mhurhangee/patent-ind-claim-en huggingface dataset:
A rocking vehicle comprising: a body frame that includes a head pipe , and a main frame extending rearwardly from the head pipe ; an upper arm that is rockably supported by the body frame ; a lower arm that is disposed below the upper arm and rockably supported by the body frame ; side members to which end portions of the upper arm and end portions of the lower arm are turnably coupled; a rocker mechanism that is configured from a rocker arm and the side members , the rocker arm being composed of the upper arm and the lower arm ; and a rocking lock mechanism that locks the rocker mechanism against rocking, characterized in that the rocking lock mechanism is at least partially disposed between the head pipe and the main frame , and wherein the main frame includes: an upper main frame connected to an upper portion of the head pipe ; and a lower main frame connected to a lower portion of the head pipe , and the rocking lock mechanism is disposed between the upper main frame and the lower main frame . a body frame that includes a head pipe , and a main frame extending rearwardly from the head pipe ; an upper arm that is rockably supported by the body frame ; a lower arm that is disposed below the upper arm and rockably supported by the body frame ; side members to which end portions of the upper arm and end portions of the lower arm are turnably coupled;
A method of capturing and analyzing fluorescence images of a sample gemstone , the method comprising: generating a fluorescence exciting beam ; directing the fluorescence exciting beam through a filter to a dichroic beam splitter , and through a stage upon which the gemstone rests, table-side down, the stage capable of transmitting both ultraviolet and visible light; wherein the dichroic beam splitter is configured to reflect wavelengths of the fluorescence exciting beam and pass wavelengths of excited fluorescence from the sample gemstone; receiving, at a camera with a computer processor and a memory , an excited fluorescence image from the sample gemstone resting table-side down on the stage, wherein the sample gemstone is backed by a light absorbing material to reduce reflections, and wherein the excited fluorescence image having passed through the dichroic beam splitter; digitizing, by the camera computer processor, the received fluorescence image of the sample gemstone; and sending, by the camera computer processor, the digitized image of the sample gemstone table to a computer data storage . generating a fluorescence exciting beam ; directing the fluorescence exciting beam through a filter to a dichroic beam splitter , and through a stage upon which the gemstone rests, table-side down, the stage capable of transmitting both ultraviolet and visible light; wherein the dichroic beam splitter is configured to reflect wavelengths of the fluorescence exciting beam and pass wavelengths of excited fluorescence from the sample gemstone; receiving, at a camera with a computer processor and a memory , an excited fluorescence image from the sample gemstone resting table-side down on the stage, wherein the sample gemstone is backed by a light absorbing material to reduce reflections, and wherein the excited fluorescence image having passed through the dichroic beam splitter; digitizing, by the camera computer processor, the received fluorescence image of the sample gemstone; and sending, by the camera computer processor, the digitized image of the sample gemstone table to a computer data storage .
A method of initiating a telecommunications session in a telecommunications network, the method comprising: sending (S351, S451) a first message from an originating party to a server , the first message comprising service preferences for a telecommunications session and one or more session parameters for identifying the telecommunications session; and initiating the telecommunications session by sending (S353, S453) a second message from the originating party to the telecommunications network , wherein the service preferences are associated with the session parameters so that the telecommunications network is able to fulfil one or more services specified in the service preferences, based on the session parameters. sending (S351, S451) a first message from an originating party to a server , the first message comprising service preferences for a telecommunications session and one or more session parameters for identifying the telecommunications session; and initiating the telecommunications session by sending (S353, S453) a second message from the originating party to the telecommunications network , wherein the service preferences are associated with the session parameters so that the telecommunications network is able to fulfil one or more services specified in the service preferences, based on the session parameters.
A circuit breaker comprising: - a fixed contact , and - a movable contact having two stable positions: a closed position, in which it is electrically connected to the fixed contact , and an open position, in which it is electrically insulated from the fixed contact ; the movable contact comprising a first part made of a first conductive material and a second part made of a second conductive material distinct from the first material, the second part being disposed in an orifice arranged in the first part and comprising a free end projecting from the first part , the said free end being intended to bear against the fixed contact in the closed position of the movable contact , the second part being, in a plane (P) parallel to a bearing plane (X'Y') of the fixed and movable contacts, surrounded over its entire periphery by the first part , characterized in that the circuit breaker comprises a breaking chamber suitable for attenuating an electric arc (A) generated when the movable contact opens, the first material being suitable for undergoing vaporisation in order to enable the electric arc (A) to be switched from the movable contact to the breaking chamber for currents greater than 1 kA and in that the free end of the second part projects past the first part by a height (H 38 ) of between 0.05 and 0.3 mm perpendicular to the bearing plane (X'Y'). - a fixed contact , and - a movable contact having two stable positions: a closed position, in which it is electrically connected to the fixed contact , and an open position, in which it is electrically insulated from the fixed contact ; the movable contact comprising a first part made of a first conductive material and a second part made of a second conductive material distinct from the first material,
A combination of an all-suture anchor and an inserter , comprising: an inserter having a shaft , a pair of tines positioned at one end of the shaft and spaced apart to define a slot therebetween ; an all suture anchor having a flexible web of ribbon-like or tape-like material with web ends , and a plurality of filaments interweaving through the web , wherein the slot is configured to receive the all-suture anchor folded about a surface at a proximal-most end of the slot , characterised in that the shaft has a pair of opposing flat surfaces formed along an intermediate portion thereof, and the inserter further has a pair of broaching projections extending outwardly and oppositely from each of said pair of tines . an inserter having a shaft , a pair of tines positioned at one end of the shaft and spaced apart to define a slot therebetween ; an all suture anchor having a flexible web of ribbon-like or tape-like material with web ends , and a plurality of filaments interweaving through the web , wherein the slot is configured to receive the all-suture anchor folded about a surface at a proximal-most end of the slot , characterised in that the shaft has a pair of opposing flat surfaces formed along an intermediate portion thereof, and the inserter further has a pair of broaching projections extending outwardly and oppositely from each of said pair of tines .
Plastic tank for a motor vehicle, wherein the plastic tank comprises a container wall composed of plastic, wherein an opening is arranged in the container wall , wherein the plastic tank comprises a removable cover and the cover can be used to close and open the opening , wherein a stiffening ring is embedded into the edge of the container wall , said edge surrounding the opening , wherein the stiffening ring is a plastics injection-moulded component, wherein the cover is supported directly or indirectly by the stiffening ring when the opening is being closed characterized in that the stiffening ring has stiffening geometries , namely stiffening honeycomb-like structures and/or stiffening ribs, wherein a bayonet ring or threaded ring for the closing and removal of the cover is retained by the stiffening ring .
A network comprising: one or more source nodes; one or more receiver nodes; and coding nodes, allowing communication of source processes to each receiver node, the coding nodes being connected with input links for communication of input signals to the coding nodes and output links for communication of output signals from the coding nodes, wherein the output signals from the coding nodes are a linear combination of the input signals, characterized in that a plurality of said coding nodes are configured to generate coefficients of the linear combination using local node numbers or alternatively local link numbers as inputs to a deterministic mapping from the local node numbers or alternatively from local link numbers to the coefficients of the linear combination, wherein the linear combination of processes transmitted from the one or more source nodes present in each signal in the network is specified as a vector of the coefficients , each coefficient corresponding to a process to be transmitted from one or more source nodes, and wherein said coding nodes are configured to update and to transmit the vector of coefficients by applying to the vector of coefficients linear combinations, wherein the linear combinations applied to the vector of coefficients are the same as the linear combinations applied to data transmitted through the network. one or more source nodes; one or more receiver nodes; and coding nodes, allowing communication of source processes to each receiver node, the coding nodes being connected with input links for communication of input signals to the coding nodes and output links for communication of output signals from the coding nodes, wherein the output signals from the coding nodes are a linear combination of the input signals, characterized in that a plurality of said coding nodes are configured to generate coefficients of the linear combination using local node numbers or alternatively local link numbers as inputs to a deterministic mapping from the local node numbers or alternatively from local link numbers to the coefficients of the linear combination, wherein the linear combination of processes transmitted from the one or more source nodes present in each signal in the network is specified as a vector of the coefficients , each coefficient corresponding to a process to be transmitted from one or more source nodes, and wherein said coding nodes are configured to update and to transmit the vector of coefficients by applying to the vector of coefficients linear combinations, wherein the linear combinations applied to the vector of coefficients are the same as the linear combinations applied to data transmitted through the network.
A method of preparing a polyamide polymer, comprising; (a) introducing a polymerizable polyamide composition having an initial water content into an autoclave; (b) heating the polymerizable polyamide composition to a first temperature T1; (c) venting water vapor from the autoclave for a first period of time, VT1, and carrying out the following steps (d) through (f) consecutively or concurrently; (d) injecting at least one foam-promoting additive and an anti-foam additive into the autoclave after VT1, wherein the anti-foam additive is added in a sufficient amount to provide an anti-foam additive concentration of from 110 ppm to 500 ppm in the polymerizable polyamide composition of step (d); (e) heating the polymerizable polyamide composition of step (d) in the autoclave to a second temperature T2, wherein T2 > T1; (f) venting water vapor from the autoclave for a second period of time VT2, wherein the polymerizable polyamide composition evolves less foam through the conclusion of this step (f) compared to carrying out the same steps except for injecting the foam-promoting additive to the autoclave in step (a) instead of in step (d); and (g) polymerizing the polymerizable polyamide composition in the autoclave to produce a polyamide polymer, wherein the foam-promoting additive is a co-monomer and the co-monomer is a polyetheramine. (a) introducing a polymerizable polyamide composition having an initial water content into an autoclave; (b) heating the polymerizable polyamide composition to a first temperature T1; (c) venting water vapor from the autoclave for a first period of time, VT1, and carrying out the following steps (d) through (f) consecutively or concurrently; (d) injecting at least one foam-promoting additive and an anti-foam additive into the autoclave after VT1, wherein the anti-foam additive is added in a sufficient amount to provide an anti-foam additive concentration of from 110 ppm to 500 ppm in the polymerizable polyamide composition of step (d); (e) heating the polymerizable polyamide composition of step (d) in the autoclave to a second temperature T2, wherein T2 > T1; (f) venting water vapor from the autoclave for a second period of time VT2, wherein the polymerizable polyamide composition evolves less foam through the conclusion of this step (f) compared to carrying out the same steps except for injecting the foam-promoting additive to the autoclave in step (a) instead of in step (d); and (g) polymerizing the polymerizable polyamide composition in the autoclave to produce a polyamide polymer, wherein the foam-promoting additive is a co-monomer and the co-monomer is a polyetheramine.
Device for moving a furniture part in an opening direction relative to a furniture carcass of an item of furniture , wherein the furniture part by way of guide means is movable in the opening direction and in a closing direction that is counter to the opening direction, wherein the device has a loadable force accumulator and an ejector which under the effect of the discharging force accumulator is able to be driven in the opening direction, wherein the force accumulator in the loaded state is lockable so that, with the device assembled on the item of furniture , the furniture part upon unlocking the loaded force accumulator from a closing position on the furniture carcass is movable in the opening direction, wherein the ejector for movement can be coupled to the furniture part , wherein the force accumulator is able to be loaded by way of a return movement of the ejector in the closing direction, and wherein a synchronization member of the device is provided, said synchronization member for synchronizing an unlocking action of the loaded force accumulator of the device being able to be coupled to a synchronization member of a further corresponding device which for moving the furniture part in the opening direction is disposed on the item of furniture , wherein the synchronization member of the device is reversibly adjustable in the opening direction and in the closing direction, wherein upon unlocking of the loaded force accumulator a movement of the synchronization member from a starting position takes place in the opening direction to an adjustment position so that a synchronization element is movable for synchronization, wherein detent means by way of which coupling of the movement between the ejector and the synchronization member in the closing direction is able to be established are provided for resetting the synchronization member to the starting position, so that an entrainment of the synchronization member from the adjustment position, or from a position between the adjustment position and the starting position, in the closing direction up to the starting position takes place in a manner coupled to the movement of the ejector in the closing direction when the force accumulator is being reloaded, characterized in that a restoring element which engages on the synchronization member and provides on the synchronization member a permanently established restoring force in the direction of the starting position is provided in order to move the synchronization member to the starting position, wherein the restoring element is configured to apply to the synchronization member a tensile force in the closing direction.
A blade set assembly for a hair cutting appliance, the blade set assembly comprising: - a stationary blade having stationary blade teeth forming a stationary blade leading edge , - a movable blade having movable blade teeth forming a movable blade leading edge , wherein the movable blade and the stationary blade are arranged on top of one another and operable to be moved with respect to one another in a lateral direction (Y), and - a guide unit formed between the movable blade and the stationary blade , the movable blade and the stationary blade engaging one another at the guide unit , wherein the guide unit is arranged to set a longitudinal distance (d) between the stationary blade leading edge and the movable blade leading edge and to define a movement path for the relative movement between the stationary blade and the movable blade , and wherein the guide unit comprises two, longitudinally spaced, laterally extending guideways (168, 170; 268, 270; 368, 370; 468, 470), each defined between a stationary blade guide surface and a movable blade guide surface that overlap one another, wherein rolling elements (178, 180; 278, 280; 378, 380; 478, 480), preferably bearing balls, are arranged at the two guideways (168, 170; 268, 270; 368, 370; 468, 470), wherein the rolling elements (178, 180; 278, 280; 378, 380; 478, 480) are confined between the stationary blade guide surface and the movable blade guide surface , wherein the stationary blade guide surface and the movable blade guide surface of each guideway (168, 170; 268, 270; 368, 370; 468, 470) have a height extension that is greater than a radius of the rolling elements (178, 180; 278, 280; 378, 380; 478, 480) at the guideway (168, 170; 268, 270; 368, 370; 468, 470), such that the at least one stationary blade guide surface and the at least one movable blade guide surface of each guideway (168, 170; 268, 270; 368, 370; 468, 470) overlap one another in a vertical direction (Z), and wherein the stationary blade guide surfaces and the movable blade guide surfaces of the two guideways (168, 170; 268, 270; 368, 370; 468, 470) therebetween provide for a defined positive-fit coupling in the longitudinal direction (X) between the stationary blade and the movable blade such that the guide unit provides for a set longitudinal distance (d) for any force applied in the longitudinal direction (X). - a stationary blade having stationary blade teeth forming a stationary blade leading edge , - a movable blade having movable blade teeth forming a movable blade leading edge , wherein the movable blade and the stationary blade are arranged on top of one another and operable to be moved with respect to one another in a lateral direction (Y), and - a guide unit formed between the movable blade and the stationary blade , the movable blade and the stationary blade engaging one another at the guide unit ,
An organic light emitting device , comprising: an anode , provided on a substrate , said substrate having a refractive index in a range from 1.05 to 2.5; an organic electron material layer formed on the anode , an electron transporting and hole blocking layer comprising a blend of a low molecular weight electron transporting material having a lowest unoccupied molecular orbital (LUMO) between 1.8eV to 3.0eV as obtained from cyclic voltammetry measurements, wherein the low molecular weight electron transporting material comprises at least one pyridinyl group and a film-forming polymer having a LUMO greater than that of the low molecular weight electron transporting material, wherein the film-forming polymer is poly(2-vinylpyridine), poly(4-vinylpyridine), polystyrene, or poly(vinyl phenyl pyridine), the electron transporting layer being formed on the organic electron material layer, and a cathode formed on the electron transporting and hole blocking layer ; wherein the organic electron material layer is a light-emitting layer , and wherein the amount of the low molecular weight electron transporting material in the electron transporting layer ranges from 50% to 90% by weight of the blend. an anode , provided on a substrate , said substrate having a refractive index in a range from 1.05 to 2.5; an organic electron material layer formed on the anode , an electron transporting and hole blocking layer comprising a blend of a low molecular weight electron transporting material having a lowest unoccupied molecular orbital (LUMO) between 1.8eV to 3.0eV as obtained from cyclic voltammetry measurements, wherein the low molecular weight electron transporting material comprises at least one pyridinyl group and a film-forming polymer having a LUMO greater than that of the low molecular weight electron transporting material, wherein the film-forming polymer is poly(2-vinylpyridine), poly(4-vinylpyridine), polystyrene, or poly(vinyl phenyl pyridine), the electron transporting layer being formed on the organic electron material layer, and a cathode formed on the electron transporting and hole blocking layer ; wherein the organic electron material layer is a light-emitting layer , and wherein the amount of the low molecular weight electron transporting material in the electron transporting layer ranges from 50% to 90% by weight of the blend.
A bituminous backing for the construction industry, the bituminous backing comprising a reinforcement , which comprises sustainable and/or naturally sourced raw materials and at least one bituminous layer comprising sustainable and/or naturally sourced raw materials wherein the bituminous layer is composed of bitumen of fossil origin or other derivative of the distillation of vegetable oils, such as tall oil, additivated with fillers and polymers, said at least one bituminous layer comprising fillers constituted by inert materials originating from renewable sources wherein the renewable sources are carbonates from the milling of egg shells or bivalve mollusc shells and wherein said bituminous backing is coupled to an insulating panel composed of sustainable polyurethanes made with polyols originating from vegetable oils. said at least one bituminous layer comprising fillers constituted by inert materials originating from renewable sources wherein the renewable sources are carbonates from the milling of egg shells or bivalve mollusc shells and wherein said bituminous backing is coupled to an insulating panel composed of sustainable polyurethanes made with polyols originating from vegetable oils.