mhurhangee/patent-ind-claim-en huggingface dataset:
A process for maintaining process stability of an additive manufacturing apparatus, wherein the apparatus comprises: - a nozzle for output of a metal strip , the nozzle configured to be arranged at a distance from the substrate , and configured to move relative the substrate in XYZ-axes, - a heat source configured to melt the metal strip into a weld pool on the substrate , and - an electrical power source configured to supply current via the metal strip to the substrate ; characterised in that the process comprises, during deposition of a layer of metal: determining electrical conductance between the metal strip and the substrate by measuring at least one electrical property of the supplied current; determining the difference between the determined electrical conductance, and a desired electrical conductance; and, adjusting at least one of: the substrate to nozzle distance, the speed of the nozzle movement relative the substrate, the amount of supplied current, the heat provided by the heat source , and/or the rate of output of the metal strip , based on the difference between the determined conductance and the desired conductance. - a nozzle for output of a metal strip , the nozzle configured to be arranged at a distance from the substrate , and configured to move relative the substrate in XYZ-axes, - a heat source configured to melt the metal strip into a weld pool on the substrate , and - an electrical power source configured to supply current via the metal strip to the substrate ; determining electrical conductance between the metal strip and the substrate by measuring at least one electrical property of the supplied current; determining the difference between the determined electrical conductance, and a desired electrical conductance; and, adjusting at least one of: the substrate to nozzle distance, the speed of the nozzle movement relative the substrate, the amount of supplied current, the heat provided by the heat source , and/or the rate of output of the metal strip , based on the difference between the determined conductance and the desired conductance.
A brake static plate assembly comprising: a first static plate , which has: a first outer edge and a second outer edge which are adjacent to each other; a first inner edge provided with a first shaft mounting notch thereon; and a first set of coils disposed on a braking surface of the first static plate ; a second static plate , which has: a third outer edge and a fourth outer edge which are adjacent to each other; a second inner edge which is matched with the first inner edge and is provided with a second shaft mounting notch which forms a shaft mounting hole of a drive shaft together with the first shaft mounting notch ; and a second set of coils disposed on the braking surface of the second static plate , and a magnetic flux of the second set of coils is the same as that of the first set of coils ; wherein the first inner edge forms an acute angle with the first outer edge and/or the second outer edge , and the second inner edge forms an acute angle with the third outer edge and/or the fourth outer edge . a first static plate , which has: a first outer edge and a second outer edge which are adjacent to each other; a first inner edge provided with a first shaft mounting notch thereon; and a first set of coils disposed on a braking surface of the first static plate ; a first outer edge and a second outer edge which are adjacent to each other; a first inner edge provided with a first shaft mounting notch thereon; and a first set of coils disposed on a braking surface of the first static plate ; a second static plate , which has: a third outer edge and a fourth outer edge which are adjacent to each other; a second inner edge which is matched with the first inner edge and is provided with a second shaft mounting notch which forms a shaft mounting hole of a drive shaft together with the first shaft mounting notch ; and a second set of coils disposed on the braking surface of the second static plate , and a magnetic flux of the second set of coils is the same as that of the first set of coils ; a third outer edge and a fourth outer edge which are adjacent to each other; a second inner edge which is matched with the first inner edge and is provided with a second shaft mounting notch which forms a shaft mounting hole of a drive shaft together with the first shaft mounting notch ; and a second set of coils disposed on the braking surface of the second static plate , and a magnetic flux of the second set of coils is the same as that of the first set of coils ; wherein the first inner edge forms an acute angle with the first outer edge and/or the second outer edge , and the second inner edge forms an acute angle with the third outer edge and/or the fourth outer edge .
A flavor modifier composition for a meat analog comprising: from 5% to 30% of a yeast extract, calculated on a dry basis; from 1% to 10% of a fatty acid, calculated on a dry basis, wherein the fatty acid is selected from the group consisting of lauric acid, lauroleic acid, myristic acid, myristoleic acid, pentadecanoic acid, palmitic acid, stearic acid, oleic acid, linoleic acid, palmitoleic acid, margaric acid, dihydroxystearic acid, ricinoleic acid, elaidic acid, alpha-linolenic acid, dihomogamma-linolenic acid, eleostearic acid, licanic acid, arachidonic acid, arachidic acid, eicosenoic acid, behenic acid, erucic acid, lignoceric acid and mixtures thereof; a non-animal protein derived peptide material having a molecular weight of from 300 to 10,000 daltons; and at least two free amino acids wherein at least one free amino acid is a sulfur containing amino acid. from 5% to 30% of a yeast extract, calculated on a dry basis; from 1% to 10% of a fatty acid, calculated on a dry basis, wherein the fatty acid is selected from the group consisting of lauric acid, lauroleic acid, myristic acid, myristoleic acid, pentadecanoic acid, palmitic acid, stearic acid, oleic acid, linoleic acid, palmitoleic acid, margaric acid, dihydroxystearic acid, ricinoleic acid, elaidic acid, alpha-linolenic acid, dihomogamma-linolenic acid, eleostearic acid, licanic acid, arachidonic acid, arachidic acid, eicosenoic acid, behenic acid, erucic acid, lignoceric acid and mixtures thereof; a non-animal protein derived peptide material having a molecular weight of from 300 to 10,000 daltons; and at least two free amino acids wherein at least one free amino acid is a sulfur containing amino acid.
Electrical switching apparatus comprising - at least one contact point , - an arc quenching device associated with the contact point, the arc quenching device comprising a plurality of quenching elements which are arranged spaced apart from one another and distributed along a first direction , the quenching elements each comprising a permanent magnet , and - an arc blowing device to generate a magnetic blowout field, by which a switching arc arising when the contact point is opened is blown away from the contact point towards the quenching elements , the magnetic blowout field being at least partially generated or supported by the permanent magnets of the quenching elements , characterized in that the permanent magnets of the quenching elements are offset with respect to each other in a second direction that is perpendicular to the first direction . - at least one contact point , - an arc quenching device associated with the contact point, the arc quenching device comprising a plurality of quenching elements which are arranged spaced apart from one another and distributed along a first direction , the quenching elements each comprising a permanent magnet , and - an arc blowing device to generate a magnetic blowout field, by which a switching arc arising when the contact point is opened is blown away from the contact point towards the quenching elements , the magnetic blowout field being at least partially generated or supported by the permanent magnets of the quenching elements ,
A network communication device comprising: a processing unit ; memory ; at least a first instance of a first virtual meter and a second instance of a second virtual meter stored in the memory and running on the processing unit; and a communication interface through which the first instance of the first virtual meter and the second instance of the second virtual meter respectively receive data from a first remote metrology sensor and a second remote metrology sensor; a first memory space storing data related to the first instance of the first virtual meter; and a second memory space storing data related to the second instance of the second virtual meter; wherein the network communication device is configured such that each instance of a virtual meter includes a plurality of applications; and such that the data in the first memory space is inaccessible by the second virtual meter and the data in the second memory space is inaccessible by the first virtual meter, thereby isolating the first and second virtual meters from each other and enforcing this isolation by establishing a mapping relationship between each virtual meter and respective one or more applications and/or data such that each instance of a virtual meter is prevented from accessing and/or manipulating the data associated with the other virtual meter. a processing unit ; memory ; at least a first instance of a first virtual meter and a second instance of a second virtual meter stored in the memory and running on the processing unit; and a communication interface through which the first instance of the first virtual meter and the second instance of the second virtual meter respectively receive data from a first remote metrology sensor and a second remote metrology sensor; a first memory space storing data related to the first instance of the first virtual meter; and a second memory space storing data related to the second instance of the second virtual meter; wherein the network communication device is configured such that each instance of a virtual meter includes a plurality of applications; and such that the data in the first memory space is inaccessible by the second virtual meter and the data in the second memory space is inaccessible by the first virtual meter, thereby isolating the first and second virtual meters from each other and enforcing this isolation by establishing a mapping relationship between each virtual meter and respective one or more applications and/or data such that each instance of a virtual meter is prevented from accessing and/or manipulating the data associated with the other virtual meter.
A system comprising: a crude oil associated gas processing plant; a waste heat recovery heat exchanger configured to heat a heating fluid stream by exchange with a heat source in the crude oil associated gas processing plant; and an Organic Rankine cycle energy conversion system including: a pump configured to pump a working fluid to a pressure of between 1.1 Mpa and 1.2 MPa (11 Bar and 12 Bar), the working fluid comprising isobutane; an energy conversion heat exchanger configured to heat the working fluid by exchange with the heated heating fluid stream ; a turbine and a generator , wherein the turbine and generator are configured to generate power by expansion of the heated working fluid; a cooling element configured to cool the expanded working fluid after power generation; and an accumulation tank , wherein the heating fluid flows from the accumulation tank, through the waste heat recovery heat exchanger, through the Organic Rankine cycle energy conversion system, and back to the accumulation tank. a crude oil associated gas processing plant; a waste heat recovery heat exchanger configured to heat a heating fluid stream by exchange with a heat source in the crude oil associated gas processing plant; and an Organic Rankine cycle energy conversion system including: a pump configured to pump a working fluid to a pressure of between 1.1 Mpa and 1.2 MPa (11 Bar and 12 Bar), the working fluid comprising isobutane; an energy conversion heat exchanger configured to heat the working fluid by exchange with the heated heating fluid stream ; a turbine and a generator , wherein the turbine and generator are configured to generate power by expansion of the heated working fluid; a cooling element configured to cool the expanded working fluid after power generation; and an accumulation tank , wherein the heating fluid flows from the accumulation tank, through the waste heat recovery heat exchanger, through the Organic Rankine cycle energy conversion system, and back to the accumulation tank. a pump configured to pump a working fluid to a pressure of between 1.1 Mpa and 1.2 MPa (11 Bar and 12 Bar), the working fluid comprising isobutane; an energy conversion heat exchanger configured to heat the working fluid by exchange with the heated heating fluid stream ; a turbine and a generator , wherein the turbine and generator are configured to generate power by expansion of the heated working fluid; a cooling element configured to cool the expanded working fluid after power generation; and an accumulation tank , wherein the heating fluid flows from the accumulation tank, through the waste heat recovery heat exchanger, through the Organic Rankine cycle energy conversion system, and back to the accumulation tank.
A connection device for connecting and closing the space between two units of an articulated vehicle , comprising: - a plurality of inflatable tubular elements which are made of flexible material, the tubular elements in the plurality of tubular elements positioned one alongside the other and forming a tunnel structure having an upper wall and two side walls , the structure having two ends which can be coupled to respective ends of said two units of the articulated vehicle , - at least one opening for introducing fluid inside at least one tubular element in the plurality of tubular elements , wherein the structure formed by the plurality of tubular elements , when inflated, is self-supporting, wherein the tunnel structure is configured to be closed in a watertight fashion and further comprising a valve that may be open for introducing and/or extracting fluid, whilst it may remain closed otherwise. - a plurality of inflatable tubular elements which are made of flexible material, the tubular elements in the plurality of tubular elements positioned one alongside the other and forming a tunnel structure having an upper wall and two side walls , the structure having two ends which can be coupled to respective ends of said two units of the articulated vehicle , - at least one opening for introducing fluid inside at least one tubular element in the plurality of tubular elements ,
System for managing power consumption of an automated storage and retrieval system comprising: • a container-handling vehicle , with a rechargeable power source, for handling storage containers in the automated storage and retrieval system , • a charging station for recharging the rechargeable power source of the container carrying vehicle , • a power supply for delivering power to the storage system , • a power monitoring device coupled to the power supply , • a control system for controlling the operation of the automated storage and retrieval system, characterized in that the power monitoring device is arranged to monitor available power from the power source entering the automated storage and retrieval system and communicate a signal to the control system indicative of the available power, wherein the control system is arranged to be responsive to that signal and manage power consumption through being configured to modify the operation by adjusting the speed at which the container handling vehicle operates by reducing the speed of the at least one container handling vehicle according to available power and the charging station to reduce power consumption of the container handling vehicles and the charging station by adjusting the charging power of the at least one charging station by reducing the charging power in the event that the signal indicates that the available power has dropped below a threshold level, thereby providing a modified operation of the automated storage and retrieval system during periods of lower power availability. • a container-handling vehicle , with a rechargeable power source, for handling storage containers in the automated storage and retrieval system , • a charging station for recharging the rechargeable power source of the container carrying vehicle , • a power supply for delivering power to the storage system , • a power monitoring device coupled to the power supply , • a control system for controlling the operation of the automated storage and retrieval system,
Measuring device comprising: - a workpiece holder , - a probe unit moveable in a moving direction (B), wherein the probe unit comprises a probe arm that comprises at its free probe end a first probe element orientated orthogonal to the probe arm and a second probe element orientated in opposite direction compared to the first probe element , and - a clamping device in which a support of the workpiece holder is clamped, characterized in that the workpiece holder is configured to hold a workpiece having two workpiece surfaces to be measured at opposite workpiece sides during a measurement with the probe unit that is moveable along a workpiece surface , and in that the workpiece holder comprises: the support that is configured to be connected with the clamping device of the measuring device , a holding body that is attached with an attachment end at the support and that extends from the support to a free holding end , which is arranged with a distance from the attachment end in the direction of a longitudinal axis (L) of the workpiece holder , wherein at the holding end at least one holding surface is present, which is configured for contact at a peripheral region of the workpiece , wherein a free space through which the longitudinal axis (L) extends is present in the holding body and that comprises at least one transverse channel having a peripheral opening , through which the free space is accessible radial with regard to the longitudinal axis (L) from outside, and wherein the peripheral opening and the transverse channel are configured so that the probe unit can be arranged through the peripheral opening and via the transverse channel in the free space an can be moved there. - a workpiece holder , - a probe unit moveable in a moving direction (B), wherein the probe unit comprises a probe arm that comprises at its free probe end a first probe element orientated orthogonal to the probe arm and a second probe element orientated in opposite direction compared to the first probe element , and - a clamping device in which a support of the workpiece holder is clamped, the support that is configured to be connected with the clamping device of the measuring device , a holding body that is attached with an attachment end at the support and that extends from the support to a free holding end , which is arranged with a distance from the attachment end in the direction of a longitudinal axis (L) of the workpiece holder , wherein at the holding end at least one holding surface is present, which is configured for contact at a peripheral region of the workpiece , wherein a free space through which the longitudinal axis (L) extends is present in the holding body and that comprises at least one transverse channel having a peripheral opening , through which the free space is accessible radial with regard to the longitudinal axis (L) from outside, and wherein the peripheral opening and the transverse channel are configured so that the probe unit can be arranged through the peripheral opening and via the transverse channel in the free space an can be moved there.
A device for removal of haemolysis-derived components from blood, the device comprising: a support and a plurality of binding agents bound to said support, wherein the binding agents comprise at least one iron-chelating molecule, at least one haemoglobin-binding molecule, and at least one haem-binding molecule. a support and a plurality of binding agents bound to said support,
A fan assembly of a gas turbine engine , comprising: a plurality of fan blades secured to a rotor , each of the plurality of fan blades having an airfoil secured to the rotor at one end and a tip portion that is secured to a shroud that circumscribes the plurality of fan blades; wherein the shroud is rotatably received within a fan containment case ; wherein the shroud has a plurality of protrusions located on a radial outer surface of the shroud, and wherein the plurality of protrusions are slidably received in a plurality of grooves located on a radial inner surface of a rub strip secured to the fan containment case; and wherein the shroud has an elongated opening that extends between a leading edge and a trailing edge of the shroud, wherein the elongated opening is configured to receive a portion of an integral pin that extends from the tip portion; characterized in that the elongated opening comprises a bleed hole that is located in the elongated opening proximate to the pin when it is received in the elongated opening; and in that the rub strip has a plenum fluidly coupled to a source of air and the plenum is in fluid communication with the bleed hole. a plurality of fan blades secured to a rotor , each of the plurality of fan blades having an airfoil secured to the rotor at one end and a tip portion that is secured to a shroud that circumscribes the plurality of fan blades; wherein the shroud is rotatably received within a fan containment case ; wherein the shroud has a plurality of protrusions located on a radial outer surface of the shroud, and wherein the plurality of protrusions are slidably received in a plurality of grooves located on a radial inner surface of a rub strip secured to the fan containment case; and wherein the shroud has an elongated opening that extends between a leading edge and a trailing edge of the shroud, wherein the elongated opening is configured to receive a portion of an integral pin that extends from the tip portion; characterized in that the elongated opening comprises a bleed hole that is located in the elongated opening proximate to the pin when it is received in the elongated opening; and in that the rub strip has a plenum fluidly coupled to a source of air and the plenum is in fluid communication with the bleed hole.