mhurhangee/ep-ind-claims huggingface dataset:
An antenna arrangement comprising: a casing made of conducting material, the casing comprising a flange and a collar extending upwards from the flange; a magnetic loop antenna coil (106, 108) covering an outer surface of at least one of the flange and the collar at least partly; and a magnetic material layer between the magnetic loop antenna coil (106, 108) and the outer surface of the flange and the collar, wherein the magnetic material layer is configured to guide the magnetic flux generated by the magnetic loop antenna coil (106, 108), the magnetic material layer covering both the flange and the collar at least partly; wherein the collar comprises at least one slit at least partly in the section of the collar not covered by the magnetic antenna loop coil and the magnetic material layer. a casing made of conducting material, the casing comprising a flange and a collar extending upwards from the flange; a magnetic loop antenna coil (106, 108) covering an outer surface of at least one of the flange and the collar at least partly; and a magnetic material layer between the magnetic loop antenna coil (106, 108) and the outer surface of the flange and the collar, wherein the magnetic material layer is configured to guide the magnetic flux generated by the magnetic loop antenna coil (106, 108), the magnetic material layer covering both the flange and the collar at least partly; wherein the collar comprises at least one slit at least partly in the section of the collar not covered by the magnetic antenna loop coil and the magnetic material layer.
An electrode assembly, comprising: a plurality of first type of electrode plates, at least one second type of electrode plate and a diaphragm which are arranged in a superimposed manner, the polarity of the first type of electrode plate is opposite to the polarity of the second type of electrode plate, the diaphragm is configured to separate the adjacent first type of electrode plate from the second type of electrode plate, and the plurality of first type of electrode plates comprise a first electrode plate and a second electrode plate; wherein the first electrode plate comprises a first current collector and the second electrode plate comprises a second current collector; wherein the first current collector comprises a first conducting layer and a protective layer which are superimposed along a direction vertical to a surface on which the first type of electrode plate and the second type of electrode plate are overlapped, and the resistivity of the protective layer is greater than the resistivity of the first conducting layer; and the second current collector is composed of a second conducting layer.
A wireless device comprising: at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the wireless device at least to: determine a deactivation of packet data convergence protocol, PDCP, data duplication for a radio bearer configured for PDCP data duplication, wherein the radio bearer configured for PDCP data duplication is associated with an original radio link control, RLC entity, and a duplicate RLC entity, wherein said deactivation of the PDCP data duplication is responsive to deactivation of all of a plurality of active cells associated with the duplicate RLC entity; and responsive to said deactivation of the PDCP data duplication: determine that a buffer associated with the duplicate RLC entity has duplicated data to be transmitted after said deactivation, cause mapping a logical channel associated with the duplicate RLC entity of the radio bearer to at least one active cell associated with the original RLC entity of the radio bearer, and transmit the duplicated data in the buffer associated with the duplicate RLC entity on the logical channel to the at least one active cell. determine a deactivation of packet data convergence protocol, PDCP, data duplication for a radio bearer configured for PDCP data duplication, wherein the radio bearer configured for PDCP data duplication is associated with an original radio link control, RLC entity, and a duplicate RLC entity, wherein said deactivation of the PDCP data duplication is responsive to deactivation of all of a plurality of active cells associated with the duplicate RLC entity; and responsive to said deactivation of the PDCP data duplication: determine that a buffer associated with the duplicate RLC entity has duplicated data to be transmitted after said deactivation, cause mapping a logical channel associated with the duplicate RLC entity of the radio bearer to at least one active cell associated with the original RLC entity of the radio bearer, and transmit the duplicated data in the buffer associated with the duplicate RLC entity on the logical channel to the at least one active cell. determine that a buffer associated with the duplicate RLC entity has duplicated data to be transmitted after said deactivation, cause mapping a logical channel associated with the duplicate RLC entity of the radio bearer to at least one active cell associated with the original RLC entity of the radio bearer, and transmit the duplicated data in the buffer associated with the duplicate RLC entity on the logical channel to the at least one active cell.
A device for treatment of slurry, in particular liquid manure, comprising • a press screw separator for separating solids from the slurry, • a rotatably movable driven drum for microbiological heating the solids in the drum, and • a discharge device at the drum for discharging the solids, characterized in that the press screw separator is directly attached, preferably flanged, to a feeding end wall of the drum, so that the solids can be conveyed from the press screw separator directly into the drum, wherein the press screw separator comprises an ejection regulator for the solids, and wherein the ejection regulator is arranged at least partially inside the drum. • a press screw separator for separating solids from the slurry, • a rotatably movable driven drum for microbiological heating the solids in the drum, and • a discharge device at the drum for discharging the solids, characterized in that the press screw separator is directly attached, preferably flanged, to a feeding end wall of the drum, so that the solids can be conveyed from the press screw separator directly into the drum, wherein the press screw separator comprises an ejection regulator for the solids, and wherein the ejection regulator is arranged at least partially inside the drum.
A method of performing a human care using a robot cleaner, comprising the steps of: receiving a request for accessing the robot cleaner to care the management object from the external communication device, determining whether access of the external communication device is granted, switching a mode of the robot cleaner from a normal mode performing an automatic cleaning function to a care mode generating image information on a whole body of the management object according to an external input signal, specifying a management object to be cared by the robot cleaner and obtaining location information of the management object; recognizing the management object by moving the robot cleaner to a point near the location information; generating the image information on the management object while following the management object by the robot cleaner; if an external communication device requests transmission of the image information, transmitting the image information to the external communication device; transmitting the location information of the management object by the external communication device; generating a surrounding image while the robot cleaner moves according to the location information; transmitting the surrounding image to the external communication device; and if the management object is contained in the surrounding image, transmitting a command signal by the external communication device to make the robot cleaner recognize the management object. receiving a request for accessing the robot cleaner to care the management object from the external communication device, determining whether access of the external communication device is granted, switching a mode of the robot cleaner from a normal mode performing an automatic cleaning function to a care mode generating image information on a whole body of the management object according to an external input signal, specifying a management object to be cared by the robot cleaner and obtaining location information of the management object; recognizing the management object by moving the robot cleaner to a point near the location information; generating the image information on the management object while following the management object by the robot cleaner; if an external communication device requests transmission of the image information, transmitting the image information to the external communication device; transmitting the location information of the management object by the external communication device; generating a surrounding image while the robot cleaner moves according to the location information; transmitting the surrounding image to the external communication device; and if the management object is contained in the surrounding image, transmitting a command signal by the external communication device to make the robot cleaner recognize the management object.
A vacuum insulation panel comprising: a core material; a covering material (130, 140) disposed outside the core material to form an accommodation space in which the core material is accommodated; and a first adsorbent disposed in the accommodation space to be activated at a temperature higher than room temperature and to remove at least one of gases and water present in the accommodation space, characterised by a shielding layer disposed in the accommodation space and positioned between the core material and the covering material (130, 140). a core material; a covering material (130, 140) disposed outside the core material to form an accommodation space in which the core material is accommodated; and a first adsorbent disposed in the accommodation space to be activated at a temperature higher than room temperature and to remove at least one of gases and water present in the accommodation space,
A marine propulsion system comprising a cathodic protection and anti-fouling arrangement configured to protect at least one metallic component (101, 104, 105; 201, 204, 205) in a marine vessel, the propulsion system comprising; - at least one driveline housing (101; 201) at least partially submerged in water; - a torque transmitting drive shaft (106; 232, 233) extending out of the driveline housing (101; 201); - at least one propeller (102, 103; 202, 203) mounted on the drive shaft (106; 232, 233); characterized in that - the at least one propeller (102, 103; 202, 203) is electrically isolated from its drive shaft (106; 232, 233); - each electrically isolated propeller (102, 103; 202, 203) to be protected against fouling is connected to a positive terminal (111; 211) of a direct current power source (110; 210); - each metallic component (101, 104, 105; 201, 204, 205) to be protected against corrosion is connected to a negative terminal (112; 212) of the direct current power source (110; 210); and that - a control unit (113; 213) is arranged to regulate the voltage and current output from the direct current power source (110; 210). - at least one driveline housing (101; 201) at least partially submerged in water; - a torque transmitting drive shaft (106; 232, 233) extending out of the driveline housing (101; 201); - at least one propeller (102, 103; 202, 203) mounted on the drive shaft (106; 232, 233); characterized in that - the at least one propeller (102, 103; 202, 203) is electrically isolated from its drive shaft (106; 232, 233); - each electrically isolated propeller (102, 103; 202, 203) to be protected against fouling is connected to a positive terminal (111; 211) of a direct current power source (110; 210); - each metallic component (101, 104, 105; 201, 204, 205) to be protected against corrosion is connected to a negative terminal (112; 212) of the direct current power source (110; 210); and that - a control unit (113; 213) is arranged to regulate the voltage and current output from the direct current power source (110; 210).
A method for preparing a rheological product of a pseudolaminar silicate in which sepiolite mineral is ground damp, characterised in that the procedure comprises a first stage consisting of grinding the sepiolite mineral with a sepiolite content of at least 50%, and with a moisture content of less than 40% to a particle size of less than 1 mm, in order to obtain ground sepiolite mineral; a second stage consisting of mixing the ground sepiolite mineral with an aqueous solution of a dispersing component consisting of a dispersing agent corresponding to a base selected from among the group formed from sodium hydroxide, ammonium hydroxide and potassium hydroxide capable of increasing the pH of the mixture to above pH 9, in such a way that the final water content is between 35% and 65% of the total weight and the content of dispersing component is between 0.1% and 7% of the weight of the sepiolite mineral, in order to obtain a first mixture consisting of sepiolite mineral, dispersant component and water; a third stage consisting of mixing the first mixture obtained in the second stage as far as deagglomerating the microfibre bundles of the sepiolite using an intensive mixer or a turbomixer, in order to obtain the rheological product in the form of a paste in a dispersion homogeneously mixed with the dispersant and the water, and which comprises 0.1 - 7% by weight referring to the sepiolite mineral, of the dispersing component; 35 - 65% by weight referring to the total weight, of rheological product; and water; and a fourth stage which consists of drying the paste obtained in the third stage in order to obtain a dry material with a moisture content of less than 20%, grinding the dry material and sorting the ground dry material. 0.1 - 7% by weight referring to the sepiolite mineral, of the dispersing component; 35 - 65% by weight referring to the total weight, of rheological product; and water;
An inkjet printing apparatus capable of performing a printing operation to eject ink from an ejection port provided for a print head to a print medium while covering the ejection port with a capping portion in a standby state in which the printing operation is not performed, the apparatus comprising: a humidifying unit configured to perform a humidification operation to humidify a space formed between the capping portion and the print head in the standby state, the humidifying unit being the print head; and a control unit configured to cause the humidifying unit to perform the humidification operation on the space in the standby state, characterized in that the control unit is configured to cause the humidity unit to perform a humidification operation with a predetermined interval between a preceding humidification ejection and a subsequent humidification ejection following the preceding humidification ejection, the predetermined interval being set based on at least one type of information in information on a time in which the print head is separated from the capping portion, an ambient temperature and an ambient humidity in the inkjet printing apparatus at a time when the space is formed by the capping portion and the print head, an amount of a liquid accumulated in the capping portion, a time in which the humidification operation is performed, and a duration of the standby state, and suspends the humidification operation when a predetermined period of time has passed since the space was formed. a humidifying unit configured to perform a humidification operation to humidify a space formed between the capping portion and the print head in the standby state, the humidifying unit being the print head; and a control unit configured to cause the humidifying unit to perform the humidification operation on the space in the standby state, characterized in that the control unit is configured to cause the humidity unit to perform a humidification operation with a predetermined interval between a preceding humidification ejection and a subsequent humidification ejection following the preceding humidification ejection, the predetermined interval being set based on at least one type of information in information on a time in which the print head is separated from the capping portion, an ambient temperature and an ambient humidity in the inkjet printing apparatus at a time when the space is formed by the capping portion and the print head, an amount of a liquid accumulated in the capping portion, a time in which the humidification operation is performed, and a duration of the standby state, and suspends the humidification operation when a predetermined period of time has passed since the space was formed.
Diffuser for dispensing a product contained in a container, said diffuser being equipped with - a base to fasten it to a container; - a push button equipped with a channel opening at one end on means for cooperating with a dispensing device of a container and at the other end on an opening outlet through which the product contained in a container can exit, - a cap connected to the base by a hinge (17, 17') so as to be movable between a closed position in which it is folded down on the base while isolating the push button and the outlet opening from the outside, and an open position in which it is upright, providing access to the push button and freeing the outlet opening, characterized in that the diffuser is further equipped with - tamper-evident means (40, 18) that must be partially torn off upon the first use to make it possible to move the cap from the closed position to the open position, the tamper-evident means being made up of both a strip and a shoulder, one being fastened to the cap and the other to the base, the strip being fastened to the cap or to the base by connecting means (41', 41 ") which can easily be torn by hand, and the shoulder being placed on the base or the cap so that when the cap is placed in the closed position, the shoulder is snapped behind an abutment formed in the strip without being able to free itself except by tearing off the strip. - a base to fasten it to a container; - a push button equipped with a channel opening at one end on means for cooperating with a dispensing device of a container and at the other end on an opening outlet through which the product contained in a container can exit, - a cap connected to the base by a hinge (17, 17') so as to be movable between a closed position in which it is folded down on the base while isolating the push button and the outlet opening from the outside, and an open position in which it is upright, providing access to the push button and freeing the outlet opening, - tamper-evident means (40, 18) that must be partially torn off upon the first use to make it possible to move the cap from the closed position to the open position, the tamper-evident means being made up of both a strip and a shoulder, one being fastened to the cap and the other to the base, the strip being fastened to the cap or to the base by connecting means (41', 41 ") which can easily be torn by hand, and the shoulder being placed on the base or the cap so that when the cap is placed in the closed position, the shoulder is snapped behind an abutment formed in the strip without being able to free itself except by tearing off the strip.
A non-linear distortion compensator that is configured to perform non-linear distortion pre-equalization of an optical transmission signal with a first multivalued level, the non-linear distortion compensator comprising: a non-linear distortion calculator configured to perform a predetermined non-linear distortion calculation on a combination of possible amplitude components of a transmission signal, the possible amplitude components being caused by the multivalued level of the signal and non-linear effects of the transmission line a non-linear compensator configured to subtract the resultant non-linear distortion calculation from the transmission signal to pre-equalize the non-linear distortion of the transmission signal; an approximate symbol generator configured to re-map a transmission signal with a first multivalued level to a transmission signal with a second multivalued level lower than the first multivalued level, wherein the non-linear distortion calculator applies the re-mapped transmission signal with the second multivalued level into the predetermined non-linear distortion calculation.
A gas sensor comprising: a sensor element; a tubular member (42, 43) made of metal and having a penetration hole through which the sensor element penetrates in an axial direction; and a powder compact arranged in the penetration hole and filled between an inner peripheral surface of the penetration hole and the sensor element, characterized in that: at least a portion of the inner peripheral surface of the penetration hole of the tubular member (42, 43), the portion being contacted with the powder compact, has arithmetic average roughness Ra of 0.5 to 5 μm, and the sensor element is in the form of a plate. a sensor element; a tubular member (42, 43) made of metal and having a penetration hole through which the sensor element penetrates in an axial direction; and a powder compact arranged in the penetration hole and filled between an inner peripheral surface of the penetration hole and the sensor element, characterized in that: at least a portion of the inner peripheral surface of the penetration hole of the tubular member (42, 43), the portion being contacted with the powder compact, has arithmetic average roughness Ra of 0.5 to 5 μm, and the sensor element is in the form of a plate. at least a portion of the inner peripheral surface of the penetration hole of the tubular member (42, 43), the portion being contacted with the powder compact, has arithmetic average roughness Ra of 0.5 to 5 μm, and the sensor element is in the form of a plate.
A method for preparing a compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein Each of R 1 and R 2 is independently selected from H, halo, aliphatic, and alkoxy, wherein the aliphatic or alkoxy is optionally substituted with 1-3 of halo; comprising the step of: reducing a compound of Formula 2A: to form a compound of Formula 3A; and converting the compound of Formula 3A to a compound of Formula I. Each of R 1 and R 2 is independently selected from H, halo, aliphatic, and alkoxy, wherein the aliphatic or alkoxy is optionally substituted with 1-3 of halo; comprising the step of: reducing a compound of Formula 2A: to form a compound of Formula 3A; and converting the compound of Formula 3A to a compound of Formula I. reducing a compound of Formula 2A: to form a compound of Formula 3A; and converting the compound of Formula 3A to a compound of Formula I.