mhurhangee/ep-ind-claims huggingface dataset:
Packaging for an object, comprising at least one lower part, which is formed from a base plate, along the periphery of which at least one lateral support element running circumferentially at least in sections projects for clamping and delimiting a cavity of the lower part for holding the object, and wherein at least one spring element is formed in the base plate for a cushioned storage of the object; and wherein the entire lower part is made of waste-paper-fibre casting material; characterized in that an upper part is provided which is preferably identical to the lower part with at least one lateral support element circumferential at least in sections for placing on the lower part with at least one lateral support element pointing downwards; that in the upper part, a plurality of the lateral tooth-shaped support elements are arranged alternately with tooth gaps, preferably symmetrically and equidistantly distributed along the periphery of the base plate; and that the upper part is placed on the lower part in such a way that a tooth-shaped support element of the upper part engages into a tooth gap between two adjacent support elements of the lower part. wherein the entire lower part is made of waste-paper-fibre casting material; characterized in that an upper part is provided which is preferably identical to the lower part with at least one lateral support element circumferential at least in sections for placing on the lower part with at least one lateral support element pointing downwards; that in the upper part, a plurality of the lateral tooth-shaped support elements are arranged alternately with tooth gaps, preferably symmetrically and equidistantly distributed along the periphery of the base plate; and that the upper part is placed on the lower part in such a way that a tooth-shaped support element of the upper part engages into a tooth gap between two adjacent support elements of the lower part.
A compressed tablet immediate release formulation for oral delivery of sodium salt of gamma hydroxybutyrate, the compressed tablet immediate release formulation comprising: sodium oxybate in an amount of 96-98% by weight of the immediate release formulation; at least one binder selected from hypromellose, hydroxypropyl cellulose, sodium carboxymethylcellulose, polyvinyl alcohol, povidone, or starch in an amount of 1-2% by weight; and at least one lubricant selected from magnesium stearate, stearic acid, and sodium stearyl fumarate in an amount of 1-2% by weight; wherein the compressed tablet immediate release formulation comprises up to 2,000 mg of sodium oxybate and releases at least 90% of the sodium oxybate contained therein within a period of less than one hour after administration. sodium oxybate in an amount of 96-98% by weight of the immediate release formulation; at least one binder selected from hypromellose, hydroxypropyl cellulose, sodium carboxymethylcellulose, polyvinyl alcohol, povidone, or starch in an amount of 1-2% by weight; and at least one lubricant selected from magnesium stearate, stearic acid, and sodium stearyl fumarate in an amount of 1-2% by weight; wherein the compressed tablet immediate release formulation comprises up to 2,000 mg of sodium oxybate and releases at least 90% of the sodium oxybate contained therein within a period of less than one hour after administration.
A computer-implemented method comprising: receiving a request to fork a child virtual machine 'VM' from a parent VM with memory state sharing therebetween using hot cloning, wherein the child VM will inherit the memory state of the parent VM at the point that the parent VM is suspended; pre-launching a catalog of applications on the parent VM; loading code pages of each of the applications into memory; locking the code pages of each of the applications into the memory, wherein the locked application code pages remain resident in the memory; suspending execution of each of the applications on the parent VM; suspending the parent VM; forking the child VM from the parent VM; receiving, at the child VM, a request for execution of a particular application amongst the suspended applications; creating, by a broker, a network security token for the particular application based on the identity of the user of the child VM; binding, at the child VM, the user-specific network security token to the particular application; and selectively resuming execution of the particular application amongst the suspended applications on the child VM using the corresponding locked code pages and the network security token, wherein the network security token enables the particular application to open network files for the user of the child VM with the proper security context. receiving a request to fork a child virtual machine 'VM' from a parent VM with memory state sharing therebetween using hot cloning, wherein the child VM will inherit the memory state of the parent VM at the point that the parent VM is suspended; pre-launching a catalog of applications on the parent VM; loading code pages of each of the applications into memory; locking the code pages of each of the applications into the memory, wherein the locked application code pages remain resident in the memory; suspending execution of each of the applications on the parent VM; suspending the parent VM; forking the child VM from the parent VM; receiving, at the child VM, a request for execution of a particular application amongst the suspended applications; creating, by a broker, a network security token for the particular application based on the identity of the user of the child VM; binding, at the child VM, the user-specific network security token to the particular application; and selectively resuming execution of the particular application amongst the suspended applications on the child VM using the corresponding locked code pages and the network security token, wherein the network security token enables the particular application to open network files for the user of the child VM with the proper security context.
A perylenetetracarboxylic diimide organic semiconductor material, having the following structural formula: where: n is an integer of 1-100; R 1, R 2 and R 3 are a hydrogen atom, a C 1 -C 20 alkyl group, a C 1 -C 20 alkoxyl group, a phenyl group or alkoxy benzene, respectively; R 4 and R 5 are a C 1 -C 20 alkyl group, respectively; and R 6 and R 7 are a hydrogen atom, a C 1 -C 20 alkyl group, a C 1 -C 20 alkoxyl group or a phenyl group, respectively.
A refrigerator comprising: a main body icluding a storage chamber; a refrigerator door rotatably coupled to the main body, an ice-making device provided to the refrigerator door and configured to make ice; an ice-making unit provided to the ice-making device and including a cool air introduction part, characterised in that it further comprises a freezing core vertically arranged in the ice-making unit and cooled by cool air; and an ice tray configured to receive at least one portion of the freezing core therein, wherein the cool air introduction part is provided on an upper side of the freezing core. a main body icluding a storage chamber; a refrigerator door rotatably coupled to the main body, an ice-making device provided to the refrigerator door and configured to make ice; an ice-making unit provided to the ice-making device and including a cool air introduction part, characterised in that it further comprises a freezing core vertically arranged in the ice-making unit and cooled by cool air; and an ice tray configured to receive at least one portion of the freezing core therein, wherein the cool air introduction part is provided on an upper side of the freezing core.
A multiphase fuel injector comprising: an injector body (112, 312) having a fuel inlet (104, 304) at a first end of the injector body and a fuel outlet at a second end of the injector body opposite the first end; a primary circuit (106, 306) disposed proximate the fuel inlet and extending into a central portion of the injector body, the primary circuit configured to receive a first flow of pressurized fuel from the fuel inlet and discharge the fuel into a spin chamber (123, 323) located in the injector body downstream from the fuel inlet, the primary circuit configured to impart a swirling action to the first flow of pressurized fuel, wherein the primary circuit includes a flow plate (110, 310) attached to a biasing spring (108, 308); a secondary circuit (102, 302) located in the injector body radially outward from the primary circuit, the secondary circuit configured to receive a second flow of pressurized fuel from the fuel inlet and discharge the fuel into the fuel outlet (120, 320), the secondary circuit configured to impart a swirling action to the second flow of pressurized fuel, wherein the flow plate blocks fuel from flowing into the secondary circuit when the biasing spring (108, 308) is fully extended and allows fuel to flow into the secondary circuit when the biasing spring is compressed. an injector body (112, 312) having a fuel inlet (104, 304) at a first end of the injector body and a fuel outlet at a second end of the injector body opposite the first end; a primary circuit (106, 306) disposed proximate the fuel inlet and extending into a central portion of the injector body, the primary circuit configured to receive a first flow of pressurized fuel from the fuel inlet and discharge the fuel into a spin chamber (123, 323) located in the injector body downstream from the fuel inlet, the primary circuit configured to impart a swirling action to the first flow of pressurized fuel, wherein the primary circuit includes a flow plate (110, 310) attached to a biasing spring (108, 308); a secondary circuit (102, 302) located in the injector body radially outward from the primary circuit, the secondary circuit configured to receive a second flow of pressurized fuel from the fuel inlet and discharge the fuel into the fuel outlet (120, 320), the secondary circuit configured to impart a swirling action to the second flow of pressurized fuel, wherein the flow plate blocks fuel from flowing into the secondary circuit when the biasing spring (108, 308) is fully extended and allows fuel to flow into the secondary circuit when the biasing spring is compressed.
An aircraft with a drinking water supply and distribution system (1, 41, 63), the drinking water supply and distribution system (1, 41, 63) comprising: at least one water storage tank, multiple consumer equipment (5, 7, 9), at least one pressurization means, at least one pressure reducer (13, 15, 17), a conduit system connecting the at least one water storage tank to multiple consumer equipment (5, 7, 9) via the at least one pressurization means and adapted to supply water from the at least one water storage tank to the multiple consumer equipment (5, 7, 9), wherein the at least one pressurization means is provided for pressurizing water in the conduit system and generating a peak pressure of water in the conduit system which exceeds a supply water pressure threshold, wherein the conduit system comprises flexible conduits having a maximum internal diameter of less than 8 mm, wherein each of the multiple consumer equipment (5, 7, 9) is associated with one of the at least one pressure reducer (13, 15, 17), wherein the at least one pressure reducer (13, 15, 17) is provided for reducing the pressure of water supplied by the conduit system to an associated consumer equipment (5, 7, 9) such that the pressure does not exceed a consumer water pressure threshold, wherein the supply water pressure threshold exceeds the consumer water pressure threshold. at least one water storage tank, multiple consumer equipment (5, 7, 9), at least one pressurization means, at least one pressure reducer (13, 15, 17), a conduit system connecting the at least one water storage tank to multiple consumer equipment (5, 7, 9) via the at least one pressurization means and adapted to supply water from the at least one water storage tank to the multiple consumer equipment (5, 7, 9), wherein the at least one pressurization means is provided for pressurizing water in the conduit system and generating a peak pressure of water in the conduit system which exceeds a supply water pressure threshold, wherein the conduit system comprises flexible conduits having a maximum internal diameter of less than 8 mm, wherein each of the multiple consumer equipment (5, 7, 9) is associated with one of the at least one pressure reducer (13, 15, 17), wherein the at least one pressure reducer (13, 15, 17) is provided for reducing the pressure of water supplied by the conduit system to an associated consumer equipment (5, 7, 9) such that the pressure does not exceed a consumer water pressure threshold, wherein the supply water pressure threshold exceeds the consumer water pressure threshold.
A hypodermic syringe, comprising: a cylinder in including an internal chamber, at least one stopper adjacent to an open end of the chamber, and at least one tracking member disposed at an end of the cylinder, each of the at least one tracking member having a grooved rail facing the chamber; a needle seat group disposed in a forward end of the cylinder and including a rotating member and a rotation limiting member connected together to form an automatic deflection device wherein the automatic deflection device includes a rotation element in the rotating member, and a non-circular groove in the rotation limiting member, a snapping element is formed and adjacent to the rotation element, at least one L channel is formed on the rotating member for locking or unlocking with the at least one stopper, and a clamping member is formed at a rear portion of the rotating member; and a push rod including a plurality of ridges on a surface wherein one of the ridges is moveably disposed in the grooved rail so that the push rod is capable of moving along a straight line in the cylinder wherein the push rod further includes a forward manipulation portion and a forward non-circular portion mating with the non-circular groove of the rotation limiting member, and a forward snapping portion secured to the snapping element of the rotating member for retraction. a cylinder in including an internal chamber, at least one stopper adjacent to an open end of the chamber, and at least one tracking member disposed at an end of the cylinder, each of the at least one tracking member having a grooved rail facing the chamber; a needle seat group disposed in a forward end of the cylinder and including a rotating member and a rotation limiting member connected together to form an automatic deflection device wherein the automatic deflection device includes a rotation element in the rotating member, and a non-circular groove in the rotation limiting member, a snapping element is formed and adjacent to the rotation element, at least one L channel is formed on the rotating member for locking or unlocking with the at least one stopper, and a clamping member is formed at a rear portion of the rotating member; and a push rod including a plurality of ridges on a surface wherein one of the ridges is moveably disposed in the grooved rail so that the push rod is capable of moving along a straight line in the cylinder wherein the push rod further includes a forward manipulation portion and a forward non-circular portion mating with the non-circular groove of the rotation limiting member, and a forward snapping portion secured to the snapping element of the rotating member for retraction.
Laying nest for poultry, comprising: - a housing having a floor, side walls (3, 4, 5, 6) arranged around the floor and a roof wall arranged over the walls (3, 4, 5, 6), wherein one of the side walls (3, 4, 5, 6) has an access opening; - wherein the floor is tiltable from a horizontal position towards an upright position, the floor having a tilting axis arranged adjacent the side wall with the access opening, such that poultry is expelled through the access opening by tilting the floor, characterized by cleaning means (9, 11) arranged near the roof wall and adjacent to the side wall with the access opening for cleaning the floor in the upright position. - a housing having a floor, side walls (3, 4, 5, 6) arranged around the floor and a roof wall arranged over the walls (3, 4, 5, 6), wherein one of the side walls (3, 4, 5, 6) has an access opening; - wherein the floor is tiltable from a horizontal position towards an upright position, the floor having a tilting axis arranged adjacent the side wall with the access opening, such that poultry is expelled through the access opening by tilting the floor,
A method of determining the respiration rate of a subject, the method comprising: obtaining a signal from a sensor that is worn or carried by the subject; analyzing the signal to determine a plurality of values for a breathing-related feature; forming a histogram from the plurality of values for the breathing-related feature, the histogram comprising a plurality of groups, each group corresponding to one or more possible values of the breathing-related feature, with each group having an associated count that corresponds to the number of occurrences of a value or values for the breathing-related feature corresponding to the group; characterised in that the method further comprises applying a weighting to the count associated with one or more of the groups to form weighted counts; and determining the respiration rate from a mean of the histogram with the weighted counts. obtaining a signal from a sensor that is worn or carried by the subject; analyzing the signal to determine a plurality of values for a breathing-related feature; forming a histogram from the plurality of values for the breathing-related feature, the histogram comprising a plurality of groups, each group corresponding to one or more possible values of the breathing-related feature, with each group having an associated count that corresponds to the number of occurrences of a value or values for the breathing-related feature corresponding to the group; characterised in that the method further comprises applying a weighting to the count associated with one or more of the groups to form weighted counts; and determining the respiration rate from a mean of the histogram with the weighted counts.
Loading-space-cover arrangement for a vehicle, having a loading-space cover (10a-c), wherein the loading-space cover (10a-c) has a holding element which is arranged on the loading-space side and which serves for fastening of a loading floor of the vehicle, wherein the loading-space cover (10a-c) is configured to releasably fasten the loading floor on the loading-space cover (10a-c) by means of the holding element in order to hold the loading floor in an open position, wherein the loading-space cover has a sheet-like structure which is delimited by a contour plate, wherein the holding element is formed by a surface, arranged on the loading-space side, of the contour plate or of the sheet-like structure and/or is designed as a fixing element (18, 18', 18''), characterized in that the contour plate (14, 14') is mounted movably on the loading-space-cover arrangement (10a-c).
Electrical heating device with a fluid-tight casing (2, 22, 24) comprising inlet and outlet openings (25, 27) for the fluid to be heated and at least one heat-generating element being received in a flat tube and arranged in said casing (2, 22, 24), and with heat-emitting elements abutting against opposite sides of said flat tube, wherein said heat-emitting elements abut against said flat tube subject to spring pretension, wherein a layering composed of heat-generating and heat-emitting elements (14, 16) is provided, characterized in that said layering abuts between casing walls which on the inner side define an inlet and outlet passage (6, 8), respectively, extending in the longitudinal direction of said flat tube.
A protective helmet for sporting use, in particular for use while skiing, comprising: - an external cap-like structure of a resiliently flexible material, - an internal cap-like structure which is received in the external cap-like structure and which comprises a plurality of cap portions (5a, 5b) of expanded material which are structurally independent of each other and which are mutually interconnected with limited relative mobility between contiguous portions, the internal cap-like structure delimiting a cavity which is open towards the outer side and which is capable of receiving the head of the user, - at least one device for absorbing energy as a result of forces of impacts on the helmet, which device is interposed between the internal cap-like structure and external cap-like structure, whereby the device comprises at least one flexible member which includes a plate-like portion having a transverse thickness which is defined between a pair of opposing surfaces (13a, 13b) and a plurality of reliefs which project in the same direction from one of the surfaces (13a, 13b), and the reliefs extend with a tapering formation in the direction of the free end thereof, in the direction away from the portion, characterized in that the at least one member is fixedly joined to the external cap-like structure in the region of the respective free ends of the reliefs and the internal cap-like structure in the region of the surface of the opposite portion to the portion which has the reliefs. - an external cap-like structure of a resiliently flexible material, - an internal cap-like structure which is received in the external cap-like structure and which comprises a plurality of cap portions (5a, 5b) of expanded material which are structurally independent of each other and which are mutually interconnected with limited relative mobility between contiguous portions, the internal cap-like structure delimiting a cavity which is open towards the outer side and which is capable of receiving the head of the user, - at least one device for absorbing energy as a result of forces of impacts on the helmet, which device is interposed between the internal cap-like structure and external cap-like structure, whereby the device comprises at least one flexible member which includes a plate-like portion having a transverse thickness which is defined between a pair of opposing surfaces (13a, 13b) and a plurality of reliefs which project in the same direction from one of the surfaces (13a, 13b), and the reliefs extend with a tapering formation in the direction of the free end thereof, in the direction away from the portion, characterized in that the at least one member is fixedly joined to the external cap-like structure in the region of the respective free ends of the reliefs and the internal cap-like structure in the region of the surface of the opposite portion to the portion which has the reliefs.