mhurhangee/ep-ind-claims huggingface dataset:
A machine dishwasher capsule 10 comprising: - a first compartment 11 containing a first component, - a second compartment 12 containing a second component, and - a third compartment 13 containing a third component, - wherein each of the first compartment, the second compartment and the third compartment are separated from each other in a sealing plane; and wherein the third compartment is larger than each of the first and second compartments; and wherein the third compartment has a generally semi-circular shape, wherein a straight line portion of the semi-circular compartment is located on a side of the capsule and extends between two adjacent corners of the capsule, wherein the first component comprises a first liquid content, the second component comprises a second liquid content and the third component comprises a powder content. - a first compartment 11 containing a first component, - a second compartment 12 containing a second component, and - a third compartment 13 containing a third component, - wherein each of the first compartment, the second compartment and the third compartment are separated from each other in a sealing plane; and wherein the third compartment is larger than each of the first and second compartments; and wherein the third compartment has a generally semi-circular shape, wherein a straight line portion of the semi-circular compartment is located on a side of the capsule and extends between two adjacent corners of the capsule, wherein the first component comprises a first liquid content, the second component comprises a second liquid content and the third component comprises a powder content.
A prilling bucket for prilling of a liquid, comprising: a static part; a rotating assembly which is arranged to rotate relative to the static part and around a main axis of the bucket, a vibrating assembly which includes part or all of the rotating assembly, and is arranged to oscillate relative to the static part along the direction of said main axis; a magnetostrictive actuator disposed to impart vibration to said vibrating assembly; wherein the rotating assembly includes said magnetostrictive actuator and the magnetostrictive actuator is rigidly connected with said vibrating assembly; the bucket further comprising a slip connector arranged to transfer electrical power to said magnetostrictive actuator. a static part; a rotating assembly which is arranged to rotate relative to the static part and around a main axis of the bucket, a vibrating assembly which includes part or all of the rotating assembly, and is arranged to oscillate relative to the static part along the direction of said main axis; a magnetostrictive actuator disposed to impart vibration to said vibrating assembly; wherein the rotating assembly includes said magnetostrictive actuator and the magnetostrictive actuator is rigidly connected with said vibrating assembly; the bucket further comprising a slip connector arranged to transfer electrical power to said magnetostrictive actuator.
A system for managing fish migration in a body of water in the vicinity of an artificial or natural barrier, the system comprising: - a source of saturated water (50, 70), the saturated water comprising water having a first gas dissolved therein to a level that is higher than that in the body of water; - one or more outlets in fluid communication with the source of saturated water, each outlet being positioned at a predetermined position in the body of water to eject the saturated water into the predetermined position; and - a pump in fluid communication with the source of saturated water and the one or more outlets for moving the saturated water from the source to the one or more outlets, - wherein flow of the saturated water out of the one or more outlets into the body of water raises the dissolved gas level at the predetermined positions, thereby drawing the fish towards the predetermined positions, wherein the source of saturated water comprises a saturator configured to dissolve the first gas into the water and to remove a second gas from the water, thereby producing the saturated water. - a source of saturated water (50, 70), the saturated water comprising water having a first gas dissolved therein to a level that is higher than that in the body of water; - one or more outlets in fluid communication with the source of saturated water, each outlet being positioned at a predetermined position in the body of water to eject the saturated water into the predetermined position; and - a pump in fluid communication with the source of saturated water and the one or more outlets for moving the saturated water from the source to the one or more outlets, - wherein flow of the saturated water out of the one or more outlets into the body of water raises the dissolved gas level at the predetermined positions, thereby drawing the fish towards the predetermined positions,
A beverage apparatus comprising: a hollow body in the form of a brew chamber column; a column driver including a cam controllably operated by a drive motor for synchronizing and controlling movement of the brew chamber column; a piston selectively movable in the brew chamber column; a filter operatively associated with the column; a liquid delivery system communicating with the column; a controller for controllably dispensing liquid from the liquid delivery system into the column for mixing with a beverage making substance disposed in the column to produce a beverage, controllably moving the piston through the column for dispensing through the filter a beverage produced from the liquid and beverage making substance; a beverage reservoir for controllably receiving beverage dispensed for accumulation and selective controlled dispensing, and a controllable valve communicating with the column and coupled to the controller; characterized in that: said valve is adapted for controlled dispensing of beverage to one of the beverage reservoir and a separate container; said beverage reservoir is adapted for controllable accumulation of multiple dispensing volumes of beverage therein; said column driver is adapted to move said column upwardly and downwardly; and it comprises guide rails for controllably guiding the upward and downward movement of the column. a hollow body in the form of a brew chamber column; a column driver including a cam controllably operated by a drive motor for synchronizing and controlling movement of the brew chamber column; a piston selectively movable in the brew chamber column; a filter operatively associated with the column; a liquid delivery system communicating with the column; a controller for controllably dispensing liquid from the liquid delivery system into the column for mixing with a beverage making substance disposed in the column to produce a beverage, controllably moving the piston through the column for dispensing through the filter a beverage produced from the liquid and beverage making substance; a beverage reservoir for controllably receiving beverage dispensed for accumulation and selective controlled dispensing, and a controllable valve communicating with the column and coupled to the controller; said valve is adapted for controlled dispensing of beverage to one of the beverage reservoir and a separate container; said beverage reservoir is adapted for controllable accumulation of multiple dispensing volumes of beverage therein; said column driver is adapted to move said column upwardly and downwardly; and it comprises guide rails for controllably guiding the upward and downward movement of the column.
An impeller comprising: a hub; and a plurality of blades, each blade extending out from the hub, the impeller having an original diameter defined by respective tips of the plurality of blades, wherein each blade includes: a central axis; a leading edge; a trailing edge; an original profile having an outside portion (132outside) and a trailing portion (132trailing), the outside portion having an angle within a range of 40° to 95° from the central axis and the trailing portion having an angle within a range of 10° to 50° from the central axis; and a plurality of trim profiles (134, 136), characterized in that a first selected trim profile of the plurality of trim profiles (134, 136) extends along a first line parallel to the outside portion (132outside) and a second line parallel to the trailing portion (132trailing). a hub; and a plurality of blades, each blade extending out from the hub, the impeller having an original diameter defined by respective tips of the plurality of blades, wherein each blade includes: a central axis; a leading edge; a trailing edge; an original profile having an outside portion (132outside) and a trailing portion (132trailing), the outside portion having an angle within a range of 40° to 95° from the central axis and the trailing portion having an angle within a range of 10° to 50° from the central axis; and a plurality of trim profiles (134, 136), characterized in that a first selected trim profile of the plurality of trim profiles (134, 136) extends along a first line parallel to the outside portion (132outside) and a second line parallel to the trailing portion (132trailing). a central axis; a leading edge; a trailing edge; an original profile having an outside portion (132outside) and a trailing portion (132trailing), the outside portion having an angle within a range of 40° to 95° from the central axis and the trailing portion having an angle within a range of 10° to 50° from the central axis; and a plurality of trim profiles (134, 136), characterized in that a first selected trim profile of the plurality of trim profiles (134, 136) extends along a first line parallel to the outside portion (132outside) and a second line parallel to the trailing portion (132trailing).
A tool for steeling a rotary knife, the tool comprising: a frame, said frame including first and second support members (42, 44), said support members (42, 44) defining an elongated knife-receiving slot; and a first steeling component and a second steeling component supported on the first and second support members (42, 44), respectively, said first and second steeling components being resiliently biased toward one another to define a knife interface configured to engage and thereby steel the knife, said knife interface moving inwardly along the length of the knife-receiving slot to a terminal interface position, as the knife engages the interface and is shifted inwardly through the knife-receiving slot, said knife-receiving slot having a maximum slot cross-sectional dimension defined between the support members (42, 44), at least one of said support members (42, 44) presenting an outer portion extending along the knife-receiving slot and disposed outward of the terminal interface position, said outer portion having a maximum member cross-sectional dimension defined generally perpendicular to the length of the knife-receiving slot, characterized in that said maximum member cross-sectional dimension is less than two times the maximum slot cross-sectional dimension. a frame, said frame including first and second support members (42, 44), said support members (42, 44) defining an elongated knife-receiving slot; and a first steeling component and a second steeling component supported on the first and second support members (42, 44), respectively, said first and second steeling components being resiliently biased toward one another to define a knife interface configured to engage and thereby steel the knife, said knife interface moving inwardly along the length of the knife-receiving slot to a terminal interface position, as the knife engages the interface and is shifted inwardly through the knife-receiving slot, said knife-receiving slot having a maximum slot cross-sectional dimension defined between the support members (42, 44), at least one of said support members (42, 44) presenting an outer portion extending along the knife-receiving slot and disposed outward of the terminal interface position, said outer portion having a maximum member cross-sectional dimension defined generally perpendicular to the length of the knife-receiving slot, characterized in that said maximum member cross-sectional dimension is less than two times the maximum slot cross-sectional dimension.
Electrochemical gas sensor having a housing, having a plurality of electrodes (31, 32) arranged therein, namely at least a working electrode and a counter electrode, and having a liquid electrolyte, wherein at least the counter electrode and/or the housing are composed at least partially of an absorbent composition, wherein the absorbent composition contains BaCO 3 as absorbent, wherein the housing has an opening that forms a gas inlet, and an opening that forms a gas outlet, wherein the absorbent composition is arranged wholly or partially in the opening and wherein the absorbent composition that is arranged in the opening has the form of a stopper.
A vascular prosthesis delivery device comprising: an inner tube accommodating a guidewire; a prosthesis having a length; a pusher element movable over the inner tube (106, 140), the pusher element having recesses accommodating a proximal portion of a prosthesis; characterized by a tip member movable over the inner tube, the tip member having recesses accommodating a distal portion of the prosthesis; and a sheath disposed over the inner tube (106, 140) and the pusher element; wherein a stopper is fixed to the inner tube to limit displacement of the tip member; wherein movement of the pusher element is configured to move the tip member from a first position abutting the sheath to a second position distal of and spaced apart from the sheath so as to create a gap between the sheath and the tip member; said gap being smaller than the length of the prosthesis and configured to allow the prosthesis to be advanced out of the gap. an inner tube accommodating a guidewire; a prosthesis having a length; a pusher element movable over the inner tube (106, 140), the pusher element having recesses accommodating a proximal portion of a prosthesis; characterized by a tip member movable over the inner tube, the tip member having recesses accommodating a distal portion of the prosthesis; and a sheath disposed over the inner tube (106, 140) and the pusher element; wherein a stopper is fixed to the inner tube to limit displacement of the tip member; wherein movement of the pusher element is configured to move the tip member from a first position abutting the sheath to a second position distal of and spaced apart from the sheath so as to create a gap between the sheath and the tip member; said gap being smaller than the length of the prosthesis and configured to allow the prosthesis to be advanced out of the gap.
Data acquisition system for the centralized acquisition of apparatus-specific data from a multiplicity of apparatuses (11a to 11c) to be monitored, characterized in that the apparatuses (11a to 11c) each have at least one sending unit (12a to 12c) provided on them that - are set up for asynchronously sending radio signals containing the data of the respective apparatus (11a to 11c) using the broadcast method, and relay stations are arranged on a plurality of commercial aircraft, which - each have a receiving unit for receiving the radio signals asynchronously sent by the sending units (12a to 12c) of the apparatuses (11a to 11c) when the commercial aircraft flies in the reception range of the sent radio signals, and - each have a transmission unit, which are designed for transmitting the data contained in the received radio signals to at least one central data acquisition base station. - are set up for asynchronously sending radio signals containing the data of the respective apparatus (11a to 11c) using the broadcast method, - each have a receiving unit for receiving the radio signals asynchronously sent by the sending units (12a to 12c) of the apparatuses (11a to 11c) when the commercial aircraft flies in the reception range of the sent radio signals, and - each have a transmission unit, which are designed for transmitting the data contained in the received radio signals to at least one central data acquisition base station.
A tamping unit for tamping sleepers of a track, having a tool carrier mounted on an assembly frame for vertical adjustment by means of a drive, having pairs of two oppositely positioned tamping tools which are mounted on the tool carrier and squeezable towards one another about a respective pivot axis as well as designed to be set in vibrations by a vibration drive, characterized in that a vibration drive is associated with the drive, the vibration drive setting the tamping tools in a vibration which is effective vertically.
Thermal management and connection device for a battery module composed of cells which are juxtaposed in parallel and connected in series with one another, each cell comprising a positive terminal and a negative terminal, said battery module further comprising a heat-exchange plate comprising an inlet and an outlet for heat-transfer fluid, these being positioned between the terminals, and a non-conducting connection plate comprising passage orifices for the terminals and means of connecting said terminals together in pairs, characterized in that the connection plate is a printed circuit comprising conducting traces, said device comprising a connection pokayoke system directly incorporated into the connection plate.
An operation machine comprising: a holding head (56;58) including a holding tool configured to hold a lead component comprised of a lead and a body; a moving device configured to move the holding head (56;58); a first acquisition section configured to acquire a distal end position of the lead of the lead component held by the holding tool; and a control device configured to control operations of the holding head (56;58) and the moving device, characterized by a second acquisition section configured to acquire at least one of a position of the holding tool holding the lead of the lead component and a position of the body of the lead component held by the holding tool, wherein the control device is configured to control operations of the holding head (56;58) and the moving device to perform insertion work of inserting the lead of the lead component held by the holding tool into a through hole formed in a board when a distance between a position acquired by the first acquisition section and a position acquired by the second acquisition section is smaller than a threshold and not to perform the insertion work when the distance is equal to or greater than the threshold. a holding head (56;58) including a holding tool configured to hold a lead component comprised of a lead and a body; a moving device configured to move the holding head (56;58); a first acquisition section configured to acquire a distal end position of the lead of the lead component held by the holding tool; and a control device configured to control operations of the holding head (56;58) and the moving device, characterized by a second acquisition section configured to acquire at least one of a position of the holding tool holding the lead of the lead component and a position of the body of the lead component held by the holding tool, wherein the control device is configured to control operations of the holding head (56;58) and the moving device to perform insertion work of inserting the lead of the lead component held by the holding tool into a through hole formed in a board when a distance between a position acquired by the first acquisition section and a position acquired by the second acquisition section is smaller than a threshold and not to perform the insertion work when the distance is equal to or greater than the threshold.
An aircraft wing-to-body fairing panel assembly for joining to an aircraft structural frame element, the assembly comprising: a first panel element having at least one first panel nonlinear edge; and, a second panel element having at least one second panel nonlinear edge, wherein the second panel nonlinear edge is designed to interlace with the first panel nonlinear edge to form a panel assembly with interlaced panel edgebands (108a, 108b) for joining to a structure. a first panel element having at least one first panel nonlinear edge; and, a second panel element having at least one second panel nonlinear edge, wherein the second panel nonlinear edge is designed to interlace with the first panel nonlinear edge to form a panel assembly with interlaced panel edgebands (108a, 108b) for joining to a structure.
A method implemented in a network node, the method comprising: transmitting within a medium access control, MAC, control element, CE, message, to a wireless device, WD, an indication of a plurality K j of Transmission Configuration Indication, TCI, states that are mapped to a single codepoint, j, in a downlink control information, DCI, Transmission Configuration Indication, TCI, field, K j and j being integers; and transmitting within the MAC CE message, to the wireless device, the number K j of TCI states being mapped to the codepoint j and for each codepoint j in the plurality of codepoints, the number K j of TCI states has a value from a plurality of possible values. transmitting within a medium access control, MAC, control element, CE, message, to a wireless device, WD, an indication of a plurality K j of Transmission Configuration Indication, TCI, states that are mapped to a single codepoint, j, in a downlink control information, DCI, Transmission Configuration Indication, TCI, field, K j and j being integers; and transmitting within the MAC CE message, to the wireless device, the number K j of TCI states being mapped to the codepoint j and for each codepoint j in the plurality of codepoints, the number K j of TCI states has a value from a plurality of possible values.
A non-transitory computer-readable storage medium storing instructions which, when processed by a processor, cause the processor to implement a method of securing data, the method comprising: storing, by a first user, a data set as an object in a data storage system accessible by multiple users, and associating the object with an object security label; creating a user-controlled compartment and storing the user-controlled compartment in the object security label, the object security label being represented as a text string having a syntax of a tuple, the user-controlled compartment configured to be administered by the first user and having an identifier, the first user being associated with a first security label; associating the first security label with the user-controlled compartment, the user-controlled compartment defining a plurality of access rights to the object as set by the user; and defining, by the first user, one or more of the plurality of access rights to be given to a second user, and storing the one or more of the plurality of access rights in a common compartment stored in a second security label, the second security label associated with the second user, the common compartment having the identifier and configured to be administered by the first user. storing, by a first user, a data set as an object in a data storage system accessible by multiple users, and associating the object with an object security label; creating a user-controlled compartment and storing the user-controlled compartment in the object security label, the object security label being represented as a text string having a syntax of a tuple, the user-controlled compartment configured to be administered by the first user and having an identifier, the first user being associated with a first security label; associating the first security label with the user-controlled compartment, the user-controlled compartment defining a plurality of access rights to the object as set by the user; and defining, by the first user, one or more of the plurality of access rights to be given to a second user, and storing the one or more of the plurality of access rights in a common compartment stored in a second security label, the second security label associated with the second user, the common compartment having the identifier and configured to be administered by the first user.