mhurhangee/ep-ind-claims huggingface dataset:
A transceiver of a user equipment, the transceiver comprising: a receiving stage; a frontend channel estimator; a frontend channel equalizer; a backend channel estimator; and a backend channel equalizer; wherein the receiving stage is configured to receive an inbound signal from a Shared User Equipment-Side Distributed Antenna Component, wherein the Shared User Equipment-Side Distributed Antenna Component enables a relay communication comprising a frontend communication using extremely-high frequencies between the Shared User Equipment-Side Distributed Antenna Component and the user equipment, and a backend communication using ultra-high frequencies between a base station and the Shared User Equipment-Side Distributed Antenna Component, wherein the inbound signal comprises a data portion, a backend control portion provided by the base station and a frontend control portion, the frontend control portion comprising a frontend evaluation signal; wherein the frontend channel estimator is configured to perform a channel estimation based on the frontend evaluation signal; wherein the frontend channel equalizer is configured to equalize distortions, caused by using the extremely-high frequencies, based on the channel estimation of the frontend channel estimator; wherein the backend channel estimator is configured to perform a channel estimation based on the backend control portion; and wherein the backend channel equalizer is configured to equalize distortions, caused by using the ultra-high frequencies, based on the channel estimation of the backend channel estimator. a receiving stage; a frontend channel estimator; a frontend channel equalizer; a backend channel estimator; and a backend channel equalizer; wherein the receiving stage is configured to receive an inbound signal from a Shared User Equipment-Side Distributed Antenna Component, wherein the Shared User Equipment-Side Distributed Antenna Component enables a relay communication comprising a frontend communication using extremely-high frequencies between the Shared User Equipment-Side Distributed Antenna Component and the user equipment, and a backend communication using ultra-high frequencies between a base station and the Shared User Equipment-Side Distributed Antenna Component, wherein the inbound signal comprises a data portion, a backend control portion provided by the base station and a frontend control portion, the frontend control portion comprising a frontend evaluation signal; wherein the frontend channel estimator is configured to perform a channel estimation based on the frontend evaluation signal; wherein the frontend channel equalizer is configured to equalize distortions, caused by using the extremely-high frequencies, based on the channel estimation of the frontend channel estimator; wherein the backend channel estimator is configured to perform a channel estimation based on the backend control portion; and wherein the backend channel equalizer is configured to equalize distortions, caused by using the ultra-high frequencies, based on the channel estimation of the backend channel estimator.
Method for air-conditioning a vehicle, in particular a rail vehicle, in which a first air stream is generated by an air-conditioning system for air-conditioning an interior space, whereby cooled air is fed as supply air in a cooling mode, and heated air is fed as supply air in a heating mode, to the interior space of the vehicle, wherein a second air stream generated by an additional air recirculation device is fed to the interior space of the vehicle such that the second air stream influences the first air stream, in particular with respect to flow direction and flow intensity; characterized in that, in the region of the interior space, there is arranged a plurality of inflow channels (134, 136) for the feeding of the second air stream into the interior space; wherein the second air stream is fed to the interior space such that, for the influencing of the first air stream, a Coanda air flow is generated, wherein, in the region of the interior space, at least one inflow channel (134, 136) for the feeding of the second air stream into the interior space is in the form of a convexly shaped Coanda inflow opening and is arranged in the interior space such that the first air stream, in accordance with the Coanda effect, comes into contact with surfaces in the interior space such that the first air stream influenced by the second air stream does not pass directly into seat regions of the interior space.
A method for preparing a compound Li 1+α V 3 O 8, (0.1 ≤ α ≤ 0.25) consisting of preparing a precursor gel, and then subjecting said gel to a heat treatment, characterized in that the precursor gel is prepared by simultaneously adding a precursor of lithium and the oxide V 2 O 5 -α to an aqueous solution of hydrogen peroxide, by letting hydrogen peroxide react with V 2 O 5 -α, and in that the heat treatment is carried out in an oxidizing atmosphere at a temperature between 260°C and 580°C.
Filler head for a storage system comprising a body including a main part closed by a cover part so as to form a cavity in which a separating device is received, the filler head being configured to receive, in a cylindrical wall of the separating device extending around the filling direction, a distribution nozzle of a fluid with an auto-stop sensor to prevent overfilling of the filler head, the filler head being configured to be connected to a filling line and a venting line of a fluid tank and the separating device being arranged to improve the partitioning of the flow coming from the venting line and the flow going to the filling line, characterised in that a top end of the separating device facing the cover part of the body comprises at least one notch improving, when the nozzle is received in the cylindrical wall of the separating device, the pressure balance in the filler head so as to ensure that the fluid outgoing from the nozzle has limited possibility to spit back from the filler head during the auto-stop nozzle shut off.
A cooling system, comprising: a cabinet having an air inlet and an air outlet; a cooling circuit that includes an evaporator disposed in the cabinet, a condenser, a compressor, an expansion device and a liquid pump; the cooling system having a direct expansion mode wherein the compressor is on and compresses a refrigerant in a vapor phase to raise its pressure and thus its condensing temperature and refrigerant is circulated around the cooling circuit by the compressor and a pumped refrigerant economizer mode wherein the compressor is off and the liquid pump is on and pumps the refrigerant in a liquid phase and refrigerant is circulated around the cooling circuit by the liquid pump and without compressing the refrigerant in its vapor phase; a controller coupled to the liquid pump and the compressor that turns the compressor off and the liquid pump on to operate the cooling circuit in the economizer mode and turns the compressor on to operate the cooling circuit in the direct expansion mode; and the controller including a load estimator that estimates real-time indoor load on the cooling system and uses the estimated real-time indoor load to determine whether to operate the cooling system in the pumped refrigerant economizer mode or in the direct expansion mode. a cabinet having an air inlet and an air outlet; a cooling circuit that includes an evaporator disposed in the cabinet, a condenser, a compressor, an expansion device and a liquid pump; the cooling system having a direct expansion mode wherein the compressor is on and compresses a refrigerant in a vapor phase to raise its pressure and thus its condensing temperature and refrigerant is circulated around the cooling circuit by the compressor and a pumped refrigerant economizer mode wherein the compressor is off and the liquid pump is on and pumps the refrigerant in a liquid phase and refrigerant is circulated around the cooling circuit by the liquid pump and without compressing the refrigerant in its vapor phase; a controller coupled to the liquid pump and the compressor that turns the compressor off and the liquid pump on to operate the cooling circuit in the economizer mode and turns the compressor on to operate the cooling circuit in the direct expansion mode; and the controller including a load estimator that estimates real-time indoor load on the cooling system and uses the estimated real-time indoor load to determine whether to operate the cooling system in the pumped refrigerant economizer mode or in the direct expansion mode.
Key-actuated or button-actuated panic lock, with which an espagnolette slider is provided in a main lock case, which is non-rotatably drive-connected to espagnolettes (2, 3), and with which an optional actuation of the espagnolette slider is provided for by means of a button nut or a cylinder, wherein the espagnolette slider causes a pre-locking movement and drawing back of a bolt, and with which an alternating pressure piece is provided for, which, on actuation of the lock cylinder, causes a pivoting movement of a bar lever, which incurs a draw-back movement of a bar, characterized in that a blocking device, which is formed by a projection blocking at the alternating pressure piece, and a journal secured to the espagnolette slider, in the locking position of the bolt, block the bolt contrary to the pre-locking direction, wherein the journal and the blocking device are inactivated by the key-actuated unlocking or rotation of the button nut.
A parameter configuration method, comprising: configuring reference pilot sequence parameters; and determining, according to the reference pilot sequence parameters, an initial value of a reference pilot pseudo-random sequence corresponding to each reference pilot group among M reference pilot groups, wherein the initial value of the reference pilot pseudo-random sequence is used for generating a pilot pseudo-random sequence of a corresponding reference pilot group, M is a positive integer, and each reference pilot group corresponds to at least one reference pilot port, wherein the reference pilot sequence parameters comprise a static identification, a dynamic identification, and a reference pilot group index, the method further comprising: configuring at least two static identifications through high layer signaling; configuring the dynamic identification through physical layer signaling; configuring the reference pilot group index through physical layer signaling; and selecting the static identification from the configured at least two static identifications through the dynamic identification and the reference pilot group index. configuring reference pilot sequence parameters; and determining, according to the reference pilot sequence parameters, an initial value of a reference pilot pseudo-random sequence corresponding to each reference pilot group among M reference pilot groups, wherein the initial value of the reference pilot pseudo-random sequence is used for generating a pilot pseudo-random sequence of a corresponding reference pilot group, M is a positive integer, and each reference pilot group corresponds to at least one reference pilot port, wherein the reference pilot sequence parameters comprise a static identification, a dynamic identification, and a reference pilot group index, the method further comprising: configuring at least two static identifications through high layer signaling; configuring the dynamic identification through physical layer signaling; configuring the reference pilot group index through physical layer signaling; and selecting the static identification from the configured at least two static identifications through the dynamic identification and the reference pilot group index. configuring at least two static identifications through high layer signaling; configuring the dynamic identification through physical layer signaling; configuring the reference pilot group index through physical layer signaling; and selecting the static identification from the configured at least two static identifications through the dynamic identification and the reference pilot group index.
Abituzumab for use in the treatment of colorectal cancer and/or metastases thereof in a subject, wherein said subject is characterised by a) high levels of one or more proteins in at least one body fluid of said subject, wherein said one or more proteins comprise: TPO (UniProt ID: P07202), and optionally b) low levels of one protein in at least one body fluid of said subject, wherein said protein is: TGM3 (UniProt ID: Q08188); and wherein said Abituzumab is to be administered to said subject, wherein the level of said protein in at least one body fluid of said subject is a) classified as high, if the respective protein level in said body fluid is at least 2 % higher than the median threshold determined for the respective protein, and b) classified as low, if the respective protein level in said body fluid is at least 2 % lower, more preferably at least 5% lower, even more preferably at least 10% lower and especially at least 25% lower than said median threshold for the respective protein. a) high levels of one or more proteins in at least one body fluid of said subject, wherein said one or more proteins comprise: TPO (UniProt ID: P07202), and optionally b) low levels of one protein in at least one body fluid of said subject, wherein said protein is: TGM3 (UniProt ID: Q08188); a) classified as high, if the respective protein level in said body fluid is at least 2 % higher than the median threshold determined for the respective protein, and b) classified as low, if the respective protein level in said body fluid is at least 2 % lower, more preferably at least 5% lower, even more preferably at least 10% lower and especially at least 25% lower than said median threshold for the respective protein.
A container comprising: an inner container that accommodates an article, with an opening through which the article can be discharged; and a cover that is composed of a cover-forming sheet member given by lamination of a plurality of film layers (121, 122), and covers the inner container, the cover-forming sheet member has a film region in which the plurality of film layers (121, 122) are attached to each other, and a filler enclosing part (41, 42, 43, 45, 46, 48) in which a filler is enclosed between the plurality of film layers (121, 122), wherein the filler enclosing part (41, 42, 43, 45, 46, 48), in comparison to the film region, bulges in the thickness direction of the cover-forming sheet member, and characterized in that the container comprises an outer air introducing part through which the outer air is introduced between the outer surface of the inner container and the inner surface of the cover. an inner container that accommodates an article, with an opening through which the article can be discharged; and a cover that is composed of a cover-forming sheet member given by lamination of a plurality of film layers (121, 122), and covers the inner container, the cover-forming sheet member has a film region in which the plurality of film layers (121, 122) are attached to each other, and a filler enclosing part (41, 42, 43, 45, 46, 48) in which a filler is enclosed between the plurality of film layers (121, 122), wherein the filler enclosing part (41, 42, 43, 45, 46, 48), in comparison to the film region, bulges in the thickness direction of the cover-forming sheet member, and characterized in that the container comprises an outer air introducing part through which the outer air is introduced between the outer surface of the inner container and the inner surface of the cover.
A sealing tape comprising: a flexible base film of greater length than width and impervious to moisture, the film having opposite broad faces including an upper face and a lower face; a field of discrete touch fastener elements disposed on the upper face of the film, each touch fastener element shaped to releasably snag fibers, the field of discrete touch fasteners extending along a first edge width of the upper face, leaving a second, opposite edge width of the upper face void of touch fastener elements; a first layer of adhesive disposed on the second edge width of the upper surface of the film and spaced from the field of touch fastener elements, such that the upper face of the film has a longitudinal fold region spaced from its edges, between the field of fastener elements and the first layer of adhesive; and a second layer of adhesive disposed on the lower face of the film, directly under the field of touch fastener elements. a flexible base film of greater length than width and impervious to moisture, the film having opposite broad faces including an upper face and a lower face; a field of discrete touch fastener elements disposed on the upper face of the film, each touch fastener element shaped to releasably snag fibers, the field of discrete touch fasteners extending along a first edge width of the upper face, leaving a second, opposite edge width of the upper face void of touch fastener elements; a first layer of adhesive disposed on the second edge width of the upper surface of the film and spaced from the field of touch fastener elements, such that the upper face of the film has a longitudinal fold region spaced from its edges, between the field of fastener elements and the first layer of adhesive; and a second layer of adhesive disposed on the lower face of the film, directly under the field of touch fastener elements.
A security sensor apparatus for sensing the opening of a movable building structure object that can translate between an open and a closed position, said sensor apparatus comprising: an electronics arrangement including an optical emitter and an optical receiver, said optical receiver having an axis of reception, said optical emitter being configured to emit a first beam along an axis of emission in an emission direction, said electronics arrangement being configured to be mounted in association with one of a first surface of the object and a second surface of a structure disposed in opposition to the first surface; and a reflector arrangement including at least one reflective surface, said reflector arrangement being configured to be mounted in association with another of the first surface and the second surface, said at least one reflective surface being configured to receive at least a portion of the first beam and produce a second beam directed at and received by said optical receiver, the apparatus characterized by the axis of emission diverging in the emission direction from the axis of reception at an angle of at least two degrees. an electronics arrangement including an optical emitter and an optical receiver, said optical receiver having an axis of reception, said optical emitter being configured to emit a first beam along an axis of emission in an emission direction, said electronics arrangement being configured to be mounted in association with one of a first surface of the object and a second surface of a structure disposed in opposition to the first surface; and a reflector arrangement including at least one reflective surface, said reflector arrangement being configured to be mounted in association with another of the first surface and the second surface, said at least one reflective surface being configured to receive at least a portion of the first beam and produce a second beam directed at and received by said optical receiver,
An assembly for lifting a load element (11, 12, 1A, 1B, 15) from a base region of a construction, in particular a tower of a wind turbine, to another region of the construction and/or for lowering the load element (11, 12, 1A, 1B, 15) from said other region of the construction to the base region of the construction, the assembly comprising: - a platform element for supporting the load element (11, 12, 1A, 1B, 15); - lifting means for lifting the platform element from the base region of the construction to said other region of the construction and/or for lowering the platform element from said other region of the construction to the base region of the construction; and - a shifting element arranged to be able to change its position with respect to the platform element in order to move the load element (11, 12, 1A, 1B, 15) in said other region of the construction from a load lifting position on the platform element to a load installation position on the construction, the lifting means being supported by an anchoring assembly able to be secured in the top region of the construction and, in the load installation position, the platform element being disposed at least partly below the top of the construction, characterized in that the shifting element on the platform element is a C-shaped frame supported on the platform element, wherein the shifting element and the C-shaped frame are mounted on top of the platform element, and wherein the C-shaped frame is composed of two substantially vertical beams which are connected by a substantially horizontal beam, configured in such a way that the load element is capable of being rotated from a flat position to an upright position. - a platform element for supporting the load element (11, 12, 1A, 1B, 15); - lifting means for lifting the platform element from the base region of the construction to said other region of the construction and/or for lowering the platform element from said other region of the construction to the base region of the construction; and - a shifting element arranged to be able to change its position with respect to the platform element in order to move the load element (11, 12, 1A, 1B, 15) in said other region of the construction from a load lifting position on the platform element to a load installation position on the construction,