mhurhangee/patent-ind-claim-en huggingface dataset:
A post extraction process for preparing low acyl gellan gum having high solubility the process comprises the following steps: Enzyme treatment of fermentation broth: Into the fermentation broth, a cellulase, a lysozyme and a proteinase are added respectively and the temperatures are kept to conduct the zymolysis Flocculation of fermentation broth: Into the fermentation broth treated by enzymes in Step , an acid/chelating agent/lower alcohol mixture system is added to flocculate, and then a solid-liquid separation is conducted; Deacylation treatment: The flocculate obtained in Step is re-dissolved, and subjected to deacylation treatment via high temperature and base; Clarification treatment of deacylated solution: The deacylated solution obtained in Step is subjected to a filtration treatment, and a clarified low acyl gellan gum solution is obtained; Dehydration treatment of clarified deacylated gellan gum solution: Into the clarified deacylated gellan gum solution obtained in Step , an alkali salt is added to form a gel, and the gel is pressed to dehydrate; Ion exchange and decoloration treatment: The gellan gum obtained in Step is cut into grains, and most of the divalent cations in the gellan gum are removed via ion exchange, and the treated solution is pressed to dehydrate and the dehydrated gellan gum is immersed with lower alcohol under agitation, and subjected to a filtration; Drying and milling: The solid material of gellan gum obtained in Step is dried and milled and granulated. Enzyme treatment of fermentation broth: Into the fermentation broth, a cellulase, a lysozyme and a proteinase are added respectively and the temperatures are kept to conduct the zymolysis Flocculation of fermentation broth: Into the fermentation broth treated by enzymes in Step , an acid/chelating agent/lower alcohol mixture system is added to flocculate, and then a solid-liquid separation is conducted; Deacylation treatment: The flocculate obtained in Step is re-dissolved, and subjected to deacylation treatment via high temperature and base; Clarification treatment of deacylated solution: The deacylated solution obtained in Step is subjected to a filtration treatment, and a clarified low acyl gellan gum solution is obtained; Dehydration treatment of clarified deacylated gellan gum solution: Into the clarified deacylated gellan gum solution obtained in Step , an alkali salt is added to form a gel, and the gel is pressed to dehydrate; Ion exchange and decoloration treatment: The gellan gum obtained in Step is cut into grains, and most of the divalent cations in the gellan gum are removed via ion exchange, and the treated solution is pressed to dehydrate and the dehydrated gellan gum is immersed with lower alcohol under agitation, and subjected to a filtration; Drying and milling: The solid material of gellan gum obtained in Step is dried and milled and granulated.
An appliance (10.1-10.8) for removing deposits in interiors (52.1-52.6) of receptacles or facilities (51.1-51.6) by way of explosion technology, comprising a supply device for providing at least two starting components, a transport conduit (1.2-1.3, 91) which is connected to the supply device and which has a cleaning-side outlet opening and is for transporting explosive mixture to a cleaning location, and a mixing unit for creating an explosive mixture from the at least two starting components which are provided by the supply device is arranged between the supply device and the transport conduit (1.2-1.3, 91), further comprising an ignition device for controlled ignition of the explosive mixture, wherein the transport conduit (1.2-1.3, 91) is designed at least in a section or in sections as a transport hose, which serves as a conduit extension between the mixing unit and the cleaning-side outlet opening, wherein the transport hose (1.2-1.3) is constructed in a multi-layered manner and comprises a first hose which is pressure-resistant with regard to radially acting pressure forces in the transport channel of the transport conduit (1.2-1.3, 91) on igniting the explosive mixture, and an inner-lying second hose which is surrounded by the first hose and is gas-impermeable.
Cushion for domestic animals, comprising an external cover forming an external envelope designed to be in contact with the animal and a filling structure surrounded and covered partially or completely by said cover, - the filling structure comprising cork granules distributed loose and each having an angular or non-smooth or non-round profile allowing the animal to naturally and instantaneously fashion, in the cushion, a temporary imprint adapted to its morphology and its contours so as to settle into the latter, - the external cover being permeable to the air, and characterized in that the filling structure also comprises repellent elements , such as cedar balls or cedar granules, distributed loose with the cork granules and capable of exerting a repellent effect against parasites and in that the cork granules , with their angular or non-smooth or non-round nature, are able to cooperate, by friction or rubbing effect, with said elements, during the movements of the animal on the cushion, said corporation activating or reinforcing the activation of their repellent effect. - the filling structure comprising cork granules distributed loose and each having an angular or non-smooth or non-round profile allowing the animal to naturally and instantaneously fashion, in the cushion, a temporary imprint adapted to its morphology and its contours so as to settle into the latter, - the external cover being permeable to the air, and characterized in that the filling structure also comprises repellent elements , such as cedar balls or cedar granules, distributed loose with the cork granules and capable of exerting a repellent effect against parasites and in that the cork granules , with their angular or non-smooth or non-round nature, are able to cooperate, by friction or rubbing effect, with said elements, during the movements of the animal on the cushion, said corporation activating or reinforcing the activation of their repellent effect.
A process for the production of an aromatic dicarboxylic acid comprising the catalytic oxidation of a hydrocarbon precursor in an organic solvent, comprising the steps of: i) separating a vent gas from an oxidation stage into an organic solvent-rich liquid stream and a water-rich vapour stream in a distillation stage; and ii) separating an aqueous purification mother liquor comprising organic compounds from purified aromatic dicarboxylic acid crystals in a separation stage, characterised in that the process further comprises the steps of: iii) transferring the aqueous purification mother liquor from the separation stage to an extraction stage; iv) extracting said organic compounds from the aqueous purification mother liquor by contacting the aqueous purification mother liquor at a temperature of at least 90 °C with an organic liquid in the extraction stage to form an aqueous phase and an organic phase, wherein the concentration of said organic compounds in the aqueous phase is lower than the concentration of said organic compounds in the aqueous purification mother liquor; v) transferring the aqueous phase to said distillation stage; vi) transferring the organic phase to the oxidation stage; and further comprising heating the organic liquid prior to its contact with the aqueous purification mother liquor. i) separating a vent gas from an oxidation stage into an organic solvent-rich liquid stream and a water-rich vapour stream in a distillation stage; and ii) separating an aqueous purification mother liquor comprising organic compounds from purified aromatic dicarboxylic acid crystals in a separation stage, iii) transferring the aqueous purification mother liquor from the separation stage to an extraction stage; iv) extracting said organic compounds from the aqueous purification mother liquor by contacting the aqueous purification mother liquor at a temperature of at least 90 °C with an organic liquid in the extraction stage to form an aqueous phase and an organic phase, wherein the concentration of said organic compounds in the aqueous phase is lower than the concentration of said organic compounds in the aqueous purification mother liquor; v) transferring the aqueous phase to said distillation stage; vi) transferring the organic phase to the oxidation stage; and
A prosthetic device, wherein the prosthetic device is modular and consists of: a. a humeral stem configured to attach to a bone; and b. a prosthetic augment, comprising a humeral adapter tray portion configured to connect a humeral liner to the humeral stem, characterized in that the prosthetic augment further comprises an augment portion configured to reconstruct a lateral tuberosity shape of a humerus, having a first face adapted for contacting the humeral stem, and a second face adapted for contacting an underside of a muscle, wherein at least a portion of the second face includes a bulbous surface adapted to alter a wrapping angle of the muscle around the lateral tuberosity to a desired degree, and wherein the second face has a radius of curvature selected from one of a constant radius of curvature or a variable radius of curvature. a. a humeral stem configured to attach to a bone; and b. a prosthetic augment, comprising a humeral adapter tray portion configured to connect a humeral liner to the humeral stem,
A system for confirming placement of a biopsy tool in a target comprising: a catheter configured to receive a biopsy tool and to be placed for guiding the biopsy tool to the target; a navigation component configured to track a position of the catheter navigated into a luminal network during a navigation phase; and a processor and one or more storage devices having stored thereon instructions, which when executed by the processor during the navigation phase cause the processor to: receive a first sequence of fluoroscopic images captured by a fluoroscopic imaging device in real-time about a plurality of angles relative to the target; generate a first fluoroscopic three-dimensional reconstruction from the first sequence of fluoroscopic images, wherein said generation includes estimating the pose of the fluoroscopic imaging device while capturing each image using a projection of a structure of markers; and present , on a user interface , virtual fluoroscopic slice images generated from the first fluoroscopic 3D reconstruction in a scrollable format such that the user is able to scroll through the slice images in series, the virtual fluoroscopic images including a first slice image depicting the catheter in relation to the target. a catheter configured to receive a biopsy tool and to be placed for guiding the biopsy tool to the target; a navigation component configured to track a position of the catheter navigated into a luminal network during a navigation phase; and a processor and one or more storage devices having stored thereon instructions, which when executed by the processor during the navigation phase cause the processor to: receive a first sequence of fluoroscopic images captured by a fluoroscopic imaging device in real-time about a plurality of angles relative to the target; generate a first fluoroscopic three-dimensional reconstruction from the first sequence of fluoroscopic images, wherein said generation includes estimating the pose of the fluoroscopic imaging device while capturing each image using a projection of a structure of markers; and present , on a user interface , virtual fluoroscopic slice images generated from the first fluoroscopic 3D reconstruction in a scrollable format such that the user is able to scroll through the slice images in series, the virtual fluoroscopic images including a first slice image depicting the catheter in relation to the target. receive a first sequence of fluoroscopic images captured by a fluoroscopic imaging device in real-time about a plurality of angles relative to the target; generate a first fluoroscopic three-dimensional reconstruction from the first sequence of fluoroscopic images, wherein said generation includes estimating the pose of the fluoroscopic imaging device while capturing each image using a projection of a structure of markers; and present , on a user interface , virtual fluoroscopic slice images generated from the first fluoroscopic 3D reconstruction in a scrollable format such that the user is able to scroll through the slice images in series, the virtual fluoroscopic images including a first slice image depicting the catheter in relation to the target.
A method for performing load balancing on a plurality of host computers executing a plurality of source machines sending data message flows to a group of destination machines associated with a common network address, the method comprising: configuring a plurality of load balancers that execute on the plurality of host computers separately from the source machines to implement a distributed load balancer to distribute the data message flows sent by the plurality of source machines among the destination machines in the group , wherein at least one particular host computer executes at least two load balancers configured to implement the distributed load balancer for at least two source machines executing on the particular host computer ; configuring, for each particular source machine on each particular host computer , a module that resides along a datapath of the particular source machine and that executes on the particular host computer , to direct a data message from the particular source machine to a particular load balancer associated with the particular source machine for the particular load balancer to determine whether the data message is addressed to the common network address and if so to select a destination machine in the group to receive the data message. configuring a plurality of load balancers that execute on the plurality of host computers separately from the source machines to implement a distributed load balancer to distribute the data message flows sent by the plurality of source machines among the destination machines in the group , wherein at least one particular host computer executes at least two load balancers configured to implement the distributed load balancer for at least two source machines executing on the particular host computer ; configuring, for each particular source machine on each particular host computer , a module that resides along a datapath of the particular source machine and that executes on the particular host computer , to direct a data message from the particular source machine to a particular load balancer associated with the particular source machine for the particular load balancer to determine whether the data message is addressed to the common network address and if so to select a destination machine in the group to receive the data message.
A computer-implemented method for identifying private keys that have been compromised, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: identifying , by the computing device, a private key that enables a signatory to digitally sign applications; collecting , by the computing device, information about the private key from at least one public source, wherein collecting the information about the private key comprises collecting information about at least one application that has been digitally signed with the private key; determining , by the computing device, based on the information collected from the public source, that the private key has been compromised and is accessible to unauthorized signatories, wherein determining that the private key has been compromised comprises determining that a package name of the least one application digitally signed with the private key differs by more than a predetermined similarity threshold from an additional package name of at least one additional application digitally signed with the private key; performing a security action in response to determining that the private key has been compromised and is accessible to the unauthorized signatories. identifying , by the computing device, a private key that enables a signatory to digitally sign applications; collecting , by the computing device, information about the private key from at least one public source, wherein collecting the information about the private key comprises collecting information about at least one application that has been digitally signed with the private key; determining , by the computing device, based on the information collected from the public source, that the private key has been compromised and is accessible to unauthorized signatories, wherein determining that the private key has been compromised comprises determining that a package name of the least one application digitally signed with the private key differs by more than a predetermined similarity threshold from an additional package name of at least one additional application digitally signed with the private key; performing a security action in response to determining that the private key has been compromised and is accessible to the unauthorized signatories.
A hybrid cooling nozzle apparatus comprising: - a plurality of hybrid nozzles provided in a segment of a continuous casting machine and configured to spray cooling water in a mist-spraying mode or a water-jet spraying mode onto a metal strip passing through the segment; - at least one speed sensor installed in the segment and configured to detect the speed of the metal strip passing through the segment; - a cooling water supply configured to supply cooling water to the hybrid nozzles; - an air supply configured to supply air to the hybrid nozzles; and - a controller configured to receive the speed of the metal strip detected by the speed sensor, and to select the spraying mode of the hybrid nozzles depending on the received speed of the metal strip, and control a pressure and a flow rate of the cooling water and air, respectively, to be supplied to the hybrid nozzles by controlling the cooling water supply and the air supply, wherein the controller is further adapted to compare the measured speed with a reference speed and to select the water-jet spraying mode if it is determined that the measured speed is higher than the reference speed and the mist-spraying mode is selected if it is determined that the measured speed is lower than the reference speed. - a plurality of hybrid nozzles provided in a segment of a continuous casting machine and configured to spray cooling water in a mist-spraying mode or a water-jet spraying mode onto a metal strip passing through the segment; - at least one speed sensor installed in the segment and configured to detect the speed of the metal strip passing through the segment; - a cooling water supply configured to supply cooling water to the hybrid nozzles; - an air supply configured to supply air to the hybrid nozzles; and - a controller configured to receive the speed of the metal strip detected by the speed sensor, and to select the spraying mode of the hybrid nozzles depending on the received speed of the metal strip, and control a pressure and a flow rate of the cooling water and air, respectively, to be supplied to the hybrid nozzles by controlling the cooling water supply and the air supply, wherein the controller is further adapted to compare the measured speed with a reference speed and to select the water-jet spraying mode if it is determined that the measured speed is higher than the reference speed and the mist-spraying mode is selected if it is determined that the measured speed is lower than the reference speed.
Clamp having an annularly embodied clamp band , which has two tensioning heads connected to one another by a screw connection, wherein the screw connection has a screw , which has a screw head and an external thread with a thread turn profile and a thread axis , and a mating thread element having an internal thread adapted to the external thread , with at least one thread groove which is bordered by thread flanks and into which the screw can be screwed, wherein a reduction in the internal diameter of the clamp band is caused by the two tensioning heads being moved towards each another using the screw connection, for which purpose the screw is led through one of the tensioning heads and screwed into the mating thread element which is arranged in the other of the tensioning heads , wherein the screw is moved deeper into the mating thread element through a rotation of the screw in the mating thread element and the screw head abuts on the other of the tensioning heads , whereby the two tensioning heads are moved towards each another, characterised in that the external thread has a geometrically determined deformation (17, 17', 17") at a predetermined distance (x) from the screw head , which deformation collides with at least one thread flank during the screwing of the screw into the mating thread element .
An Access Node, ANd for allocating a beacon resource pattern to a User Node, UNd , wherein the ANd is configured to: detect the UNd by receiving an uplink beacon signal from the UNd ; allocate a beacon resource pattern from a predetermined set of beacon resource patterns, to the detected UNd ; and signal information about the allocated beacon resource pattern to the UNd ; characterised in that the ANd is further configured to adjust the allocated beacon resource pattern by: determine that beacon utilisation of the UNd is lower than a threshold limit, wherein the beacon utilisation is a ratio between a number of used beacon resources and a number of available resource of the allocated beacon resource pattern; and adjust the allocated beacon resource pattern by allocating a beacon resource pattern with lower beaconing rate, than the currently allocated beacon resource pattern, to the UNd . detect the UNd by receiving an uplink beacon signal from the UNd ; allocate a beacon resource pattern from a predetermined set of beacon resource patterns, to the detected UNd ; and signal information about the allocated beacon resource pattern to the UNd ; characterised in that the ANd is further configured to adjust the allocated beacon resource pattern by: determine that beacon utilisation of the UNd is lower than a threshold limit, wherein the beacon utilisation is a ratio between a number of used beacon resources and a number of available resource of the allocated beacon resource pattern; and adjust the allocated beacon resource pattern by allocating a beacon resource pattern with lower beaconing rate, than the currently allocated beacon resource pattern, to the UNd . determine that beacon utilisation of the UNd is lower than a threshold limit, wherein the beacon utilisation is a ratio between a number of used beacon resources and a number of available resource of the allocated beacon resource pattern; and adjust the allocated beacon resource pattern by allocating a beacon resource pattern with lower beaconing rate, than the currently allocated beacon resource pattern, to the UNd .
Refrigerant (RF) circuit for a vehicle comprising at least one refrigerant (RF) compression device , a refrigerant (RF) ejector comprising at least one primary inlet , one secondary inlet and one outlet , the refrigerant (RF) circuit comprising a first thermal exchanger arranged such that a flow of exterior air (EF) outside a vehicle interior can pass therethrough, a second thermal exchanger arranged such that a flow of interior air (IF) guided into the vehicle interior can pass therethrough, a heat exchanger thermally coupled to an electrical storage device of the vehicle, at least one accumulation device , characterized in that the refrigerant (RF) circuit comprises a first branch supporting the heat exchanger and a second branch connected to the secondary inlet of the ejector and comprising the accumulation device as well as the second thermal exchanger , the first branch and the second branch being arranged parallel to each other.