mhurhangee/patent-ind-claim-en huggingface dataset:
A communication apparatus comprising: a processor , where the processor is configured to generate a plurality of frames transmitted by spatially multiplexing to form multiple-user MIMO, MU-MIMO; to apply a padding on at least a part of the generated plurality of frames to adjust frame lengths; and to spatially multiplex the plurality of frames after the frame lengths are adjusted, wherein the plurality of frames multiplexed are transmitted while eventually having a same length, wherein the padding is applied in the PHY layer with one or more bits, and relative location within frames where the padding is applied can be changed in relation to one or more positions of data within the frames and information indicating the relative location is provided in a preamble or a header part of the frames, and wherein the relative location indicated by the information include a first position corresponding to padding on a rear portion of a data section of the frame, and a second position corresponding to padding on one or more intermediate portions of the data section of the frame. a processor , where the processor is configured to generate a plurality of frames transmitted by spatially multiplexing to form multiple-user MIMO, MU-MIMO; to apply a padding on at least a part of the generated plurality of frames to adjust frame lengths; and to spatially multiplex the plurality of frames after the frame lengths are adjusted, wherein the plurality of frames multiplexed are transmitted while eventually having a same length, wherein the padding is applied in the PHY layer with one or more bits, and relative location within frames where the padding is applied can be changed in relation to one or more positions of data within the frames and information indicating the relative location is provided in a preamble or a header part of the frames, and wherein the relative location indicated by the information include a first position corresponding to padding on a rear portion of a data section of the frame, and a second position corresponding to padding on one or more intermediate portions of the data section of the frame.
An active pharmaceutical ingredient (API) comprising or consisting essentially of cannabidiol (CBD) and cannabigerol (CBG) for use in the treatment of melanoma, wherein the CBD and CBG are present in a ratio of 1:1 (CBD:CBG).
A sea-going vessel secure remote access system , comprising; - a maintenance access device arranged on the vessel , wherein the maintenance access device is configured to be connected to vessel operation systems via a maintenance network and further to be connected to a remote service station via a first secure link, wherein the remote service station is configured to perform maintenance tasks on the vessel operation systems, the vessel secure remote access system being characterized by . - a hardware driven remote control switch being arranged on the vessel and configured to be connected to one or more remote control station , via a second secure link, the remote control switch providing switching between the states: - forced remote off , - remote on , and - forced remote on , wherein forced remote off: disables the remote access to the maintenance network and where the remote control station is disabled from enabling remote access to the maintenance network, and blocks access to the vessel operation systems via the maintenance access device , remote on: enables a remote control station to enable or disable the remote access to the maintenance network, and allows access to the vessel operation systems via the maintenance access device , and forced remote on: enabled the remote access to the maintenance network and where the remote control station is disabled from disabling remote access to the maintenance network, and allows access to the vessel operation systems via the maintenance access device , such that the remote control switch is configured to enable or disable the vessel maintenance access device based on commands from the remote control station . - a maintenance access device arranged on the vessel , wherein the maintenance access device is configured to be connected to vessel operation systems via a maintenance network and further to be connected to a remote service station via a first secure link, wherein the remote service station is configured to perform maintenance tasks on the vessel operation systems, - a hardware driven remote control switch being arranged on the vessel and configured to be connected to one or more remote control station , via a second secure link, - forced remote off , - remote on , and - forced remote on , wherein forced remote off: disables the remote access to the maintenance network and where the remote control station is disabled from enabling remote access to the maintenance network, and blocks access to the vessel operation systems via the maintenance access device , remote on: enables a remote control station to enable or disable the remote access to the maintenance network, and allows access to the vessel operation systems via the maintenance access device , and forced remote on: enabled the remote access to the maintenance network and where the remote control station is disabled from disabling remote access to the maintenance network, and allows access to the vessel operation systems via the maintenance access device , such that the remote control switch is configured to enable or disable the vessel maintenance access device based on commands from the remote control station .
A method of treating a hydrocarbon-containing waste stream comprising greater than 0 up to 2 percent by weight hydrocarbon to form an aqueous permeate which contains less than 50 parts per million (ppm) hydrocarbon and a hydrocarbon-containing retentate, wherein the method comprises passing the hydrocarbon-containing waste stream through a microporous membrane to yield the aqueous permeate and the hydrocarbon-containing retentate, wherein the membrane comprises a hydrophobic, polymeric matrix and hydrophilic, finely divided, particulate filler distributed throughout said matrix, wherein the polymeric matrix has pores with a volume average diameter from 0.3 to 0.7 micron, and wherein at least 50 percent of the pores have a mean diameter of less than 0.35 micron, wherein the hydrocarbon-containing waste stream includes crude oil well effluents. wherein the method comprises passing the hydrocarbon-containing waste stream through a microporous membrane to yield the aqueous permeate and the hydrocarbon-containing retentate, wherein the membrane comprises a hydrophobic, polymeric matrix and hydrophilic, finely divided, particulate filler distributed throughout said matrix, wherein the polymeric matrix has pores with a volume average diameter from 0.3 to 0.7 micron, and wherein at least 50 percent of the pores have a mean diameter of less than 0.35 micron, wherein the hydrocarbon-containing waste stream includes crude oil well effluents.
Use of a cation being stable under super acid conditions as catalyst in the preparation of alkanes sulfonic acids from alkanes and sulfur trioxide, especially in the preparation of methane sulfonic acid from methane and sulfur trioxide, said cation being able to react with the alkane to form an alkyl cation, wherein stability means that the cation is able to react with the alkane but does not decompose within 24 h at room temperature (20 °C), and wherein the cation is selected from a halogen cation, especially I + and Br + , S + , Se + , Te + , As + , Sb + , P + and/or Si + .
Rack for feeding animals, comprising: a base frame for receiving fodder and a roof arranged thereabove, wherein the roof has a central, fixedly-installed portion and at least one movable, inward-foldable portion on an outer edge of the central, fixedly-installed portion and by means of which the roof area can be extended, characterized in that the roof comprises a venting device in the form of a venting ridge , which is arranged concentrically with the central, fixedly-installed portion of the roof , wherein the central, fixedly-installed portion of the roof has the shape of a pyramid and, if the at least one movable, inward-foldable portion of the roof is folded up so that the entire roof area is extended relative to the roof area of the central, fixedly-installed portion of the roof , is extended by the at least one movable, inward-foldable portion of the roof , a uniformly rising roof area is formed by the at least one movable, inward-foldable portion of the roof and the central, fixedly-installed portion of the roof. a base frame for receiving fodder and a roof arranged thereabove, wherein the roof has a central, fixedly-installed portion and at least one movable, inward-foldable portion on an outer edge of the central, fixedly-installed portion and by means of which the roof area can be extended, characterized in that the roof comprises a venting device in the form of a venting ridge , which is arranged concentrically with the central, fixedly-installed portion of the roof , wherein the central, fixedly-installed portion of the roof has the shape of a pyramid and, if the at least one movable, inward-foldable portion of the roof is folded up so that the entire roof area is extended relative to the roof area of the central, fixedly-installed portion of the roof , is extended by the at least one movable, inward-foldable portion of the roof , a uniformly rising roof area is formed by the at least one movable, inward-foldable portion of the roof and the central, fixedly-installed portion of the roof.
A method performed by a wireless device for activating a Semi-Persistent, SP, Zero Power, ZP, Channel State Information Reference Signal, CSI-RS, the method comprising: receiving, from a base station , a configuration for the SP ZP CSI-RS and a second configuration for CSI-Interference Measurement, CSI-IM; receiving , from the base station , a first control message that indicates activation of one or more SP ZP CSI-RS resources where the first control message is separate from a second control message indicating activation of SP Non-Zero Power, NZP, CSI-RS, SP CSI-IM, or CSI reporting and the first and second control messages are Medium Access Control, MAC, Control Element, CE, based; and activating , based on the first control message, the one or more SP ZP CSI-RS resources. receiving, from a base station , a configuration for the SP ZP CSI-RS and a second configuration for CSI-Interference Measurement, CSI-IM; receiving , from the base station , a first control message that indicates activation of one or more SP ZP CSI-RS resources where the first control message is separate from a second control message indicating activation of SP Non-Zero Power, NZP, CSI-RS, SP CSI-IM, or CSI reporting and the first and second control messages are Medium Access Control, MAC, Control Element, CE, based; and activating , based on the first control message, the one or more SP ZP CSI-RS resources.
A heat exchanger system comprising: an additively manufactured curved heat exchanger comprising: a first flow passage formed between curved plates; and a second flow passage formed between curved plates radially outboard of the first flow passage ; characterised in that the cross-sectional area of the second flow passage is greater than the cross-sectional area of the first flow passage to maintain a consistent flow rate through each of the first and second flow passage in a direction along the curvature of the curved plates. a first flow passage formed between curved plates; and a second flow passage formed between curved plates radially outboard of the first flow passage ; characterised in that the cross-sectional area of the second flow passage is greater than the cross-sectional area of the first flow passage to maintain a consistent flow rate through each of the first and second flow passage in a direction along the curvature of the curved plates.
A system for moving a flexible plate (P), in particular a printing plate or a printing plate precursor, over a support surface in the direction of a treatment station (S2), such as a washer station, said system comprising: - a support configured for supporting the plate on a support surface thereof, and intended to be located upstream of the treatment station; - an articulated operating arm extending substantially parallel to the support surface and comprising at least a first segment and a second segment ; - said first segment having - a first end which is rotatably connected to said second segment around a first rotation axis (A1) which is substantially perpendicular to the support surface, and - a second end provided with a plate engagement means configured to contact the plate in such a way that a movement of the operating arm causes a sliding of the plate over the support surface; - said second segment being rotatable around a second rotation axis (A2) which is substantially perpendicular to the support surface; - a control means configured to control the plate engagement means, and to control the rotation of the first and second segment of the articulated operating arm, such that the plate is slid over the support in the direction of the treatment station. - a support configured for supporting the plate on a support surface thereof, and intended to be located upstream of the treatment station; - an articulated operating arm extending substantially parallel to the support surface and comprising at least a first segment and a second segment ; - said first segment having - a first end which is rotatably connected to said second segment around a first rotation axis (A1) which is substantially perpendicular to the support surface, and - a second end provided with a plate engagement means configured to contact the plate in such a way that a movement of the operating arm causes a sliding of the plate over the support surface; - a first end which is rotatably connected to said second segment around a first rotation axis (A1) which is substantially perpendicular to the support surface, and - a second end provided with a plate engagement means configured to contact the plate in such a way that a movement of the operating arm causes a sliding of the plate over the support surface; - said second segment being rotatable around a second rotation axis (A2) which is substantially perpendicular to the support surface; - a control means configured to control the plate engagement means, and to control the rotation of the first and second segment of the articulated operating arm, such that the plate is slid over the support in the direction of the treatment station.
Hairstyling apparatus comprising a handheld treatment unit provided with two arms configured to form a clamp provided with two surfaces arranged opposite one another which allow together for the clamping of a strand of hair, the handheld treatment unit comprising steam diffusion means configured to diffuse the steam from a first of the two surfaces to the second of the two surfaces, the apparatus comprising means for confining the steam diffused, in a confinement space arranged between the two surfaces flattened against one another, said confinement means allowing to preserve a steam quantity in contact with the strand of hair with a homogenous distribution, the steam remains in the confinement space, a time lapse before escaping under the action of the steam flow and the means of steam confinement comprise a groove arranged in the second of the two surfaces, opposite the diffusion means , the groove opening out over at least one of the two longitudinal edges of the second surface , characterised in that the groove has a width comprised between 2 and 6mm, preferably 2.5mm, and a depth comprised between 0.5 and 2mm, preferably 1mm.
A method for manufacturing a hollow coil spring, comprising: an end sealing step (S5) for sealing ends by which a core material of an end (Wa) of a hollow spring member (W) is gathered by machining; and a coil forming step (S6) for forming the hollow spring member (W) in coil shape after the end sealing step, characterized in that in the end sealing step (S5), the end (Wa) of the hollow spring member (W) is formed in a hemispherical shape, and in the coil forming step (S6), the hollow spring member (W) is wound around a rod by moving a chuck portion, which grips one end of the hollow spring member (W), in an axial direction of the rod while relatively rotating around an outer circumference of the rod, thereby forming a hollow body in a coiled shape. an end sealing step (S5) for sealing ends by which a core material of an end (Wa) of a hollow spring member (W) is gathered by machining; and a coil forming step (S6) for forming the hollow spring member (W) in coil shape after the end sealing step, characterized in that in the end sealing step (S5), the end (Wa) of the hollow spring member (W) is formed in a hemispherical shape, and in the coil forming step (S6), the hollow spring member (W) is wound around a rod by moving a chuck portion, which grips one end of the hollow spring member (W), in an axial direction of the rod while relatively rotating around an outer circumference of the rod, thereby forming a hollow body in a coiled shape.
A heating and cooling engine comprising: a center isolator for isolating electric and thermal energy, said center isolator having a top surface and an opposite bottom surface ; a plurality of spaced apart thermoelectric elements supported by said center isolator between said top and bottom surface ; said thermoelectric elements having a top side and an opposite bottom side ; a first plurality of electrically and thermally conductive buss bars secured to said top surface of said center isolator and electrically connected to said top side of at least a pair of said thermoelectric elements ; and a second plurality of electrically and thermally conductive buss bars secured to said bottom surface of said center isolator and electrically connected to said bottom side of at least a pair of said thermoelectric elements wherein thermal energy is generated to said first and second plurality of buss bars by said thermoelectric elements ; characterized in that said thermoelectric elements is a Peltier device and said center isolator is a layer of silicone. a center isolator for isolating electric and thermal energy, said center isolator having a top surface and an opposite bottom surface ; a plurality of spaced apart thermoelectric elements supported by said center isolator between said top and bottom surface ; said thermoelectric elements having a top side and an opposite bottom side ; a first plurality of electrically and thermally conductive buss bars secured to said top surface of said center isolator and electrically connected to said top side of at least a pair of said thermoelectric elements ; and a second plurality of electrically and thermally conductive buss bars secured to said bottom surface of said center isolator and electrically connected to said bottom side of at least a pair of said thermoelectric elements wherein thermal energy is generated to said first and second plurality of buss bars by said thermoelectric elements ; characterized in that said thermoelectric elements is a Peltier device and said center isolator is a layer of silicone.
Blow molding apparatus for producing plastic bottles by means of stretch blow molding, wherein the blow mold comprises at least one blow mold for the production of plastic bottles by means of stretch blow molding, wherein the plastic bottles each comprise at least one bottle bottom , one bottle neck and one mouth region ; wherein the at least one blow mold in a closed state of at least one blow mold forms an interior space with a cavity , wherein the interior space extends along a longitudinal direction (L) from a mouth section for the mouth region to a mold bottom for the formation of the bottle bottom ; wherein a body length (B1, B2) of the cavity is adjustable in the longitudinal direction (L) between a neck section of the cavity for the formation of the bottle neck and the mold bottom so that at least one blow mold for the production of plastic bottles with different volumes is formed; and wherein the at least one blow mold is laterally openable across a total length of the interior space in the longitudinal direction (L), characterized in that the at least one blow mold is set up to automatically adjust the body length (B1, B2), and that the blow molding apparatus is set up to automatically adjust a total stroke of a stretch mandrel for the stretch blow molding of the respective plastic bottle in at least one blow mold depending on the body length (B1, B2). wherein the at least one blow mold in a closed state of at least one blow mold forms an interior space with a cavity , wherein the interior space extends along a longitudinal direction (L) from a mouth section for the mouth region to a mold bottom for the formation of the bottle bottom ; wherein a body length (B1, B2) of the cavity is adjustable in the longitudinal direction (L) between a neck section of the cavity for the formation of the bottle neck and the mold bottom so that at least one blow mold for the production of plastic bottles with different volumes is formed; and wherein the at least one blow mold is laterally openable across a total length of the interior space in the longitudinal direction (L), characterized in that the at least one blow mold is set up to automatically adjust the body length (B1, B2), and that the blow molding apparatus is set up to automatically adjust a total stroke of a stretch mandrel for the stretch blow molding of the respective plastic bottle in at least one blow mold depending on the body length (B1, B2).
Method for moving a motor vehicle component , preferably a side window , a sunroof or the like, by means of an actuating drive with anti-jamming, wherein the acceleration of the motor vehicle is measured by means of an acceleration sensor fixedly arranged in the control device housing of the actuating drive and, in order to implement the anti-jamming, is correlated with acceleration values of the motor vehicle component , said acceleration values being measured by an acceleration sensor arranged on the motor vehicle component and embodied as a component sensor .
A filter for filtering wavelengths of an electromagnetic signal to provide a filtered signal, the filter comprising: at least one commensurate-line structure, CLS, ; and, at least one stub-modified commensurate-line structure, SMCLS, arranged to provide a corresponding at least one transmission zero in the filtered signal, wherein the at least one CLS is a rectangular waveguide and the at least one SMCLS is a rectangular waveguide, wherein the at least one CLS and the at least one SMCLS are arranged along a main axis wherein each SMCLS comprises two stubs projecting both upwardly and downwardly with respect to the H-plane of the filter. at least one commensurate-line structure, CLS, ; and, at least one stub-modified commensurate-line structure, SMCLS, arranged to provide a corresponding at least one transmission zero in the filtered signal, wherein the at least one CLS is a rectangular waveguide and the at least one SMCLS is a rectangular waveguide, wherein the at least one CLS and the at least one SMCLS are arranged along a main axis wherein each SMCLS comprises two stubs projecting both upwardly and downwardly with respect to the H-plane of the filter.
A work vehicle in which a liquid crystal display device is provided in an instrumental panel in a cabin , wherein the instrumental panel has a discharge opening on an upper portion for temperature-controlled air by an air-conditioner unit , and wherein the liquid crystal display device is provided below the discharge opening , characterized in that a concave portion is provided in the instrumental panel , and the liquid crystal display device is provided on a bottom portion of the concave portion, in a manner as to form a slight angle with respect to the horizontal surface, such that the air, of which the temperature is adjusted by the air-conditioner unit, passes above the liquid crystal display device .