mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the oligomerization of an olefinic feedstock, comprising: a) a step of oligomerization of the olefinic feedstock, carried out at a temperature between 30°C and 200°C and a pressure between 0.1 and 10 MPa, in the presence of a homogeneous catalytic oligomerization system and of a solvent, in a reaction section comprising: an oligomerization reactor with zones of variable diameter and comprising a liquid phase, and at least one recirculation loop allowing the cooling of at least a part of a liquid-phase fraction to a temperature T loop , b) a step of separating a reaction effluent resulting from the oligomerization step a), in a separation section so as to obtain a solvent fraction, c) a step of cooling the solvent fraction resulting from step b) to a temperature below the temperature T loop to which the liquid-phase fraction is cooled in the recirculation loop(s), d) a step of introducing, into the reaction section of the oligomerization step a), the cooled solvent fraction resulting from step c). a) a step of oligomerization of the olefinic feedstock, carried out at a temperature between 30°C and 200°C and a pressure between 0.1 and 10 MPa, in the presence of a homogeneous catalytic oligomerization system and of a solvent, in a reaction section comprising: an oligomerization reactor with zones of variable diameter and comprising a liquid phase, and at least one recirculation loop allowing the cooling of at least a part of a liquid-phase fraction to a temperature T loop , an oligomerization reactor with zones of variable diameter and comprising a liquid phase, and at least one recirculation loop allowing the cooling of at least a part of a liquid-phase fraction to a temperature T loop , b) a step of separating a reaction effluent resulting from the oligomerization step a), in a separation section so as to obtain a solvent fraction, c) a step of cooling the solvent fraction resulting from step b) to a temperature below the temperature T loop to which the liquid-phase fraction is cooled in the recirculation loop(s), d) a step of introducing, into the reaction section of the oligomerization step a), the cooled solvent fraction resulting from step c).
A distributed electrical power generating and utilizing system, comprising: an induction generator driven by a prime mover requiring reactive power to operate for providing electrical power on a bus; said bus having a gross load and also being connectable to a utility power grid by a switch; said gross load including at least a non-linear electrical load component ; and said bus including a harmonic filter having a first inductance connected in parallel with a series connection of a first resistance and a filter inductance , a second inductance connected to a junction of the filter inductance and the first inductance , a filter capacitor connected at one end to a junction between the first resistance and the filter inductance , wherein the filter capacitor is connected in shunt with a voltage source and the load current source ; and wherein a power factor correcting capacitor is integrated therewith for collectively compensating harmonic distortion caused by the non-linear load component and for correcting power factor to compensate for reactive power required by at least the inductive generator . an induction generator driven by a prime mover requiring reactive power to operate for providing electrical power on a bus; said bus having a gross load and also being connectable to a utility power grid by a switch; said gross load including at least a non-linear electrical load component ; and said bus including a harmonic filter having a first inductance connected in parallel with a series connection of a first resistance and a filter inductance , a second inductance connected to a junction of the filter inductance and the first inductance , a filter capacitor connected at one end to a junction between the first resistance and the filter inductance , wherein the filter capacitor is connected in shunt with a voltage source and the load current source ; and wherein a power factor correcting capacitor is integrated therewith for collectively compensating harmonic distortion caused by the non-linear load component and for correcting power factor to compensate for reactive power required by at least the inductive generator .
A multiport for making an optical connection, comprising: a shell ; at least one connection port disposed on the multiport with the at least one connection port comprising an optical connector opening extending from an outer surface of the multiport into a cavity of the multiport and defining a connection port passageway along a longitudinal axis; at least one securing member being associated with the connection port passageway , wherein the at least one securing member is suitable for retaining an external fiber optic connector received by the respective connection port , wherein the at least one securing member is capable of translating in a direction that is transverse to the longitudinal axis, and wherein the at least one securing member comprises a bore that is aligned with the at least one connection port passageway ; and at least one sliding actuator capable of moving in a longitudinal direction transverse to the translating direction of the at least one securing member, wherein the at least one sliding actuator engages with the at least one securing member , and wherein the at least one securing member translates from a retain position (RP) to an open position (OP) by moving the at least one sliding actuator . a shell ; at least one connection port disposed on the multiport with the at least one connection port comprising an optical connector opening extending from an outer surface of the multiport into a cavity of the multiport and defining a connection port passageway along a longitudinal axis; at least one securing member being associated with the connection port passageway , wherein the at least one securing member is suitable for retaining an external fiber optic connector received by the respective connection port , wherein the at least one securing member is capable of translating in a direction that is transverse to the longitudinal axis, and wherein the at least one securing member comprises a bore that is aligned with the at least one connection port passageway ; and at least one sliding actuator capable of moving in a longitudinal direction transverse to the translating direction of the at least one securing member, wherein the at least one sliding actuator engages with the at least one securing member , and wherein the at least one securing member translates from a retain position (RP) to an open position (OP) by moving the at least one sliding actuator .
A method of pleating a fabric, the method comprising: pleating the fabric with a first pleating process to create a first set of pleats in the fabric along a first axis ; pleating the fabric with a second pleating process to create a second set of pleats in the fabric along a second axis different to the first axis , characterised in that the first set of pleats is a set of flat pleats and the second set of pleats is a set of accordion pleats and wherein the second set of pleats are pleated over the first set of pleats . pleating the fabric with a first pleating process to create a first set of pleats in the fabric along a first axis ; pleating the fabric with a second pleating process to create a second set of pleats in the fabric along a second axis different to the first axis , characterised in that the first set of pleats is a set of flat pleats and the second set of pleats is a set of accordion pleats and wherein the second set of pleats are pleated over the first set of pleats .
The compound 3,3,3-trifluoro- N ((1,4- trans )-4-((3-(( S )-2-methylmorpholino)-1 H- pyrazolo[3,4-d]pyrimidin-6-yl)amino)cyclohexyl)propane-1-sulfonamide, having the Formula (I): or a salt thereof.
A fluid-ejection device comprising: - a first member having an inlet suitable for being connected to a source of fluid ; - a second member that can be moved relative to the first member ; and - a control member arranged to be at least in: - a first condition, in which the control member is at least substantially inside the second member preventing the flow of fluid through the second member to define a first stroke (S1) of the second member where no discharge of fluid is allowed out of the device ; and - a second condition, in which the control member is at least substantially outside the second member allowing the flow of fluid through the second member to define a second stroke (S2) of the second member along which discharge of fluid is allowed out of the device , wherein it further includes sealing means being attached to the second member and in contact with the first member , such that when the control member is in the first condition, the sealing means contact the control member , characterized in that a portion of the sealing means is arranged radially between the first member and the second member . - a first member having an inlet suitable for being connected to a source of fluid ; - a second member that can be moved relative to the first member ; and - a control member arranged to be at least in: - a first condition, in which the control member is at least substantially inside the second member preventing the flow of fluid through the second member to define a first stroke (S1) of the second member where no discharge of fluid is allowed out of the device ; and - a second condition, in which the control member is at least substantially outside the second member allowing the flow of fluid through the second member to define a second stroke (S2) of the second member along which discharge of fluid is allowed out of the device , wherein it further includes sealing means being attached to the second member and in contact with the first member , such that when the control member is in the first condition, the sealing means contact the control member , characterized in that a portion of the sealing means is arranged radially between the first member and the second member .
A power production system comprising: a combustor ; a turbine ; a first compressor on a common shaft with the turbine ; an oxidant compressor ; an exhaust flow line configured for passage of a turbine exhaust stream from the turbine to the first compressor ; a recycle flow line configured for passage of a CO 2 recycle stream from the first compressor to the combustor ; an oxidant flow line configured for passage of an oxidant stream from the oxidant compressor to the combustor ; a bypass line configured for controllable passage of at least a portion of the oxidant stream from the oxidant flow line to the recycle flow line ; characterized by the turbine including a gland seal and an air input; and a gland seal compressor configured to receive and compress a stream of air and turbine exhaust from the gland seal . a combustor ; a turbine ; a first compressor on a common shaft with the turbine ; an oxidant compressor ; an exhaust flow line configured for passage of a turbine exhaust stream from the turbine to the first compressor ; a recycle flow line configured for passage of a CO 2 recycle stream from the first compressor to the combustor ; an oxidant flow line configured for passage of an oxidant stream from the oxidant compressor to the combustor ; a bypass line configured for controllable passage of at least a portion of the oxidant stream from the oxidant flow line to the recycle flow line ; characterized by the turbine including a gland seal and an air input; and a gland seal compressor configured to receive and compress a stream of air and turbine exhaust from the gland seal .
Copper alloy having the following composition (in % by weight): Zn: 17 to 20.5%, Ni: 17 to 23%, Mn: 8 to 11.5%, optionally also up to 4% Cr, optionally also up to 5.5% Fe, optionally also up to 0.5% Ti, optionally also up to 0.15% B, optionally also up to 0.1% Ca, optionally also up to 1.0% Pb, the balance being copper and inevitable impurities, wherein the proportion of copper is at least 45% by weight, the ratio of the proportion of Ni to the proportion of Mn is at least 1.7 and wherein the alloy has a structure in which precipitations of the type MnNi and MnNi 2 are embedded. Zn: 17 to 20.5%, Ni: 17 to 23%, Mn: 8 to 11.5%, optionally also up to 4% Cr, optionally also up to 5.5% Fe, optionally also up to 0.5% Ti, optionally also up to 0.15% B, optionally also up to 0.1% Ca, optionally also up to 1.0% Pb, the balance being copper and inevitable impurities, wherein the proportion of copper is at least 45% by weight, the ratio of the proportion of Ni to the proportion of Mn is at least 1.7 and wherein the alloy has a structure in which precipitations of the type MnNi and MnNi 2 are embedded.
A fluid composition for chemical-mechanical polishing, comprising: a solvent; 0.5 - 5 wt% of a primary oxidizing agent having an oxidation potential of 0.4 V or greater, wherein the primary oxidizing agent comprises an ion, salt, acid or base of permanganate or Ce +4 ; 0.1 - 0.5 wt% of a secondary oxidizing agent, wherein the secondary oxidizing agent comprises an ion, salt or acid of persulfate and having a higher oxidation potential than the first oxidizing agent; and 0.05 - 0.75 wt% of a multivalent cation component comprising Fe 3+ , Al 3+ or Co 3+ . 0.5 - 5 wt% of a primary oxidizing agent having an oxidation potential of 0.4 V or greater, wherein the primary oxidizing agent comprises an ion, salt, acid or base of permanganate or Ce +4 ; 0.1 - 0.5 wt% of a secondary oxidizing agent, wherein the secondary oxidizing agent comprises an ion, salt or acid of persulfate and having a higher oxidation potential than the first oxidizing agent; and 0.05 - 0.75 wt% of a multivalent cation component comprising Fe 3+ , Al 3+ or Co 3+ .
A method for preloading data of a file , comprising the following steps: - defining a plurality of bins of predetermined sizes in a file , - for each input and/or output operation executed on the file , determining the bin involved in the operation , - counting the number of input and/or output operations executed in each bin of the file by taking into account only a predetermined number of last operations on the whole file , and - when the sum of the operations counted in one bin is greater than a predetermined threshold, loading, in a memory medium , at least one area of the file determined on the basis of this bin , characterized in that the area of the file is centered on a median of positions of at least some of the operations involving the bin or a position of the area of the file is determined as follows: - identifying a predetermined number of last input and/or output operations involving the bin that has reached the predetermined threshold for triggering loading and indexing them according to their order of arrival, - determining by linear regression a linear regression line in a reference frame using the index of the operations and of offset values as coordinates, - centering the area of the file on an offset determined by a function of the linear regression line for an index greater than those of the operations that made it possible to determine the line. - defining a plurality of bins of predetermined sizes in a file , - for each input and/or output operation executed on the file , determining the bin involved in the operation , - counting the number of input and/or output operations executed in each bin of the file by taking into account only a predetermined number of last operations on the whole file , and - when the sum of the operations counted in one bin is greater than a predetermined threshold, loading, in a memory medium , at least one area of the file determined on the basis of this bin , characterized in that the area of the file is centered on a median of positions of at least some of the operations involving the bin or a position of the area of the file is determined as follows: - identifying a predetermined number of last input and/or output operations involving the bin that has reached the predetermined threshold for triggering loading and indexing them according to their order of arrival, - determining by linear regression a linear regression line in a reference frame using the index of the operations and of offset values as coordinates, - centering the area of the file on an offset determined by a function of the linear regression line for an index greater than those of the operations that made it possible to determine the line.
Geodetic telescope for a theodolite or total station, a leveling device or a laser scanner, comprising an imaging optical system which defines an optical axis (A) and comprises an observation beam path for imaging a sighted target object on an intermediate image plane observable by an eyepiece and/or on a camera sensor for providing and/or registering an image of the sighted target object, wherein the imaging optical system has at least two diffractive optical elements in the observation beam path, whereby the telescope comprises an objective assembly and the objective assembly comprises a first one of the at least two diffractive optical elements as a diffractive objective component, characterized in that the imaging optical system further comprises a focusing member and the focusing member contains a second one of the at least two diffractive optical elements as diffractive focusing component .
A method for selecting information comprising first content and second content, which first content is defined by first attributes, and which second content is defined by second attributes, wherein a functional association between the first content and the second content is constituted in that a device or process displayable as first content conditions operation of a further device displayable as second content or execution of a further process displayable as second content to be displayed on a display surface of a screen, comprising the following steps: - determining the dimensions of the display surface, - selecting a first subregion of first attributes, by which selection a first subset of first content, which first subset of first content includes the first attributes, and a second subset of second content, which second subset of second content includes the second attributes are selected, which second attributes have a functional association with the first attitudes of the selected first subset of the first content, - displaying whether the selected information can be displayed on the display surface or by which amount the displaying surface is exceeded when displaying the information, - displaying a request to select further first attributes and/or second attributes, - displaying the selected information on the display surface, wherein third content, which displays a status of temporal association between the selected further first and/or second attributes, is also displayed. - determining the dimensions of the display surface, - selecting a first subregion of first attributes, by which selection a first subset of first content, which first subset of first content includes the first attributes, and a second subset of second content, which second subset of second content includes the second attributes are selected, which second attributes have a functional association with the first attitudes of the selected first subset of the first content, - displaying whether the selected information can be displayed on the display surface or by which amount the displaying surface is exceeded when displaying the information, - displaying a request to select further first attributes and/or second attributes, - displaying the selected information on the display surface, wherein third content, which displays a status of temporal association between the selected further first and/or second attributes, is also displayed.
A counterbalanced assay consumable shaking apparatus comprising (a) an orbital shaker assembly comprising a horizontal orbiting platform and a rotating shaft ; (b) an assay consumable storage assembly positioned on the horizontal orbiting platform , wherein the rotating shaft is configured to extend into the assay consumable storage assembly and the assay consumable storage assembly comprises: a shelving subassembly comprising a plurality of sets of vertically aligned storage units (106-110), wherein each storage unit is sized to accommodate a consumable and comprises a consumable latching mechanism ; (c) a top eccentric operatively connected to the top of the rotating shaft and to a chassis or surface of the assay consumable storage assembly ; and (d) either (i) a counterweight operatively connected to the rotating shaft and positioned within the assay consumable storage assembly at a height corresponding to a center of mass of the assay consumable storage assembly and the horizontal orbiting platform or (ii) two or more counterweights operatively connected to the rotating shaft and positioned within the assay consumable storage assembly , wherein a height of a resultant center of mass of the two or more counterweights coincides, or corresponds with a height of the center of mass of the assay consumable storage assembly and the horizontal orbiting platform . (a) an orbital shaker assembly comprising a horizontal orbiting platform and a rotating shaft ; (b) an assay consumable storage assembly positioned on the horizontal orbiting platform , wherein the rotating shaft is configured to extend into the assay consumable storage assembly and the assay consumable storage assembly comprises: a shelving subassembly comprising a plurality of sets of vertically aligned storage units (106-110), wherein each storage unit is sized to accommodate a consumable and comprises a consumable latching mechanism ; (c) a top eccentric operatively connected to the top of the rotating shaft and to a chassis or surface of the assay consumable storage assembly ; and (d) either (i) a counterweight operatively connected to the rotating shaft and positioned within the assay consumable storage assembly at a height corresponding to a center of mass of the assay consumable storage assembly and the horizontal orbiting platform or (ii) two or more counterweights operatively connected to the rotating shaft and positioned within the assay consumable storage assembly , wherein a height of a resultant center of mass of the two or more counterweights coincides, or corresponds with a height of the center of mass of the assay consumable storage assembly and the horizontal orbiting platform .