mhurhangee/ep-ind-claims huggingface dataset:
A combination valve for a water heater or plumbing and heating installation for a dwelling, which combination valve includes a valve housing, a stopcock with a stopcock spindle, a non-return valve with a non-return valve piston, an inlet and an outlet, which stopcock spindle and which non-return valve piston are centrically arranged along a common longitudinal axis of the valve, wherein the non-return valve has a gasket between the piston and the valve housing; the piston is spring-actuated for sealing contact with a first seat, serving a non-return valve function, in the valve housing and the stopcock spindle is threadedly received through an opening in the valve housing or a part attached thereto for sealing contact between the non-return valve piston and a second seat, serving a stopcock function, in the valve housing, and which first and second seats (19, 24) define a passage to the inlet of the valve, the non-return valve piston being centrically and slidably along the longitudinal axis arranged to an end of the stopcock spindle for sealing contact between the non-return valve piston and the first seat in a closed position of the non-return valve and, in addition, for sealing contact between the non-return valve piston and the second seat in a closed position of the stopcock in which the gasket is more compressed between the piston and the seat than in the closed position for only the non-return valve, the first seat being arranged further from the non-return valve piston along the longitudinal axis than the second seat and the first seat being arranged radially within the second seat in relation to the centric longitudinal axis, the gasket being attached to the piston, characterised in that at the opposite end of the shaft portion the non-return valve piston is configured with a radially arranged groove in which the gasket is secured, the gasket being cap-shaped, with a planar, circular piston face that goes over into a conical, rounded edge for sealing against the seat, and which edge goes over into an annular, planar sealing surface for sealing against the seat arranged in the valve housing, and which planar sealing surface further goes over into a conical surface for sealing against the seat arranged in the valve housing.
A method for the management of Short Message SM delivery in a mobile communication system comprising an Overlaying SM delivery network accessed via an Access Network AN which is transparent to the Overlaying SM Delivery procedure, said method comprising the steps: - informing an AN entity capable of detecting User Equipment UE activity over said AN, of an unsuccessful SM delivery attempt due to a non- reachable UE, - upon detection of UE activity over said AN for said UE, said AN entity informing an entity in charge of requesting a new SM delivery attempt when said UE is again reachable. - informing an AN entity capable of detecting User Equipment UE activity over said AN, of an unsuccessful SM delivery attempt due to a non- reachable UE, - upon detection of UE activity over said AN for said UE, said AN entity informing an entity in charge of requesting a new SM delivery attempt when said UE is again reachable.
A connection setup method, comprising: sending information about to-be-provided connection request resources to a user equipment, UE, set; comprising: receiving a connection request message that is sent on a selected connection request resource by one UE in the user equipment set, wherein based on a set algorithm, a mapping relationship exists between the selected connection request resource and a first information segment of a radio resource control connection request of the UE; acquiring the first information segment of the radio resource control connection request of the UE according to the selected connection request resource and the mapping relationship; sending, to the UE, resource scheduling information that is generated according to a scheduling policy and used for the UE to send a radio resource control connection request message; receiving the radio resource control connection request message that is sent, by the UE, on a radio resource that corresponds to the resource scheduling information, wherein the radio resource control connection request message carries a second information segment of the radio resource control connection request of the UE; and determining radio resource control connection request information of the UE according to the first information segment of the radio resource control connection request and the second information segment of the radio resource control connection request; wherein the connection request resource is a common scheduling request resource or a random access resource. receiving a connection request message that is sent on a selected connection request resource by one UE in the user equipment set, wherein based on a set algorithm, a mapping relationship exists between the selected connection request resource and a first information segment of a radio resource control connection request of the UE; acquiring the first information segment of the radio resource control connection request of the UE according to the selected connection request resource and the mapping relationship; sending, to the UE, resource scheduling information that is generated according to a scheduling policy and used for the UE to send a radio resource control connection request message; receiving the radio resource control connection request message that is sent, by the UE, on a radio resource that corresponds to the resource scheduling information, wherein the radio resource control connection request message carries a second information segment of the radio resource control connection request of the UE; and determining radio resource control connection request information of the UE according to the first information segment of the radio resource control connection request and the second information segment of the radio resource control connection request; wherein the connection request resource is a common scheduling request resource or a random access resource.
Joint device for stabilising a bicondylar joint of the human or animal body with a first and a second articulated arm (1, 2), with a moulded elastomer body and with a connecting device, whereby the first articulated arm has a first end section with a first main area, which has a first normal direction, and which has a first end section recess, whereby the second articulated arm has a second end section with a second main area, which has a second normal direction which, with the first normal direction, encloses an intermediate angle and which has a second end section recess, and whereby the first and second articulated arm (1,2) are arranged to overlap in the area of their respective end sections (10,20), whereby the moulded elastomer body has a first partial body which, in the area of the end sections (10,20) of the articulated arms (1,2), is arranged between them and has a moulded elastomer body recess, which is at least partly aligned with the first end section recess (12,22) in the first normal direction whereby the connecting device movably fixes the first articulated arm to the second articulated arm in such a way that the articulated arms (1,2) are rotatable in opposite directions about the first normal direction as the axis of rotation following the movement of the joint and to this end one of the articulated arms (1,2) has a pin in its end section (10.20), which engages in a groove of the moulded elastomer body and during the movement following this groove determines the form of the movement and in doing so the two articulated arms (1,2) can perform a tilting movement to each other, whereby the value of the intermediate angle changes.
Hardener systems for epoxy resins comprising i) at least one aromatic dianhydride compound A having a melting point of at least 35°C, ii) at least one monoanhydride compound B having a melting point of not more than 30°C and iii) at least one catalyst C, the aromatic dianhydride compound A being dispersed in the hardener system, characterized in that the aromatic dianhydride compound A is selected from benzo[1,2-c:4,5-c']difuran-1,3,5,7-tetraone, [4,4'-biisobenzofuran]-1,1',3,3'-tetraone, [4,5'-biisobenzofuran]-1,1',3,3'-tetraone, 5,5'-(perfluoropropane-2,2-diyl)bis(isobenzofuran-1,3-dione), 5,5'-carbonylbis(isobenzofuran-1,3-dione), 4-(1,3-dioxo-1,3-dihydroisobenzofuran-5-carbonyl)isobenzofuran-1,3-dione, 5,5'-oxybis(isobenzofuran-1,3-dione), 5,5'-sulphonylbis(isobenzofuran-1,3-dione), isochromeno[6,5,4-def]isochromene-1,3,6,8-tetraone and/or substituted derivatives thereof.
A filter rod manufacturing machine comprising: a tow converging section for converging a filter tow during conveyance of the filter tow in a web shape; a wrapping section for respectively receiving the converged filter tow and a wrapping material at a merging position defined to be downstream of the tow converging section if viewed in a conveyance direction of the filter tow so as to wrap the filter tow with the wrapping material into a tow rod; a thread feed-out nozzle for guiding a thread member toward the wrapping section to form the tow rod including the thread member thereinside; a liquid supply nozzle for supplying an additive liquid to be impregnated into the thread member; and a cutting unit so located downstream of the wrapping section as to cut the tow rod into filter rods, each having a predetermined length, characterized in that the thread feed-out nozzle includes a thread feed-out end located more downstream than the merging position, the thread feed-out end feeding the thread member into the filter tow, and the liquid supply nozzle includes a liquid discharge outlet so located more downstream than the thread feed-out end as to discharge the additive liquid toward the thread member fed from the thread feed-out end. a tow converging section for converging a filter tow during conveyance of the filter tow in a web shape; a wrapping section for respectively receiving the converged filter tow and a wrapping material at a merging position defined to be downstream of the tow converging section if viewed in a conveyance direction of the filter tow so as to wrap the filter tow with the wrapping material into a tow rod; a thread feed-out nozzle for guiding a thread member toward the wrapping section to form the tow rod including the thread member thereinside; a liquid supply nozzle for supplying an additive liquid to be impregnated into the thread member; and a cutting unit so located downstream of the wrapping section as to cut the tow rod into filter rods, each having a predetermined length, characterized in that the thread feed-out nozzle includes a thread feed-out end located more downstream than the merging position, the thread feed-out end feeding the thread member into the filter tow, and the liquid supply nozzle includes a liquid discharge outlet so located more downstream than the thread feed-out end as to discharge the additive liquid toward the thread member fed from the thread feed-out end. characterized in that the thread feed-out nozzle includes a thread feed-out end located more downstream than the merging position, the thread feed-out end feeding the thread member into the filter tow, and the liquid supply nozzle includes a liquid discharge outlet so located more downstream than the thread feed-out end as to discharge the additive liquid toward the thread member fed from the thread feed-out end.
Multi-layer separator for an electrochemical cell with at least one cathode and at least one anode, comprising a) at least two individual layers (1, 2) lying one on top of the other, b) at least one individual layer (1, 2) with an open-pore structure with a porosity of between 20% and 97% for receiving an electrolyte, wherein c) the average pore size decreases over all individual layers (1, 2) towards the cathode, d) the individual layer which is furthest removed from the cathode comprises, in the surface normal direction, passage openings and a volume for receiving anode material, e) at least one individual layer consists of - an electrically conductive organic material and an electrically non-conductive inorganic material, and/or - an electrically non-conductive organic material and an electrically conductive inorganic material, and/or - an electrically non-conductive inorganic material and an electrically conductive inorganic material, and/or - an electrically non-conductive organic material and an electrically conductive organic material, characterised in that f) at least one individual layer of the separator (1, 2) is formed as a fabric with warp and weft threads (22, 23) and/or felt and/or non-woven fleece and/or a freeze-cast plate structure and/or an open-cell foam structure and/or as a perforated film. a) at least two individual layers (1, 2) lying one on top of the other, b) at least one individual layer (1, 2) with an open-pore structure with a porosity of between 20% and 97% for receiving an electrolyte, wherein c) the average pore size decreases over all individual layers (1, 2) towards the cathode, d) the individual layer which is furthest removed from the cathode comprises, in the surface normal direction, passage openings and a volume for receiving anode material, e) at least one individual layer consists of - an electrically conductive organic material and an electrically non-conductive inorganic material, and/or - an electrically non-conductive organic material and an electrically conductive inorganic material, and/or - an electrically non-conductive inorganic material and an electrically conductive inorganic material, and/or - an electrically non-conductive organic material and an electrically conductive organic material, characterised in that - an electrically conductive organic material and an electrically non-conductive inorganic material, and/or - an electrically non-conductive organic material and an electrically conductive inorganic material, and/or - an electrically non-conductive inorganic material and an electrically conductive inorganic material, and/or - an electrically non-conductive organic material and an electrically conductive organic material, f) at least one individual layer of the separator (1, 2) is formed as a fabric with warp and weft threads (22, 23) and/or felt and/or non-woven fleece and/or a freeze-cast plate structure and/or an open-cell foam structure and/or as a perforated film.
A mobility device comprising: a frame; a wheel; an axle attached to the frame and rotatably supporting the wheel; and a module including a casing and a fork removeably engaged with the axle, the module including a motor, a battery (22, 52), and a controller each supported by the casing, and the casing and the frame each including a locking element (32, 34) releasably engageable with each other, characterized in that the fork is retractable relative to the casing. a frame; a wheel; an axle attached to the frame and rotatably supporting the wheel; and a module including a casing and a fork removeably engaged with the axle, the module including a motor, a battery (22, 52), and a controller each supported by the casing, and the casing and the frame each including a locking element (32, 34) releasably engageable with each other, characterized in that the fork is retractable relative to the casing.
An electronic light emitting flare comprising: a housing comprising a top wall, bottom wall and at least one side wall, wherein at least a portion of the side wall is translucent and at least a portion of the top wall is translucent; a plurality of light emitters positioned within the housing; electronic circuitry; and a power source; characterized in that: the electronic circuitry is connected to the power source and light emitters to drive at least some of the light emitters to emit flashes of light directed through said at least one translucent portion of the housing side wall and alternately drive at least some of the light emitters to emit flashes of light directed through said translucent portion of the top wall; and the electronic light emitting flare further comprises a switching circuitry configured to switch back and forth between a) a side emitting mode wherein light emitters emit flashes of light directed through said at least one translucent portion of the side wall and b) a top emitting mode wherein light emitters emit flashes of light directed through said at least one translucent portion of the top wall. a housing comprising a top wall, bottom wall and at least one side wall, wherein at least a portion of the side wall is translucent and at least a portion of the top wall is translucent; a plurality of light emitters positioned within the housing; electronic circuitry; and a power source; characterized in that: the electronic circuitry is connected to the power source and light emitters to drive at least some of the light emitters to emit flashes of light directed through said at least one translucent portion of the housing side wall and alternately drive at least some of the light emitters to emit flashes of light directed through said translucent portion of the top wall; and the electronic light emitting flare further comprises a switching circuitry configured to switch back and forth between a) a side emitting mode wherein light emitters emit flashes of light directed through said at least one translucent portion of the side wall and b) a top emitting mode wherein light emitters emit flashes of light directed through said at least one translucent portion of the top wall. the electronic circuitry is connected to the power source and light emitters to drive at least some of the light emitters to emit flashes of light directed through said at least one translucent portion of the housing side wall and alternately drive at least some of the light emitters to emit flashes of light directed through said translucent portion of the top wall; and the electronic light emitting flare further comprises a switching circuitry configured to switch back and forth between a) a side emitting mode wherein light emitters emit flashes of light directed through said at least one translucent portion of the side wall and b) a top emitting mode wherein light emitters emit flashes of light directed through said at least one translucent portion of the top wall.
A service troubleshooting method, applied to a service transmission network, wherein the service transmission network comprises an Internet Protocol, IP, layer network and an optical layer network, the IP layer network comprises an IP layer path computation element, PCE, and a first IP node, and the method comprises: receiving, by the IP layer PCE, alarm details comprising an optical layer switching frequency of the optical layer network, wherein the alarm details are used to indicate a type of a fault that occurs in a service transmission path in an optical layer network and are received after the first IP node detects that the service transmission path in the optical layer network is faulty, the service transmission path comprises a path in which a service is transmitted in the IP layer network and the optical layer network, and the first IP node is an IP node that is in the service transmission path and that is connected to an optical node in the optical layer network; determining, by the IP layer PCE, a fault type of the service transmission path in the optical layer network according to the alarm details; performing, by the IP layer PCE, service optimization when the IP layer PCE determines that the path fault type is a real fault; and skipping performing, by the IP layer PCE, service optimization when the IP layer PCE determines that the path fault type is a pseudo fault, wherein when the optical layer switching frequency is greater than a threshold, the fault type is determined as a pseudo fault, and when the optical layer switching frequency is less than the threshold, the fault type is determined as a real fault. receiving, by the IP layer PCE, alarm details comprising an optical layer switching frequency of the optical layer network, wherein the alarm details are used to indicate a type of a fault that occurs in a service transmission path in an optical layer network and are received after the first IP node detects that the service transmission path in the optical layer network is faulty, the service transmission path comprises a path in which a service is transmitted in the IP layer network and the optical layer network, and the first IP node is an IP node that is in the service transmission path and that is connected to an optical node in the optical layer network; determining, by the IP layer PCE, a fault type of the service transmission path in the optical layer network according to the alarm details; performing, by the IP layer PCE, service optimization when the IP layer PCE determines that the path fault type is a real fault; and skipping performing, by the IP layer PCE, service optimization when the IP layer PCE determines that the path fault type is a pseudo fault, wherein when the optical layer switching frequency is greater than a threshold, the fault type is determined as a pseudo fault, and when the optical layer switching frequency is less than the threshold, the fault type is determined as a real fault.
Use of Vibrio neocaledonicus sp. as a biological metal corrosion inhibitor, wherein the Vibrio neocaledonicus sp. is a Vibrio neocaledonicus KJ841877 strain with an accession number of MCCC 1K00266.
A vessel for operating on underwater wells; the vessel including a deck; a moon pool extending through the deck; a further deck elevated above the moon pool and having a hole; and a compensation unit, which is mounted on the deck above the moon pool, is arranged between the deck and the further deck and comprises a frame, a support carrier with respect to the frame moveable in a direction substantially vertical and suitable to carry items, and a driving assembly that is connected to the support carrier and to the frame and is suitable to be selectively set so as to displace the support carrier with respect to the frame in a heave compensation mode, and in a elevator mode.
A method for adjusting at least one parameter range of a device parameter of a floor treatment device for treating a surface, wherein said parameter range is available on the floor treatment device and depends on a floor type of the surface to be treated, wherein the parameter range comprises a defined scope of values of the device parameter, which can be selected by the user for the treatment of the surface, characterized in that the user moves the floor treatment device over the surface to be treated during the adjustment process, wherein a limiting device parameter (5, 6), which is dependent on the nature of the surface and upon its use for the treatment of the surface leads to a predefined fault, is automatically determined during the movement of the floor treatment device, and wherein the parameter range is automatically adjusted based on the determined limiting device parameter (5, 6) in that the limiting device parameter (5, 6) defines a range end (7, 8) of the parameter range.
An anode active material for a lithium secondary battery, the anode active material being in the form of particles and comprising; a core including a carbon-silicon composite and having a cavity formed inside; and a coating layer formed on a surface of the core and including a phosphorus-based alloy.