mhurhangee/patent-ind-claim-en huggingface dataset:
Unmanned submarine having at least one sensor unit by means of which sensor information (8, 8', 8", 8''') about objects in the surroundings of the submarine can be acquired, and having a positioning device for the sensor unit , characterized in that the sensor information (8, 8', 8", 8''') can be specified to the positioning device , the at least one sensor unit is arranged so as to movable in a tangential direction of the submarine tangentially with respect to a longitudinal axis of the submarine or with respect to an axis running parallel to the longitudinal axis and can be positioned in the tangential direction by the positioning device to which the sensor information (8, 8', 8", 8''') is specified.
A device for producing a bone cement paste from a monomer liquid and a cement powder as parent components of the bone cement paste and for delivering the mixed bone cement paste , the device having a cartridge with a cylindrical interior, wherein the interior of the cartridge is closed at a front side apart from a delivery opening for discharging the bone cement paste , wherein a delivery plunger is arranged in the interior of the cartridge the delivery plunger being pushable in the direction of the delivery opening and wherein the cement powder is arranged in the interior of the cartridge between the delivery opening and the delivery plunger , wherein a hollow cylinder is arranged at a front side of the delivery plunger facing the delivery opening, wherein the hollow cylinder is open at a front face facing the delivery opening and extends from the front side of the delivery plunger at least 3 mm into the interior of the cartridge , wherein in the delivery plunger at least one connection is provided from the back side of the delivery plunger to the front side of the delivery plunger for introducing the monomer liquid into the interior of the cartridge , wherein the at least one connection is permeable to the monomer liquid and gases and impermeable to the cement powder and wherein the at least one connection leads from the delivery plunger inside the hollow cylinder or through lines in the hollow cylinder at the front face of the hollow cylinder into the interior of the cartridge .
A method of forming a porous article comprising: providing a soluble material in particulate form; forming a packed region of the soluble particulate material having a plurality of voids in the packed region; contacting a flowable polymeric material with at least a portion of the packed region of the soluble particulate material whereby at least a portion of the flowable polymeric material is disposed in at least a portion of the voids in the packed region, wherein the contacting of the flowable material with at least a portion of the packed region includes: combining a polymeric material in particulate form with the soluble material in particulate form; and heating the polymeric material in particulate form to a temperature sufficient to transform the polymeric material into a flowable polymeric material; at least partially solidifying the polymeric material to thereby form an intermediate composite material and; removing at least a portion of the soluble particulate material from the intermediate composite material to thereby form the porous article. providing a soluble material in particulate form; forming a packed region of the soluble particulate material having a plurality of voids in the packed region; contacting a flowable polymeric material with at least a portion of the packed region of the soluble particulate material whereby at least a portion of the flowable polymeric material is disposed in at least a portion of the voids in the packed region, wherein the contacting of the flowable material with at least a portion of the packed region includes: combining a polymeric material in particulate form with the soluble material in particulate form; and heating the polymeric material in particulate form to a temperature sufficient to transform the polymeric material into a flowable polymeric material; at least partially solidifying the polymeric material to thereby form an intermediate composite material and; removing at least a portion of the soluble particulate material from the intermediate composite material to thereby form the porous article. combining a polymeric material in particulate form with the soluble material in particulate form; and heating the polymeric material in particulate form to a temperature sufficient to transform the polymeric material into a flowable polymeric material; at least partially solidifying the polymeric material to thereby form an intermediate composite material and; removing at least a portion of the soluble particulate material from the intermediate composite material to thereby form the porous article.
A pool cleaning robot , comprising: a main housing configured to be submerged in a pool; a propulsion unit within the main housing configured to move the pool cleaning robot along a pool surface; one or more germicidal light sources ; and a power unit configured to power at least the propulsion unit and the one or more germicidal light sources characterized in that the one or more germicidal light sources are positioned on a bottom of the main housing and configured to disinfect at least a portion of a pool surface. a main housing configured to be submerged in a pool; a propulsion unit within the main housing configured to move the pool cleaning robot along a pool surface; one or more germicidal light sources ; and a power unit configured to power at least the propulsion unit and the one or more germicidal light sources characterized in that the one or more germicidal light sources are positioned on a bottom of the main housing and configured to disinfect at least a portion of a pool surface.
An organic light emitting device, comprising: a substrate ; a first electrode provided on the substrate ; an auxiliary electrode provided on at least a partial region of the first electrode but not on the entire surface of the first electrode ; an insulating layer provided on the auxiliary electrode ; and a second electrode provided on the insulating layer , and the second electrode provided on the first electrode on which the insulating layer is not provided, wherein the second electrode provided on the first electrode and the second electrode provided on the insulating layer are physically separated from each other, characterized in that the insulating layer is not in direct contact with the first electrode and has a greater width than the auxiliary electrode , and a part of the insulating layer is formed laterally over the first electrode so as to form an overhang structure, wherein the auxiliary electrode and the insulating layer comprise materials of which etching speeds by the same etchant of the insulating material is lower than that of the auxiliary electrode. a substrate ; a first electrode provided on the substrate ; an auxiliary electrode provided on at least a partial region of the first electrode but not on the entire surface of the first electrode ; an insulating layer provided on the auxiliary electrode ; and a second electrode provided on the insulating layer , and the second electrode provided on the first electrode on which the insulating layer is not provided, wherein the second electrode provided on the first electrode and the second electrode provided on the insulating layer are physically separated from each other, characterized in that the insulating layer is not in direct contact with the first electrode and has a greater width than the auxiliary electrode , and a part of the insulating layer is formed laterally over the first electrode so as to form an overhang structure, wherein the auxiliary electrode and the insulating layer comprise materials of which etching speeds by the same etchant of the insulating material is lower than that of the auxiliary electrode.
A conveying and sorting apparatus including a plurality of tilting conveyor units arranged in a row in a conveying direction, each of the tilting conveyor units configured to be switchable in orientation about a support shaft parallel to a conveying direction of a conveyed object between an horizontal conveying orientation and a tilted orientation for discharging the conveyed object laterally with respect to the conveying direction of the conveyed object by gravity, and also including a conveying conveyor for the conveyed object, wherein the conveying conveyor is composed of a belt conveyor having a belt 26c stretched between a pair of front and rear pulleys 26a, 26b, and characterized in that the belt of the belt conveyor has an inside surface provided with a plurality of ridge portions along a belt longitudinal direction at appropriate intervals in a belt width direction and has an outside surface provided with ridge portions along the belt width direction at regular intervals in the belt longitudinal direction, and the pair of front and rear pulleys are not provided with flange portions sandwiching both sides of the belt and are provided, on circumferential surfaces, with a plurality of recessed grooves into which the ridge portions on the belt inside surface are individually fitted.
A method comprising: receiving, by a transaction processing server from a mobile device via a wireless router, information related to a transaction requested by a connected device to purchase a resource related to a primary function of the connected device on behalf of a user of the connected device , the information related to the transaction including at least an identifier for a resource provider of the transaction; generating, by the transaction processing server , a transaction code to be stored in association with the information related to the transaction; providing, by the transaction processing server , the generated transaction code to the mobile device via the wireless router, wherein the generated transaction code is provided to the connected device by the mobile device utilising short range communication means; retrieving, by the transaction processing server , the information related to the transaction upon receiving the generated transaction code in a transaction request originating from the connected device ; and generating, by the transaction processing server , an authorization request message that includes the information related to the transaction. receiving, by a transaction processing server from a mobile device via a wireless router, information related to a transaction requested by a connected device to purchase a resource related to a primary function of the connected device on behalf of a user of the connected device , the information related to the transaction including at least an identifier for a resource provider of the transaction; generating, by the transaction processing server , a transaction code to be stored in association with the information related to the transaction; providing, by the transaction processing server , the generated transaction code to the mobile device via the wireless router, wherein the generated transaction code is provided to the connected device by the mobile device utilising short range communication means; retrieving, by the transaction processing server , the information related to the transaction upon receiving the generated transaction code in a transaction request originating from the connected device ; and generating, by the transaction processing server , an authorization request message that includes the information related to the transaction.
A method for interleaving data in a transmitter, comprising: receiving blocks output from a first encoder and a second encoder ; creating a buffer having 172,032 bits arranged into an 84 by 8 array of blocks, wherein each block is a 16 by 16 array of bits, and the buffer is partitioned into 4 subsets of rows, wherein each row comprises 8 blocks, and wherein a first sub-set comprises the first 21 even-numbered rows, a second sub-set comprises the first 21 odd-numbered rows, a third sub-set comprises the remaining even-numbered rows and a fourth sub-set comprises the remaining odd-numbered rows; populating the blocks output by the encoders into the blocks of the 84 by 8 array of blocks in the buffer according to a table, wherein the table indicates, for each block of the buffer, for each location of a destination bit in the 16 by 16 array of bits of a block of the buffer the location of a source bit in the 16 by 16 bit array of the corresponding block output by the respective encoder; and starting with the first column of the buffer, reading bits out from the 128 columns of the buffer in groups of 8 bits, column by column in ascending order, wherein the groups of 8 bits are taken from a column in turn from the 4 subsets of rows. receiving blocks output from a first encoder and a second encoder ; creating a buffer having 172,032 bits arranged into an 84 by 8 array of blocks, wherein each block is a 16 by 16 array of bits, and the buffer is partitioned into 4 subsets of rows, wherein each row comprises 8 blocks, and wherein a first sub-set comprises the first 21 even-numbered rows, a second sub-set comprises the first 21 odd-numbered rows, a third sub-set comprises the remaining even-numbered rows and a fourth sub-set comprises the remaining odd-numbered rows; populating the blocks output by the encoders into the blocks of the 84 by 8 array of blocks in the buffer according to a table, wherein the table indicates, for each block of the buffer, for each location of a destination bit in the 16 by 16 array of bits of a block of the buffer the location of a source bit in the 16 by 16 bit array of the corresponding block output by the respective encoder; and starting with the first column of the buffer, reading bits out from the 128 columns of the buffer in groups of 8 bits, column by column in ascending order, wherein the groups of 8 bits are taken from a column in turn from the 4 subsets of rows.
A method of controlling operation of a conditioning system for providing cooling to a heat load , the conditioning system having an evaporative cooler and a downstream recovery coil arranged inside a scavenger plenum configured to direct scavenger air from an air inlet to an air outlet , the method comprising: selectively directing scavenger air through the evaporative cooler and circulating water through the evaporative cooler based on outdoor air conditions; directing the scavenger air through the recovery coil and circulating water through the recovery coil ; selectively directing discharge water exiting the evaporative cooler into a discharge area section of a storage tank , the discharge area section being fluidly connected to each of a first portion and a second portion of the storage tank , wherein the first and second portions are at least partially separated from one another; varying a ratio of water exiting the recovery coil into at least one of the first portion and the second portion of the tank based on the outdoor air conditions, wherein a first pump is fluidly connected to a first outlet of the tank in proximity to the first portion and a second pump is fluidly connected to a second outlet of the tank in proximity to the second portion; directing water out of the tank and back to the evaporative cooler via the second pump when circulating water through the evaporative cooler based on the outdoor air conditions; directing supply water out of the tank and to the heat load via the first pump ; and directing hot water exiting the heat load back to the recovery coil . selectively directing scavenger air through the evaporative cooler and circulating water through the evaporative cooler based on outdoor air conditions; directing the scavenger air through the recovery coil and circulating water through the recovery coil ; selectively directing discharge water exiting the evaporative cooler into a discharge area section of a storage tank , the discharge area section being fluidly connected to each of a first portion and a second portion of the storage tank , wherein the first and second portions are at least partially separated from one another; varying a ratio of water exiting the recovery coil into at least one of the first portion and the second portion of the tank based on the outdoor air conditions, wherein a first pump is fluidly connected to a first outlet of the tank in proximity to the first portion and a second pump is fluidly connected to a second outlet of the tank in proximity to the second portion; directing water out of the tank and back to the evaporative cooler via the second pump when circulating water through the evaporative cooler based on the outdoor air conditions; directing supply water out of the tank and to the heat load via the first pump ; and directing hot water exiting the heat load back to the recovery coil .
An electric device , comprising: a core comprising a center section and two outer sections ; and a high current winding including a plurality of half-turn coils connected in parallel between a first high current terminal and a second high current terminal , each of the plurality of half-turn coils wound around a fraction of the center section of the core, wherein each of the plurality of half-turn coils forms a loop around one of the two outer sections along with the first high current terminal and the second high current terminal; and a low current winding including a plurality of full-turn coils connected in series between a first low current terminal and a second low current terminal , each of the plurality of full-turn coils wound around the center section of the core substantially fully; wherein the plurality of half-turn coils of the high current winding are interleaved with the plurality of full-turn coils of the low current winding. a core comprising a center section and two outer sections ; and a high current winding including a plurality of half-turn coils connected in parallel between a first high current terminal and a second high current terminal , each of the plurality of half-turn coils wound around a fraction of the center section of the core, wherein each of the plurality of half-turn coils forms a loop around one of the two outer sections along with the first high current terminal and the second high current terminal; and a low current winding including a plurality of full-turn coils connected in series between a first low current terminal and a second low current terminal , each of the plurality of full-turn coils wound around the center section of the core substantially fully; wherein the plurality of half-turn coils of the high current winding are interleaved with the plurality of full-turn coils of the low current winding.
A track adjuster , comprising: a pair of tracks ; a lockset configured to selectively restrict movement of the pair of tracks ; a first lever configured to actuate an actuator of the lockset ; a second lever configured to actuate the first lever ; and a spring configured to apply a first biasing force to the first lever in a first rotational direction and apply a second biasing force to the first lever in a second rotational direction, characterized in that the spring is a torsion spring wrapped at least partially around a cross member adapted to connect the pair of tracks with a second pair of tracks . a pair of tracks ; a lockset configured to selectively restrict movement of the pair of tracks ; a first lever configured to actuate an actuator of the lockset ; a second lever configured to actuate the first lever ; and a spring configured to apply a first biasing force to the first lever in a first rotational direction and apply a second biasing force to the first lever in a second rotational direction, characterized in that the spring is a torsion spring wrapped at least partially around a cross member adapted to connect the pair of tracks with a second pair of tracks .
A method comprising: receiving a first request to store a content item, and a second request to store the content item, wherein the first request is associated with a first user account of a plurality user accounts, and wherein the second request is associated with a second user account of the plurality of user accounts; subdividing the content item into a header portion comprising header data and a media portion comprising media data, wherein the header portion may be stored in user-specific storage and/or common storage; subdividing, based on one or more selection rules, the media portion into a user-specific first portion of the content item associated with the first user account and the second user account, and a common second portion of the content item associated with the plurality of user accounts; causing storage, of the first portion of the content item in a first user-specific storage area associated with the first user account, and of the first portion of the content item in a second user-specific storage area associated with the second user account; and causing storage of the common second portion of the content item in common storage associated with the plurality of user accounts. receiving a first request to store a content item, and a second request to store the content item, wherein the first request is associated with a first user account of a plurality user accounts, and wherein the second request is associated with a second user account of the plurality of user accounts; subdividing the content item into a header portion comprising header data and a media portion comprising media data, wherein the header portion may be stored in user-specific storage and/or common storage; subdividing, based on one or more selection rules, the media portion into a user-specific first portion of the content item associated with the first user account and the second user account, and a common second portion of the content item associated with the plurality of user accounts; causing storage, of the first portion of the content item in a first user-specific storage area associated with the first user account, and of the first portion of the content item in a second user-specific storage area associated with the second user account; and causing storage of the common second portion of the content item in common storage associated with the plurality of user accounts.
A master device configured for communication with at least one slave device , the master device comprising processing circuitry that includes a transceiver , the processing circuitry configured to operate the transceiver at a bit rate selected from a group comprising: a messaging bit rate for message communications and a data transfer bit rate for data communications, wherein data communications are larger communications than message communications; wherein the processing circuitry is configured to: operate the transceiver at the messaging bit rate for communication of messages; in response to being triggered for a data transfer, select at least one time slot in which to perform the data transfer, and operate the transceiver to transmit to a first slave device an instruction to operate at a data transfer bit rate in the selected at least one time slot, the data transfer rate being different to the messaging bit rate and/or selected from a plurality of predefined data transfer bit rates; and operate at the data transfer bit rate in the selected at least one time slot to perform the data transfer with the first slave device. operate the transceiver at the messaging bit rate for communication of messages; in response to being triggered for a data transfer, select at least one time slot in which to perform the data transfer, and operate the transceiver to transmit to a first slave device an instruction to operate at a data transfer bit rate in the selected at least one time slot, the data transfer rate being different to the messaging bit rate and/or selected from a plurality of predefined data transfer bit rates; and operate at the data transfer bit rate in the selected at least one time slot to perform the data transfer with the first slave device.