mhurhangee/ep-ind-claims huggingface dataset:
An evacuation slide, comprising: a sliding surface; an inflatable rail extending around a perimeter of the sliding surface, the inflatable rail including a head end tube, a toe end tube longitudinally opposite the head end tube, a first longitudinal tube extending between the head end tube and the toe end tube, and a second longitudinal tube extending between the head end tube and the toe end tube; and an inflatable girt coupled to the head end tube, wherein the inflatable girt is fluidly coupled to the head end tube; characterized in that the inflatable girt comprises: a sleeve section defining a plurality of first inflatable chambers; an upper section coupled to the sleeve section and defining a plurality of second inflatable chambers; and a lower section coupled to the sleeve section and the upper section and defining a plurality of third inflatable chambers; and wherein the upper section, the lower section and the sleeve section meet at a junction, wherein the upper section extends from the junction to the sliding surface, wherein the lower section extends from the junction to an underside surface opposite the sliding surface, and wherein the sleeve section extends from the junction away from the head end tube. a sliding surface; an inflatable rail extending around a perimeter of the sliding surface, the inflatable rail including a head end tube, a toe end tube longitudinally opposite the head end tube, a first longitudinal tube extending between the head end tube and the toe end tube, and a second longitudinal tube extending between the head end tube and the toe end tube; and an inflatable girt coupled to the head end tube, wherein the inflatable girt is fluidly coupled to the head end tube; characterized in that the inflatable girt comprises: a sleeve section defining a plurality of first inflatable chambers; an upper section coupled to the sleeve section and defining a plurality of second inflatable chambers; and a lower section coupled to the sleeve section and the upper section and defining a plurality of third inflatable chambers; and wherein the upper section, the lower section and the sleeve section meet at a junction, wherein the upper section extends from the junction to the sliding surface, wherein the lower section extends from the junction to an underside surface opposite the sliding surface, and wherein the sleeve section extends from the junction away from the head end tube. a sleeve section defining a plurality of first inflatable chambers; an upper section coupled to the sleeve section and defining a plurality of second inflatable chambers; and a lower section coupled to the sleeve section and the upper section and defining a plurality of third inflatable chambers; and wherein the upper section, the lower section and the sleeve section meet at a junction, wherein the upper section extends from the junction to the sliding surface, wherein the lower section extends from the junction to an underside surface opposite the sliding surface, and wherein the sleeve section extends from the junction away from the head end tube.
A roof box for a public transport vehicle, the box being adapted to be secured to the roof of the vehicle, the box comprising a framework and a shell secured to the framework, characterised in that the framework being configured to support the casing, the casing delimiting an internal volume of the boot, the casing comprising a set of metal sheets (70A, 70B, 70C) separating the internal volume from the exterior of the box, the box being characterised in that each metal sheet (70A, 70B, 70C) is assembled to the framework and welded to at least one other sheet (70A, 70B, 70C).
A method for wireless communications, comprising: receiving power adjustment parameters for a subset of antennas, wherein a common power adjustment parameter for all the antennas and N T relative power adjustment parameters, one for each of the N T antennas are received; calculating values of transmit power for the subset of antennas using the received power adjustment parameter associated with each of the antennas, wherein the transmit power per antenna is calculated based on both the common power adjustment parameter and the relative power adjustment parameter; and transmitting signals from the subset of antennas using power equal to the calculated value of transmit power. receiving power adjustment parameters for a subset of antennas, wherein a common power adjustment parameter for all the antennas and N T relative power adjustment parameters, one for each of the N T antennas are received; calculating values of transmit power for the subset of antennas using the received power adjustment parameter associated with each of the antennas, wherein the transmit power per antenna is calculated based on both the common power adjustment parameter and the relative power adjustment parameter; and transmitting signals from the subset of antennas using power equal to the calculated value of transmit power.
A sound attenuating air vent for passive ventilation between two areas of a building or between a building and the outside, the air vent comprising: an air path, a discontinuous sound absorbing lining around at least a part of the air path, and sound reflecting material between areas of the discontinuous sound absorbing lining; wherein the discontinuous sound absorbing lining comprises strips of sound absorbing material positioned in the vent so as to be generally perpendicular to the direction of the air flow and sound propagation; characterised in that the sound reflecting material comprises ribs of sound reflecting material provided between some or all of the strips of sound absorbing material, wherein the ribs of sound reflecting material are thinner in width than the strips of sound absorbing material, with the width direction of the strips and the ribs being the direction of the air flow through the air path.
A device for transporting products comprising at least one conveyor, called upstream conveyor, an intermediate conveyor and a conveyor, called downstream conveyor, arranged in line with the intermediate conveyor extending between the upstream and downstream conveyors (2, 4), each conveyor (2; 3; 4) comprising at least one endless band (20; 30; 40), rollers (210, 211, 212; 310, 311, 312, 410, 411, 412) around which the band (20; 30; 40) winds at least partially and at least one motor device (25; 35; 45) driving the movement of said band (20; 30; 40) around said rollers (210, 211, 212; 310, 311, 312; 410, 411, 412), the band (20; 30; 40) of each conveyor (2, 3, 4) delimiting, between two (211, 212; 311, 312; 411, 412) of the rollers of said conveyor (2, 3, 4), at the surface, called active surface, of the band (20; 30; 40) able to carry products, a path (23; 33; 43) for driving the movement of the products along a movement direction of the products with one (231; 331; 431) of the ends (231, 232; 331, 332; 431, 432) of the path (23; 33; 43) defined by one of the rollers forming the input of the path (23; 33; 43) for supplying products to the path (23; 33; 43) and the opposite end (232, 332, 432) of the path (23; 33; 43) defined by another (212; 312; 412) of the rollers forming the outlet for discharging products, the paths (23, 33, 43) of the conveyors (2, 3, 4) extending in the extension of one another, wherein at least the roller defining the outlet end of the path of the upstream conveyor, the roller defining the input end of the path of the downstream conveyor and the rollers (311, 312) respectively defining the input end and the output end of the path of the intermediate conveyor are carried by a common support equipped with a device for driving the support in a back-and-forth movement to allow a movement of the rollers (212, 411, 311, 312) carried by said support in the direction of an approach of the input end of the path of the upstream conveyor during a so-called withdrawal phase of the intermediate conveyor and in the direction of an approach of the output end of the path of the downstream conveyor during a so-called advance phase of the intermediate conveyor, wherein the roller defining the output end of the path of the upstream conveyor and the roller defining the input end of the path of the intermediate conveyor form a first assembly, and wherein the roller defining the output end of the path of the intermediate conveyor and the roller defining the input end of the path of the downstream conveyor form a second assembly, characterized in that each conveyor (2, 3, 4) comprises a system (24; 34; 44) for keeping the band (20; 30; 40) under tension and in that the transport device comprises, integrated onto said support, a system for driving the movement of the first and second assemblies (7, 8) in the direction of an approach or a separation relative to one another to make it possible to vary the length of the path of the intermediate conveyor between the input end and the output end of the path of said intermediate conveyor.
The compound pterostilbene for use in a method for treating or preventing loss of barrier function in a skin burn injury of an individual who is a burn victim, the method comprising administering to the individual an effective amount of the compound pterostilbene.
Loading and transport apparatus for an agricultural header or implement, comprising a primary tool and a secondary tool, the apparatus comprising: a guide frame; a first support device that is movably arranged on the guide frame and has a first rest surface for holding the primary tool; and a second support device that is movably arranged on the guide frame and has a second rest surface for holding the secondary tool; characterized in that the apparatus further comprises: a coupling element that is arranged on the first support device and connects the first support device to the second support device; and a support element that is arranged on the guide frame and contacts the second support device, wherein the coupling element and the support element are constituted and arranged such that a movement of the first support device in a first direction along the guide frame effects lifting of the second rest surface. a guide frame; a first support device that is movably arranged on the guide frame and has a first rest surface for holding the primary tool; and a second support device that is movably arranged on the guide frame and has a second rest surface for holding the secondary tool; characterized in that the apparatus further comprises: a coupling element that is arranged on the first support device and connects the first support device to the second support device; and a support element that is arranged on the guide frame and contacts the second support device, wherein the coupling element and the support element are constituted and arranged such that a movement of the first support device in a first direction along the guide frame effects lifting of the second rest surface.
A pick tool comprising a central axis, an impact tip and a support body, the impact tip joined to the support body at a non-planar interface, the impact tip having a distal free end remote from the non-planar interface, the non-planar interface comprising two co-axial and annular interface surfaces (110, 112) that extend radially outwardly, perpendicular to the central axis, the two interface surfaces (110, 112) being non-concentric and spaced apart axially, the inner interface surface being axially intermediate the outer interface surface and the distal free end, characterised in that a width of an outer interface surface is less than a width of an inner interface surface, the width being extension in a radial direction.
An aerosol generating device comprising: a heater configured to heat an aerosol generating article to generate an aerosol; a battery configured to supply power to the heater; a temperature sensor configured to measure a temperature of the heater; and a controller configured to control power supplied to the heater from the battery to: increase a temperature of the heater to reach a first temperature; obtain an inclination indicating an amount of change in the temperature of the heater with respect to time during a preset time period from a time when the temperature of the heater is expected to reach the first temperature; and determine whether the aerosol generating article is over-humidified based on the obtained inclination. a battery configured to supply power to the heater; a temperature sensor configured to measure a temperature of the heater; and a controller configured to control power supplied to the heater from the battery to: increase a temperature of the heater to reach a first temperature; obtain an inclination indicating an amount of change in the temperature of the heater with respect to time during a preset time period from a time when the temperature of the heater is expected to reach the first temperature; and determine whether the aerosol generating article is over-humidified based on the obtained inclination.
A biosensor apparatus comprising: - a housing (5, 6); - a pair of heat sinks (11, 12) being arranged in said housing (5, 6) and thermally floating relative to the environment inside the housing (5, 6); and - a pair of Peltier elements attached to and in thermal contact with said heat sinks (11, 12), one element on each heat sink (11, 12), there being a gap between them for the accommodation of a generally flat biosensor unit in which reactions can be made to take place, said reactions generating a flow of heat in said heat sinks; wherein - the housing is made of an insulating and heat radiation resistant material; - the heat sinks (11, 12) are made of copper or aluminium; and in that - there is provided a holder comprising two plates (3, 4) accommodating said heat sinks and said Peltier elements; characterized in that it further comprises a pair of heat reflectors (13, 14) being arranged inside the housing (5, 6), thermally floating relative to the heat sinks, and thermally floating relative to the environment inside the holder and housing, and in that the heat reflectors (13, 14) are made from polished aluminium and have a surface of very low emissivity and a high heat reflectivity, and a generally flat and thin disc shaped structure, whereby the need for thermostatting is eliminated. - a housing (5, 6); - a pair of heat sinks (11, 12) being arranged in said housing (5, 6) and thermally floating relative to the environment inside the housing (5, 6); and - a pair of Peltier elements attached to and in thermal contact with said heat sinks (11, 12), one element on each heat sink (11, 12), there being a gap between them for the accommodation of a generally flat biosensor unit in which reactions can be made to take place, said reactions generating a flow of heat in said heat sinks; wherein - the housing is made of an insulating and heat radiation resistant material; - the heat sinks (11, 12) are made of copper or aluminium; and in that - there is provided a holder comprising two plates (3, 4) accommodating said heat sinks and said Peltier elements;
A stepless gear ratio variator for wind generators wherein the transmission of motion between a driving member and a driven member takes place through friction of the respective convex contact surfaces translating simultaneously along respective incident axes of rotation (X and Y); said surfaces being constrained, in use, to remain constantly in contact; characterised in that said contact surfaces are constrained to remain permanently in contact by means of a pair of support brackets, and in that said support brackets are mutually connected in an articulated manner by means of a pair of plates, pivoted to said same support brackets according to axes passing through the centre of said contact surfaces of said driven and driving members (2 and 1).
Projection module intended to project an image onto a screen (46, 96, 121) defining a determined projection plane, said module comprising: - an objective (41, 91, 161) comprising a group of rear lenses (410, GrAr) and a group of front lenses (412, GrAv), that comprise means for transmitting an image beam (47, 97); and - a convex curved mirror (44, 94, 164) in conical form placed between said screen and said objective, characterized in that: - said module comprises at least two deflecting surfaces (42, 43, 92, 93, 162, 163) of said image beam, placed on the trajectory of said image beam between said objective and said curved mirror, - said rear group of lenses (GrAR) comprises a lens having a surface in conical form, - the conical section describing the surface of said lens is of the same type as the form of said convex mirror. - an objective (41, 91, 161) comprising a group of rear lenses (410, GrAr) and a group of front lenses (412, GrAv), that comprise means for transmitting an image beam (47, 97); and - a convex curved mirror (44, 94, 164) in conical form placed between said screen and said objective, characterized in that: - said module comprises at least two deflecting surfaces (42, 43, 92, 93, 162, 163) of said image beam, placed on the trajectory of said image beam between said objective and said curved mirror, - said rear group of lenses (GrAR) comprises a lens having a surface in conical form, - the conical section describing the surface of said lens is of the same type as the form of said convex mirror. - said module comprises at least two deflecting surfaces (42, 43, 92, 93, 162, 163) of said image beam, placed on the trajectory of said image beam between said objective and said curved mirror, - said rear group of lenses (GrAR) comprises a lens having a surface in conical form, - the conical section describing the surface of said lens is of the same type as the form of said convex mirror.
A memory device, comprising: a plurality of memory cells; a controller configured to: operate the memory device in a first mode to perform a read operation of a first number of bytes of data in response to a first configuration of a command-type in a command received from a host over a host interface; and operate the memory device in a second mode to perform a read operation of a second number of bytes of data, the second number greater than the first number in response to a second configuration of the command-type in the command specifying that the command is a pre-fetch command a plurality of memory cells; a controller configured to: operate the memory device in a first mode to perform a read operation of a first number of bytes of data in response to a first configuration of a command-type in a command received from a host over a host interface; and operate the memory device in a second mode to perform a read operation of a second number of bytes of data, the second number greater than the first number in response to a second configuration of the command-type in the command specifying that the command is a pre-fetch command operate the memory device in a first mode to perform a read operation of a first number of bytes of data in response to a first configuration of a command-type in a command received from a host over a host interface; and operate the memory device in a second mode to perform a read operation of a second number of bytes of data, the second number greater than the first number in response to a second configuration of the command-type in the command specifying that the command is a pre-fetch command
A method for restoring a configuration of a network device, wherein the network device comprises a configuration manager and a file system, the method comprising: saving, by the configuration manager, in a non-volatile memory of the file system a version of a configuration of the network device, by storing a corresponding configuration data in an extended markup language XML-formatted file, wherein the XML-formatted file is not device or vendor-specific, and wherein the XML-formatted file comprises XML-formatted tags and values that represent the content of the last saved configuration for the network device; receiving, by the file system, a command from the configuration manager to restore a currently running configuration stored in a volatile memory of the file system; accessing, by the file system, the XML-formatted file stored in the non-volatile memory; accessing, by the file system, a common internal data structure stored in the volatile memory, the common internal data structure comprising the currently running configuration for the network device, wherein the configuration controls the operation of the network device and wherein the common internal data structure is composed of actions and parameters; mapping, by the file system, the XML values from the XML-formatted file into corresponding portions of the common internal data structures in accordance with the XML tags; re-populating, by the file system, the corresponding actions and parameters directly into the common internal data structure by using the XML tags and values based on the mapping. saving, by the configuration manager, in a non-volatile memory of the file system a version of a configuration of the network device, by storing a corresponding configuration data in an extended markup language XML-formatted file, wherein the XML-formatted file is not device or vendor-specific, and wherein the XML-formatted file comprises XML-formatted tags and values that represent the content of the last saved configuration for the network device; receiving, by the file system, a command from the configuration manager to restore a currently running configuration stored in a volatile memory of the file system; accessing, by the file system, the XML-formatted file stored in the non-volatile memory; accessing, by the file system, a common internal data structure stored in the volatile memory, the common internal data structure comprising the currently running configuration for the network device, wherein the configuration controls the operation of the network device and wherein the common internal data structure is composed of actions and parameters; mapping, by the file system, the XML values from the XML-formatted file into corresponding portions of the common internal data structures in accordance with the XML tags; re-populating, by the file system, the corresponding actions and parameters directly into the common internal data structure by using the XML tags and values based on the mapping.
Domestic appliance, for example a tumble dryer, a dishwasher or a washer-dryer, comprising a heat pump device, of which the heat exchanger is arranged in a flow channel that is connected to a compressor by means of refrigerant pipes that are installed through openings arranged in the wall of the flow channel, the flow channel being formed of partial shells and, and the refrigerant pipes being arranged in partial openings (10, 11) provided therefor on a partial shell in the connection region of the shells (8, 9), characterised in that profilings in the form of a support and an arc are integrally formed on the partial openings and and on the partial shells and and extend transversely to the plane of the wall of the flow channel, the support and the arc abutting the refrigerant pipe so as to seal against and surround said pipe when the partial shells and are joined together.