mhurhangee/ep-ind-claims huggingface dataset:
Barcode reader comprising a transmitter emitting transmitted light beams, a receiver receiving received light beams, an evaluating unit for evaluating received signals of the receiver, a deflecting unit for periodic deflection of the transmitted light beams within a scanning region, wherein the deflecting unit comprises a motor-driven polygon mirror wheel with a plurality of mirror surfaces, wherein within a scanning period the transmitted light beams are each guided over a mirror surface and thus scan the scanning region, and a reference element by means of which a trigger signal is generated, by which a reference time point for scans formed by a sequence of the received signals detected during a scanning period is predetermined, characterised in that a marking association element is provided which forms a constructional compulsory condition such that a marking is constructionally associated with a specific mirror surface and that through detection of the marking by means of a sensor element there is generated for this mirror surface a marking signal by means of which the received signals of the scan of the further mirror surfaces are referenced.
An apparatus for cultivating plants comprising: a cabinet having a cultivation space; a door to open or close the cultivating space; an evaporator disposed in the cultivation space; a machine compartment separated from the cultivation space and accommodating a compressor and a condenser Z; a bed that is disposed in the cultivation space and on which plants are cultivated; a light assembly radiating light toward the bed; a water tank disposed in the cultivation space positioned ahead of the machine compartment in a front-rear direction of the apparatus, and storing water that is supplied to the bed; a water supply assembly connected with the water tank to supply water to the bed, characterized in that the water supply assembly comprises a water supply case disposed behind the water tank in the cultivation space, wherein the water tank is configured in a manner that the water tank can be selectively moved in and out of the cultivation space, and wherein a connection pipe in the water supply case and a suction pipe provided inside the water tank are selectively connected to or disconnected from each other in a state in which the water supply case is maintained in a fixed state inside the cabinet. a cabinet having a cultivation space; a door to open or close the cultivating space; an evaporator disposed in the cultivation space; a machine compartment separated from the cultivation space and accommodating a compressor and a condenser Z; a bed that is disposed in the cultivation space and on which plants are cultivated; a light assembly radiating light toward the bed; a water tank disposed in the cultivation space positioned ahead of the machine compartment in a front-rear direction of the apparatus, and storing water that is supplied to the bed; a water supply assembly connected with the water tank to supply water to the bed, characterized in that the water supply assembly comprises a water supply case disposed behind the water tank in the cultivation space, wherein the water tank is configured in a manner that the water tank can be selectively moved in and out of the cultivation space, and wherein a connection pipe in the water supply case and a suction pipe provided inside the water tank are selectively connected to or disconnected from each other in a state in which the water supply case is maintained in a fixed state inside the cabinet.
A system for preventing drunk driving of a vehicle, comprising: a breath test device configured to detect carbon dioxide and alcohol content in a driver's breath when the driver performs breath authentication; an alcohol detection unit configured to detect the driver's inebriation through the breath test device; a computation unit configured, when the alcohol detection unit detects that the driver is in a drunk state, to compute a driving-possible time at which the driver's drunk state is resolved in the future so that driving is possible for the driver; a passenger detection unit configured to detect whether the driver is on board through a camera sensor or a seat sensor provided in the vehicle; and a notification unit configured to output the driving-possible time or whether driving is possible for the driver through an infotainment system of the vehicle or the driver's terminal, wherein, when the passenger detection unit detects that the driver is on board, the notification unit provides the driving-possible time or whether driving is possible for the driver at the driving-possible time through the infotainment system of the vehicle. a breath test device configured to detect carbon dioxide and alcohol content in a driver's breath when the driver performs breath authentication; an alcohol detection unit configured to detect the driver's inebriation through the breath test device; a computation unit configured, when the alcohol detection unit detects that the driver is in a drunk state, to compute a driving-possible time at which the driver's drunk state is resolved in the future so that driving is possible for the driver; a passenger detection unit configured to detect whether the driver is on board through a camera sensor or a seat sensor provided in the vehicle; and a notification unit configured to output the driving-possible time or whether driving is possible for the driver through an infotainment system of the vehicle or the driver's terminal, wherein, when the passenger detection unit detects that the driver is on board, the notification unit provides the driving-possible time or whether driving is possible for the driver at the driving-possible time through the infotainment system of the vehicle.
A system for planning cardiac views of an object of interest, wherein the object of interest is a heart of a subject, said system comprising: at least one processor configured to: receive one or more images including the object of interest, said one or more images being acquired utilizing an mDIXON protocol and including a water image and a fat image of the object of interest, wherein the processor is configured to utilize the fat image for determining a global location of the object of interest and to utilize the water image for determining a location and orientation of the object of interest; thereby determining a position and orientation of the object of interest from the one or more images; match a model of the object of interest to the position and orientation of the object of interest; generate one or more cardiac views of the object of interest from the matched model of the object of interest; and display the one or more cardiac views of the object of interest on a display device. at least one processor configured to: receive one or more images including the object of interest, said one or more images being acquired utilizing an mDIXON protocol and including a water image and a fat image of the object of interest, wherein the processor is configured to utilize the fat image for determining a global location of the object of interest and to utilize the water image for determining a location and orientation of the object of interest; thereby determining a position and orientation of the object of interest from the one or more images; match a model of the object of interest to the position and orientation of the object of interest; generate one or more cardiac views of the object of interest from the matched model of the object of interest; and display the one or more cardiac views of the object of interest on a display device. receive one or more images including the object of interest, said one or more images being acquired utilizing an mDIXON protocol and including a water image and a fat image of the object of interest, wherein the processor is configured to utilize the fat image for determining a global location of the object of interest and to utilize the water image for determining a location and orientation of the object of interest; thereby determining a position and orientation of the object of interest from the one or more images; match a model of the object of interest to the position and orientation of the object of interest; generate one or more cardiac views of the object of interest from the matched model of the object of interest; and display the one or more cardiac views of the object of interest on a display device.
Apparatus for generating energy from the sea waves comprising: - at least a tank provided of a wall with openings provided with means able to capture the water of the waves breaking thereon, thus allowing its inlet and avoiding its outlet so that the free level of water accumulated in the tank is at an height higher than the one of the calm sea; - at least a communication duct with convergent-divergent geometry between the tank and the sea, passing across the tank wall opposed to the one equipped for capturing the waves, configured in such a way that the water accumulated in said tank is discharged in a sea section not exposed to the direct action of the waves; - one or more turbines positioned inside said duct for exploiting the potential energy of the water accumulated in the tank to produce electric energy; and whereby said wall with openings provided with means able to capture the water of the waves breaking thereon is mainly parallel to the wave front and said ducts depart in a direction orthogonal to the tank direction, which direction is orthogonal to the wall with openings. - at least a tank provided of a wall with openings provided with means able to capture the water of the waves breaking thereon, thus allowing its inlet and avoiding its outlet so that the free level of water accumulated in the tank is at an height higher than the one of the calm sea; - at least a communication duct with convergent-divergent geometry between the tank and the sea, passing across the tank wall opposed to the one equipped for capturing the waves, configured in such a way that the water accumulated in said tank is discharged in a sea section not exposed to the direct action of the waves; - one or more turbines positioned inside said duct for exploiting the potential energy of the water accumulated in the tank to produce electric energy;
A method by an apparatus within a network element for controlling communications, said method comprising: selecting at least one resource from a pool of resources for control signals in the uplink, signalling, in the downlink, to a communication device information of the at least one selected resource, wherein said information comprises, for each of said at least one selected resource, an index of said resource; and implicitly deriving at least one non-selected resource from the pool of resources for control signals in the uplink in accordance with a predefined rule, wherein said deriving step comprises deriving, for each of said at least one selected resource, a corresponding index of said non-selected resource, wherein said predefined rule defines the correspondence between the index of said selected resource and the corresponding index of said non-selected resource; and receiving control signals in the uplink from said communication device on the derived at least one non-selected resource selecting at least one resource from a pool of resources for control signals in the uplink, signalling, in the downlink, to a communication device information of the at least one selected resource, wherein said information comprises, for each of said at least one selected resource, an index of said resource; and
A fuel gas supply system of a ship, comprising: an engine generating driving force using fuel gas; a fuel gas tank storing fuel gas to be supplied to the engine; and a bunkering manifold receiving fuel gas supplied from an outside of the ship and supplying the fuel gas to the fuel gas tank, and a vent riser discharging boil-off gas of the fuel gas tank in an emergency; wherein the engine is disposed in an engine room placed at the stern of the ship, the bunkering manifold is disposed at one side of the stern of the ship, the vent riser is disposed at the stern of the ship, and characterised in that the bunkering manifold and the vent riser are disposed at opposite sides of the ship, respectively. an engine generating driving force using fuel gas; a fuel gas tank storing fuel gas to be supplied to the engine; and a bunkering manifold receiving fuel gas supplied from an outside of the ship and supplying the fuel gas to the fuel gas tank, and a vent riser discharging boil-off gas of the fuel gas tank in an emergency; wherein the engine is disposed in an engine room placed at the stern of the ship, the bunkering manifold is disposed at one side of the stern of the ship, the vent riser is disposed at the stern of the ship, and characterised in that the bunkering manifold and the vent riser are disposed at opposite sides of the ship, respectively.
A method in a communication system employing an Automatic Repeat Request, ARQ, scheme and having multiple channels available for use by a first group and a second group of users to transmit information, the method comprising: dividing the first group of users into multiple sub-groups of users; determining a number of channels to be assigned to each user in each sub-group in the first group based, at least in part, on the number of sub-groups in the first group and a number of channels available for transmission of information by the first group; assigning the number of channels determined to each user in each subgroup in the first group for transmission of information; and alternating transmission intervals among the multiple sub-groups of users in the first group, wherein only one of the sub-groups of users in the first group is allowed to transmit information during any transmission interval, wherein an idle interval during which a particular user in the first group does not transmit information is used as a waiting period for acknowledgement of a previous transmission by the particular user, and wherein the second group of users is allowed to transmit information concurrently with the first group of users. dividing the first group of users into multiple sub-groups of users; determining a number of channels to be assigned to each user in each sub-group in the first group based, at least in part, on the number of sub-groups in the first group and a number of channels available for transmission of information by the first group; assigning the number of channels determined to each user in each subgroup in the first group for transmission of information; and alternating transmission intervals among the multiple sub-groups of users in the first group, wherein only one of the sub-groups of users in the first group is allowed to transmit information during any transmission interval, wherein an idle interval during which a particular user in the first group does not transmit information is used as a waiting period for acknowledgement of a previous transmission by the particular user, and wherein the second group of users is allowed to transmit information concurrently with the first group of users.
A process for the preparation of a compound of formula in a form of any one of its stereoisomers or a mixture thereof and wherein the dotted line is a carbon-carbon double or a carbon-carbon triple bond and R 1 represents a C 1-10 hydrocarbon group, optionally comprising one or more hydroxy, C 1-15 alkoxy, C 2-15 alkenyloxy, C 3-15 heterocycloalkyl, C 6-10 aryloxy and/or C 1-4 carboxylic ester groups and R 2, R 3, R 4 and R 5, independently from each other, represent a hydrogen atom, a C 1-3 alkyl group or a phenyl group; comprising the reaction of a compound of the formula in a form of any one of its stereoisomers and wherein the dotted line, R 1, R 2, R 3, R 4 and R 5 have the same meaning as defined in formula and X represents a OR 6 group, a OC(=O)R 6 group, a OC(=O)OR 6 group or a OSO 2 R 6 group, wherein R 6 is a hydrogen atom or a C 1-4 alkyl group or a phenyl group; with a nickel catalyst. comprising the reaction of a compound of the formula in a form of any one of its stereoisomers and wherein the dotted line, R 1, R 2, R 3, R 4 and R 5 have the same meaning as defined in formula and X represents a OR 6 group, a OC(=O)R 6 group, a OC(=O)OR 6 group or a OSO 2 R 6 group, wherein R 6 is a hydrogen atom or a C 1-4 alkyl group or a phenyl group; with a nickel catalyst.
A power transmitter for supplying power to a power receiver connected to a load, the power transmitter comprising: a first coil configured to wirelessly transmit the power to a second coil of the power receiver; a converter configured to receive direct current power, convert the DC power into alternating current power, and supply the AC power to the first coil; and a controller configured to execute power control for causing power (Pout) supplied to the load to approach desired power, wherein the controller is configured to execute frequency control of the AC power and at least one control of phase shift control of the AC power of the converter and voltage control of the DC power as the power control, when the power (Pout) supplied to the load cannot be caused to approach the desired power by the frequency control, the controller is configured to execute at least one of the phase shift control and the voltage control, the controller is configured to execute the frequency control and the phase shift control as the power control, the controller is configured to execute the phase shift control when the power (Pout) supplied to the load cannot be caused to approach the desired power by the frequency control, characterised in that the controller is configured to perform frequency control for changing the magnitudes of the AC power and the power (Pout) supplied to the load by changing the frequency of the AC power. a first coil configured to wirelessly transmit the power to a second coil of the power receiver; a converter configured to receive direct current power, convert the DC power into alternating current power, and supply the AC power to the first coil; and a controller configured to execute power control for causing power (Pout) supplied to the load to approach desired power, wherein the controller is configured to execute frequency control of the AC power and at least one control of phase shift control of the AC power of the converter and voltage control of the DC power as the power control, when the power (Pout) supplied to the load cannot be caused to approach the desired power by the frequency control, the controller is configured to execute at least one of the phase shift control and the voltage control, the controller is configured to execute the frequency control and the phase shift control as the power control, the controller is configured to execute the phase shift control when the power (Pout) supplied to the load cannot be caused to approach the desired power by the frequency control, characterised in that the controller is configured to perform frequency control for changing the magnitudes of the AC power and the power (Pout) supplied to the load by changing the frequency of the AC power.
An oral formulation of pH sensitive nanoparticles comprising (i) either: a) a poly(bile)acid polymeric ester formed by the esterification of bile acid monomers, wherein the PBA polymer ester has a molecular weight between 800 Da and 250,000 Da; or b) a poly(bile)acid polymeric ester formed by the esterification of bile acid monomers, wherein the PBA polymeric ester has a molecular weight between 500 Da and 50,000 Da; and (ii) one or more therapeutic, prophylactic or diagnostic agent encapsulated within, entrapped in or bound to the nanoparticles. (i) either: a) a poly(bile)acid polymeric ester formed by the esterification of bile acid monomers, wherein the PBA polymer ester has a molecular weight between 800 Da and 250,000 Da; or b) a poly(bile)acid polymeric ester formed by the esterification of bile acid monomers, wherein the PBA polymeric ester has a molecular weight between 500 Da and 50,000 Da; and a) a poly(bile)acid polymeric ester formed by the esterification of bile acid monomers, wherein the PBA polymer ester has a molecular weight between 800 Da and 250,000 Da; or b) a poly(bile)acid polymeric ester formed by the esterification of bile acid monomers, wherein the PBA polymeric ester has a molecular weight between 500 Da and 50,000 Da; and (ii) one or more therapeutic, prophylactic or diagnostic agent encapsulated within, entrapped in or bound to the nanoparticles.
A composite material containing zerovalent iron particles having the dimensions of 5 to 500 nm, characterized in that it consists of a cellulose fibrous host material selected from a cotton-fiber cloth, a linen-fiber cloth, and a filter paper, and zerovalent iron particles having the dimensions of 5 to 500 nm, said particles consisting of iron.
A wellbore plug deployment tool for use in a wellbore, comprising: a mandrel having a proximate end and a distal end, the distal end being positioned further into the wellbore than the proximate end; a skirt at the distal end; an alloy sheath disposed on an outer surface of the mandrel, wherein the alloy sheath is made of a flowable material configured to melt when elevated to a predetermined high temperature and to solidify at a predetermined low temperature; a temperature elevating mechanism configured to actuate to elevate the alloy sheath to the predetermined high temperature to melt the alloy sheath; an obstruction coupled to the skirt and configured to support the molten alloy sheath such that upon reaching the predetermined low temperature the alloy sheath solidifies to form a plug in the well; and characterised in that the temperature elevating mechanism comprises two or more sets of temperature elevating mechanisms in a predetermined arrangement around a circumference of the alloy sheath, wherein each set of temperature elevating mechanisms has a different predetermined ignition condition. a mandrel having a proximate end and a distal end, the distal end being positioned further into the wellbore than the proximate end; a skirt at the distal end; an alloy sheath disposed on an outer surface of the mandrel, wherein the alloy sheath is made of a flowable material configured to melt when elevated to a predetermined high temperature and to solidify at a predetermined low temperature; a temperature elevating mechanism configured to actuate to elevate the alloy sheath to the predetermined high temperature to melt the alloy sheath; an obstruction coupled to the skirt and configured to support the molten alloy sheath such that upon reaching the predetermined low temperature the alloy sheath solidifies to form a plug in the well; and characterised in that the temperature elevating mechanism comprises two or more sets of temperature elevating mechanisms in a predetermined arrangement around a circumference of the alloy sheath, wherein each set of temperature elevating mechanisms has a different predetermined ignition condition.