mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a pillow, comprising the steps of: providing a foam molding system including a top mold defining a plurality of air ports extending through the top mold, and a bottom mold defining a plurality of air ports extending through the bottom mold; applying a vacuum to the plurality of air ports defined by the top mold and to the plurality of air ports defined by the bottom mold; positioning a first gel insert against the plurality of air ports defined by the top mold; positioning a second gel insert against the plurality of air ports defined by the bottom mold; dispensing a foam precursor into the bottom mold atop the second gel insert; and securing the top mold to the bottom mold, such that, upon reaction and expansion of the foam precursor, a molded foam pillow is produced having the first gel insert positioned on a first side of the molded foam pillow and the second gel insert positioned on a second side of the molded foam pillow opposite the first side. providing a foam molding system including a top mold defining a plurality of air ports extending through the top mold, and a bottom mold defining a plurality of air ports extending through the bottom mold; a top mold defining a plurality of air ports extending through the top mold, and a bottom mold defining a plurality of air ports extending through the bottom mold; applying a vacuum to the plurality of air ports defined by the top mold and to the plurality of air ports defined by the bottom mold; positioning a first gel insert against the plurality of air ports defined by the top mold; positioning a second gel insert against the plurality of air ports defined by the bottom mold; dispensing a foam precursor into the bottom mold atop the second gel insert; and securing the top mold to the bottom mold, such that, upon reaction and expansion of the foam precursor, a molded foam pillow is produced having the first gel insert positioned on a first side of the molded foam pillow and the second gel insert positioned on a second side of the molded foam pillow opposite the first side.
Device for separating wet paint overspray from a crude gas stream containing overspray particles in a coating installation, comprising at least one filter device for separating wet paint overspray from the crude gas stream containing overspray particles, which comprises at least one filter element for separating the overspray from the crude gas stream and at least one auxiliary material reservoir for accommodating an auxiliary filter material which is accommodated in the auxiliary material reservoir and which is added into the crude gas stream, wherein the auxiliary filter material is particulate, and a flow chamber, through which the crude gas stream flows from an application region of a painting installation to an inlet opening of the at least one filter device, wherein the filter device comprises a pulse-producing unit for producing compressed air pulses for cleaning wet paint overspray and auxiliary filter material from the filter element, wherein the pulse-producing unit is arranged on a base body of the filter element and is capable of delivering compressed air pulses to compressed air tubes which run within the base body and lead from the pulse-producing unit into the inner space of the filter element, characterized in that the auxiliary filter material comprises a zeolite, in that the filter device comprises a means for aspirating material, which contains auxiliary filter material together with overspray particles, from the auxiliary material reservoir, for processing said material and for at least partially reusing said material in the coating installation, and in that the filter device comprises a control device for blocking the compressed air feed from a compressor to the compressed air consumers of the filter device by closing a blocking valve if the crude gas flow through the filter element is below a given threshold value.
Temperature adjustment station for the contact heating of a blank, in particular for the at least partial austenitisation of a blank, having an upper die and a lower die, with at least one contact plate (4, 4a, 4b), wherein the contact pressure (p) exerted on the blank, the temperature of which is to be adjusted, can be regulated or can be controlled when the temperature adjustment station is closed, characterised in that a contact plate (4, 4a, 4b) is coupled to the upper die via at least one movable bearing and/or that a contact plate (4, 4a, 4b) is coupled to the lower die via at least one movable bearing and that the change in the contact pressure as a result of the regulation or control is performed by the main drive of the temperature adjustment station and/or that actuators are provided for this.
A rule processing method performed by a user plane function, UPF, the method comprising: a.) receiving predefined rule index information from a session management function, SMF, the predefined rule index information being a predefined rule identifier (step 302); b.) activating a first predefined rule corresponding to the predefined rule index information among a plurality of predefined rules stored on the UPF (step 303); c.) receiving a first data packet from a data network, DN, the first data packet being intended for a terminal served by a random access network, RAN (step 306); d.) only after the reception of the first data packet, performing rule matching on the first data packet to obtain a second predefined rule, the second predefined rule being one predefined rule among the plurality of predefined rules stored on the UPF (step 307); e.) sending a first message to the SMF if no quality of service, QoS, flow meets the second predefined rule, wherein the first message comprises information about the second predefined rule (step 308); and f.) after sending the first message to the SMF, receiving rule update information from the SMF, wherein the rule update information comprises an identifier of a first QoS flow, and the first QoS flow meets the second predefined rule (step 310); g.) instructing, by using the SMF and a mobility management function, AMF, the terminal and the RAN to modify its QoS flow according to the first QoS flow (step 312); h.) sending the first data packet based on the first QoS flow to the RAN (step 313). a.) receiving predefined rule index information from a session management function, SMF, the predefined rule index information being a predefined rule identifier (step 302); b.) activating a first predefined rule corresponding to the predefined rule index information among a plurality of predefined rules stored on the UPF (step 303); c.) receiving a first data packet from a data network, DN, the first data packet being intended for a terminal served by a random access network, RAN (step 306); d.) only after the reception of the first data packet, performing rule matching on the first data packet to obtain a second predefined rule, the second predefined rule being one predefined rule among the plurality of predefined rules stored on the UPF (step 307); e.) sending a first message to the SMF if no quality of service, QoS, flow meets the second predefined rule, wherein the first message comprises information about the second predefined rule (step 308); and f.) after sending the first message to the SMF, receiving rule update information from the SMF, wherein the rule update information comprises an identifier of a first QoS flow, and the first QoS flow meets the second predefined rule (step 310); g.) instructing, by using the SMF and a mobility management function, AMF, the terminal and the RAN to modify its QoS flow according to the first QoS flow (step 312); h.) sending the first data packet based on the first QoS flow to the RAN (step 313).
A method for communication in Coordinated Multi-Point transmissions, comprising applying a resource element for coordinated transmissions in a cooperation area, between a network element and a terminal, wherein the cooperation area is formed by a plurality of cells and the coordinated transmissions on the resource element are restricted only to those cells which do not transmit a specific element on the resource element; detecting information indicating that another cell in the cooperation area transmits the specific element on the resource element; and cancelling interference caused by the transmission of the specific element on the resource element, from the another cell using the information.
Fan casing for a jet engine which has a burst protection arrangement made up of layers at least in the area of the fan blades, where the fan casing is made of a fiber-composite material which itself forms at least one layer provided with at least one inorganic, non-metallic protective layer, where the at least one protective layer is made of at least one mineral material, characterized in that the at least one protective layer is formed by at least one stone foil.
Mobile application or application integrated into an electric vehicle, designed to manage a retractable post of a device for recharging the batteries of electric vehicles by induction, the retractable post being located in a roadway and integrating the transmitter part including the coil(s) and the control electronics allowing to bring this transmitter up to the receiver integrated under the floor of the vehicle, allowing to transmit electrical energy to the vehicle batteries via an electronic box and the power supply cable, the retractable post also including a mechanical device allowing the raising and the lowering of the latter, and a power supply cable delivering the energy from the electrical network, the application being designed to: - control the position of the vehicle relative to the retractable post in the rest position, - indicate the quality of the coupling, the level of charge and the charging time, - manage the control of the displacement in height of the retractable post in relation to the vehicle until the contact with the receiving part, and - prohibit the starting of the vehicle if the retractable post has not returned to its starting point, i.e. to zero level with respect to the ground. - control the position of the vehicle relative to the retractable post in the rest position, - indicate the quality of the coupling, the level of charge and the charging time, - manage the control of the displacement in height of the retractable post in relation to the vehicle until the contact with the receiving part, and - prohibit the starting of the vehicle if the retractable post has not returned to its starting point, i.e. to zero level with respect to the ground.
A retail case comprising: a base member having a bottom wall and at least two base walls extending from said bottom wall and having a first surface defining an outer surface of said base member and a second surface that cooperates with said bottom wall to define an inner surface of said base member; and an upper member selectively attached to said base member and having a top wall and at least two upper walls extending from said top wall and including a first surface defining an outer surface of said upper member and a second surface that cooperates with said top wall to define an inner surface of said upper member, said upper walls being attached at said first surface to said second surface of respective ones of said base walls by two distinct attachment portions (244, 284) of said upper walls that are each selectively removable from said upper walls to allow each of said attachment portions to remain attached to said base member when said upper member is removed from said base member; characterized in that each of said attachment portions associates with a flap portion (246, 286) and wherein said flap portions (246, 286) are attached to one another to connect said upper walls to one another within said base member. a base member having a bottom wall and at least two base walls extending from said bottom wall and having a first surface defining an outer surface of said base member and a second surface that cooperates with said bottom wall to define an inner surface of said base member; and an upper member selectively attached to said base member and having a top wall and at least two upper walls extending from said top wall and including a first surface defining an outer surface of said upper member and a second surface that cooperates with said top wall to define an inner surface of said upper member, said upper walls being attached at said first surface to said second surface of respective ones of said base walls by two distinct attachment portions (244, 284) of said upper walls that are each selectively removable from said upper walls to allow each of said attachment portions to remain attached to said base member when said upper member is removed from said base member; characterized in that each of said attachment portions associates with a flap portion (246, 286) and wherein said flap portions (246, 286) are attached to one another to connect said upper walls to one another within said base member.
Multifunctional handle of a mobile blood treatment machine for manually moving the blood treatment machine and for winding or suspending cables and/or tubes, comprising a bracket-like or groove-like cable receiving portion and an ergonomically shaped handle portion that is arranged or formed at least at one end portion of the bracket-like or groove-like cable receiving portion, and characterised in that the cable receiving portion forms a hollow space for receiving a functional component in a particularly protected manner.
An engine lubrication device for a four-cycle engine having two or more cylinders, comprising oil-supply paths connected to a main pressure oil duct for lubrication to a journal bearing, a conrod large-end bearing, a conrod small-end bearing and to a piston sliding portion per cylinder, wherein the oil-supply path includes a bearing oil-supply path and a sliding portion oil-supply path connected in parallel to the main pressure oil duct; the bearing oil-supply path providing a lubricant supply route to a journal shaft disposed on an upstream side and a conrod large-end bearing disposed on a downstream side; the sliding portion oil-supply path providing a lubricant supply route to the conrod small-end bearing and the piston sliding portion; at least the conrod large-end bearing being provided by a needle bearing; the bearing oil-supply path including an oil-feed limiting means for limiting an amount of lubricant supply to the needle bearing serving as the conrod large-end bearing, to an operable level.
A liposomal system, comprising: (a) a first layer comprising sphingomyelin or a derivative thereof having modified or shortened side chains; (b) a second layer comprising sphingomyelin or a derivative thereof having modified or shortened side chains; wherein the first and second layers form a bilayer liposome defining a hydrophilic interior compartment and a hydrophobic bilayer compartment; (c) at least one therapeutic agent in the hydrophilic interior compartment or the hydrophobic bilayer compartment; and (d) at least one imaging agent in the hydrophilic interior compartment or the hydrophobic bilayer compartment, wherein the imaging agent is: (i) quenched Cy 5,5, (ii) a DNA segment comprising a DNA Beacon containing a hairpin loop with a CY7-Dabcyl quenching pair or other fluorophor quencher pair, or (iii) gadolinium and deuterium (D 2 O). (a) a first layer comprising sphingomyelin or a derivative thereof having modified or shortened side chains; (b) a second layer comprising sphingomyelin or a derivative thereof having modified or shortened side chains; (c) at least one therapeutic agent in the hydrophilic interior compartment or the hydrophobic bilayer compartment; and (d) at least one imaging agent in the hydrophilic interior compartment or the hydrophobic bilayer compartment, wherein the imaging agent is: (i) quenched Cy 5,5, (ii) a DNA segment comprising a DNA Beacon containing a hairpin loop with a CY7-Dabcyl quenching pair or other fluorophor quencher pair, or (iii) gadolinium and deuterium (D 2 O).
Formulation comprising at least one p-type organic semiconductor, at least one n-type organic semiconductor, and at least one first solvent characterized in that the at least one first solvent is selected from the group consisting of tetralin that is substituted by two or more than two alkyl groups.
A compressor assembly, comprising: a pump assembly; a fan; a housing encasing at least a portion of the pump assembly and at least a portion of the fan, characterised in that the housing further comprises a fan sound control chamber having intake ports extending through the outer surface of the housing and that are arranged radially around a fan cover attached to the housing and wherein a line-of-sight view through the intake ports to the fan via the fan sound control chamber is eliminated by a portion of the fan cover or wherein said line-of-sight view is eliminated by a portion of the fan cover and a portion of an air ducting shroud. a pump assembly; a fan; a housing encasing at least a portion of the pump assembly and at least a portion of the fan, characterised in that the housing further comprises a fan sound control chamber having intake ports extending through the outer surface of the housing and that are arranged radially around a fan cover attached to the housing and wherein a line-of-sight view through the intake ports to the fan via the fan sound control chamber is eliminated by a portion of the fan cover or wherein said line-of-sight view is eliminated by a portion of the fan cover and a portion of an air ducting shroud.
Capsule for the preparation of a coffee extract from coffee contained in the capsule and hot water injected under pressure in the capsule by a water injection device, said capsule comprising: a frusto-conical body comprising a rim, a sidewall and an inlet wall, a lower delivery wall sealed to the rim of the body, a predosed amount of coffee in the capsule, wherein the inlet wall has a structure arranged for facilitating penetration of blades (20, 21, 22) belonging to the injection device, in the form of a reduced thickness (t), compared to the thickness of the side wall, at least in a radius equal to the radius of the circular path along which the blades (20, 21, 22) of the injection device extend, wherein the body is a self-standing, integrally moulded piece extending by a flange-like rim and the body is made of polymer material, wherein the reduction of thickness extends from the central axis of the capsule to the junction of the side wall. wherein the inlet wall of reduced thickness comprises reinforcement members extending locally on the inlet wall to ensure an improved rigidity during perforation by the blades (20, 21, 22), wherein the predefined circular line of radius R1 corresponding to the circular line of radius R2 for extension of the blades is substantially free of reinforcement member and, wherein the reinforcement members extend both on the inlet wall and side wall of the body a frusto-conical body comprising a rim, a sidewall and an inlet wall, a lower delivery wall sealed to the rim of the body, a predosed amount of coffee in the capsule, wherein the inlet wall has a structure arranged for facilitating penetration of blades (20, 21, 22) belonging to the injection device, in the form of a reduced thickness (t), compared to the thickness of the side wall, at least in a radius equal to the radius of the circular path along which the blades (20, 21, 22) of the injection device extend, wherein the body is a self-standing, integrally moulded piece extending by a flange-like rim and the body is made of polymer material, wherein the reduction of thickness extends from the central axis of the capsule to the junction of the side wall. wherein the inlet wall of reduced thickness comprises reinforcement members extending locally on the inlet wall to ensure an improved rigidity during perforation by the blades (20, 21, 22), wherein the predefined circular line of radius R1 corresponding to the circular line of radius R2 for extension of the blades is substantially free of reinforcement member and, wherein the reinforcement members extend both on the inlet wall and side wall of the body
A seal segment of a shroud arrangement for bounding a hot gas flow path within a gas turbine engine, the gas turbine having a first air source having a first pressure and temperature and a second air source having a second pressure and temperature when in use, the seal segment comprising: a plate having an inboard hot gas flow path facing side and an outboard side; a bulkhead extending from the outboard side of the plate which defines a fore portion and an aft portion; a first cooling circuit within the plate for cooling a first portion of the plate; a second cooling circuit within the plate for cooling a second portion of the plate; and, one or more chimneys (270a,b) which define one or more inlet passages for one of the first or second cooling circuits, wherein the first cooling circuit is in fluid communication with the fore portion and with the first air source when in use, and the second cooling circuit is in fluid communication with the aft portion and the second air source when in use, the first and second cooling circuits are fluidically isolated from one another characterised in that: the chimneys extend across an isolation chamber which is in fluid communication with the main gas flow path. a plate having an inboard hot gas flow path facing side and an outboard side; a bulkhead extending from the outboard side of the plate which defines a fore portion and an aft portion; a first cooling circuit within the plate for cooling a first portion of the plate; a second cooling circuit within the plate for cooling a second portion of the plate; and, one or more chimneys (270a,b) which define one or more inlet passages for one of the first or second cooling circuits, wherein the first cooling circuit is in fluid communication with the fore portion and with the first air source when in use, and the second cooling circuit is in fluid communication with the aft portion and the second air source when in use, the first and second cooling circuits are fluidically isolated from one another characterised in that: the chimneys extend across an isolation chamber which is in fluid communication with the main gas flow path. the chimneys extend across an isolation chamber which is in fluid communication with the main gas flow path.
A household appliance comprising: - a door adapted to provide access to an internal cavity of the household appliance, - a standby switch adapted to take a first standby position, in which it breaks the current flow on a power supply line in order to place the household appliance into standby mode, and a second position, in which the household appliance is operational, - a sensor adapted to detect when the door is open, - wake-up means (6,8,11) operating when the household appliance is in standby and adapted to bring said standby switch into said second position when said sensor detects that the door is open, characterized in that it comprises a program selector adapted to take a plurality of working positions and operationally connected to said wake-up means, said wake-up means being adapted to bring said standby switch into said second position when the position of said selector is changed. - a door adapted to provide access to an internal cavity of the household appliance, - a standby switch adapted to take a first standby position, in which it breaks the current flow on a power supply line in order to place the household appliance into standby mode, and a second position, in which the household appliance is operational, - a sensor adapted to detect when the door is open, - wake-up means (6,8,11) operating when the household appliance is in standby and adapted to bring said standby switch into said second position when said sensor detects that the door is open, characterized in that it comprises a program selector adapted to take a plurality of working positions and operationally connected to said wake-up means, said wake-up means being adapted to bring said standby switch into said second position when the position of said selector is changed.