mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device , comprising: a display system having a plurality of laterally adjacent pixel arrays arranged in a tiled pattern, wherein the pixel arrays are configured to produce images; and an optical system having an input portion and an output portion , wherein the optical system is configured to display the images in multiple image planes and wherein the optical system comprises: a waveguide that extends between the input portion and the output portion ; an input coupler system having a plurality of laterally adjacent input couplers arranged in a tiled pattern in the input portion , wherein each of the input couplers is configured to couple images from a respective one of the pixel arrays into the waveguide ; and an output coupler system that is configured to couple images out of the waveguide in the output portion , wherein the output coupler system is configured to present the images from each of the laterally adjacent pixel arrays in a different respective image plane. a display system having a plurality of laterally adjacent pixel arrays arranged in a tiled pattern, wherein the pixel arrays are configured to produce images; and an optical system having an input portion and an output portion , wherein the optical system is configured to display the images in multiple image planes and wherein the optical system comprises: a waveguide that extends between the input portion and the output portion ; an input coupler system having a plurality of laterally adjacent input couplers arranged in a tiled pattern in the input portion , wherein each of the input couplers is configured to couple images from a respective one of the pixel arrays into the waveguide ; and an output coupler system that is configured to couple images out of the waveguide in the output portion , wherein the output coupler system is configured to present the images from each of the laterally adjacent pixel arrays in a different respective image plane. a waveguide that extends between the input portion and the output portion ; an input coupler system having a plurality of laterally adjacent input couplers arranged in a tiled pattern in the input portion , wherein each of the input couplers is configured to couple images from a respective one of the pixel arrays into the waveguide ; and an output coupler system that is configured to couple images out of the waveguide in the output portion , wherein the output coupler system is configured to present the images from each of the laterally adjacent pixel arrays in a different respective image plane.
A flash housing for photographic purposes, said flash housing comprising: a flash forming element arranged to generate a flash light, a lens element arranged to let at least part of the generated flash out of the flash housing so as to obtain a flash light, and a fastening element for attachment of a flash light shaping tool (27, 27', 27", 27′′′, 27ʺʺ, 27ʺʺ′), the fastening element is configured for attachment of the flash light shaping tool (27, 27', 27ʺ, 27′′′, 27ʺʺ, 27ʺʺ′) on top of the lens element , characterised in that the fastening element is arranged along a border of the lens element and extending from the plane of the external lens element surface, for magnetic engagement with a corresponding fastening element at the flash light shaping tool, and the lens element has a substantially circular cross-section, wherein the fastening element is ring shaped, and is made of a ferromagnetic material, and wherein the flash housing fastening element has a fastening surface facing in the main direction of the flash light let out of the lens element. a flash forming element arranged to generate a flash light, a lens element arranged to let at least part of the generated flash out of the flash housing so as to obtain a flash light, and a fastening element for attachment of a flash light shaping tool (27, 27', 27", 27′′′, 27ʺʺ, 27ʺʺ′), the fastening element is configured for attachment of the flash light shaping tool (27, 27', 27ʺ, 27′′′, 27ʺʺ, 27ʺʺ′) on top of the lens element , characterised in that the fastening element is arranged along a border of the lens element and extending from the plane of the external lens element surface, for magnetic engagement with a corresponding fastening element at the flash light shaping tool, and the lens element has a substantially circular cross-section, wherein the fastening element is ring shaped, and is made of a ferromagnetic material, and wherein the flash housing fastening element has a fastening surface facing in the main direction of the flash light let out of the lens element.
The method for manufacturing of vardenafil and/or it salts, characterized in that the chlorosulfonation of 2-(2-etoxy-phenyl)-5-methyl-7-propyl-3 H -imidazo[5,1-f] triazin-4-one is carried out in a mixture of thionyl chloride and sulfurochloridic acid under reflux at the solvent boiling point, the synthetized 4-etoxy-3-(5-methyl-4-oxo-7-propyl-3,4-dihydroimidazo[5,1-f] triazin-2-yl)benzene-sulfonic acid chloride is isolated from the reaction mixture in anhydrous conditions and reacts with N-ethylpiperazine in an aprotic solvent in the presence of an inorganic base and after the reaction completion the prepared vardenafil base is isolated using known methods and optionally transformed into salt.
Arrangement for use in a distribution box, comprising a mounting surface for indirectly or directly fastening rails and/or installation devices and also comprising at least one socket strip with sockets for drawing mains power, wherein the socket strip is connected or can be reversibly connected to a fastening adapter , wherein at least one positioning means for defined positioning of the fastening adapter within the mounting surface is arranged on and/or within the mounting surface , and wherein the fastening adapter is designed as a part which can be separated from the socket strip and has at least one first interlocking element which can be reversibly connected and/or latched to at least one second interlocking element of the socket strip , wherein the fastening adapter is designed as an elongate strip which has a central section , wherein in each case at least one joining means , which can be connected or is connected to one of the at least one positioning means in each case, is formed on either side of the central section , characterized in that the first or second interlocking element is configured as a bar of T-shaped cross section which projects from a plane , wherein the second or first interlocking element is designed as a groove of T-shaped cross section for receiving the bar, and wherein at least one latching tongue , which can be reversibly latched to a latching receptacle of the fastening adapter or the socket strip , is arranged on the socket strip or the fastening adapter .
A method for decoding a Physical Downlink Shared Channel, PDSCH, the method being performed by a user equipment, UE, in a wireless communication system, comprising: receiving, from a base station, BS, rate matching pattern information indicating rate matching resources having a semi-persistent period; and decoding the PDSCH, using the rate matching pattern information, by performing rate matching on the rate matching resources, characterized in that the rate matching pattern information includes a first bitmap representing a symbol, for performing of the rate matching, within a slot, a second bitmap representing frequency resource, for performing of the rate matching, within the symbol and a third bitmap representing one or more slots, in which the first and the second bitmap are applied, within the semi-persistent period, and wherein a number of bits of the third bitmap is equal to a number of a plurality of slots within the semi-persistent period. receiving, from a base station, BS, rate matching pattern information indicating rate matching resources having a semi-persistent period; and decoding the PDSCH, using the rate matching pattern information, by performing rate matching on the rate matching resources, characterized in that the rate matching pattern information includes a first bitmap representing a symbol, for performing of the rate matching, within a slot, a second bitmap representing frequency resource, for performing of the rate matching, within the symbol and a third bitmap representing one or more slots, in which the first and the second bitmap are applied, within the semi-persistent period, and wherein a number of bits of the third bitmap is equal to a number of a plurality of slots within the semi-persistent period.
A remote unit for use in a wireless communication network, the remote unit comprising: a receiver arranged to receive a plurality of downlink frames; a processor arranged to generate a hybrid automatic repeat request acknowledgment bundle in response to the plurality of downlink subframes to be transmitted on a first available feedback resource according to the time-division duplex configuration in use, a transmitter arranged to transmit the hybrid automatic repeat request acknowledgment bundle on the first available feedback resource when the hybrid automatic repeat request acknowledgment bundle is equal to or less than a threshold number of hybrid automatic repeat request acknowledgments; wherein when the hybrid automatic repeat request acknowledgment bundle is greater than the threshold number of hybrid automatic repeat request acknowledgments, the transmitter is arranged to transmit the threshold number of hybrid automatic repeat request acknowledgments bundled on the first available feedback resource and to further transmit the excess hybrid automatic repeat request acknowledgment bundle on the next available subframe according to the time-division duplex configuration in use; and wherein the threshold number of hybrid automatic repeat request acknowledgments is predefined or configured by signaling, or is dynamically changed during operation. a receiver arranged to receive a plurality of downlink frames; a processor arranged to generate a hybrid automatic repeat request acknowledgment bundle in response to the plurality of downlink subframes to be transmitted on a first available feedback resource according to the time-division duplex configuration in use, a transmitter arranged to transmit the hybrid automatic repeat request acknowledgment bundle on the first available feedback resource when the hybrid automatic repeat request acknowledgment bundle is equal to or less than a threshold number of hybrid automatic repeat request acknowledgments; wherein when the hybrid automatic repeat request acknowledgment bundle is greater than the threshold number of hybrid automatic repeat request acknowledgments, the transmitter is arranged to transmit the threshold number of hybrid automatic repeat request acknowledgments bundled on the first available feedback resource and to further transmit the excess hybrid automatic repeat request acknowledgment bundle on the next available subframe according to the time-division duplex configuration in use; and wherein the threshold number of hybrid automatic repeat request acknowledgments is predefined or configured by signaling, or is dynamically changed during operation.
Module of impact absorbing barrier for a motorcycle race track, in the shape of a rectangular panel vertically positioned in a mounted state, the panel comprising a horizontally arranged base, a parallel, horizontal ridge, two sides and two parallel surfaces, and a strip fixed along to the base, one end of the strip extending beyond the outline of the panel, wherein the panel consists of a three layers, parallel to each other and parallel to said two parallel panel surfaces, the first layer being a sliding layer made from polyvinyl chloride, adjoined to a first side of an absorbing layer , made from elastic material, and on the other side of the absorbing layer adjoined by a support layer made from wood-based material, wherein the sliding layer and the absorbing layer are continuous.
An aluminum alloy comprising 5.8 - 9.2 wt. % Zn, 0.3 - 2.5 wt. % Cu, 1.6 - 2.6 wt. % Mg, 0.1 - 0.25 wt. % Fe, 0.07 - 0.15 wt. % Si, 0.09 - 0.15 wt. % Zr, 0.02 - 0.05 wt. % Mn, 0.03 - 0.05 wt. % Cr, 0.003 - 0.035 wt. % Ti, up to 0.15 wt. % of impurities, with the remainder as A1, and optionally further comprising up to 0.20 % of one or more of Mo, Nb, Be, B, Co, Sn, Sr, V, In, Hf, Ag, Sc, and Ni and/or optionally further comprising up to 0.10 % of a rare earth element selected from the group consisting of Y, La, Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, and Lu.
Switching kinematics for a vacuum interrupter of a switch , having a drive, a closing spring , a first switching gate which is arranged rotatably about a first axis , a first switching lever on which the first switching gate acts, a switch shaft which is fixedly connected to the first switching lever , and a keep-open spring which acts on the switch shaft , wherein the vacuum interrupter has at least two switching contacts, at least one of which is a moving contact, and the vacuum interrupter can be moved between a first position, in which the switching contacts of the vacuum interrupter are separated from each other, and a second position, in which the switching contacts are in contact with each another, wherein the keep-open spring is connected to the switch shaft by means of a crank element and a transmission member , and the keep-open spring acts on the first switching lever by means of the transmission member and the switch shaft and thus does not directly act on the switching lever , wherein the keep-open spring is fastened to the crank element , and the crank element is movably arranged between the transmission element and a fastening element , characterized in that the crank element has a movably arranged deflection element , the transmission element is movably connected to a transmission crank , the transmission crank is, in turn, movably connected to the fastening element , and in that the keep-open spring acts on the transmission crank by means of the deflection element and thus transfers the keep-open torque T OHF to the transmission member . the keep-open spring acts on the first switching lever by means of the transmission member and the switch shaft and thus does not directly act on the switching lever , wherein the keep-open spring is fastened to the crank element , and the crank element is movably arranged between the transmission element and a fastening element , characterized in that the crank element has a movably arranged deflection element , the transmission element is movably connected to a transmission crank , the transmission crank is, in turn, movably connected to the fastening element , and in that the keep-open spring acts on the transmission crank by means of the deflection element and thus transfers the keep-open torque T OHF to the transmission member .
A drum apparatus of an imaging device comprising: a non-magnetic imaging cylinder having an outer surface; a vacuum system coupled to the imaging cylinder and configured to apply a suction through perforations in the outer surface of the imaging cylinder ; and a magnetic foil , the drum apparatus having a first configuration in which the magnetic foil is releasably attached to the outer surface of the imaging cylinder , wherein the imaging cylinder having the magnetic foil attached thereto is configured to retain at least one metal back plate on the imaging cylinder via magnetic coupling to the magnetic foil , and the drum apparatus having a second configuration in which the magnetic foil is not attached to the outer surface of the imaging cylinder , wherein in the second configuration the outer surface of the imaging cylinder is configured to receive at least one flexographic plate , and wherein the vacuum system is suitable for retaining the magnetic foil or the at least one flexographic plate on the outer surface of the imaging cylinder . a non-magnetic imaging cylinder having an outer surface; a vacuum system coupled to the imaging cylinder and configured to apply a suction through perforations in the outer surface of the imaging cylinder ; and a magnetic foil , the drum apparatus having a first configuration in which the magnetic foil is releasably attached to the outer surface of the imaging cylinder , wherein the imaging cylinder having the magnetic foil attached thereto is configured to retain at least one metal back plate on the imaging cylinder via magnetic coupling to the magnetic foil , and the drum apparatus having a second configuration in which the magnetic foil is not attached to the outer surface of the imaging cylinder , wherein in the second configuration the outer surface of the imaging cylinder is configured to receive at least one flexographic plate , and wherein the vacuum system is suitable for retaining the magnetic foil or the at least one flexographic plate on the outer surface of the imaging cylinder .
A plastic substrate having a supporting layer, which comprises a polymeric binder and a scattering component contained in a ratio within a range of 0.05% by weight to 3.75% by weight relative to 100% by weight of the polymeric binder and has a thickness in a range of 10μm to 130μm, and having a haze in a range of 5% to 80%, characterized in that the polymeric binder comprises a repeating unit of Formula 1 below: wherein, L is a single bond, an alkylene group, an alkylidene group, an alkynylene group, an arylene group, an alkenylene group, -S-, -S(=O)-, -S(=O) 2 - or -S-S-; R 1 to R 20 are each independently hydrogen, an alkyl group, an alkoxy group, an aryl group or a functional group comprising a halogen atom, a sulfur atom or a phosphorus atom; n is an integer of 1 or more; and substituents of R 1 to R 20 substituted on carbon atoms linking two ring structures from each other are not present.
A terminal for transmitting channel state information, CSI, in a wireless communication system, comprising: a transceiver; and at least one processor configured to: receive a first CSI configuration information for a serving cell comprising information about at least one channel state information reference signal, CSI-RS, information about at least one interference measurement resource, IMR, a first CSI feedback index, and first information about a first transmission period and a first offset, and transmit a first CSI report corresponding to the first CSI configuration information for the serving cell, wherein the first CSI report is generated based on the information about at least one CSI-RS, the information about at least one IMR, and the first information about the first transmission period and the first offset; wherein the terminal is configured with at least one CSI configuration information; and wherein a priority of the first CSI report is determined based on the first CSI feedback index, wherein the first CSI feedback index is mapped to the information about at least one IMR and the information about at least one CSI-RS. a transceiver; and at least one processor configured to: receive a first CSI configuration information for a serving cell comprising information about at least one channel state information reference signal, CSI-RS, information about at least one interference measurement resource, IMR, a first CSI feedback index, and first information about a first transmission period and a first offset, and transmit a first CSI report corresponding to the first CSI configuration information for the serving cell, wherein the first CSI report is generated based on the information about at least one CSI-RS, the information about at least one IMR, and the first information about the first transmission period and the first offset; wherein the terminal is configured with at least one CSI configuration information; and wherein a priority of the first CSI report is determined based on the first CSI feedback index, wherein the first CSI feedback index is mapped to the information about at least one IMR and the information about at least one CSI-RS. receive a first CSI configuration information for a serving cell comprising information about at least one channel state information reference signal, CSI-RS, information about at least one interference measurement resource, IMR, a first CSI feedback index, and first information about a first transmission period and a first offset, and transmit a first CSI report corresponding to the first CSI configuration information for the serving cell, wherein the first CSI report is generated based on the information about at least one CSI-RS, the information about at least one IMR, and the first information about the first transmission period and the first offset; wherein the terminal is configured with at least one CSI configuration information; and wherein a priority of the first CSI report is determined based on the first CSI feedback index, wherein the first CSI feedback index is mapped to the information about at least one IMR and the information about at least one CSI-RS.
An optical device comprising an optical port array , a dispersion element , a focusing element , an optical path conversion system , a plurality of photodetectors and a controller, wherein the optical port array has at least first and second optical inputs for receiving optical beams and at least a first plurality of optical outputs associated with switching functionality and a second plurality of optical outputs associated with channel monitoring functionality, wherein the dispersion element receives the optical beam from an optical input and spatially separates the optical beam into a plurality of wavelength components, the focusing element focuses the plurality of wavelength components, the optical path conversion system receives the plurality of wavelength components and selectively directs each of the wavelength components to a prescribed one of the optical ports, the plurality of photodetectors are each associated with one of the optical outputs in the second plurality of optical outputs and are designed to receive a wavelength component therefrom, wherein the controller causes the optical path conversion system to simultaneously direct each of a plurality of wavelength components to a different one of the optical outputs of the second plurality of optical outputs, wherein the second plurality of optical outputs includes N optical outputs, N being an integer greater than or equal to 2, the controller being further configured to cause the optical path conversion system to simultaneously direct a first sequence of N wavelength components to one of the N second plurality of optical outputs and, subsequent thereto, simultaneously direct a second sequence of N wavelength components to one of the N second plurality of optical outputs wherein the device further comprises a series of N wavelength selective switches WSSs and an optical channel monitor OCM having the N photodetectors receiving light from the N second plurality of optical output ports.