mhurhangee/ep-ind-claims huggingface dataset:
A packaging system for at least one product preparation component, comprising a first container for storing a first product preparation component, a second container for optionally storing at least one further product preparation component, and a closure device which sealingly closes an opening of the first container with respect to the surroundings by means of a closure element and has a coupling apparatus in order to couple the second container to the closure device and in order to establish a fluidic connection between the first container and the second container, wherein - the closure element and the coupling apparatus are non-detachably joined together as separate components by latching in order to form the closure device, - the closure element, with the exception of when it has been destroyed, is non-detachably connected to the first container by means of a fastening sleeve by latching or combined screwing/latching, - the closure element comprises a cap which closes the opening of the first container in the initial state of the closure device characterized in that: - the coupling apparatus has a thread for screwing to the second container, - the cap is connected to a fastening sleeve of the closure element via a predetermined breaking point and is axially movable relative to the coupling apparatus with respect to an axis of the closure device and is arranged so as to be secured against rotation about the axis, so that the cap follows each rotation of the coupling apparatus about the axis, and wherein the cap is connected to the first container via a thread which has a direction of rotation counter to the thread of the coupling apparatus. - the closure element and the coupling apparatus are non-detachably joined together as separate components by latching in order to form the closure device, - the closure element, with the exception of when it has been destroyed, is non-detachably connected to the first container by means of a fastening sleeve by latching or combined screwing/latching, - the closure element comprises a cap which closes the opening of the first container in the initial state of the closure device - the coupling apparatus has a thread for screwing to the second container, - the cap is connected to a fastening sleeve of the closure element via a predetermined breaking point and is axially movable relative to the coupling apparatus with respect to an axis of the closure device and is arranged so as to be secured against rotation about the axis, so that the cap follows each rotation of the coupling apparatus about the axis, and wherein the cap is connected to the first container via a thread which has a direction of rotation counter to the thread of the coupling apparatus.
An association management method, comprising: establishing, by a first network node, a first association with a second network node for a first interface, wherein the first interface is a connection interface between the first network node and the second network node; and associating, by the first network node, a first identifier with the first association, wherein the first identifier is used to identify the first association, wherein the first identifier is an index, wherein when the first network node establishes the first association, there is already a second association on the first interface, and the establishing, by a first network node, a first association with a second network node for a first interface comprises: receiving, by the first network node on the second association, a first association list sent by the second network node, wherein the first association list comprises at least one of an address used to establish the first association and a first identifier associated with the address; and establishing, by the first network node, the first association with the second network node for the first interface based on the first association list. establishing, by a first network node, a first association with a second network node for a first interface, wherein the first interface is a connection interface between the first network node and the second network node; and associating, by the first network node, a first identifier with the first association, wherein the first identifier is used to identify the first association, wherein the first identifier is an index, wherein when the first network node establishes the first association, there is already a second association on the first interface, and the establishing, by a first network node, a first association with a second network node for a first interface comprises: receiving, by the first network node on the second association, a first association list sent by the second network node, wherein the first association list comprises at least one of an address used to establish the first association and a first identifier associated with the address; and establishing, by the first network node, the first association with the second network node for the first interface based on the first association list. receiving, by the first network node on the second association, a first association list sent by the second network node, wherein the first association list comprises at least one of an address used to establish the first association and a first identifier associated with the address; and establishing, by the first network node, the first association with the second network node for the first interface based on the first association list.
An interior configuration for an aircraft, comprising: an aisle extending along a longitudinal direction which in use corresponds to a longitudinal axis of the aircraft; a flexible use space disposed laterally adjacent the aisle; a floor palette disposed in the flexible use space comprising at least one seat track (148, 150); a bulkhead disposed at one end of the flexible use space; and attendant seats (130, 132, 134) disposed in the flexible use space affixed to the bulkhead, each attendant seat (130, 132, 134) comprising a flip-up seat bottom; wherein the flexible use space is reconfigurable between a first configuration in which the attendant seats (130, 132, 134) are used as passenger seats, and a second configuration in which at least one seat bottom is flipped up to provide securement space to receive and secure an item (154, 164, 166) in place on the floor palette; wherein the floor palette includes at least one restraint assembly configured to secure to the at least one seat track (148, 150) of the floor palette to secure an item in place on the floor palette; and in that the bulkhead comprises spaced upper and lower seat tracks, serving to wall mount the attendant seats (130, 132, 134) and to secure the restraint assembly, and wherein the attendant seats (130, 132, 134) are free of attachment to the floor palette. an aisle extending along a longitudinal direction which in use corresponds to a longitudinal axis of the aircraft; a flexible use space disposed laterally adjacent the aisle; a floor palette disposed in the flexible use space comprising at least one seat track (148, 150); a bulkhead disposed at one end of the flexible use space; and attendant seats (130, 132, 134) disposed in the flexible use space affixed to the bulkhead, each attendant seat (130, 132, 134) comprising a flip-up seat bottom; wherein the flexible use space is reconfigurable between a first configuration in which the attendant seats (130, 132, 134) are used as passenger seats, and a second configuration in which at least one seat bottom is flipped up to provide securement space to receive and secure an item (154, 164, 166) in place on the floor palette; wherein the floor palette includes at least one restraint assembly configured to secure to the at least one seat track (148, 150) of the floor palette to secure an item in place on the floor palette; and in that the bulkhead comprises spaced upper and lower seat tracks, serving to wall mount the attendant seats (130, 132, 134) and to secure the restraint assembly, and wherein the attendant seats (130, 132, 134) are free of attachment to the floor palette.
A water-proof electrochemical sensor for in situ analysis of a liquid analyte comprising: an electrode body for contacting the analyte having an upper contact end and a lower sensing end, the electrode body having an electrode body surface at the upper contact end; a collar attached to said electrode body surface of said electrode body axially inward of the upper contact end; at least one electrochemical sensor contained within said electrode body and extending from the lower sensing end for contacting the analyte; a pin contact for electrically connecting said at least one electrochemical sensor to external electronics extending from the upper contact end; and a resilient elastomeric generally cylindrical boot having an upper end and a lower end and an internal groove adapted to accommodate therewithin the collar in a pressure-fit, the upper end of the boot having an opening adapted to form a tight interference fit with the pin contact and the lower end of the boot having an opening adapted to form tight interference fit with the electrode body whereby a water-proof seal is formed around the upper contact end of the electrode body. an electrode body for contacting the analyte having an upper contact end and a lower sensing end, the electrode body having an electrode body surface at the upper contact end; a collar attached to said electrode body surface of said electrode body axially inward of the upper contact end; at least one electrochemical sensor contained within said electrode body and extending from the lower sensing end for contacting the analyte; a pin contact for electrically connecting said at least one electrochemical sensor to external electronics extending from the upper contact end; and a resilient elastomeric generally cylindrical boot having an upper end and a lower end and an internal groove adapted to accommodate therewithin the collar in a pressure-fit, the upper end of the boot having an opening adapted to form a tight interference fit with the pin contact and the lower end of the boot having an opening adapted to form tight interference fit with the electrode body whereby a water-proof seal is formed around the upper contact end of the electrode body.
A compound having the formula: wherein: - A is a substituted or unsubstituted heterocyclic or heteroaryl ring having from 2 to 20 carbon atoms and from 1 to 7 heteroatoms; - R 200 is a substitution from hydrogen; and - the index w is an integer from 0 to 40; or a pharmaceutically acceptable salt thereof. - A is a substituted or unsubstituted heterocyclic or heteroaryl ring having from 2 to 20 carbon atoms and from 1 to 7 heteroatoms; - R 200 is a substitution from hydrogen; and - the index w is an integer from 0 to 40; or
Door handle assembly for a motor vehicle, having a handle support and a handle element which is mounted on the handle support so as to be movable from a neutral position via a ready position into an actuation position which serves to open a vehicle door of the motor vehicles, wherein a first movement mechanism, which is motion-coupled with a first longitudinal end of the handle element, and a second movement mechanism, which is motion-coupled with a second longitudinal end of the handle element, are mounted on the handle support, wherein upon fitting in the neutral position in the vehicle door the handle element is arranged in straked alignment flush with the outer side of the vehicle door, and wherein in the ready position the handle element is arranged to protrude in an extended direction relative to the outer side of the vehicle door and a rear side of the handle element facing the handle support is arranged so that it can be grasped by an operator for the purpose of actuation, characterized in that a handle locking element is mounted on the handle support, and when the handle element is in the ready position said handle locking element is designed to cover at least a surface section of the rear side of the handle element facing the handle support.
Method for pressing a ball into a first component, the method comprising the steps of: - providing a first component having a circular hole, - providing a ball, in particular a metal ball, - introducing the ball into the hole, - pressing the first component in an edge region of the hole in such a way that material of the first component flows toward the ball and nestles against the outer circumference of the ball in a tightly contacting manner, wherein • at least one further ball is welded onto the ball prior to or after the pressing, or • a ball which, prior to the pressing, is part of a connection element consisting of at least two balls or part of a connection element having a further part in addition to the ball to be pressed is used as the ball, characterised in that the hole is a through-hole, and in that the diameter of the ball is at most equal in size to the diameter of the through-hole, wherein an inner circumference of the through-hole approximates an outer circumference of the ball, and in that the ball is introduced into the through-hole in such a way that an equatorial plane of the ball lies in a central plane of the first component. - providing a first component having a circular hole, - providing a ball, in particular a metal ball, - introducing the ball into the hole, - pressing the first component in an edge region of the hole in such a way that material of the first component flows toward the ball and nestles against the outer circumference of the ball in a tightly contacting manner, wherein • at least one further ball is welded onto the ball prior to or after the pressing, or • a ball which, prior to the pressing, is part of a connection element consisting of at least two balls or part of a connection element having a further part in addition to the ball to be pressed is used as the ball, • at least one further ball is welded onto the ball prior to or after the pressing, or • a ball which, prior to the pressing, is part of a connection element consisting of at least two balls or part of a connection element having a further part in addition to the ball to be pressed is used as the ball,
Heat exchanger able to be mounted on the air intake circuit of a combustion engine, characterized in that it comprises a single body divided into a first part having circulation passages for a first primary fluid which is the supercharged charge air for the engine and into a second part having circulation passages for a second primary fluid, for example engine exhaust gases, the body further comprising circulation passages (31, 32) for a secondary fluid, for example a coolant, common to the two parts of the exchanger, the said circulation passages for the first primary fluid and the said circulation passages for the second primary fluid being separated by a separation plate positioned between the first part and the second part of the body of the exchanger, characterized in that the body is formed of a stack of shaped plates (60, 62) delimiting circulation layers for a first primary fluid (FP1; FP2) alternating with circulation layers for the secondary fluid and inserts positioned in the circulation layers for the primary fluids (FP1; FP2), and in that the said circulation passages comprise an inlet and an outlet for the first primary fluid, these being situated at one same end of the body, and an inlet and an outlet for the second primary fluid, these being situated at another end of the body, the said inlet and outlet for the first primary fluid being situated on one side of the separation plate while the said inlet and outlet for the second primary fluid are positioned on the other side of the separation plate.
A user equipment, UE, configured to communicate with an evolved node B, eNB, comprising: a physical downlink control channel, PDCCH, receiving unit configured to receive, a PDCCH with downlink control information, DCI, format; and a physical downlink shared channel, PDSCH, receiving unit configured to receive a PDSCH upon the detection of the PDCCH; wherein the DCI format has a 2-bit information field indicating multiuser superposition transmission, MUST interference presence and power ratio, in a case that the 2-bit information field is set to '00' correspondence between values indicated by the 2-bit information field and power ratios does not depend on a modulation scheme, the modulation scheme including QPSK and higher order modulation, and in a case that the 2-bit information field is not set to '00', correspondence between values indicated by the 2-bit information field and power ratios depends on a modulation scheme, and the PDSCH receiving unit demodulates the PDSCH as the UE's own received data. a physical downlink control channel, PDCCH, receiving unit configured to receive, a PDCCH with downlink control information, DCI, format; and a physical downlink shared channel, PDSCH, receiving unit configured to receive a PDSCH upon the detection of the PDCCH; wherein the DCI format has a 2-bit information field indicating multiuser superposition transmission, MUST interference presence and power ratio, in a case that the 2-bit information field is set to '00' correspondence between values indicated by the 2-bit information field and power ratios does not depend on a modulation scheme, the modulation scheme including QPSK and higher order modulation, and in a case that the 2-bit information field is not set to '00', correspondence between values indicated by the 2-bit information field and power ratios depends on a modulation scheme, and the PDSCH receiving unit demodulates the PDSCH as the UE's own received data.
A method for assembling a section of a gas turbine engine (20; 120), the method comprising: inserting a plurality of vane arc segments (70a,b;170a,b;270a,b) in a radial direction into an assembled position that is axially between two rows of blades (40a,b) of a multi-row rotor drum (60; 160), the multi-row rotor drum being formed of a single-piece body (62; 162) that has at least two rows of blades (40a,b) about a central axis; providing overlapping joints (72; 172) at circumferential ends of each of the plurality of vane arc segments (70a...270b); and making circumferential end portions of the plurality of vane arc segments (70a... 270b) stronger than circumferential intermediate portions of the plurality of vane arc segments (70a... 270b) by using a different, stronger, material for the circumferential end portions than the material used for the circumferential intermediate portions to resist deflection at the overlapping joints (72; 172). inserting a plurality of vane arc segments (70a,b;170a,b;270a,b) in a radial direction into an assembled position that is axially between two rows of blades (40a,b) of a multi-row rotor drum (60; 160), the multi-row rotor drum being formed of a single-piece body (62; 162) that has at least two rows of blades (40a,b) about a central axis; providing overlapping joints (72; 172) at circumferential ends of each of the plurality of vane arc segments (70a...270b); and making circumferential end portions of the plurality of vane arc segments (70a... 270b) stronger than circumferential intermediate portions of the plurality of vane arc segments (70a... 270b) by using a different, stronger, material for the circumferential end portions than the material used for the circumferential intermediate portions to resist deflection at the overlapping joints (72; 172).
An MRI apparatus for providing superimposed MRI and plenoptic images, wherein said apparatus comprises: magnet poles for creating a homogeneous magnetic field; a set of RF coils for generating an RF excitation pulse in the imaging volume of the apparatus, and for acquiring magnetic resonance signals which are due to the RF excitation pulse; MR imaging means for converting said magnetic resonance signals into a magnetic resonance image; a light-field, i.e. plenoptic, camera configured to obtain the plenoptic images concurrently with said magnetic resonance images; and, superposition means for superimposing said magnetic resonance and plenoptic images. magnet poles for creating a homogeneous magnetic field; a set of RF coils for generating an RF excitation pulse in the imaging volume of the apparatus, and for acquiring magnetic resonance signals which are due to the RF excitation pulse; MR imaging means for converting said magnetic resonance signals into a magnetic resonance image; a light-field, i.e. plenoptic, camera configured to obtain the plenoptic images concurrently with said magnetic resonance images; and, superposition means for superimposing said magnetic resonance and plenoptic images.
A breakover mechanism (100, 200) for a passenger seat, comprising: a frame member (104, 204) with a rear portion attachable to two opposing sides of a seat back of the passenger seat; at least one moving portion (102, 202) attached to a forward portion of the frame member (104, 204); and a carriage portion (101, 201) fixedly attachable to a seat pan of the passenger seat; wherein the frame member (104, 204) is configured such that when its rear portion is so attached, the frame member is at least partially disposed under the seat pan; and wherein the breakover mechanism (100, 200) comprises a single point mechanism (103, 202, 203) attached to the carriage portion (101, 201) whereby in use loads distributed through the frame member (104, 204) from both sides of the seat back are consolidated into the single point mechanism (103, 202, 203) and, once a threshold loading condition occurs, the single point mechanism (103, 202, 203) changes states to facilitate movement of the moving portion (102, 202) relative to the carriage portion (101,201). a frame member (104, 204) with a rear portion attachable to two opposing sides of a seat back of the passenger seat; at least one moving portion (102, 202) attached to a forward portion of the frame member (104, 204); and a carriage portion (101, 201) fixedly attachable to a seat pan of the passenger seat; wherein the frame member (104, 204) is configured such that when its rear portion is so attached, the frame member is at least partially disposed under the seat pan; and wherein the breakover mechanism (100, 200) comprises a single point mechanism (103, 202, 203) attached to the carriage portion (101, 201) whereby in use loads distributed through the frame member (104, 204) from both sides of the seat back are consolidated into the single point mechanism (103, 202, 203) and, once a threshold loading condition occurs, the single point mechanism (103, 202, 203) changes states to facilitate movement of the moving portion (102, 202) relative to the carriage portion (101,201).
Simalikalactone E corresponding to formula 1 below: for the use thereof for preventing and/or treating epithelial and hematological cancers in which the Ras/Raf/MEK/Erk signaling pathway is activated.
Method for selecting buttons displayed in a button bar on a screen, comprising: ▪ a highlighting step of a first button of the button bar; ▪ a reception step of a navigation command to highlight a second button adjacent to the one previously highlighted, characterised in that the second button is located at one end of the button bar; and that the reception step of the navigation command triggers: ▪ the highlighting of the second button for a given time, ▪ the activation of this second button after this given time, which triggers: • a skip to a third button located at another place on the button bar, • the selection of said third button, • the highlighting of said third button, said third button being used as a starting point for subsequent navigation commands. ▪ a highlighting step of a first button of the button bar; ▪ a reception step of a navigation command to highlight a second button adjacent to the one previously highlighted, ▪ the highlighting of the second button for a given time, ▪ the activation of this second button after this given time, which triggers: • a skip to a third button located at another place on the button bar, • the selection of said third button, • the highlighting of said third button, • a skip to a third button located at another place on the button bar, • the selection of said third button, • the highlighting of said third button,