mhurhangee/ep-ind-claims huggingface dataset:
An insulated transport cabinet for food and the like including a door mounting and sealing structure comprising: a housing comprising: an interior compartment having a peripheral wall; and a first groove extending into the peripheral wall; and a door comprising: a first side surface, a second side surface opposite the first side surface, and a back surface substantially perpendicular to the first side surface and the second side surface; and a hinge adjacent to and integrally formed with the first side surface; the door being pivotally connected to the housing by the hinge, and the door being adapted to pivot between an open position and a closed position, characterized in that: the insulated transport cabinet comprises a sealing structure for isolating the interior compartment from the outside environment, the sealing structure comprises a first rib extending along at least a portion of a perimeter of the door adjacent to the back surface, the rib being shaped and sized to complement the first groove of the housing, and the first rib includes a top rib that engages the first groove of the housing when the door is in the closed position, the top rib extending a length and is tapered along the length so that a cross-sectional height of the top rib at a lengthwise center of the top rib is greater than a cross-sectional height of the top rib at opposing lengthwise ends of the top rib. a housing comprising: an interior compartment having a peripheral wall; and a first groove extending into the peripheral wall; and an interior compartment having a peripheral wall; and a first groove extending into the peripheral wall; and a door comprising: a first side surface, a second side surface opposite the first side surface, and a back surface substantially perpendicular to the first side surface and the second side surface; and a first side surface, a second side surface opposite the first side surface, and a back surface substantially perpendicular to the first side surface and the second side surface; and a hinge adjacent to and integrally formed with the first side surface; the door being pivotally connected to the housing by the hinge, and the door being adapted to pivot between an open position and a closed position, the insulated transport cabinet comprises a sealing structure for isolating the interior compartment from the outside environment, the sealing structure comprises a first rib extending along at least a portion of a perimeter of the door adjacent to the back surface, the rib being shaped and sized to complement the first groove of the housing, and the first rib includes a top rib that engages the first groove of the housing when the door is in the closed position, the top rib extending a length and is tapered along the length so that a cross-sectional height of the top rib at a lengthwise center of the top rib is greater than a cross-sectional height of the top rib at opposing lengthwise ends of the top rib.
A method of obtaining user subscription data pertaining to a subscriber in a telecommunication network, said telecommunication network comprising a first user database and a second user database arranged for storing user subscription data, a Network Function, NF, (7,13) arranged for sending a trigger indicating a request for user subscription data pertaining to said subscriber, wherein said first user database is a unified data repository in the context of the fifth Generation Technical Specifications, said second user database is a user data repository in the context of the fourth Generation Technical Specifications, and wherein said telecommunication network comprises a further Network Function comprising a coexistence function, said method comprising the steps of: - receiving, by said coexistence function, said trigger from said NF (7,13); - determining, by said coexistence function, that said requested user subscription data is not available in said unified data repository by checking, by said coexistence function, said unified data repository for said user subscription data; - obtaining, by said coexistence function, said requested user subscription data from said user data repository, upon said determining that said user subscription data is not available with said unified data repository, wherein said user data repository and said unified data repository are accessible by said coexistence function via separate communication interfaces; - transmitting, by said coexistence function, to said NF (7,13), said obtained user subscription data. - receiving, by said coexistence function, said trigger from said NF (7,13); - determining, by said coexistence function, that said requested user subscription data is not available in said unified data repository by checking, by said coexistence function, said unified data repository for said user subscription data; - obtaining, by said coexistence function, said requested user subscription data from said user data repository, upon said determining that said user subscription data is not available with said unified data repository, wherein said user data repository and said unified data repository are accessible by said coexistence function via separate communication interfaces; - transmitting, by said coexistence function, to said NF (7,13), said obtained user subscription data.
Transdermal therapeutic system comprising an active ingredient-impermeable, occlusive backing layer, a single-layer or multilayer matrix, and a removable protective sheet, characterized in that the matrix or at least one of the matrix layers contains a pharmaceutical active ingredient or multiple pharmaceutical active ingredients in the form of at least one of its/their pharmaceutically acceptable salts and a pharmaceutically acceptable oxide which reacts to form a base upon contact with water, wherein said reaction is initiated only after the application of the TTS to skin owing to uptake of water and wherein the pharmaceutical active ingredient/the pharmaceutical active ingredients and the oxide/the oxides are contained in different matrix layers.
A method of operating a boiler system comprising an oxyfuel boiler in which an oxygen stream (33, 50) and a fuel stream are combusted to generate a stream of flue gas, an oxygen gas source and a liquid oxygen storage unit producing the stream of oxygen for the boiler, and a gas processing unit for cleaning and compressing at least a portion of the stream of flue gas generated in the boiler for producing a stream of pressurized fluid comprising carbon dioxide, the method comprising: operating the boiler system, at least for a period of time, in an evaporation mode, in which a stream of oxygen in liquid form from the liquid oxygen storage unit is evaporated prior to being introduced in the boiler by transferring heat energy to the stream of liquid oxygen from a first stream of carbon dioxide of the gas processing unit, operating the boiler system, at least for a period of time, in a condensing mode, in which a stream of gaseous oxygen from the oxygen gas source is condensed prior to being forwarded to a liquid oxygen storage unit by transferring heat energy from the stream of gaseous oxygen to a second stream of carbon dioxide of the gas processing unit, characterized by switching between the evaporation mode and the condensation mode based on a load value measured on the boiler system during operation, wherein the stream of pressurized fluid comprising carbon dioxide is compressed in a compressor unit for compressing the carbon dioxide to a suitable pressure for a following sequestration, wherein during operation in condensation mode the compression unit works partly on recirculation, a surplus of cold energy is extracted out of a stream coming from the compression unit and is used to liquefy oxygen gas produced in the oxygen gas source. operating the boiler system, at least for a period of time, in an evaporation mode, in which a stream of oxygen in liquid form from the liquid oxygen storage unit is evaporated prior to being introduced in the boiler by transferring heat energy to the stream of liquid oxygen from a first stream of carbon dioxide of the gas processing unit, operating the boiler system, at least for a period of time, in a condensing mode, in which a stream of gaseous oxygen from the oxygen gas source is condensed prior to being forwarded to a liquid oxygen storage unit by transferring heat energy from the stream of gaseous oxygen to a second stream of carbon dioxide of the gas processing unit, characterized by switching between the evaporation mode and the condensation mode based on a load value measured on the boiler system during operation, wherein the stream of pressurized fluid comprising carbon dioxide is compressed in a compressor unit for compressing the carbon dioxide to a suitable pressure for a following sequestration, wherein during operation in condensation mode the compression unit works partly on recirculation, a surplus of cold energy is extracted out of a stream coming from the compression unit and is used to liquefy oxygen gas produced in the oxygen gas source.
Aircraft rear fuselage section comprising an upper fuselage and a lower fuselage shell, wherein the lower fuselage shell is made of a composite material and comprises: at least one lower skin; stringers being T-shaped and co-cured or co-bonded with the lower skin and extending longitudinally in respect to a longitudinal direction of the rear fuselage section, and frame segments extending crosswise relative to the stringers, wherein the lower fuselage shell further comprises composite shear-ties co-cured or co-bonded with the lower skin and extending crosswise relative to the stringers, and wherein the frame segments are fastened to the shear-ties, such as the frame segments are distanced from the lower skin, wherein the upper and lower shells are attached to each other to configure together the rear fuselage section, and wherein the upper fuselage shell has an upper skin and omega-shaped stringers co-cured or co-bonded with the upper skin and extending longitudinally, and frame segments extending crosswise relative to the stringers, the upper shell having two lateral cut-outs for receiving and allowing trimming of an horizontal tail plane, and wherein each one of these cut-outs (11,11') define a U-shaped edge having upper and lower edges and a vertical edge, and wherein the lower shell extends generally from the lower edge of one lateral cut-out, to the lower edge of the other cut-out.
A cufflink comprising at least an end part containing a movable part, a shaft to be inserted into a cuffhole of a sleeve and a wing attached to said shaft, wherein the shaft comprises releasing means cooperating with said moving part to allow displacement of said moving part in a protruding position.
A fixing kit for mounting a plumbing fitting on a deck, said deck having a surface with an opening, the fixing kit including a base part arranged, in use, on an underside of the deck, characterized in that the fixing kit includes at least two elongate coupling members (17a, 17b) connectable to the plumbing fitting so as to extend, in use, through the opening in the deck and at least two fastening members (27a, 27b) connected to the base part, the fastening members (27a, 27b) being axially retained and rotatable relative to the base part, wherein the elongate coupling members (17a, 17b) and fastening members (27a, 27b) have co-operating threaded portions such that, in use, the plumbing fitting is secured to the deck by tightening the fastening members (27a, 27b) to urge the base part against the underside of the deck and the elongate coupling members (17a, 17b) and fastening members (27a, 27b) have co-operating threaded portions (39a, 39b) configured so that fewer turns are required to tighten at least one of the fastening members (27a, 27b).
An assembly for an aircraft propulsion system, comprising: a cowl door movable between a closed position and an open position; the cowl door including a structural panel and a mount; the structural panel including an inner skin, an outer skin and a cellular core (82,84) connected to and arranged between the inner skin and the outer skin; and the mount comprising a base and a coupler, the base connected to and arranged between the inner skin and the outer skin, wherein: the coupler projects out from the base and radially inward from the base away from the inner skin; and the coupler being positioned at an axial end of the cowl door, characterized in that: the coupler comprises an arcuate V-blade; and the cellular core (82,84) comprises a first cellular core, and the structural panel further includes a second cellular core connected to and arranged between the inner skin and the outer skin, and the first cellular core is arranged between and is abutted against the second cellular core and the mount. a cowl door movable between a closed position and an open position; the cowl door including a structural panel and a mount; the structural panel including an inner skin, an outer skin and a cellular core (82,84) connected to and arranged between the inner skin and the outer skin; and the mount comprising a base and a coupler, the base connected to and arranged between the inner skin and the outer skin, the coupler projects out from the base and radially inward from the base away from the inner skin; and the coupler being positioned at an axial end of the cowl door, the coupler comprises an arcuate V-blade; and the cellular core (82,84) comprises a first cellular core, and the structural panel further includes a second cellular core connected to and arranged between the inner skin and the outer skin, and the first cellular core is arranged between and is abutted against the second cellular core and the mount.
A computer-implemented method for controlling an agricultural plough, wherein the method comprises: receiving (S102, S202) boundary-data indicative of a position of the agricultural plough with respect to a boundary between a work area and a headland (5, 6) of a field across which the agricultural plough is being moved; automatically determining a suitable headland turning routine; controlling the execution of (S106, S208) the determined headland turning routine on the basis of the boundary-data received; and characterised by actively controlling the damping of the movement of a plough implement of the agricultural plough with respect to an agricultural vehicle on the basis of the determined headland turning routine. receiving (S102, S202) boundary-data indicative of a position of the agricultural plough with respect to a boundary between a work area and a headland (5, 6) of a field across which the agricultural plough is being moved; automatically determining a suitable headland turning routine; controlling the execution of (S106, S208) the determined headland turning routine on the basis of the boundary-data received; and characterised by actively controlling the damping of the movement of a plough implement of the agricultural plough with respect to an agricultural vehicle on the basis of the determined headland turning routine.
A cross-linked composition comprising the reaction product of: a first siloxane having at least one pendant anhydride group; a second siloxane having at least one pendant anhydride group; and a reactant comprising an organic polyol having at least two hydroxyl groups reactive with the pendant anhydride groups of said first and second siloxanes. a first siloxane having at least one pendant anhydride group; a second siloxane having at least one pendant anhydride group; and a reactant comprising an organic polyol having at least two hydroxyl groups reactive with the pendant anhydride groups of said first and second siloxanes.
A printhead comprising: an address line for communicating a set of addresses; a number of primitives, each primitive including: a plurality of controllable activation devices coupled to the address line, each activation device corresponding to at least one address of the set of addresses, each address corresponding to a primitive function; a buffer to receive a series of data packets, each data packet including address bits representative of one address of the set of addresses and print data, the print data being data for the primitive function corresponding to the address; and address logic to receive the address bits from the buffer, wherein for each data packet the address logic is to encode the address represented by the address bits onto the address line, and wherein the at least one activation device corresponding to the encoded address is to activate the primitive function corresponding to address based on the encoded address being on the address line. an address line for communicating a set of addresses; a number of primitives, each primitive including: a plurality of controllable activation devices coupled to the address line, each activation device corresponding to at least one address of the set of addresses, each address corresponding to a primitive function; a buffer to receive a series of data packets, each data packet including address bits representative of one address of the set of addresses and print data, the print data being data for the primitive function corresponding to the address; and address logic to receive the address bits from the buffer, wherein for each data packet the address logic is to encode the address represented by the address bits onto the address line, and wherein the at least one activation device corresponding to the encoded address is to activate the primitive function corresponding to address based on the encoded address being on the address line.
A method for transmitting and receiving signals for a plurality of linked devices including a first device and a second device, the method comprising: performing, by the first device, pairing with the second device through a proximity radio interface and obtaining identification information of the second device from the second device; receiving, by the first device, a paging message for the second device from a cellular network through a cellular radio interface, wherein the paging is triggered in an event where a data session or call is intended for the second device and the paging message includes an indication whether the second device is registered on the cellular network; determining, by the first device, whether the second device is registered on the cellular network based on the paging message; and transmitting, by the first device, a page response message for the second device to the cellular network through the cellular radio interface in response to determining that the second device is not registered on the cellular network. performing, by the first device, pairing with the second device through a proximity radio interface and obtaining identification information of the second device from the second device; receiving, by the first device, a paging message for the second device from a cellular network through a cellular radio interface, wherein the paging is triggered in an event where a data session or call is intended for the second device and the paging message includes an indication whether the second device is registered on the cellular network; determining, by the first device, whether the second device is registered on the cellular network based on the paging message; and transmitting, by the first device, a page response message for the second device to the cellular network through the cellular radio interface in response to determining that the second device is not registered on the cellular network.
An apparatus for capturing images, comprising: a base constructed and arranged to support an alignable array of cameras; a first camera carried by the base and having an image capture device configured to capture a first field of view of the first camera; and a second camera carried by the base and having an image capture device configured to capture a second field of view of the second camera at least in part adjacent to and extending beyond a range of the field of view for the first camera; and a first image capture adjustment mechanism disposed relative to the base operative to physically adjust orientation of the first camera relative to the second camera to align a first image segment in the first field of view with a second image segment in the second field of view, the apparatus further comprising a third camera adjacent and stereoscopically paired with the first camera and a fourth camera adjacent and stereoscopically paired with the second camera, wherein the image capture adjustment mechanism further enables adjustment to rotate the first camera in order to induce yaw, wherein a turret plate is captured for constrained rotation between an upper plate and a lower plate and wherein a radial arm on the turret plate is constrained within a slot to enable rotational adjustment of the turret plate relative to the upper and lower plates (168, 169). a base constructed and arranged to support an alignable array of cameras; a first camera carried by the base and having an image capture device configured to capture a first field of view of the first camera; and a second camera carried by the base and having an image capture device configured to capture a second field of view of the second camera at least in part adjacent to and extending beyond a range of the field of view for the first camera; and a first image capture adjustment mechanism disposed relative to the base operative to physically adjust orientation of the first camera relative to the second camera to align a first image segment in the first field of view with a second image segment in the second field of view, the apparatus further comprising a third camera adjacent and stereoscopically paired with the first camera and a fourth camera adjacent and stereoscopically paired with the second camera, wherein the image capture adjustment mechanism further enables adjustment to rotate the first camera in order to induce yaw, wherein a turret plate is captured for constrained rotation between an upper plate and a lower plate and wherein a radial arm on the turret plate is constrained within a slot to enable rotational adjustment of the turret plate relative to the upper and lower plates (168, 169).
Insert (20, 20A-20d) for use in a food preparation machine, the insert being adapted for being engaged by a fluid supplying interface of the machine; such interface comprising a liquid injector and a gas injector; both being transversally distant one another along the interface; said insert comprising a fluid interface side and a fluid supply side; the fluid interface side comprising a liquid inlet designed for fitting with the liquid injector, the fluid supply side comprising a liquid outlet transversally distant from the liquid inlet and, a liquid passage providing liquid communication from the liquid inlet to the liquid outlet, wherein the insert comprises a gas injector area between the liquid inlet and the liquid outlet, wherein the insert (20, 20A-20d) comprises a liquid separation structure arranged for closing the liquid communication from the liquid passage to the gas injector area.