power extracted from the electric power source, wherein the switching circuit is configured such that when an electric power source electrically coupled to the input port provides insufficient power to operate the controller and electric power is available at the output port: the energy storage device is repeatedly charged from energy available via the first and second output terminals, and the controller is at least partially powered from energy stored in the energy storage device. an input port for electrically coupling to the electric power source; an output port for electrically coupling to a load, the output port including a first and a second output terminal (3630; 3632); a first switching device configured to switch between its conductive state and its non-conductive state to transfer power from the input port to the output port; an energy storage device; and a controller configured to control switching of the first switching device to at least substantially maximize an amount of power extracted from the electric power source, wherein the switching circuit is configured such that when an electric power source electrically coupled to the input port provides insufficient power to operate the controller and electric power is available at the output port: the energy storage device is repeatedly charged from energy available via the first and second output terminals, and the controller is at least partially powered from energy stored in the energy storage device. the energy storage device is repeatedly charged from energy available via the first and second output terminals, and the controller is at least partially powered from energy stored in the energy storage device.
A beam establishment method for use in a satellite communication system, wherein the method comprises: obtaining, by a terminal apparatus, synchronization signal and PBCH blocks SSBs in a plurality of beams, wherein the SSB comprises an SSB index; determining, by the terminal apparatus, a target beam in the plurality of beams based on an association relationship between the SSB index and a first random access preamble, wherein the first random access preamble comprises multiple sequences parts, the multiple sequence parts comprising a first sequence part used for detecting integer delay estimation and a second sequence part used for detecting fractional delay estimation, and wherein the first random access preamble is determined based on a cyclic shift and/or an order of symbols, wherein the symbol is a symbol of the multiple sequence parts in the first random access preamble; and sending, by the terminal apparatus, the first random access preamble by using the target beam, to initiate a random access request; wherein the cyclic shift is obtained through calculation based on at least the SSB index and a sequence length parameter of the first random access preamble; wherein the cyclic shift satisfies: C v = n ∗ SSB index + offset % L RA, wherein SSB index indicates the SSB index, offset indicates an offset, L RA indicates the sequence length of the first random access preamble, n is an integer, and % indicates a remainder operation. obtaining, by a terminal apparatus, synchronization signal and PBCH blocks SSBs in a plurality of beams, wherein the SSB comprises an SSB index; determining, by the terminal apparatus, a target beam in the plurality of beams based on an association relationship between the SSB index and a first random access preamble, wherein the first random access preamble comprises multiple sequences parts, the multiple sequence parts comprising a first sequence part used for detecting integer delay estimation and a second sequence part used for detecting fractional delay estimation, and wherein the first random access preamble is determined based on a cyclic shift and/or an order of symbols, wherein the symbol is a symbol of the multiple sequence parts in the first random access preamble; and sending, by the terminal apparatus, the first random access preamble by using the target beam, to initiate a random access request; wherein the cyclic shift is obtained through calculation based on at least the SSB index and a sequence length parameter of the first random access preamble; wherein the cyclic shift satisfies: C v = n ∗ SSB index + offset % L RA, wherein SSB index indicates the SSB index, offset indicates an offset, L RA indicates the sequence length of the first random access preamble, n is an integer, and % indicates a remainder operation.
An apparatus for a watercraft having a first and a second drive, the apparatus comprising an electro-hydraulic control system, said system comprising: a tie-bar actuator; a steering actuator (1002, 1005) provided for each of the first and the second drive of the watercraft; and a respective steering valve (1008, 1009) provided for each of the steering actuator (1002, 1005), said electro-hydraulic control system being configured to control the tie-bar actuator to generate a force between the first drive and the second drive of the watercraft, wherein actuating a single steering actuator (1002,1005) to port or starboard via the respective steering valve (1008, 1009) also actuates the tie-bar actuator. a tie-bar actuator; a steering actuator (1002, 1005) provided for each of the first and the second drive of the watercraft; and a respective steering valve (1008, 1009) provided for each of the steering actuator (1002, 1005), said electro-hydraulic control system being configured to control the tie-bar actuator to generate a force between the first drive and the second drive of the watercraft, wherein actuating a single steering actuator (1002,1005) to port or starboard via the respective steering valve (1008, 1009) also actuates the tie-bar actuator.
A compound for use in the treatment or prophylaxis of pain, wherein the compound is selected from the group consisting of and or a chiral, diastereomeric, racemic or geometric isomeric form thereof.
A beverage dispensing device comprising: a cold block having a body made of a heat conducting material; at least one tap, the tap and its beverage valve portions embedded within the cold block; at least one beverage channel passing through the cold block to the at least one tap; at least one coolant channel (1052, 1054) passing through the cold block to the at least one tap and passing about the tap within the cold block, characterised in that the tap and its beverage valve portions are embedded within a coolant chamber, the coolant chamber in turn being embedded within the cold block and the at least one coolant channel (1052, 1054) passing through the cold block to the coolant chamber. a cold block having a body made of a heat conducting material; at least one tap, the tap and its beverage valve portions embedded within the cold block; at least one beverage channel passing through the cold block to the at least one tap; at least one coolant channel (1052, 1054) passing through the cold block to the at least one tap and passing about the tap within the cold block, characterised in that the tap and its beverage valve portions are embedded within a coolant chamber, the coolant chamber in turn being embedded within the cold block and the at least one coolant channel (1052, 1054) passing through the cold block to the coolant chamber. the tap and its beverage valve portions are embedded within a coolant chamber, the coolant chamber in turn being embedded within the cold block and the at least one coolant channel (1052, 1054) passing through the cold block to the coolant chamber.
Device for heating and foaming a liquid, in particular a beverage, comprising a steam generator, a compressed gas source with a compressor, a conveying means (3, 30) connected to the steam generator and the compressed gas source for transferring a steam/gas mixture into the liquid and a control device, wherein the compressed gas source conveys a compressed gas into a compressed gas pipe connected to the conveying means (3, 30) and in which is arranged a controllable on-off valve which is coupled to the control device, characterised in that the compressor generates compressed gas permanently under pressure and conveys it into the compressed gas pipe and in that the control device actuates the controllable on-off valve so that pressure pulses (p) of the compressed gas are generated, wherein the thus generated pressure course (p(t)) of the compressed gas has a pressure offset so that in time between the pressure pulses (p), compressed gas at a pressure corresponding to the pressure offset is introduced into the conveying means.
RF surgical resection snare, comprising a snare consisting of a first snare section and a second snare section, which form a snare tip at their distal end, wherein both snare sections comprise a metallic wire and wherein in the first snare section the wire is completely electrically insulated, wherein the snare is made in one piece, characterized in that the first snare section and the second snare section are connected at their proximal end with a manipulation wire being guided in a catheter, such that said snare can be pulled into the catheter as well as be pushed out of the catheter by means of said manipulation wire, and in the second snare section, the wire is electrically insulated only in a proximal region and is electrically non-insulated in a distal region.
High-pressure fuel pump for operating an internal combustion engine having a pump housing, in which a pump camshaft is mounted and is connected via a polygonal configuration to at least two pump pistons (5a, 5b) which are guided displaceably in respective associated pump cylinder heads (6a, 6b) which are placed on the pump housing, a conversion of the rotational movement of the pump camshaft taking place into respective translational movements of the at least two pump pistons (5a, 5b), in order to compress fuel from a low-pressure circuit and to deliver it to a high-pressure accumulator, a low-pressure unit which receives the low-pressure circuit being fastened to the pump housing, characterized in that a metering unit for metering in the fuel to be compressed is integrated into the low-pressure unit so as to lie outside the pump housing on the side which faces the pump housing.