mhurhangee/patent-ind-claim-en huggingface dataset:
A method for recovering and purifying lithium from a lithium containing material comprising the steps of a) passing a process solution containing lithium salt and other elements through an acid cation exchange resin, which process solution has a pH of 3-5.5 and is passed through the acid cation exchange resin at a rate of 0.5-6 BVs/h in a chromatographic separation, b) collecting a lithium raffinate at 0-1 BVs while the other elements are retained in the cation exchange resin until operating capacity is reached, c) optionally flushing out residual lithium as lithium hydroxide with a monoprotic hydroxide, d) eluting the other elements from the acid cation exchange resin with 1-4 BVs of a strong acid solution to obtain an eluate, which strong acid solution is fed at a rate of 1-6 BVs/h, e) washing the acid cation exchange resin with 0.5-2 BVs of water to remove residual eluate, and f) regenerating the acid cation exchange resin with a 2-25 wt% monoprotic hydroxide solution, which is fed through the acid cation exchange resin at a rate of 1-6 BVs/h. a) passing a process solution containing lithium salt and other elements through an acid cation exchange resin, which process solution has a pH of 3-5.5 and is passed through the acid cation exchange resin at a rate of 0.5-6 BVs/h in a chromatographic separation, b) collecting a lithium raffinate at 0-1 BVs while the other elements are retained in the cation exchange resin until operating capacity is reached, c) optionally flushing out residual lithium as lithium hydroxide with a monoprotic hydroxide, d) eluting the other elements from the acid cation exchange resin with 1-4 BVs of a strong acid solution to obtain an eluate, which strong acid solution is fed at a rate of 1-6 BVs/h, e) washing the acid cation exchange resin with 0.5-2 BVs of water to remove residual eluate, and f) regenerating the acid cation exchange resin with a 2-25 wt% monoprotic hydroxide solution, which is fed through the acid cation exchange resin at a rate of 1-6 BVs/h.
A method for estimating object scatter in a photon-counting x-ray detector having at least two layers of diode segments of diodes segmented in the direction (104; 302) of the incoming x-rays, wherein the x-ray detector is a direct conversion x-ray detector using a direct-converter material and said direct-converter material is Silicon, wherein said method comprises: - performing photon-counting to obtain counts in a top layer and lower layer(s) of said at least two layers, and - estimating the object scatter contribution to the counts in a top layer of said at least two layers based on difference(s) in counts between the top layer and lower layer(s) under the assumption that object scatter has a slowly varying spatial distribution, wherein the lower layer is shielded from object scatter by virtue of the top layer. - performing photon-counting to obtain counts in a top layer and lower layer(s) of said at least two layers, and - estimating the object scatter contribution to the counts in a top layer of said at least two layers based on difference(s) in counts between the top layer and lower layer(s) under the assumption that object scatter has a slowly varying spatial distribution, wherein the lower layer is shielded from object scatter by virtue of the top layer.
An electric turbomachine comprising: a housing ; a rotary shaft rotationally supported in the housing by a rolling bearing ; an impeller connected to one side of the rotary shaft in an axial direction; and an electric motor that is accommodated in the housing and rotates the rotary shaft , wherein the rolling bearing includes an inner race fixed to the rotary shaft , an outer race arranged outward from the inner race , and a rolling element arranged between the inner race and the outer race , the housing includes an oil supply unit supplied with lubricant, the electric turbomachine being characterized in that a tubular oil supply member is attached to the oil supply unit and the housing , the oil supply member includes a supply passage that extends inside the oil supply member in an axial direction of the oil supply member in communication with the oil supply unit at a first end of the oil supply member , and an ejection hole configured to be in communication with the supply passage and eject the lubricant toward a portion between the inner race and the outer race of the rolling bearing , wherein a flow passage cross-sectional area of the ejection hole is smaller than a flow passage cross-sectional area of the supply passage . a housing ; a rotary shaft rotationally supported in the housing by a rolling bearing ; an impeller connected to one side of the rotary shaft in an axial direction; and an electric motor that is accommodated in the housing and rotates the rotary shaft , wherein the rolling bearing includes an inner race fixed to the rotary shaft , an outer race arranged outward from the inner race , and a rolling element arranged between the inner race and the outer race , the housing includes an oil supply unit supplied with lubricant, the electric turbomachine being characterized in that a tubular oil supply member is attached to the oil supply unit and the housing , the oil supply member includes a supply passage that extends inside the oil supply member in an axial direction of the oil supply member in communication with the oil supply unit at a first end of the oil supply member , and an ejection hole configured to be in communication with the supply passage and eject the lubricant toward a portion between the inner race and the outer race of the rolling bearing , wherein a flow passage cross-sectional area of the ejection hole is smaller than a flow passage cross-sectional area of the supply passage . a supply passage that extends inside the oil supply member in an axial direction of the oil supply member in communication with the oil supply unit at a first end of the oil supply member , and an ejection hole configured to be in communication with the supply passage and eject the lubricant toward a portion between the inner race and the outer race of the rolling bearing , wherein a flow passage cross-sectional area of the ejection hole is smaller than a flow passage cross-sectional area of the supply passage .
Process for the manufacture of a nutritional product suitable for feeding infants from 6 - 36 months of age from surplus streams of the manufacture of an infant formula base product, comprising: (i) microfiltration (MF) of animal skim milk over a membrane having a porosity of 0.10 - 0.35 micrometer and operating with a volume concentration factor of 1.5 - 8, resulting in a retentate (MFR) and a permeate (MFP); (ii) optionally reverse osmosis (RO) of an MFR originating from step (i), resulting in a retentate (RO2R) and a permeate (RO2P); (iv) ultrafiltration (UF) of an MFP originating from step (i) over a membrane having a molecular weight cut-off of at most 25 kDa and operating with a volume concentration factor of 1.5 - 8, resulting in a retentate (UFR) and a permeate (UFP); (iii) combining part of an MFR originating from step (i) or an RO2R originating from (ii) as protein source with at least part of an UFP originating from step (iv), wherein the MFR originating from step (i) and the UFP originating from step (iv) are the surplus streams of the manufacture of an infant formula base product, wherein the nutritional product comprises at most 50 wt% of protein from a different source than the protein comprised in the MFR originating from step (i). (i) microfiltration (MF) of animal skim milk over a membrane having a porosity of 0.10 - 0.35 micrometer and operating with a volume concentration factor of 1.5 - 8, resulting in a retentate (MFR) and a permeate (MFP); (ii) optionally reverse osmosis (RO) of an MFR originating from step (i), resulting in a retentate (RO2R) and a permeate (RO2P); (iv) ultrafiltration (UF) of an MFP originating from step (i) over a membrane having a molecular weight cut-off of at most 25 kDa and operating with a volume concentration factor of 1.5 - 8, resulting in a retentate (UFR) and a permeate (UFP); (iii) combining part of an MFR originating from step (i) or an RO2R originating from (ii) as protein source with at least part of an UFP originating from step (iv), wherein the MFR originating from step (i) and the UFP originating from step (iv) are the surplus streams of the manufacture of an infant formula base product, wherein the nutritional product comprises at most 50 wt% of protein from a different source than the protein comprised in the MFR originating from step (i).
A method for validating an invasive temperature measurement system , comprising: Providing a first temperature data of the invasive temperature measurement system of a medium, the medium surrounded by a vessel wall enclosing the medium ; Providing a second temperature data of a non-invasive temperature measurement system , the non-invasive temperature measurement system thermally contacting an outside surface of the vessel wall enclosing the medium ; Determining a temperature of the medium based on the second temperature data, medium properties and properties of the vessel wall , wherein the determination of the temperature of the medium is model based, and wherein the model includes a heat transfer characteristics of a boundary layer of the medium ; and Comparing the first temperature data with the determined temperature of the medium to validate the invasive temperature measurement system . Providing a first temperature data of the invasive temperature measurement system of a medium, the medium surrounded by a vessel wall enclosing the medium ; Providing a second temperature data of a non-invasive temperature measurement system , the non-invasive temperature measurement system thermally contacting an outside surface of the vessel wall enclosing the medium ; Determining a temperature of the medium based on the second temperature data, medium properties and properties of the vessel wall , wherein the determination of the temperature of the medium is model based, and wherein the model includes a heat transfer characteristics of a boundary layer of the medium ; and Comparing the first temperature data with the determined temperature of the medium to validate the invasive temperature measurement system .
A heat exchanger comprising: a cooling air conduit having at least one baffle ; a hot air conduit having multiple passes through the cooling air conduit and forming multiple intersections with the baffle ; and characterised by multiple perforations extending non-orthogonally through the baffle . a cooling air conduit having at least one baffle ; a hot air conduit having multiple passes through the cooling air conduit and forming multiple intersections with the baffle ; and characterised by multiple perforations extending non-orthogonally through the baffle .
A storage container comprising: a base defining at least one storage compartment ; a top operatively connected to the base , the top being selectively movable between a closed position covering the at least one storage compartment and an opened position providing access to the at least one storage compartment ; and a latching assembly comprising a latching actuator movable between a first position and a second position, wherein when the latching actuator is in the first position and the top is in the closed position the top is latched in the closed position; characterised by : a locking assembly comprising: a lock actuator having an actuated position and a released position, wherein: when the latching actuator is in the second position and the lock actuator is in the actuated position, the top is selectively movable between the closed position and the opened position; and when the latching actuator is in the second position and the lock actuator is in the released position, the top is prevented from movement and is locked in the open position or an intermediate position that is intermediate the closed position and the opened position. a base defining at least one storage compartment ; a top operatively connected to the base , the top being selectively movable between a closed position covering the at least one storage compartment and an opened position providing access to the at least one storage compartment ; and a latching assembly comprising a latching actuator movable between a first position and a second position, wherein when the latching actuator is in the first position and the top is in the closed position the top is latched in the closed position; characterised by : a locking assembly comprising: a lock actuator having an actuated position and a released position, wherein: when the latching actuator is in the second position and the lock actuator is in the actuated position, the top is selectively movable between the closed position and the opened position; and when the latching actuator is in the second position and the lock actuator is in the released position, the top is prevented from movement and is locked in the open position or an intermediate position that is intermediate the closed position and the opened position. when the latching actuator is in the second position and the lock actuator is in the actuated position, the top is selectively movable between the closed position and the opened position; and when the latching actuator is in the second position and the lock actuator is in the released position, the top is prevented from movement and is locked in the open position or an intermediate position that is intermediate the closed position and the opened position.
An oral care composition comprising: a. about 4 wt% arginine, based on the total weight of the composition, the weight of the basic amino acid being calculated as free form, b. zinc oxide and zinc citrate, wherein the weight ratio of the amount of zinc oxide to zinc citrate is 2:1, c. a fluoride source, wherein the fluoride source is sodium fluoride or stannous fluoride from 0.1 wt% - 2 wt%, and d. an abrasive silica. a. about 4 wt% arginine, based on the total weight of the composition, the weight of the basic amino acid being calculated as free form, b. zinc oxide and zinc citrate, wherein the weight ratio of the amount of zinc oxide to zinc citrate is 2:1, c. a fluoride source, wherein the fluoride source is sodium fluoride or stannous fluoride from 0.1 wt% - 2 wt%, and d. an abrasive silica.
A computer system of a first node among a plurality of nodes included in a distributed communication system, the computer system comprising: a private data store that stores private data received by the first node from a second node of the plurality of nodes over a private communication channel between the first node and the second node , wherein the private data in the private data store is not accessible to an unauthorized participant; and a copy of a global synchronization log that stores public data, wherein the private data store is separate from the copy of the global synchronization log , and wherein the public data is received by the first node over a public communication channel used to synchronize separate copies of the global synchronization log among the plurality of nodes , wherein the public data received by the first node is based on the private data received by the first node from the second node , wherein the first node is configured to: verify the public data received over the public communication channel with the private data received over the private communication channel . a private data store that stores private data received by the first node from a second node of the plurality of nodes over a private communication channel between the first node and the second node , wherein the private data in the private data store is not accessible to an unauthorized participant; and a copy of a global synchronization log that stores public data, wherein the private data store is separate from the copy of the global synchronization log , and wherein the public data is received by the first node over a public communication channel used to synchronize separate copies of the global synchronization log among the plurality of nodes , wherein the public data received by the first node is based on the private data received by the first node from the second node , wherein the first node is configured to: verify the public data received over the public communication channel with the private data received over the private communication channel .
Modernization method of an existing passenger transport system which is configured as an escalator or a moving walkway and which has a circulating conveyor belt , characterized by the steps that: ● from the existing supporting framework of the existing passenger transport system , a three-dimensional supporting framework model data set is generated; ● on the basis of the three-dimensional supporting framework model data set of the existing supporting framework , its core space is determined; ● customer-specific configuration data relating to the new components to be installed are determined, wherein only configurations are possible whose conveyor belt can be arranged within the core space ; ● by means of the customer-specific configuration data from component model data sets (134, ..., NN), a digital double data set of a complete passenger transport system including a provisional supporting framework model data set is created; ● contours of the three-dimensional supporting framework model data set of the existing supporting framework protruding or penetrating into the core space are marked as to be removed, and ● the three-dimensional supporting framework model data set of the existing supporting framework is adapted in regard of the provisional supporting framework model data set of the digital double data set by component model data sets of adapter components taking into consideration the interface features of the provisional supporting framework model data set , and the geometric data of the three-dimensional supporting framework model data set of the existing supporting framework while disregarding its marked contours. ● from the existing supporting framework of the existing passenger transport system , a three-dimensional supporting framework model data set is generated; ● on the basis of the three-dimensional supporting framework model data set of the existing supporting framework , its core space is determined; ● customer-specific configuration data relating to the new components to be installed are determined, wherein only configurations are possible whose conveyor belt can be arranged within the core space ; ● by means of the customer-specific configuration data from component model data sets (134, ..., NN), a digital double data set of a complete passenger transport system including a provisional supporting framework model data set is created; ● contours of the three-dimensional supporting framework model data set of the existing supporting framework protruding or penetrating into the core space are marked as to be removed, and ● the three-dimensional supporting framework model data set of the existing supporting framework is adapted in regard of the provisional supporting framework model data set of the digital double data set by component model data sets of adapter components taking into consideration the interface features of the provisional supporting framework model data set , and the geometric data of the three-dimensional supporting framework model data set of the existing supporting framework while disregarding its marked contours.
A cleaning tool set, comprising a mop bucket and a flat mop , the flat mop having a mop rod , a mop head rotatably attached to the mop rod, and a wiper disposed on the mop head; wherein the mop bucket has a squeezing water section and a squeezing device over the squeezing water section; characterized in that a water flow device for transferring wrung water from the squeezing water section is provided, wherein the water flow device is a water pumping device configured to pump the wrung water out of the squeezing water section, or the water flow device is a water flow passage which is so structured as to let the wrung water flow out of the squeezing water section. wherein the mop bucket has a squeezing water section and a squeezing device over the squeezing water section; characterized in that a water flow device for transferring wrung water from the squeezing water section is provided, wherein the water flow device is a water pumping device configured to pump the wrung water out of the squeezing water section, or the water flow device is a water flow passage which is so structured as to let the wrung water flow out of the squeezing water section.
An ice-making container comprising: a base and a freestanding side extending from the base to define a mouth ; at least one divider extending from at least one of the base and the freestanding side so as to divide the container into at least two ice-making compartments; a first zipper member extending from a first interior portion of the mouth ; a second zipper member extending from a second interior portion of the mouth , wherein the mouth is deformable between open and closed configurations and the first and second zipper members are disengagable when the mouth is open and engageable when the mouth is closed, characterized in that the mouth is opposite the base and the base , freestanding side, at least one divider , and zipper members are a unitary whole container made from silicone material without assembled parts. a base and a freestanding side extending from the base to define a mouth ; at least one divider extending from at least one of the base and the freestanding side so as to divide the container into at least two ice-making compartments; a first zipper member extending from a first interior portion of the mouth ; a second zipper member extending from a second interior portion of the mouth , wherein the mouth is deformable between open and closed configurations and the first and second zipper members are disengagable when the mouth is open and engageable when the mouth is closed, characterized in that the mouth is opposite the base and the base , freestanding side, at least one divider , and zipper members are a unitary whole container made from silicone material without assembled parts.