mhurhangee/patent-ind-claim-en huggingface dataset:
A system for transferring an object from a ship to an offshore structure , said system comprising an electrically operated hoisting mechanism comprising a control mechanism , arranged on said offshore structure and adapted to move a hoisting cable , where the hoisting cable is attached to said hoisting mechanism , and said hoisting cable comprises an attachment means adapted for attachment to said object , said system further comprising at least one range sensing device adapted to provide real time data to a control device on said offshore structure relating to a detected distance from a reference point on said offshore structure to said ship , where said system is adapted to receive said data from said at least one range sensing device and to move said hoisting cable in response to said detected distance, characterized in that said system further comprises a motion reference unit on said ship adapted to provide real time data relating to a detected motion of said ship to the control mechanism independently of said at least one range sensing device , so in that if the range sensing device loses track of said ship, said system is adapted to move said hoisting cable in response to said detected motion of the ship , and move the object up and down in synchronicity with the ship . said system further comprising at least one range sensing device adapted to provide real time data to a control device on said offshore structure relating to a detected distance from a reference point on said offshore structure to said ship , where said system is adapted to receive said data from said at least one range sensing device and to move said hoisting cable in response to said detected distance, characterized in that said system further comprises a motion reference unit on said ship adapted to provide real time data relating to a detected motion of said ship to the control mechanism independently of said at least one range sensing device , so in that if the range sensing device loses track of said ship, said system is adapted to move said hoisting cable in response to said detected motion of the ship , and move the object up and down in synchronicity with the ship .
Method for charging a battery of a vehicle with electrical energy with a charging station , which comprises at least one source for generating electrical flashes , wherein at least one flash is generated by the at least one source , with which an amount of electrical energy is provided via the air to at least one receiver of the vehicle , wherein the received amount of electrical energy is provided to the battery by the at least one receiver , characterised in that an amount of electrical energy is requested at the charging station at an agreed time by the vehicle located at an agreed location , wherein it is communicated how much electrical energy is required by the battery , wherein a charging time is agreed, at which the receiver of the vehicle will have at most a target distance to the source at a charging location during a continuation of its journey, wherein as soon as the vehicle reaches the charging location at the provided charging time and the receiver has at most the target distance to the source , the flash having the agreed amount of electrical energy is generated by the source , is transported to the receiver via the air, and is received by the receiver .
Gas pressure controller, comprising: - a controller housing with an inflow opening and an outflow opening; - a membrane; - a valve assembly placed between the inflow opening and the outflow opening and comprising: - a valve seat and a closing mechanism movable relative thereto for adjusting and/or closing an effective throughflow opening from the inflow opening to the outflow opening; and - a control shaft which is connected to one of the closing mechanism and the valve seat and which connects the one of the closing mechanism and the valve seat to the membrane, wherein the membrane is configured to further open and/or close the valve via the control shaft subject to the gas pressure on the membrane, characterized in that the valve assembly is releasably connectable as a whole without releasing the components of the valve assembly from each other to the controller housing and the membrane. - a controller housing with an inflow opening and an outflow opening; - a membrane; - a valve assembly placed between the inflow opening and the outflow opening and comprising: - a valve seat and a closing mechanism movable relative thereto for adjusting and/or closing an effective throughflow opening from the inflow opening to the outflow opening; and - a control shaft which is connected to one of the closing mechanism and the valve seat and which connects the one of the closing mechanism and the valve seat to the membrane, - a valve seat and a closing mechanism movable relative thereto for adjusting and/or closing an effective throughflow opening from the inflow opening to the outflow opening; and - a control shaft which is connected to one of the closing mechanism and the valve seat and which connects the one of the closing mechanism and the valve seat to the membrane,
An agronomic product coated with a fertilizer product, the fertilizer product comprising a dry mixture of: about 1 part manganese; from 4 to 6 parts phosphate; and from 2 to 4 parts zinc, wherein each of said manganese, phosphate, and zinc has a particle size of from 44 μm to 149 μm. about 1 part manganese; from 4 to 6 parts phosphate; and from 2 to 4 parts zinc, wherein each of said manganese, phosphate, and zinc has a particle size of from 44 μm to 149 μm.
A semiconductor device bonding wire comprising: a core material whose components include copper as a main component, an outer layer provided on said core material, said outer layer containing a metal M that differs from said core material in one or both of component and composition, and copper, wherein said outer layer is 0.021 to 0.12μm in thickness, said metal M includes at least one element selected from among Au, Pd, Pt and Rh as a main component, said core material contains at least one element selected from among P, B, Ir, Zr, Bi and Ti, and an elemental concentration of said at least one element relative to the whole of the wire is in a range of from 0.0001 to 0.03mol% in total, characterized in that said outer layer contains at least one element selected from among Bi, P, Se and Tl, and an elemental concentration of said at least one element on a surface of said outer layer is in a range of from 0.01 to 5mol% in total. a core material whose components include copper as a main component, an outer layer provided on said core material, said outer layer containing a metal M that differs from said core material in one or both of component and composition, and copper, wherein said outer layer is 0.021 to 0.12μm in thickness, said metal M includes at least one element selected from among Au, Pd, Pt and Rh as a main component, said core material contains at least one element selected from among P, B, Ir, Zr, Bi and Ti, and an elemental concentration of said at least one element relative to the whole of the wire is in a range of from 0.0001 to 0.03mol% in total, characterized in that said outer layer contains at least one element selected from among Bi, P, Se and Tl, and an elemental concentration of said at least one element on a surface of said outer layer is in a range of from 0.01 to 5mol% in total.
Curtain sided transport vehicle comprising a side panel construction , said side panel construction comprising a plurality of panels , each of which connected between two adjacent, in use substantially vertically oriented, subsequent posts of the curtain sided transport vehicle, wherein said side panel construction comprises an, in use substantially horizontally oriented, bar (30; 31) from which said posts extend, and wherein said posts comprise translation means arranged for engaging said bar such that said posts are moveable in a direction parallel to said bar, characterized in that each of said panels are pivotable around a pivoting axis substantially parallel to at least one of its connecting posts and around a pivoting axis substantially parallel to said bar, such that said panels can be joined together by moving said posts in said direction parallel to said bar, said transport vehicle further comprising a removable sheet material arranged to cover at least the sides of the curtain sided transport vehicle in a closed position, wherein said removable sheet material is provided with supporting strips , which, when said sheet material extends over said panels, run over said panels in between said posts substantially parallel to said posts.
A system for evaluating a crude oil sample and determining an indicative property of a gas oil or naphtha fraction of the crude oil sample without first distilling said gas oil or naphtha fraction, the system comprising: a thermogravimetric analyzer; a non-volatile memory device that stores calculation modules and data, the data including density of the crude oil sample and TGA data from an analysis of the crude oil sample as determined by the thermogravimetric analyzer, and the calculation modules including a first calculation module and a second calculation module; and a processor coupled to the non-volatile memory; whereby said first calculation module that is adapted to retrieve the TGA data from the non-volatile memory device, calculates a crude oil thermogravimetric analysis index from a weighted mean of the mass loss percentage versus heating temperature as indicated by the TGA data, and transfers the calculated crude oil thermogravimetric analysis index into the non-volatile memory; and whereby said second calculation module is adapted to derive the indicative property for the gas oil or naphtha fraction of the crude oil sample as a function of the crude oil thermogravimetric analysis index and the density of the crude oil sample. a thermogravimetric analyzer; a non-volatile memory device that stores calculation modules and data, the data including density of the crude oil sample and TGA data from an analysis of the crude oil sample as determined by the thermogravimetric analyzer, and the calculation modules including a first calculation module and a second calculation module; and a processor coupled to the non-volatile memory; whereby said first calculation module that is adapted to retrieve the TGA data from the non-volatile memory device, calculates a crude oil thermogravimetric analysis index from a weighted mean of the mass loss percentage versus heating temperature as indicated by the TGA data, and transfers the calculated crude oil thermogravimetric analysis index into the non-volatile memory; and whereby said second calculation module is adapted to derive the indicative property for the gas oil or naphtha fraction of the crude oil sample as a function of the crude oil thermogravimetric analysis index and the density of the crude oil sample.
A molded case circuit breaker, comprising: a power side terminal portion provided at a front side of an enclosure , and having a fixed contact arm ; a finger assembly coupled to the fixed contact arm , and disposed on a front surface of the power side terminal portion , the finger assembly including a finger formed to have a shape of pincers and further including a finger spring configured to provide a contact pressure to the finger ; and a base bus supporter coupled to an upper surface and a lower surface of the power side terminal portion , and having a finger hole through which the finger assembly is exposed, wherein the base bus supporter is provided with a protection unit configured to enclose the finger assembly around the finger hole , wherein a partition wall for phase-to-phase insulation is provided in the base bus supporter , characterized in that : the protection unit is provided between the partition wall and a further partition wall , or between the partition wall and a side wall , the finger assembly further includes a finger holder configured to fix the finger and the finger spring , and the protection unit is formed to have a size to enclose the finger , the finger spring , and the finger holder . a power side terminal portion provided at a front side of an enclosure , and having a fixed contact arm ; a finger assembly coupled to the fixed contact arm , and disposed on a front surface of the power side terminal portion , the finger assembly including a finger formed to have a shape of pincers and further including a finger spring configured to provide a contact pressure to the finger ; and a base bus supporter coupled to an upper surface and a lower surface of the power side terminal portion , and having a finger hole through which the finger assembly is exposed, wherein the base bus supporter is provided with a protection unit configured to enclose the finger assembly around the finger hole , wherein a partition wall for phase-to-phase insulation is provided in the base bus supporter , characterized in that : the protection unit is provided between the partition wall and a further partition wall , or between the partition wall and a side wall , the finger assembly further includes a finger holder configured to fix the finger and the finger spring , and the protection unit is formed to have a size to enclose the finger , the finger spring , and the finger holder . the protection unit is provided between the partition wall and a further partition wall , or between the partition wall and a side wall , the finger assembly further includes a finger holder configured to fix the finger and the finger spring , and the protection unit is formed to have a size to enclose the finger , the finger spring , and the finger holder .
Tool (100; 200; 300; 400) comprising: - an internally empty handle (I), - a splined shaft mounted in such a way to slide axially inside the handle (I), - a tip (7; 307; 407) connected to the splined shaft and frontally protruding from the handle, - a first freewheel (C1) mounted on the splined shaft in such a way that the splined shaft rotates in clockwise direction when the first freewheel translates forwards relative to the splined shaft and the splined shaft does not rotate relative to the first freewheel when the first freewheel translates backwards relative to the splined shaft, - a second freewheel (C2) mounted on the splined shaft in such a way that the splined shaft rotates in anticlockwise direction when the second freewheel translates forwards relative to the splined shaft and the splined shaft does not rotate when the second freewheel translates backwards relative to the splined shaft, - a selector that rotates integrally with the handle (I) and can be moved to a first position, wherein the selector rotates integrally only with the first freewheel (C1), and a second position, wherein the selector rotates integrally only with the second freewheel (C2), - actuation means (A) mounted in the handle (I) in such a way to be actuated by the user to move the selector to said first and second position, and - a back spring (M1) disposed in the handle to push the splined shaft frontally; wherein the handle (I) comprises a back body and an intermediate body and the actuation means (A) comprise a metal ring that is revolvingly mounted between the back body and the intermediate body of the handle; characterized in that the metal ring has an internal thread and the selector has a cylindrical body with an external thread that is engaged in the internal thread of the metal ring. - an internally empty handle (I), - a splined shaft mounted in such a way to slide axially inside the handle (I), - a tip (7; 307; 407) connected to the splined shaft and frontally protruding from the handle, - a first freewheel (C1) mounted on the splined shaft in such a way that the splined shaft rotates in clockwise direction when the first freewheel translates forwards relative to the splined shaft and the splined shaft does not rotate relative to the first freewheel when the first freewheel translates backwards relative to the splined shaft, - a second freewheel (C2) mounted on the splined shaft in such a way that the splined shaft rotates in anticlockwise direction when the second freewheel translates forwards relative to the splined shaft and the splined shaft does not rotate when the second freewheel translates backwards relative to the splined shaft, - a selector that rotates integrally with the handle (I) and can be moved to a first position, wherein the selector rotates integrally only with the first freewheel (C1), and a second position, wherein the selector rotates integrally only with the second freewheel (C2), - actuation means (A) mounted in the handle (I) in such a way to be actuated by the user to move the selector to said first and second position, and - a back spring (M1) disposed in the handle to push the splined shaft frontally;
Hair styling device with an adjustable diameter mechanism, comprising: a plurality of cylinder portions, each of the cylinder portions comprising an arcuate portion of a cylinder and extending along an arc of less than or about 120 degrees of a 360 degree circle and having an inner side and an outer side; characterized in that the inner side of the cylinder portions are coupled to first ends of a scissors mechanism at a pivot point and a slot of the cylinder portions, the scissors mechanism having a first and a second piece pivotally coupled at a pivot coupling, respective second ends of the scissors mechanism coupled to a respective pair of opposed threaded sections engaged with a screw body , the opposed threaded sections meeting at a central point of the screw body , and that the cylinder portions are provided with spring-loaded flaps along their longitudinal edges which are configured to extend when the diameter of the scissors mechanism is increased and retract when the diameter of the scissors mechanism is decreased. a plurality of cylinder portions, each of the cylinder portions comprising an arcuate portion of a cylinder and extending along an arc of less than or about 120 degrees of a 360 degree circle and having an inner side and an outer side; characterized in that the inner side of the cylinder portions are coupled to first ends of a scissors mechanism at a pivot point and a slot of the cylinder portions, the scissors mechanism having a first and a second piece pivotally coupled at a pivot coupling, respective second ends of the scissors mechanism coupled to a respective pair of opposed threaded sections engaged with a screw body , the opposed threaded sections meeting at a central point of the screw body , and that the cylinder portions are provided with spring-loaded flaps along their longitudinal edges which are configured to extend when the diameter of the scissors mechanism is increased and retract when the diameter of the scissors mechanism is decreased.
A composition comprising a Cas9 protein and a cationic lipid, wherein the Cas9 protein is associated with a gRNA, and the composition is capable of delivering the Cas9 protein to the interior of a cell wherein the Cas9 protein comprises an amino acid sequence that is at least about 70%, 80%, 90%, 95%, 98%, 99%, or 99.5% identical to the wild-type Cas9 amino acid sequence of SEQ ID NO: 44, the Cas9 protein is a dCas9 that comprises an amino acid sequence that is at least about 70%, 80%, 90%, 95%, 98%, 99%, or 99.5% identical to the dCas9 amino acid sequence of SEQ ID NO: 45 and comprises a D10A and/or a H840A substitution as compared to the wild-type Cas9 amino acid sequence of SEQ ID NO: 44, or the Cas9 protein is a Cas9 nickase that comprises a D10A substitution as compared to the wild-type Cas9 amino acid sequence of SEQ ID NO: 44.
Method of preventing formation of droplets in a heat exchanger , in which a second medium transfers heat to a first medium, said method being performed by a controller and comprises: - receiving (S102) a first temperature value (T 1 ), from a first temperature unit , of a temperature at a first position of the first medium exiting the heat exchanger , - receiving (S104) a pressure value (P), from a pressure sensor unit , of a pressure of the first medium exiting the heat exchanger , - receiving (S106) a second temperature value (T 2 ), from a second temperature unit , of a temperature of the second medium entering the heat exchanger , - receiving (S108) a third temperature value (T 3 ), from a third temperature unit , of a temperature of the second medium exiting the heat exchanger , - calculating (S110) a boiling point temperature value (T B ) based on the pressure value (P) and heat exchanger parameters, - determining (S112) a first temperature difference (ΔT 1 ) between the second temperature value (T 2 ) and the first temperature value (T 1 ), - determining (S114) a second temperature difference (ΔT 2 ) between the third temperature value (T 3 ) and the boiling point temperature value (T B ), - generating (S116) a flow control signal, for controlling the flow of the first medium into the heat exchanger , based on the first temperature difference (ΔT 1 ), the second temperature difference (ΔT 2 ) and the first temperature value (T 1 ), - sending (S118) the flow control signal to a regulator device for controlling the flow of the first medium in the heat exchanger . - receiving (S102) a first temperature value (T 1 ), from a first temperature unit , of a temperature at a first position of the first medium exiting the heat exchanger , - receiving (S104) a pressure value (P), from a pressure sensor unit , of a pressure of the first medium exiting the heat exchanger , - receiving (S106) a second temperature value (T 2 ), from a second temperature unit , of a temperature of the second medium entering the heat exchanger , - receiving (S108) a third temperature value (T 3 ), from a third temperature unit , of a temperature of the second medium exiting the heat exchanger , - calculating (S110) a boiling point temperature value (T B ) based on the pressure value (P) and heat exchanger parameters, - determining (S112) a first temperature difference (ΔT 1 ) between the second temperature value (T 2 ) and the first temperature value (T 1 ), - determining (S114) a second temperature difference (ΔT 2 ) between the third temperature value (T 3 ) and the boiling point temperature value (T B ), - generating (S116) a flow control signal, for controlling the flow of the first medium into the heat exchanger , based on the first temperature difference (ΔT 1 ), the second temperature difference (ΔT 2 ) and the first temperature value (T 1 ), - sending (S118) the flow control signal to a regulator device for controlling the flow of the first medium in the heat exchanger .