mhurhangee/patent-ind-claim-en huggingface dataset:
A foamable polymer composition comprising: - a crosslinkable polymer, selected from the group consisting of polyolefins (PO), polyolefin elastomers (POE), polyolefin block co-polymers (OBC), ethylene vinyl acetate copolymers (EVA), EVA/PO copolymers, EVA/OBC copolymers, and combinations thereof such as preferably selected from the group consisting of polyethylenes, polypropylenes, ethylene vinyl acetate copolymers, ethylene/alpha-olefin block co-polymers and combinations thereof - a crosslinking peroxide agent, preferably an organic peroxide, and - a chemical blowing agent comprising a functionalized particulate bicarbonate, wherein said functionalized particulate bicarbonate comprises a rosin acid or any derivative thereof which comprises abietic acid, dihydroabietic acid, and/or neoabietic acid, any ester, any salt thereof, or combination thereof. - a crosslinkable polymer, selected from the group consisting of polyolefins (PO), polyolefin elastomers (POE), polyolefin block co-polymers (OBC), ethylene vinyl acetate copolymers (EVA), EVA/PO copolymers, EVA/OBC copolymers, and combinations thereof such as preferably selected from the group consisting of polyethylenes, polypropylenes, ethylene vinyl acetate copolymers, ethylene/alpha-olefin block co-polymers and combinations thereof - a crosslinking peroxide agent, preferably an organic peroxide, and - a chemical blowing agent comprising a functionalized particulate bicarbonate, wherein said functionalized particulate bicarbonate comprises a rosin acid or any derivative thereof which comprises abietic acid, dihydroabietic acid, and/or neoabietic acid, any ester, any salt thereof, or combination thereof.
A medicament delivery device comprising: - a second housing part ; - a plunger rod arranged in said second housing part and configured to act on a stopper arranged inside a multi-chamber container ; - a first housing part into which said multi-chamber container is arranged, and - wherein said first housing part is arranged to be manually displaced into said second housing part by relative rotation between the first and the second housing parts for mixing at least two substances arranged inside said container ; characterised in that said device further comprises - a rotating contact element arranged between said plunger rod and said stopper capable of rotating in relation to said plunger rod , wherein said rotating contact element comprises a disk provided with a central passage , and wherein said plunger rod is arranged with a shaft arranged to extend through said central passage . - a second housing part ; - a plunger rod arranged in said second housing part and configured to act on a stopper arranged inside a multi-chamber container ; - a first housing part into which said multi-chamber container is arranged, and - wherein said first housing part is arranged to be manually displaced into said second housing part by relative rotation between the first and the second housing parts for mixing at least two substances arranged inside said container ; - a rotating contact element arranged between said plunger rod and said stopper capable of rotating in relation to said plunger rod , wherein said rotating contact element comprises a disk provided with a central passage , and wherein said plunger rod is arranged with a shaft arranged to extend through said central passage .
A method for configuring a mouse for a computer , the mouse comprising at least four degrees of freedom and being able to transmit one non-binary data signal for each degree of freedom of the mouse , characterized in that it comprises: - a first step of defining a first data signal able to be sent by the mouse , the first data signal being chosen from a first list via a human-machine interface, the human-machine interface especially comprising a computer and a screen , - a second step of defining a first condition relating to the first data signal , the first condition being chosen from a second list via the human-machine interface, and - a third step of defining a first instruction able to be executed by a computer , the first instruction being chosen from a third list via the human-machine interface. - a first step of defining a first data signal able to be sent by the mouse , the first data signal being chosen from a first list via a human-machine interface, the human-machine interface especially comprising a computer and a screen , - a second step of defining a first condition relating to the first data signal , the first condition being chosen from a second list via the human-machine interface, and - a third step of defining a first instruction able to be executed by a computer , the first instruction being chosen from a third list via the human-machine interface.
A nondestructive sensor tube inspection probe for examining the condition of a wall of a tube from an interior thereof, the probe comprising: a probe body having an axis extending along a direction of travel through the tube ; and an annular circumferential centering seal biased in a radially outward direction from the probe body , the centering seal having a plurality of circumferential seal pads that, respectively, only partially extend around the circumference of the probe body and make contact with an inside of the wall of the tube to be inspected with each of the seal pads being biased in an outward direction around a circumference of the probe body by a force in which the force is separately applied to each of the seal pads , with the same pressure, applied from an plunger which is connected to each of the seal pads and reciprocally movable in an axial direction. a probe body having an axis extending along a direction of travel through the tube ; and an annular circumferential centering seal biased in a radially outward direction from the probe body , the centering seal having a plurality of circumferential seal pads that, respectively, only partially extend around the circumference of the probe body and make contact with an inside of the wall of the tube to be inspected with each of the seal pads being biased in an outward direction around a circumference of the probe body by a force in which the force is separately applied to each of the seal pads , with the same pressure, applied from an plunger which is connected to each of the seal pads and reciprocally movable in an axial direction.
A collapsible mobile bench comprising: a work surface ; handles attached to said work surface , said handles including a trigger for controlling the height of said work surface ; first and second arms rotatably mounted to said work surface , said arms being rotatable between a collapsed position and a fully extended position; a control box containing at least a main and secondary shaft upon which said first and second arms are mounted; wherein the second arms are journaled upon shaft mounted within the control box ,support legs rotatably mounted with respect to said control box ; said support legs being spaced from said first and second arms ; characterized by said control box enclosing said main shaft , a control gear mounted upon said main shaft within said control box , a moveable locking finger operably engaging said control gear to control the position of said arms with respect to said control box ; wherein said first arms mounted to said main shaft and their position being determined by the position of said shaft said trigger operatively engaging said locking finger to control the rotation of said arms between said collapsed positions and fully extended positions, said support legs journaled upon said main shaft and rotatable about said main shaft independent of said arms and at least one support leg gear mounted upon said support legs and pawls for engaging said gear to control the position of said support legs with respect to said control box independent of said arms . a work surface ; handles attached to said work surface , said handles including a trigger for controlling the height of said work surface ; first and second arms rotatably mounted to said work surface , said arms being rotatable between a collapsed position and a fully extended position; a control box containing at least a main and secondary shaft upon which said first and second arms are mounted; wherein the second arms are journaled upon shaft mounted within the control box ,support legs rotatably mounted with respect to said control box ; said support legs being spaced from said first and second arms ; characterized by said control box enclosing said main shaft , a control gear mounted upon said main shaft within said control box , a moveable locking finger operably engaging said control gear to control the position of said arms with respect to said control box ; wherein said first arms mounted to said main shaft and their position being determined by the position of said shaft said trigger operatively engaging said locking finger to control the rotation of said arms between said collapsed positions and fully extended positions, said support legs journaled upon said main shaft and rotatable about said main shaft independent of said arms and at least one support leg gear mounted upon said support legs and pawls for engaging said gear to control the position of said support legs with respect to said control box independent of said arms .
A multilevel compact antenna comprising: a ground plane ; a radiating element comprising n≥3 portions extending in n≥3 planes parallel according to a planar pattern, the planes defining a volume (V) above the ground plane , the radiating element comprising a first end connected to the ground plane and a second end terminating in an open circuit; an excitation probe able to supply the antenna, wherein the excitation probe comprises a central core connected to the radiating element and an external conductor connected to the ground plane , the central core of the excitation probe connected at a point (P) of the radiating element relating to the connection to the ground plane of the radiating element calculated in a way so as to fix the value of the level of adaptation of the antenna at a predefined value, the spaces between the planes being empty or staffed with dielectric materials and such that the radiating element is a metal wire. a ground plane ; a radiating element comprising n≥3 portions extending in n≥3 planes parallel according to a planar pattern, the planes defining a volume (V) above the ground plane , the radiating element comprising a first end connected to the ground plane and a second end terminating in an open circuit; an excitation probe able to supply the antenna, wherein the excitation probe comprises a central core connected to the radiating element and an external conductor connected to the ground plane , the central core of the excitation probe connected at a point (P) of the radiating element relating to the connection to the ground plane of the radiating element calculated in a way so as to fix the value of the level of adaptation of the antenna at a predefined value, the spaces between the planes being empty or staffed with dielectric materials and such that the radiating element is a metal wire.
A fault management method, comprising: Acquiring , by a virtualized infrastructure manager, VIM, first fault information, comprising a faulty entity identifier and a fault type, of a network functions virtualization infrastructure, NFVI, entity, wherein the first fault information is used to indicate that a fault occurs in a first NFVI entity having the faulty entity identifier; Generating , by the VIM, first comprehensive fault information according to the first fault information, wherein the first comprehensive fault information comprises the first fault information and correlated fault information of the first fault information; and Performing , by the VIM, fault repair or reporting processing according to the first comprehensive fault information; wherein the first NFVI entity is any hardware, HW, host operating system, Host OS, virtual machine manager, or virtual machine, VM, entity in the NFVI entity, and the generating, by the VIM, first comprehensive fault information according to the first fault information comprises: determining, by the VIM, that fault information sent by an NFVI entity correlated with the first NFVI entity is the correlated fault information of the first fault information; and generating, by the VIM, the first comprehensive fault information that comprises the first fault information and the correlated fault information. Acquiring , by a virtualized infrastructure manager, VIM, first fault information, comprising a faulty entity identifier and a fault type, of a network functions virtualization infrastructure, NFVI, entity, wherein the first fault information is used to indicate that a fault occurs in a first NFVI entity having the faulty entity identifier; Generating , by the VIM, first comprehensive fault information according to the first fault information, wherein the first comprehensive fault information comprises the first fault information and correlated fault information of the first fault information; and Performing , by the VIM, fault repair or reporting processing according to the first comprehensive fault information; wherein the first NFVI entity is any hardware, HW, host operating system, Host OS, virtual machine manager, or virtual machine, VM, entity in the NFVI entity, and the generating, by the VIM, first comprehensive fault information according to the first fault information comprises: determining, by the VIM, that fault information sent by an NFVI entity correlated with the first NFVI entity is the correlated fault information of the first fault information; and generating, by the VIM, the first comprehensive fault information that comprises the first fault information and the correlated fault information. determining, by the VIM, that fault information sent by an NFVI entity correlated with the first NFVI entity is the correlated fault information of the first fault information; and generating, by the VIM, the first comprehensive fault information that comprises the first fault information and the correlated fault information.
Process for producing a polymethacrylate foam, characterized in that a composition containing from 0.2 to 2.0% by weight of an initiator, from 0 to 20% by weight of an unpolymerizable blowing agent, from 0 to 5% by weight of a chain-transfer agent and from 70 to 99.8% by weight of a monomer mixture consisting of from 70 to 95% by weight of MMA, from 0.1 to 5% by weight of alkyl acrylates having from 1 to 12 carbon atoms in the alkyl radical, from 0 to 10% by weight of alkyl methacrylates having from 2 to 12 carbon atoms in the alkyl radical, from 0.5 to 10% by weight of methacrylamides, N-alkylmethacrylamides and/or N,N-dialkylmethacrylamides, from 0 to 10% by weight of crosslinkers, from 0 to 10% by weight of acrylic, methacrylic and/or itaconic acid and from 0 to 10% by weight of a hydroxy-functional alkyl (meth)acrylate, where the entire monomer mixture or part of the monomer mixture can be present to an extent of up to 80% by weight as polymer and/or oligomer at the beginning of the polymerization, is polymerized at a temperature in the range from 20°C to 100°C and subsequently foamed at from 130°C to 250°C.
A tire for a motorcycle for running on rough terrain, the tire comprising a tread portion , wherein the tread portion includes a plurality of blocks raised from a groove bottom surface , the plurality of blocks include a plurality of shoulder blocks forming tread ends (Te), and a plurality of middle blocks adjacent to inner sides in a tire axial direction of the shoulder blocks , a side surface (S, SU) on the inner side in the tire axial direction of each shoulder block includes one first side surface (S1, SU1) extending from an inner edge in the tire axial direction of a land surface of the shoulder block toward a groove bottom, and at least one second side surface (S2, SU2) extending from a bottom side end of the first side surface (S1, SU1) toward the groove bottom, and the second side surface (S2, SU2) is a surface inclined toward the inner side in the tire axial direction relative to the first side surface (S1, SU1), characterized in that , in a meridian cross-section including a tire rotation axis in a normal state which is a state where the tire is fitted on a normal rim with a normal internal pressure and no load is applied to the tire , the inner edge in the tire axial direction of the land surface of each shoulder block protrudes on an outer side in a tire radial direction with respect to a virtual profile obtained by extending a profile of a land surface of the middle block to the shoulder block . the tread portion includes a plurality of blocks raised from a groove bottom surface , the plurality of blocks include a plurality of shoulder blocks forming tread ends (Te), and a plurality of middle blocks adjacent to inner sides in a tire axial direction of the shoulder blocks , a side surface (S, SU) on the inner side in the tire axial direction of each shoulder block includes one first side surface (S1, SU1) extending from an inner edge in the tire axial direction of a land surface of the shoulder block toward a groove bottom, and at least one second side surface (S2, SU2) extending from a bottom side end of the first side surface (S1, SU1) toward the groove bottom, and the second side surface (S2, SU2) is a surface inclined toward the inner side in the tire axial direction relative to the first side surface (S1, SU1), characterized in that , in a meridian cross-section including a tire rotation axis in a normal state which is a state where the tire is fitted on a normal rim with a normal internal pressure and no load is applied to the tire , the inner edge in the tire axial direction of the land surface of each shoulder block protrudes on an outer side in a tire radial direction with respect to a virtual profile obtained by extending a profile of a land surface of the middle block to the shoulder block .
A rolling container having a body with an upper opening, a lid pivotally coupled to the body, a wheel coupled to the body and configured for rolling the body thereon, a maneuvering handle pivotally coupled to the body, and a handle pivot mechanism configured to pivot the maneuvering handle away from the body when the lid is opened; and characterized in that the handle pivot mechanism comprises a linkage between a pivot pin associated with the lid and a guide path associated with the maneuvering handle .
A self-aligning belt pulley for a belt drive system, the self-aligning pulley comprising: a wheel ; a bolt ; and a collar ; characterized in that the self-aligning pulley further comprises a anti-rotation means , wherein the bolt is received through the centre of the collar and the collar is freely rotatable on the bolt, and the wheel is supported by the collar and rotationally fixed to the collar by the anti-rotation means and wherein the wheel is slideable relative to the collar. a wheel ; a bolt ; and a collar ;
A system comprising: a combustor including a combustor wall with a combustor dome at an upstream end of the combustor wall, and an outlet at a downstream end of the combustor wall opposite the upstream end, wherein the combustor wall includes an inner wall portion and an outer wall portion defining an interior of the combustor therebetween, each of the inner wall portion and outer wall portion extending from the combustor dome to the downstream end of the combustor wall, wherein the combustor wall includes an air cooling passage embedded inside at least one of the inner wall portion and the outer wall portion, extending from the upstream end of the combustor wall, to the downstream end of the combustor wall; and a plurality of turbine inlet stator vanes in the outlet of the combustor, characterized in that the cooling passage has an outlet positioned downstream of the inlet stator vanes , wherein the combustor and the plurality of turbine inlet stator vanes are of integral construction. a combustor including a combustor wall with a combustor dome at an upstream end of the combustor wall, and an outlet at a downstream end of the combustor wall opposite the upstream end, wherein the combustor wall includes an inner wall portion and an outer wall portion defining an interior of the combustor therebetween, each of the inner wall portion and outer wall portion extending from the combustor dome to the downstream end of the combustor wall, wherein the combustor wall includes an air cooling passage embedded inside at least one of the inner wall portion and the outer wall portion, extending from the upstream end of the combustor wall, to the downstream end of the combustor wall; and a plurality of turbine inlet stator vanes in the outlet of the combustor, characterized in that the cooling passage has an outlet positioned downstream of the inlet stator vanes , wherein the combustor and the plurality of turbine inlet stator vanes are of integral construction.
A turbomachine , particularly for a rotary-wing aircraft, including a gas generator provided with a rotary mechanical shaft , a first reversible electric machine , a power turbine rotationally driven by a stream of gas generated by the gas generator , at least one accessory from among an oil pump and a fuel pump, an accessory gearbox comprising a gear train configured to drive said at least one accessory , and a second electric machine , characterized in that the second electric machine is reversible, the first electric machine is mechanically coupled to the gas generator , the accessory gearbox and the second electric machine are mechanically coupled to the power turbine , and the turbomachine is devoid of any kinematic coupling between the gear train of the accessory gearbox and the shaft of the gas generator , the turbomachine further comprising a unit for controlling the second electric machine , and, during the start-up of the turbomachine , the control unit being configured to make the electric machine operate in motor mode with a predetermined advance with respect to the start-up of the gas generator driven by the first electrical machine , such that the driving of an oil pump and a fuel pump by the second electric machine is done at rotation ratings making it possible to have a fuel circuit and an oil circuit each operating under optimal conditions for the start-up of the gas generator . characterized in that the second electric machine is reversible, the first electric machine is mechanically coupled to the gas generator , the accessory gearbox and the second electric machine are mechanically coupled to the power turbine , and the turbomachine is devoid of any kinematic coupling between the gear train of the accessory gearbox and the shaft of the gas generator , the turbomachine further comprising a unit for controlling the second electric machine , and, during the start-up of the turbomachine , the control unit being configured to make the electric machine operate in motor mode with a predetermined advance with respect to the start-up of the gas generator driven by the first electrical machine , such that the driving of an oil pump and a fuel pump by the second electric machine is done at rotation ratings making it possible to have a fuel circuit and an oil circuit each operating under optimal conditions for the start-up of the gas generator .