mhurhangee/ep-ind-claims huggingface dataset:
A cargo compartment module for an aircraft, comprising: - at least one floor, - at least one side wall (40a, 40b) that is connected to the floor, - upper installation means for connecting the side wall (40a, 40b) to the main deck, in particular transverse supports of the main deck, - lower installation means for connecting the side wall (40a, 40b) to frames and/or other structural elements of the aircraft, wherein the side wall (40a, 40b) has reinforcements (41, 41') such that the side wall (40a, 40b) is suitable, in an installed state, to form part of the load-bearing structure of the aircraft and/or to support the main deck, characterized in that the floor is connected via a joint (28, 28', 48, 48') to the at least one side wall (40a, 40b). - at least one floor, - at least one side wall (40a, 40b) that is connected to the floor, - upper installation means for connecting the side wall (40a, 40b) to the main deck, in particular transverse supports of the main deck, - lower installation means for connecting the side wall (40a, 40b) to frames and/or other structural elements of the aircraft, the side wall (40a, 40b) has reinforcements (41, 41') such that the side wall (40a, 40b) is suitable, in an installed state, to form part of the load-bearing structure of the aircraft and/or to support the main deck, characterized in that the floor is connected via a joint (28, 28', 48, 48') to the at least one side wall (40a, 40b).
A packaging unit, which comprises: a first section for holding a sample analysis slide; a second section for holding a sample collection device having a tip and an open capillary tube having a fixed volume, wherein the tip supports an end of the capillary tube; a thermoformed well formed in a bottom of the second section adjacent to a splash wall, the thermoformed well being in fluid communication with the tip of the sample collection device; and said splash wall formed between the first section and the second section, characterized in that: an overflow reservoir is formed in the bottom of the second section and in fluidic communication with the thermoformed well, the thermoformed well is configured to hold a predefined amount of fluid such that excess fluid placed into the thermoformed well flows into the overflow reservoir, and placement of the thermoformed well in conjunction with the tip of the sample collection device enables a fixed quantity of fluid, less than the predefined amount of fluid in the thermoformed well, to be drawn into the sample collection device by capillary action via the tip. a first section for holding a sample analysis slide; a second section for holding a sample collection device having a tip and an open capillary tube having a fixed volume, wherein the tip supports an end of the capillary tube; a thermoformed well formed in a bottom of the second section adjacent to a splash wall, the thermoformed well being in fluid communication with the tip of the sample collection device; and said splash wall formed between the first section and the second section, characterized in that: an overflow reservoir is formed in the bottom of the second section and in fluidic communication with the thermoformed well, the thermoformed well is configured to hold a predefined amount of fluid such that excess fluid placed into the thermoformed well flows into the overflow reservoir, and placement of the thermoformed well in conjunction with the tip of the sample collection device enables a fixed quantity of fluid, less than the predefined amount of fluid in the thermoformed well, to be drawn into the sample collection device by capillary action via the tip. an overflow reservoir is formed in the bottom of the second section and in fluidic communication with the thermoformed well, the thermoformed well is configured to hold a predefined amount of fluid such that excess fluid placed into the thermoformed well flows into the overflow reservoir, and placement of the thermoformed well in conjunction with the tip of the sample collection device enables a fixed quantity of fluid, less than the predefined amount of fluid in the thermoformed well, to be drawn into the sample collection device by capillary action via the tip.
A method in a hearing assistance device to provide sound to an ear of a user, the method comprising: using a cable assembly to connect hearing assistance electronics in a first housing adapted to be worn on the ear of the user to an acoustic receiver in a second housing adapted to be worn in an ear canal of the user, characterised by: the cable assembly including a dedicated antenna conductor for wireless communication and conductors configured to electrically connect the hearing assistance electronics to the acoustic receiver, wherein the first housing comprises a microphone, a wireless communication electronics and the hearing assistance electronics; using conductive silicon for electrically connecting the acoustic receiver to the hearing assistance electronics; and connecting the dedicated antenna conductor to wireless communication electronics, the wireless communication electronics being in communication with the hearing assistance electronics in the first housing. using a cable assembly to connect hearing assistance electronics in a first housing adapted to be worn on the ear of the user to an acoustic receiver in a second housing adapted to be worn in an ear canal of the user, characterised by: the cable assembly including a dedicated antenna conductor for wireless communication and conductors configured to electrically connect the hearing assistance electronics to the acoustic receiver, wherein the first housing comprises a microphone, a wireless communication electronics and the hearing assistance electronics; using conductive silicon for electrically connecting the acoustic receiver to the hearing assistance electronics; and connecting the dedicated antenna conductor to wireless communication electronics, the wireless communication electronics being in communication with the hearing assistance electronics in the first housing. the cable assembly including a dedicated antenna conductor for wireless communication and conductors configured to electrically connect the hearing assistance electronics to the acoustic receiver, wherein the first housing comprises a microphone, a wireless communication electronics and the hearing assistance electronics; using conductive silicon for electrically connecting the acoustic receiver to the hearing assistance electronics; and connecting the dedicated antenna conductor to wireless communication electronics, the wireless communication electronics being in communication with the hearing assistance electronics in the first housing.
A method executed at a source base station node (410, 900) for forwarding, to a target base station node (430, 900), data packets during handover in a packet-switched wireless communications system, characterized in that the method comprises: determining that handover of at least one radio bearer for a served user terminal to the target base station node (430, 900) is triggered; classifying a plurality of data packets received at the source base station node (410, 900) for transmission to the served user terminal into two or more data flow classifications according to a transmission status for each data packet, and a service requirement for each data packet, wherein the classifying a plurality of data packets comprises evaluating a radio link control, RLC, status to determine the transmission status for each data and inspecting an Internet Protocol header for each packet to determine the corresponding service requirement; and selectively forwarding one or more of the data packets to the target base station node (430, 900) based on the data flow classification for each data packet. determining that handover of at least one radio bearer for a served user terminal to the target base station node (430, 900) is triggered; classifying a plurality of data packets received at the source base station node (410, 900) for transmission to the served user terminal into two or more data flow classifications according to a transmission status for each data packet, and a service requirement for each data packet, wherein the classifying a plurality of data packets comprises evaluating a radio link control, RLC, status to determine the transmission status for each data and inspecting an Internet Protocol header for each packet to determine the corresponding service requirement; and selectively forwarding one or more of the data packets to the target base station node (430, 900) based on the data flow classification for each data packet.
A data processing apparatus that is configured to process three-dimensional data of objects inside an oral cavity, the data processing apparatus comprising: an input unit to which first three-dimensional data and second three-dimensional data indicating the objects acquired at timings different from each other for a same person are input; and a calculation unit that is configured to compare pieces of soft tissue located around at least one tooth between the first three-dimensional data and the second three-dimensional data using a shape of a crown portion of the at least one tooth included in the objects as a reference and output comparison information regarding a comparison result. an input unit to which first three-dimensional data and second three-dimensional data indicating the objects acquired at timings different from each other for a same person are input; and a calculation unit that is configured to compare pieces of soft tissue located around at least one tooth between the first three-dimensional data and the second three-dimensional data using a shape of a crown portion of the at least one tooth included in the objects as a reference and output comparison information regarding a comparison result.
An infrastructure for authenticating an IP telephone of a proprietary IP telephony system by means of an open EAP-TLS authentication system, in order to authorize said IP telephone to access an IP network, comprising: - a proprietary IP telephony system including a call server connected to the IP network, integrating a certification module for generating a authenticating proprietary certificatation for an IP telephone; - an external certification architecture; - an EAP-TLS authentication system including a RADIUS server and a directory server, characterized in that: - the external certification architecture is capable of signing a certification request from the certification module of the call server so as to obtain a certificate for the certification module; - the RADIUS server includes a rule for verifying certificates consisting of verifying the entire certification chain made of the authenticating proprietary certification of said IP telephone generated by the certification module of the call server and the certification of the certification module of the call server by the external certification architecture, and the directory server including a user account for each IP telephone authorized to access the IP network and a match table associating a signature of the authenticating proprietary certificatation of said IP telephone with each username of a user account. - a proprietary IP telephony system including a call server connected to the IP network, integrating a certification module for generating a authenticating proprietary certificatation for an IP telephone; - an external certification architecture; - an EAP-TLS authentication system including a RADIUS server and a directory server, - the external certification architecture is capable of signing a certification request from the certification module of the call server so as to obtain a certificate for the certification module; - the RADIUS server includes a rule for verifying certificates consisting of verifying the entire certification chain made of the authenticating proprietary certification of said IP telephone generated by the certification module of the call server and the certification of the certification module of the call server by the external certification architecture, and the directory server including a user account for each IP telephone authorized to access the IP network and a match table associating a signature of the authenticating proprietary certificatation of said IP telephone with each username of a user account.
A method for preparing a porous fiber-reinforced composite comprising: dispersing a reinforcing fiber and a bicomponent polymer fiber in an acidic aqueous solution to prepare a slurry solution; forming a web from the slurry solution by a wet papermaking process; and heat treating and drying the formed web, wherein the reinforcing fiber is an inorganic fiber or an organic fiber, the bicomponent polymer fiber includes a core part and a sheath part, the core part includes a first thermoplastic resin, and the sheath part includes a second thermoplastic resin, and a melting point of the first thermoplastic resin is higher than that of the second thermoplastic resin, characterised in that the reinforcing fiber and the bicomponent polymer fiber are mixed to have a total content of 0.1 g to 10 g per 1L of the acidic aqueous solution. dispersing a reinforcing fiber and a bicomponent polymer fiber in an acidic aqueous solution to prepare a slurry solution; forming a web from the slurry solution by a wet papermaking process; and heat treating and drying the formed web, wherein the reinforcing fiber is an inorganic fiber or an organic fiber, the bicomponent polymer fiber includes a core part and a sheath part, the core part includes a first thermoplastic resin, and the sheath part includes a second thermoplastic resin, and a melting point of the first thermoplastic resin is higher than that of the second thermoplastic resin, characterised in that the reinforcing fiber and the bicomponent polymer fiber are mixed to have a total content of 0.1 g to 10 g per 1L of the acidic aqueous solution.
A tape comprising a first ribbon comprising a first compound, and. a second ribbon comprising a second compound, the second ribbon carried on the first ribbon and the first and second compounds reactive with one another under ambient conditions of 23°C and atmospheric pressure, wherein the first compound is a crosslinkable resin, and the second compound is a catalyst that promotes the cure of the crosslinkable resin under ambient conditions of 23°C and atmospheric pressure.
A stowage compartment for a passenger cabin of an aircraft, comprising: an aircraft cabin monument including a forwardly facing interior monument wall; an aft most passenger seat in an aft most row of passenger seats; and a housing including a rearwardly facing wall mounted to the forwardly facing interior monument wall and extending under the aft most passenger seat in the aft most row of passenger seats adjacent to the forwardly facing interior monument wall; characterized by: said aircraft cabin monument including a side wall connected to said forwardly facing interior monument wall, and the side wall of the aircraft cabin monument including a protective breathing equipment compartment mounted to the side wall of the aircraft cabin monument; said passenger seat including an arm rest that overlaps and extends beyond said protective breathing equipment compartment; and a seat track disposed under said aircraft cabin monument adjacent to the stowage compartment and under said aft most row of passenger seats, said seat track being configured to mount said aft most row of passenger seats to a floor of the passenger cabin. an aircraft cabin monument including a forwardly facing interior monument wall; an aft most passenger seat in an aft most row of passenger seats; and a housing including a rearwardly facing wall mounted to the forwardly facing interior monument wall and extending under the aft most passenger seat in the aft most row of passenger seats adjacent to the forwardly facing interior monument wall; characterized by: said aircraft cabin monument including a side wall connected to said forwardly facing interior monument wall, and the side wall of the aircraft cabin monument including a protective breathing equipment compartment mounted to the side wall of the aircraft cabin monument; said passenger seat including an arm rest that overlaps and extends beyond said protective breathing equipment compartment; and a seat track disposed under said aircraft cabin monument adjacent to the stowage compartment and under said aft most row of passenger seats, said seat track being configured to mount said aft most row of passenger seats to a floor of the passenger cabin.
A method for monitoring a vane wheel of an aircraft engine, comprising: - acquiring (101 1) at least one time signal, each time signal relating to passage time instants of the blades of the vane wheel in front of a sensor; and - determining (101 2) a current flight phase of the aircraft; - for each flight of the flight series of the aircraft, mapping (102 1) at least one part of each time signal with a predetermined flight phase of a set of predetermined flight phases comprising at least one predetermined flight phase; characterised in that it comprises the step of: - for each blade, for each flight of said flight series of the aircraft, and for each predetermined flight phase, measuring (102 2) a first position of interest (PI1; PI1a; PI1b; PI1c) equal to the average position of the apex of the blade, called a balance position, the average position of the apex of the blade being the temporally averaged position of this point of the blade. - acquiring (101 1) at least one time signal, each time signal relating to passage time instants of the blades of the vane wheel in front of a sensor; and - determining (101 2) a current flight phase of the aircraft; - for each flight of the flight series of the aircraft, mapping (102 1) at least one part of each time signal with a predetermined flight phase of a set of predetermined flight phases comprising at least one predetermined flight phase; characterised in that it comprises the step of: - for each blade, for each flight of said flight series of the aircraft, and for each predetermined flight phase, measuring (102 2) a first position of interest (PI1; PI1a; PI1b; PI1c) equal to the average position of the apex of the blade, called a balance position, the average position of the apex of the blade being the temporally averaged position of this point of the blade. - for each blade, for each flight of said flight series of the aircraft, and for each predetermined flight phase, measuring (102 2) a first position of interest (PI1; PI1a; PI1b; PI1c) equal to the average position of the apex of the blade, called a balance position, the average position of the apex of the blade being the temporally averaged position of this point of the blade.
An article of footwear, comprising: an upper and a sole structure, the upper defining an interior void configured to receive a foot of a user of the article of footwear; a control device, the control device comprising a panel; the upper comprising a first surface and a second surface, wherein the first surface comprises a separate portion of material from the second surface, wherein a compartment is formed between a portion of the first surface and a portion of the second surface; the first surface comprising one or more apertures, the one or more apertures including a first aperture; the panel including one or more buttons, the one or more buttons including a first button; wherein the panel is disposed within the compartment; wherein the first button is aligned with and exposed through the first aperture; wherein the compartment includes a slot configured to receive at least a first edge of the panel, characterized in that the slot extends between the interior void and the compartment so that the panel can be moved into the compartment from the interior void through the slot; and in that the panel further includes a hook portion, wherein the hook portion is configured to help secure the panel within the compartment. an upper and a sole structure, the upper defining an interior void configured to receive a foot of a user of the article of footwear; a control device, the control device comprising a panel; the upper comprising a first surface and a second surface, wherein the first surface comprises a separate portion of material from the second surface, wherein a compartment is formed between a portion of the first surface and a portion of the second surface; the first surface comprising one or more apertures, the one or more apertures including a first aperture; the panel including one or more buttons, the one or more buttons including a first button; wherein the panel is disposed within the compartment; wherein the first button is aligned with and exposed through the first aperture; wherein the compartment includes a slot configured to receive at least a first edge of the panel, characterized in that the slot extends between the interior void and the compartment so that the panel can be moved into the compartment from the interior void through the slot; and in that the panel further includes a hook portion, wherein the hook portion is configured to help secure the panel within the compartment.
A vehicle wheel with a rim or rim of a vehicle wheel, which rim comprises fibre-reinforced plastics material in the form of a plurality of layers (11 a, 11 b, 12a, 12b, 21, 31) of a fibre-reinforced semi-finished plastics product which is formed into the finished component in a pressing device with the supply of heat, wherein the rim comprises as usual a rim well, adjoining both sides of which is a rim shoulder which merges into a rim flange, characterised in that the rim well is formed by a plurality of layers (11 a, 11 b, 12a, 12b) of a base laminate extending up to the rim flange, between which layers further layers (21, 31) are inserted in the region of the rim shoulder and of the rim flange.
Furniture component for recreational vehicles comprising a base structure having an exposed surface and a movable element which moves from a closing position, in which it is at least partially inserted in said base structure, to an opening position, in which it is at least partially pulled out of said base structure, and provided with at least one head portion which, in said closing position, defines at least one portion of said exposed surface; characterized by the fact that said head portion is shaped in such a way as to, in said closing position, adapt to measure to said exposed surface adjacent to said movable element, define in itself a portion of said exposed surface, creating a retractable effect of said movable element, and defines a portion of said exposed surface which outlines a profile continuous with the adjacent exposed surface, conveying aesthetic appeal and continuity of design to the furniture component.
Medical product, which is either entirely or partially implantable, with a negatively charged surface for repulsing bacteria, characterized by a superficially bonded substance with a permanent negative excess charge, which substance is inert against cells of the human body and the bacteria contained therein and does not show any pharmacological or otherwise harmful effect, wherein one or more different phosphonic or sulfonic acids, as substance carrying negative charges, are covalently bonded to the surface via a peptide bond and deprotonated and the resulting negative charge is stabilized by the establishment of a mesomerism.
A method of extracting oil from a premacerated oil-bearing material, the method comprises the steps of: a) subjecting the premacerated oil-bearing material to at least one sonication step, wherein at least one plate transducer emitting a frequency of at least 400 kHz is employed to create a standing wave in the macerated material; b) separating the components to form a first oil phase and a retained material phase; and c) removing the first oil phase. a) subjecting the premacerated oil-bearing material to at least one sonication step, wherein at least one plate transducer emitting a frequency of at least 400 kHz is employed to create a standing wave in the macerated material; b) separating the components to form a first oil phase and a retained material phase; and c) removing the first oil phase.