mhurhangee/patent-ind-claim-en huggingface dataset:
A horizontal tube bundle evaporator longitudinally extending along a horizontal axis, comprising a shell , a tube bundle housed inside said shell , a shell-side refrigerant fluid, a tube-side refrigerated fluid, a lower zone of said evaporator flooded by the refrigerant fluid in the liquid state and containing a first number of tubes of said tube bundle , a process fluid distributor positioned in an upper zone of said evaporator , a second number of tubes of said tube bundle positioned outside said flooded lower zone , and at least one outlet of refrigerant fluid in the gaseous state from the shell , further comprising inside the shell , a tortuous circuit for the refrigerant fluid which vaporises on contact with said second number of tubes comprising at least one descending portion of said circuit, wherein the descending portion of circuit is delimited by at least one separating primary vertical partition , longitudinally extended along said horizontal axis, said primary vertical partition separating a first upper chamber of said evaporator where the second number of tubes is positioned from a second upper lateral chamber of said evaporator where said outlet from the shell is positioned, characterized in that it comprises a plurality of secondary vertical longitudinal partitions which divide said first upper chamber into a plurality of sectors where said tubes of said second number of tubes are distributed, and wherein said secondary vertical partitions are provided with a plurality of longitudinal deflecting fins of the refrigerant fluid.
A track manufacturing system comprising: flexible tracks ; a base attaching system ; a structure , which structure can be selected from a group comprising an assembly, a sub-assembly, a fuselage section, a wing, a wing box, a horizontal stabilizer, a landing gear system, a hydraulic system, a skin panel, a stringer, a fuselage section, a composite fuselage section, and other suitable structures, and a base system connecting the base attaching system and the flexible tracks to each other in which the base system maintains a desired distance between the flexible tracks and a surface of the structure to which the base attaching system is attached in which the base system enables flexible tracks to bridge structural frames on the surface of the structure , wherein the base system comprises: a variable height base system connecting the base attaching system and the flexible tracks to each other, wherein the variable height base system has heights (116, ) selected to maintain the desired distance between the flexible tracks and the surface of the structure to which the base attaching system is attached. flexible tracks ; a base attaching system ; a structure , which structure can be selected from a group comprising an assembly, a sub-assembly, a fuselage section, a wing, a wing box, a horizontal stabilizer, a landing gear system, a hydraulic system, a skin panel, a stringer, a fuselage section, a composite fuselage section, and other suitable structures, and a base system connecting the base attaching system and the flexible tracks to each other in which the base system maintains a desired distance between the flexible tracks and a surface of the structure to which the base attaching system is attached in which the base system enables flexible tracks to bridge structural frames on the surface of the structure , wherein the base system comprises: a variable height base system connecting the base attaching system and the flexible tracks to each other, wherein the variable height base system has heights (116, ) selected to maintain the desired distance between the flexible tracks and the surface of the structure to which the base attaching system is attached.
A method for removing a dissolved heavy metal ion from an aqueous solution, the method comprising dissolving in the aqueous solution a cysteine-surfactant foaming agent of formula (I): or a salt thereof, wherein R represents a hydrophobic group; and R 1 represents a hydrogen or methyl groups wherein the method further comprises passing a gas through the aqueous solution to form a foam, and separating the foam from the aqueous solution and removing said dissolved heavy metal ion from the aqueous solution. or a salt thereof, wherein R represents a hydrophobic group; and R 1 represents a hydrogen or methyl groups wherein the method further comprises passing a gas through the aqueous solution to form a foam, and separating the foam from the aqueous solution and removing said dissolved heavy metal ion from the aqueous solution.
A stabilization system for integrated catheters, comprising: a platform having a skin-adhering side and catheter-securing side , the catheter-securing side of the platform including a contoured recess extending into a body of the platform configured to secure a hub of an integrated catheter having an extension port, a wing assembly, or both; and a dressing configured to cover the platform together with the integrated catheter secured in the platform over a patient's skin. a platform having a skin-adhering side and catheter-securing side , the catheter-securing side of the platform including a contoured recess extending into a body of the platform configured to secure a hub of an integrated catheter having an extension port, a wing assembly, or both; and a dressing configured to cover the platform together with the integrated catheter secured in the platform over a patient's skin.
A method of forming a cushioning element (36; 60) for an article of footwear (10; 100), comprising: arranging a plurality of foam particles, wherein the arranged plurality of foam particles comprises a thermoplastic elastomer material, and wherein the arranged plurality of foam particles has a number average particle size of 0.04 millimeter to 10 millimeter in a longest dimension; depositing a binding material in a binding material target area, wherein the binding material target area comprises at least a portion of the arranged plurality of foam particles, and wherein the depositing coats at least a portion of defining surfaces of the arranged plurality of foam particles with the binding material; and curing deposited binding material coating at least a portion of the defining surfaces of the arranged plurality of foam particles within at least the binding material target area, wherein curing comprises affixing at least a portion of the arranged plurality of foam particles to each other within the target area, characterized in that the arranging the plurality of foam particles, the depositing the binding material in the binding material target area and the curing the deposited binging material, are repeated. arranging a plurality of foam particles, wherein the arranged plurality of foam particles comprises a thermoplastic elastomer material, and wherein the arranged plurality of foam particles has a number average particle size of 0.04 millimeter to 10 millimeter in a longest dimension; depositing a binding material in a binding material target area, wherein the binding material target area comprises at least a portion of the arranged plurality of foam particles, and wherein the depositing coats at least a portion of defining surfaces of the arranged plurality of foam particles with the binding material; and curing deposited binding material coating at least a portion of the defining surfaces of the arranged plurality of foam particles within at least the binding material target area, wherein curing comprises affixing at least a portion of the arranged plurality of foam particles to each other within the target area, characterized in that the arranging the plurality of foam particles, the depositing the binding material in the binding material target area and the curing the deposited binging material, are repeated.
Shower head, comprising - a base body , - a jet disk held on a shower jet discharge side of the base body and including at least one jet discharge opening , and - a jet disk holding device for holding the jet disk on a jet disk holding region of the base body, characterized in that - the jet disk holding device comprises a plurality of plug connector pins and associated pin through-passage openings , through which a respective one of the plug connector pins is passed, wherein the respective pin through-passage opening is provided on the jet disk holding region of the base body or on the jet disk , and wherein the plug connector pins and the pin through-passage openings are configured for latched retaining of the plug connector pins in the pin through-passage openings. - a base body , - a jet disk held on a shower jet discharge side of the base body and including at least one jet discharge opening , and - a jet disk holding device for holding the jet disk on a jet disk holding region of the base body, - the jet disk holding device comprises a plurality of plug connector pins and associated pin through-passage openings , through which a respective one of the plug connector pins is passed, wherein the respective pin through-passage opening is provided on the jet disk holding region of the base body or on the jet disk , and wherein the plug connector pins and the pin through-passage openings are configured for latched retaining of the plug connector pins in the pin through-passage openings.
A compound of Formula (I): wherein: each R 1 is independently selected from halogen, C 1-6 alkyl, C 1-6 haloalkyl, -OR 3 , and phenyl substituted with 1 or 2 substituents independently selected from halogen, C 1-6 alkyl, C 1-6 haloalkyl, C 1-6 alkoxy, and C 1-6 haloalkoxy; each R 3 is C 1-6 haloalkyl, phenyl, or -C 1-6 alkyl-phenyl, wherein phenyl or -C 1-6 alkylphenyl are optionally substituted with 1 or 2 substituents independently selected from halogen, C 1-6 haloalkyl, and C 1-6 haloalkoxy; and n is 0, 1, 2, or 3; or a solvate, N-oxide, stereoisomer, or pharmaceutically acceptable salt thereof. each R 1 is independently selected from halogen, C 1-6 alkyl, C 1-6 haloalkyl, -OR 3 , and phenyl substituted with 1 or 2 substituents independently selected from halogen, C 1-6 alkyl, C 1-6 haloalkyl, C 1-6 alkoxy, and C 1-6 haloalkoxy; each R 3 is C 1-6 haloalkyl, phenyl, or -C 1-6 alkyl-phenyl, wherein phenyl or -C 1-6 alkylphenyl are optionally substituted with 1 or 2 substituents independently selected from halogen, C 1-6 haloalkyl, and C 1-6 haloalkoxy; and n is 0, 1, 2, or 3; or a solvate, N-oxide, stereoisomer, or pharmaceutically acceptable salt thereof.
A fracture fixation plate for application to the proximal humerus, wherein a) the fracture fixation plate has an elongate body section which has a free distal end and a proximal end to which there are adjoined, on each side, a right wing having the center line and a left wing having the center line ; b) the body section and the two wings are provided with a number of screw holes for receiving bone-fastening elements , and the fracture fixation plate has a bone contact face and an opposite surface , and c) the two wings have different lengths, characterized in that d) the two wings are curved; and e) the extensions of the two curved center lines form an obtuse angle α the opening of which is directed towards the distal end . a) the fracture fixation plate has an elongate body section which has a free distal end and a proximal end to which there are adjoined, on each side, a right wing having the center line and a left wing having the center line ; b) the body section and the two wings are provided with a number of screw holes for receiving bone-fastening elements , and the fracture fixation plate has a bone contact face and an opposite surface , and c) the two wings have different lengths, characterized in that d) the two wings are curved; and e) the extensions of the two curved center lines form an obtuse angle α the opening of which is directed towards the distal end .
A method, in one or more network nodes of a wireless communication system , for managing bitrates for dedicated radio bearers, DRBs, the method comprising: allocating , by a control plane unit , respective shares of a pre-determined aggregated maximum bit rate, AMBR, to a plurality of DRBs or to a plurality of sets of DRBs or to a combination of DRBs and sets of DRBs, wherein the pre-determined AMBR corresponds to a single wireless device and wherein at least one of the allocated shares represents an AMBR for all traffic, for the single wireless device, that is associated with a specific network slice; and enforcing , by a user plane unit , maximum bit rates on the plurality of DRBs or the plurality of sets of DRBs or the combination of DRBs and sets of DRBs, according to the allocated shares. allocating , by a control plane unit , respective shares of a pre-determined aggregated maximum bit rate, AMBR, to a plurality of DRBs or to a plurality of sets of DRBs or to a combination of DRBs and sets of DRBs, wherein the pre-determined AMBR corresponds to a single wireless device and wherein at least one of the allocated shares represents an AMBR for all traffic, for the single wireless device, that is associated with a specific network slice; and enforcing , by a user plane unit , maximum bit rates on the plurality of DRBs or the plurality of sets of DRBs or the combination of DRBs and sets of DRBs, according to the allocated shares.
A can curing oven structured to cure a coating on a can body sidewall outer surface , said can curing oven comprising: a housing assembly defining a generally enclosed space ; a transfer assembly structured to support and move a number of can bodies ; said transfer assembly including an elongated transfer belt ; said transfer belt being movably coupled to said housing assembly and structured to move through said housing assembly enclosed space ; and a heating assembly including a number of infrared heating units , wherein said number of infrared heating units are structured to generate a total effective amount of received radiant heat; characterised in that : said transfer assembly includes a plurality of support pads , each said support pad being a driven pad and being structured to be coupled to and support a can, each said driven pad being rotatably coupled to said transfer assembly transfer belt , and wherein each said driven pad includes a body having a generally circular drive engagement surface ; wherein said housing assembly includes an elongated drive bar , said drive bar being disposed adjacent said transfer belt and structured to operatively engage said driven pad body drive engagement surface . a housing assembly defining a generally enclosed space ; a transfer assembly structured to support and move a number of can bodies ; said transfer assembly including an elongated transfer belt ; said transfer belt being movably coupled to said housing assembly and structured to move through said housing assembly enclosed space ; and a heating assembly including a number of infrared heating units , wherein said number of infrared heating units are structured to generate a total effective amount of received radiant heat; characterised in that : said transfer assembly includes a plurality of support pads , each said support pad being a driven pad and being structured to be coupled to and support a can, each said driven pad being rotatably coupled to said transfer assembly transfer belt , and wherein each said driven pad includes a body having a generally circular drive engagement surface ; wherein said housing assembly includes an elongated drive bar , said drive bar being disposed adjacent said transfer belt and structured to operatively engage said driven pad body drive engagement surface . said transfer assembly includes a plurality of support pads , each said support pad being a driven pad and being structured to be coupled to and support a can, each said driven pad being rotatably coupled to said transfer assembly transfer belt , and wherein each said driven pad includes a body having a generally circular drive engagement surface ; wherein said housing assembly includes an elongated drive bar , said drive bar being disposed adjacent said transfer belt and structured to operatively engage said driven pad body drive engagement surface .
A pressure simulator configured for testing an electronic engine controller , comprising a supply inlet , a venturi coupled to the supply inlet by a supply conduit , the venturi including a vacuum output , a first simulator output coupled to the vacuum output by a vacuum conduit , the first simulator configured to provide a first pressure input to the electronic engine controller, wherein the venturi is configured to receive a flow of compressed gas from the supply inlet and to provide a vacuum to the first simulator output via the vacuum conduit , a first switch positioned downstream of the supply inlet and upstream of the venturi , the first switch configured to selectively connect the supply inlet to one of the venturi and the first simulator output , a first high pressure conduit connecting the supply inlet to the first simulator output , a first pressure regulator positioned downstream of the supply inlet and upstream of the venturi , a second high pressure conduit connecting the supply inlet to the first simulator output , a second pressure regulator positioned within the second high pressure conduit and downstream of the first pressure regulator , and a second switch positioned downstream of the second pressure regulator and configured to selectively connect one of the vacuum conduit and the second high pressure conduit to the first simulator output via an output of the second switch . a supply inlet , a venturi coupled to the supply inlet by a supply conduit , the venturi including a vacuum output , a first simulator output coupled to the vacuum output by a vacuum conduit , the first simulator configured to provide a first pressure input to the electronic engine controller, wherein the venturi is configured to receive a flow of compressed gas from the supply inlet and to provide a vacuum to the first simulator output via the vacuum conduit , a first switch positioned downstream of the supply inlet and upstream of the venturi , the first switch configured to selectively connect the supply inlet to one of the venturi and the first simulator output , a first high pressure conduit connecting the supply inlet to the first simulator output , a first pressure regulator positioned downstream of the supply inlet and upstream of the venturi , a second high pressure conduit connecting the supply inlet to the first simulator output , a second pressure regulator positioned within the second high pressure conduit and downstream of the first pressure regulator , and a second switch positioned downstream of the second pressure regulator and configured to selectively connect one of the vacuum conduit and the second high pressure conduit to the first simulator output via an output of the second switch .
A washing machine comprising: - a housing , - a washing tub arranged inside the housing and having a front opening which can be closed by means of a porthole door frontally hinged to the housing , - a basket arranged inside the washing tub and rotatable about a horizontal or inclined axis, wherein the basket defines a loading opening at the front opening of the washing tub , for loading and unloading the laundry to be washed, - a water loading system connectable to the water mains and in communication with the washing tub to load water in the washing tub , - a dispensing system for dispensing laundry treatment agents, said dispensing system comprising a plurality of tanks for containing said treatment agents, said plurality of tanks being positioned in the porthole door and the individual tanks being dimensioned to contain a sufficient volume of treatment agent for a plurality of washing cycles, wherein - the dispensing system comprises a dedicated dosing pump for each tank , - the tanks are connected to the respective dedicated dosing pumps by means of respective dedicated transfer ducts , characterized in that : - the dedicated dosing pumps are connected to a common outlet duct connected to an ejector placed in a supply duct , - the supply duct is connected to the water loading system by means of a supply solenoid valve (6") and in communication with the interior of the basket or of the tub . - a housing , - a washing tub arranged inside the housing and having a front opening which can be closed by means of a porthole door frontally hinged to the housing , - a basket arranged inside the washing tub and rotatable about a horizontal or inclined axis, wherein the basket defines a loading opening at the front opening of the washing tub , for loading and unloading the laundry to be washed, - a water loading system connectable to the water mains and in communication with the washing tub to load water in the washing tub , - a dispensing system for dispensing laundry treatment agents, said dispensing system comprising a plurality of tanks for containing said treatment agents, said plurality of tanks being positioned in the porthole door and the individual tanks being dimensioned to contain a sufficient volume of treatment agent for a plurality of washing cycles, - the dispensing system comprises a dedicated dosing pump for each tank , - the tanks are connected to the respective dedicated dosing pumps by means of respective dedicated transfer ducts , - the dedicated dosing pumps are connected to a common outlet duct connected to an ejector placed in a supply duct , - the supply duct is connected to the water loading system by means of a supply solenoid valve (6") and in communication with the interior of the basket or of the tub .