mhurhangee/ep-ind-claims huggingface dataset:
A glass construction comprising: a first glass substrate layer; a second glass substrate layer; a polymer dispersed liquid crystal (PDLC) film layer between the first glass substrate layer and the second glass substrate layer, the PDLC film layer comprising a PDLC material layer, a first polymer film layer between the first glass substrate layer and the PDLC material layer, and a second polymer film layer between the second glass substrate layer and the PDLC material layer; a first intermediate film layer between the first glass substrate layer and the PDLC film layer, and a second intermediate film layer between the second glass substrate layer and the PDLC film layer; wherein at least one of the first glass substrate layer, the first intermediate film layer and the first polymer film layer is a darkened layer having a darkness for reducing the transmission of at least one of visible light and other energy, and at least one of the second glass substrate layer, the second intermediate film layer and the second polymer film layer is a darkened layer having a darkness for reducing the transmission of visible light, optionally also other energy, to reduce the visibility of the PDLC material layer. a first glass substrate layer; a second glass substrate layer; a polymer dispersed liquid crystal (PDLC) film layer between the first glass substrate layer and the second glass substrate layer, the PDLC film layer comprising a PDLC material layer, a first polymer film layer between the first glass substrate layer and the PDLC material layer, and a second polymer film layer between the second glass substrate layer and the PDLC material layer; a PDLC material layer, a first polymer film layer between the first glass substrate layer and the PDLC material layer, and a second polymer film layer between the second glass substrate layer and the PDLC material layer; a first intermediate film layer between the first glass substrate layer and the PDLC film layer, and a second intermediate film layer between the second glass substrate layer and the PDLC film layer; wherein at least one of the first glass substrate layer, the first intermediate film layer and the first polymer film layer is a darkened layer having a darkness for reducing the transmission of at least one of visible light and other energy, and at least one of the second glass substrate layer, the second intermediate film layer and the second polymer film layer is a darkened layer having a darkness for reducing the transmission of visible light, optionally also other energy, to reduce the visibility of the PDLC material layer.
A phased array transmitter (200, 700) comprising a plurality of array elements, each array element comprising: a vector modulator; a true time delay block coupled to the vector modulator; a local oscillator phase shifter and RF-converter block coupled to the true time delay block; and an antenna; wherein the vector modulator is configured to apply vector modulation to a baseband signal and provide an intermediate frequency signal to the true time delay block; the true time delay block is configured to apply a true time delay to the intermediate frequency signal and provide a delayed intermediate frequency signal to the local oscillator phase shifter and RF-converter block; and the local oscillator phase shifter and RF-converter block is configured to multiply the delayed intermediate frequency signal by a local oscillator signal and apply a phase shift to the delayed intermediate frequency signal to provide a radio frequency signal to the antenna for onwards transmission. a vector modulator; a true time delay block coupled to the vector modulator; a local oscillator phase shifter and RF-converter block coupled to the true time delay block; and an antenna; the vector modulator is configured to apply vector modulation to a baseband signal and provide an intermediate frequency signal to the true time delay block; the true time delay block is configured to apply a true time delay to the intermediate frequency signal and provide a delayed intermediate frequency signal to the local oscillator phase shifter and RF-converter block; and the local oscillator phase shifter and RF-converter block is configured to multiply the delayed intermediate frequency signal by a local oscillator signal and apply a phase shift to the delayed intermediate frequency signal to provide a radio frequency signal to the antenna for onwards transmission.
Sash for closing an architectural opening having an inner side and an outer side, comprising a frame fixed to a sub-frame comprised, inside, said architectural opening, comprising: - a weight-bearing frame, placed towards the inside, preferably in wood, suitable to support the transparent element; - a cover frame, placed towards the outside, preferably in aluminium, fitted on the weight-bearing frame, suitable to protect the latter on the outer side; - a plurality of locking elements attachable to the weight-bearing frame, wherein a locking element comprises a support portion suitable to be snap-engaged by the cover frame to perform its locking to the weight-bearing frame; wherein said support portion extends in height toward the outside, and the cover frame has a cavity specially shaped to snap-engage the support portion and lock to it; wherein the support portion comprises two locking wings, one in front of the other, which extend in length along the support portion, suitable to snap-engage the walls (400', 400") surrounding the cavity; wherein the locking element is attachable to the weight-bearing frame by means of a respective screw that comprises a head and a shank; the sash is characterized by the fact that the locking element has a, through, locking hole situated between the two locking wings and is attachable to the weight-bearing frame by the screw, so that it is retained by a head of the screw, wherein said locking hole has a specially shaped aperture for the passage of the shank of the screw; and wherein the locking element has a release hole having an aperture specially shaped for the passage of the head of the screw, wherein the release hole is alongside the locking hole. - a weight-bearing frame, placed towards the inside, preferably in wood, suitable to support the transparent element; - a cover frame, placed towards the outside, preferably in aluminium, fitted on the weight-bearing frame, suitable to protect the latter on the outer side; - a plurality of locking elements attachable to the weight-bearing frame, wherein a locking element comprises a support portion suitable to be snap-engaged by the cover frame to perform its locking to the weight-bearing frame;
A skull clamp comprising a first arm (160, 260), a second arm (180, 280), and an opening device (110, 210) for changing the relative position of the first and second arms (160, 180, 260, 280) with respect to one another, wherein the opening device (110, 210) comprises an actuator (112, 212), wherein at least a portion of the actuator (112, 212) is positioned along an upright portion of a select one of the first arm (160, 260) and the second arm (180, 280) of the skull clamp.
An organic light emitting display, comprising: a transistor on a substrate; a lower electrode on the substrate, the lower electrode being electrically connected to the transistor; an organic light emitting layer on the lower electrode; an upper electrode on the organic light emitting layer; a predetermined thickness of the upper electrode is a non-conductive material forming thereby a non-conductive layer; and a buffer layer on the non-conductive layer, the buffer layer being formed of a material capable of modifying a predetermined thickness of the upper electrode to be a non-conductive material, characterized in that the buffer layer is formed of a compound selected from the group consisting of: a monosaccharide, a disaccharide, ethylene glycol, propylene glycol, 1,3-propandiol, 1,3- butanediol, 1,4- butanediol, 1,5-pentanediol, 1,6-hexanediol, neopentyl glycol, diethylene glycol, dipropylene glycol, triethylene glycol, tetraethylene glycol, dibutylene glycol, 2-methyl-1,3-pentanediol, 2,2,4-trimethyl-1,3-pentanediol, and 1,4-cyclohexanedimethaneol. a transistor on a substrate; a lower electrode on the substrate, the lower electrode being electrically connected to the transistor; an organic light emitting layer on the lower electrode; an upper electrode on the organic light emitting layer; a predetermined thickness of the upper electrode is a non-conductive material forming thereby a non-conductive layer; and a buffer layer on the non-conductive layer, the buffer layer being formed of a material capable of modifying a predetermined thickness of the upper electrode to be a non-conductive material, characterized in that the buffer layer is formed of a compound selected from the group consisting of: a monosaccharide, a disaccharide, ethylene glycol, propylene glycol, 1,3-propandiol, 1,3- butanediol, 1,4- butanediol, 1,5-pentanediol, 1,6-hexanediol, neopentyl glycol, diethylene glycol, dipropylene glycol, triethylene glycol, tetraethylene glycol, dibutylene glycol, 2-methyl-1,3-pentanediol, 2,2,4-trimethyl-1,3-pentanediol, and 1,4-cyclohexanedimethaneol.
An exhaust assembly, comprising an exhaust bearing seat, wherein an intake end of the exhaust bearing seat is provided with an intake cavity, an exhaust end of the exhaust bearing seat is provided with an exhaust cavity, the intake cavity and the exhaust cavity are staggered from each other along an axial direction of the exhaust bearing seat, the exhaust bearing seat is provided with a flow channel connecting the intake cavity with the exhaust cavity, and an oil separation structure is provided in the exhaust cavity characterized in that, the flow channel is arc shaped, to make a gas flow passing through the flow channel have a component rotationally flowing around an axis of the exhaust bearing seat.
A method in a router (200, 502) of an IP network, for providing a relevant service level for a first subscriber in a peer-to-peer session with a second subscriber, comprising the following steps: - receiving (2:2, 400) a session setup message sent from the first subscriber, - detecting a required service level of the first subscriber from a service level indicator included in the session setup message, - obtaining (2:3, 404, 406) a service level definition of an operator of the first subscriber, - determining (2:4, 408) communication resources required in the router for data transmission from the second subscriber to the first subscriber according to the detected service level of the first subscriber as interpreted by means of said service level definition, - booking (2:4, 410) said communication resources in the router, and - forwarding (2:7, 414) the session setup message to a next hop node. - receiving (2:2, 400) a session setup message sent from the first subscriber, - detecting a required service level of the first subscriber from a service level indicator included in the session setup message, - obtaining (2:3, 404, 406) a service level definition of an operator of the first subscriber, - determining (2:4, 408) communication resources required in the router for data transmission from the second subscriber to the first subscriber according to the detected service level of the first subscriber as interpreted by means of said service level definition, - booking (2:4, 410) said communication resources in the router, and - forwarding (2:7, 414) the session setup message to a next hop node.
A developing member comprising an electro-conductive substrate and an electro-conductive surface layer in this order, the surface layer comprising a binder resin, alumina particles and a polyester phosphate compound, the polyester phosphate compound having a structure represented by the Formula: where at least one of R1 to R3 is a substituent having a polyester structure, and if one of R1, R2 and R3 is a substituent having a polyester structure, the other two are a hydrogen atom, an alkyl group, an alkenyl group, an aralkyl group, an aryl group or a polyoxyalkylene group, if two of R1, R2 and R3 are substituents having a polyester structure, the other is a hydrogen atom, an alkyl group, an alkenyl group, an aralkyl group, an aryl group or a polyoxyalkylene group. where at least one of R1 to R3 is a substituent having a polyester structure, and if one of R1, R2 and R3 is a substituent having a polyester structure, the other two are a hydrogen atom, an alkyl group, an alkenyl group, an aralkyl group, an aryl group or a polyoxyalkylene group, if two of R1, R2 and R3 are substituents having a polyester structure, the other is a hydrogen atom, an alkyl group, an alkenyl group, an aralkyl group, an aryl group or a polyoxyalkylene group.
An apparatus for detecting when a wall mounted drum type washing machine drops, slips, tilts or detaches from the wall, comprising: a horizontality detecting sensor configured to output a sensor value corresponding to a horizontal inclination of a main body of a washing machine; characterized by a verticality detecting sensor configured to output a sensor value corresponding to a vertical inclination of the main body of the washing machine; and a controller configured to determine whether the main body of the washing machine has dropped, slipped, tilted or detached from the wall by receiving sensor values from the horizontality detecting sensor and the verticality detecting sensor, and block power to the washing machine when the main body of the washing machine dropped, slipped, tilted or detached from the wall. a horizontality detecting sensor configured to output a sensor value corresponding to a horizontal inclination of a main body of a washing machine; characterized by a verticality detecting sensor configured to output a sensor value corresponding to a vertical inclination of the main body of the washing machine; and a controller configured to determine whether the main body of the washing machine has dropped, slipped, tilted or detached from the wall by receiving sensor values from the horizontality detecting sensor and the verticality detecting sensor, and block power to the washing machine when the main body of the washing machine dropped, slipped, tilted or detached from the wall.
A method for associating network functions (310, 410, 412, 413, 710, 810, 812, 813) with a network slice instance (303, 411, 703, 811) of a mobile radio communication network comprising: an Network Slice Management Function (307, 407, 707, 807), NSMF, creating an identifier for the network slice instance (303, 411, 703, 811), NSI, for Operations Administration and Management, OAM, wherein the mobile radio communication network comprises a core network and an OAM system, wherein the OAM system comprises at least the NSMF (307, 407, 707, 807) which has interfaces to network functions (310, 410, 412, 413, 710, 810, 812, 813) in the core network, wherein the network functions (310, 410, 412, 413, 710, 810, 812, 813) provide a communication service to a mobile terminal and wherein the core network further comprises a Network Repository Function (304, 404, 704, 804), NRF, that maintains an association of network functions (310, 410, 412, 413, 710, 810, 812, 813) and network slice instances (303, 411, 703, 811) of the mobile radio communication network; and the NSMF (307, 407, 707, 807) or the NRF (304, 404, 704, 804) notifying one or more network functions (310, 410, 412, 413, 710, 810, 812, 813) about their association with the network slice instance (303, 411, 703, 811); the one or more network functions (310, 410, 412, 413, 710, 810, 812, 813) notifying the NRF (304, 404, 704, 804) about their availability and capabilities (314b, 418b, 714b). an Network Slice Management Function (307, 407, 707, 807), NSMF, creating an identifier for the network slice instance (303, 411, 703, 811), NSI, for Operations Administration and Management, OAM, wherein the mobile radio communication network comprises a core network and an OAM system, wherein the OAM system comprises at least the NSMF (307, 407, 707, 807) which has interfaces to network functions (310, 410, 412, 413, 710, 810, 812, 813) in the core network, wherein the network functions (310, 410, 412, 413, 710, 810, 812, 813) provide a communication service to a mobile terminal and wherein the core network further comprises a Network Repository Function (304, 404, 704, 804), NRF, that maintains an association of network functions (310, 410, 412, 413, 710, 810, 812, 813) and network slice instances (303, 411, 703, 811) of the mobile radio communication network; and the NSMF (307, 407, 707, 807) or the NRF (304, 404, 704, 804) notifying one or more network functions (310, 410, 412, 413, 710, 810, 812, 813) about their association with the network slice instance (303, 411, 703, 811); the one or more network functions (310, 410, 412, 413, 710, 810, 812, 813) notifying the NRF (304, 404, 704, 804) about their availability and capabilities (314b, 418b, 714b).
A base station comprising: a transmit path circuitry configured to transmit an uplink grant to a subscriber station, the uplink grant indicating a first modulation and coding scheme, MCS, value for a first codeword transmission and a second MCS value for a second codeword transmission; and a receive path circuitry configured to receive a multiple-input multiple-output, MIMO, uplink subframe from the subscriber station, the MIMO uplink subframe having a first subset of layers used for the first codeword transmission and a second subset of layers used for the second codeword transmission, wherein acknowledgement/negative acknowledgement, ACK/NACK, information and rank indication, RI, information are mapped onto both the first subset of layers and the second subset of layers, and channel quality information, CQI, is mapped onto either the first subset of layers or the second subset of layers. a transmit path circuitry configured to transmit an uplink grant to a subscriber station, the uplink grant indicating a first modulation and coding scheme, MCS, value for a first codeword transmission and a second MCS value for a second codeword transmission; and a receive path circuitry configured to receive a multiple-input multiple-output, MIMO, uplink subframe from the subscriber station, the MIMO uplink subframe having a first subset of layers used for the first codeword transmission and a second subset of layers used for the second codeword transmission, wherein acknowledgement/negative acknowledgement, ACK/NACK, information and rank indication, RI, information are mapped onto both the first subset of layers and the second subset of layers, and channel quality information, CQI, is mapped onto either the first subset of layers or the second subset of layers.
Storage/infiltration system for a fluid, comprising a storage/infiltration stage and a purification stage, wherein the storage/infiltration stage is configured to receive the fluid for intermediate storage therein and to discharge it for infiltration to a soil surrounding the storage/infiltration system, to a sewer network or to a receiving water, wherein the purification stage comprises at least one sedimentation section and is configured to purify the fluid from foreign substances before the fluid is received from the storage/infiltration stage, in that sedimentable solids are retained by settling in the sedimentation section as sediment on the bottom of the sedimentation section, and wherein the purification stage is spatially integrated into the storage/infiltration stage, wherein the purification stage is configured to fall dry, i.e. does not have to be permanently dammed up and thereby permanently filled with fluid, in that the purification stage is configured to discharge the fluid substantially completely to the storage/infiltration stage so that aerobic conditions are established in the purification stage, and wherein the purification stage has several sections (26, 28, 30), wherein the sections (26, 28, 30) respectively have a maintenance capability.
A connector unit, comprising: a circuit board, comprising feeder wires formed on the circuit board; a hollow waveguide provided on the circuit board, the hollow waveguide having rectangular shape; the hollow waveguide being electromagnetically-coupled with ends of the feeder wires (61A, 61B), the electromagnetic-coupling between the feeder wires (61A, 61B) and the hollow waveguide being a horizontal-electric-field coupling, the horizontal plane being the circuit board plane; an opening pattern is formed at the ends of the feeder wires (61A, 61B), the opening pattern gradually expanding from the ends of the feeder wires (61A, 61B) to the edge of the circuit board and making the electromagnetic waves wider in the horizontal plane; and wherein the hollow waveguide is configured to be detachably coupled with an end of a waveguide cable configured to transmit a high-frequency signal. a circuit board, comprising feeder wires formed on the circuit board; a hollow waveguide provided on the circuit board, the hollow waveguide having rectangular shape; the hollow waveguide being electromagnetically-coupled with ends of the feeder wires (61A, 61B), the electromagnetic-coupling between the feeder wires (61A, 61B) and the hollow waveguide being a horizontal-electric-field coupling, the horizontal plane being the circuit board plane; an opening pattern is formed at the ends of the feeder wires (61A, 61B), the opening pattern gradually expanding from the ends of the feeder wires (61A, 61B) to the edge of the circuit board and making the electromagnetic waves wider in the horizontal plane; and wherein the hollow waveguide is configured to be detachably coupled with an end of a waveguide cable configured to transmit a high-frequency signal.
Protecting helmet comprising a rigid outer shell, a front opening in said rigid shell for the face of a user, a protective visor at least rotatable between a lowered position intercepting, at least partially, the front opening and a raised position disengaged from said front opening, and a raising/lowering mechanism to raise/lower the protective visor, the raising/lowering mechanism comprising: • at least one base member, movably or integrally constrained to, or made in a single piece with, the outer shell, and arranged in a side position with respect to said front opening; characterized by at least one fastening pin constrained in a respective opening of the protective visor; wherein said base member comprises a seat adapted to rotatably and reversibly house said fastening pin; and wherein said mechanism comprises at least a first and a second magnetic-coupling member (11a, 11b), said first magnetic-coupling member being constrained to, or made in a single piece with, said fastening pin, said second magnetic-coupling member being constrained to, or made in a single piece with, said base member. • at least one base member, movably or integrally constrained to, or made in a single piece with, the outer shell, and arranged in a side position with respect to said front opening;