mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication at a base station (102; 310; 402; 702; 1002), comprising: establishing (703, 705; 1102) a link with a plurality of user equipments, UEs (104; 350; 404; 504; 704, 706; 1250), served by the base station; identifying at least two UEs from among the plurality of UEs for joint beam training, wherein the identification is based on a potential blockage of serving beams for the at least two UEs, and wherein the potential blockage is determined when a correlated deterioration in beam quality is detected for the at least two UEs; and performing joint beam training for the at least two UEs. establishing (703, 705; 1102) a link with a plurality of user equipments, UEs (104; 350; 404; 504; 704, 706; 1250), served by the base station; identifying at least two UEs from among the plurality of UEs for joint beam training, wherein the identification is based on a potential blockage of serving beams for the at least two UEs, and wherein the potential blockage is determined when a correlated deterioration in beam quality is detected for the at least two UEs; and performing joint beam training for the at least two UEs.
Apparatus for producing containers from paper material or paper-like material, wherein the container has a lateral surface made of a wound sheet-like segment , of which the segment edges (28, 30; 38, 42) arranged on the longitudinal sides overlap and thus form a region of overlap , and also has a pot-like termination element, namely a pot-like base and/or a pot-like lid, wherein the lateral surface and the termination element are connected to one another in an essentially liquid-tight manner by means of a skirt , wherein at least one pressing ram is provided for the purpose of pressing and sealing the skirt , the pressing ram subjecting the skirt to essentially radially directed pressure, characterized in that the pressing ram has a radially projecting protrusion in a portion of the pressing ram provided for the purpose of acting on a boundary portion of the region of overlap of the lateral surface on the skirt , wherein the boundary portion of the region of overlap extends at least from the lower or covered segment edge (30; 42) which is covered by the segment (26; 36) resting on the segment edge (30; 42) up to a region in which the sheet-like segment (26; 36) which rests on the lower segment edge (30; 42) is again arranged on the same height as the lower or covered segment edge (30; 42).
A method for the preparation of Ranibizumab comprising the steps of: a) transforming a host cell with the vector comprising nucleic acid sequence of SEQ ID NO: 1 encoding for light chain of Ranibizumab having an amino acid sequence as shown in SEQ ID NO: 2 wherein N-terminal of the said SEQ ID NO: 2 is operably linked to a unique signal sequence of SEQ ID NO: 5, start codon and an inducible promoter system; b) transforming another host cell with another vector comprising nucleic acid sequence of SEQ ID NO: 3 encoding for heavy chain of Ranibizumab having an amino acid sequence as shown in SEQ ID NO: 4 wherein N-terminal of the said SEQ ID NO: 4 is operably linked to a unique signal sequence of SEQ ID NO: 6, start codon and an inducible promoter system; c) expressing the light chain and heavy chain of Ranibizumab separately in two different expression host cells; d) exporting the light chain and heavy chain of Ranibizumab to the periplasmic space of the host cells with the help of the unique signal sequences; and e) in-vitro refolding the partially pure light chain and heavy chain of Ranibizumab together, wherein the host cells are E. coli. a) transforming a host cell with the vector comprising nucleic acid sequence of SEQ ID NO: 1 encoding for light chain of Ranibizumab having an amino acid sequence as shown in SEQ ID NO: 2 wherein N-terminal of the said SEQ ID NO: 2 is operably linked to a unique signal sequence of SEQ ID NO: 5, start codon and an inducible promoter system; b) transforming another host cell with another vector comprising nucleic acid sequence of SEQ ID NO: 3 encoding for heavy chain of Ranibizumab having an amino acid sequence as shown in SEQ ID NO: 4 wherein N-terminal of the said SEQ ID NO: 4 is operably linked to a unique signal sequence of SEQ ID NO: 6, start codon and an inducible promoter system; c) expressing the light chain and heavy chain of Ranibizumab separately in two different expression host cells; d) exporting the light chain and heavy chain of Ranibizumab to the periplasmic space of the host cells with the help of the unique signal sequences; and e) in-vitro refolding the partially pure light chain and heavy chain of Ranibizumab together,
A URL matching apparatus for matching a malicious uniform resource locator, URL, even if an attacker has partially changed a character string of the malicious URL in order to avoid the malicious URL being filtered, comprising: a URL partial character string storage unit configured to store therein partial character string information storing therein, as keys of an associative array, partial character strings obtained by connecting stepwise in order from a character string of an upper layer of a hierarchical structure of one or more reference malicious URLs and, as values of the keys, attribute information indicating down to which lower layer of the hierarchical structure of the reference malicious URL the partial character string matches; a partial character string generating unit configured to generate partial character strings obtained by connecting stepwise in order from a character string of an upper layer of a hierarchical structure of a potentially-malicious URL to be matched; and a searching unit configured to search, for each of the generated partial character strings of the potentially-malicious URL, the partial character string information with that partial character string being a key, and outputs a search result of the potentially-malicious URL, the search result comprising attribute information of the partial character string indicating how much the potentially-malicious URL matches the reference malicious URL. a URL partial character string storage unit configured to store therein partial character string information storing therein, as keys of an associative array, partial character strings obtained by connecting stepwise in order from a character string of an upper layer of a hierarchical structure of one or more reference malicious URLs and, as values of the keys, attribute information indicating down to which lower layer of the hierarchical structure of the reference malicious URL the partial character string matches; a partial character string generating unit configured to generate partial character strings obtained by connecting stepwise in order from a character string of an upper layer of a hierarchical structure of a potentially-malicious URL to be matched; and a searching unit configured to search, for each of the generated partial character strings of the potentially-malicious URL, the partial character string information with that partial character string being a key, and outputs a search result of the potentially-malicious URL, the search result comprising attribute information of the partial character string indicating how much the potentially-malicious URL matches the reference malicious URL.
A compound having formula (I) wherein R 1 is chloro or fluoro, R 2 is -CH 2 CH 2 OH, or C 3 - 5 alkylCOOH; R 3 is trifluoromethyl, or trifluoromethoxy; R 4 is hydrogen, fluoro, or methoxy; and R 5 is hydrogen or methyl; or a pharmaceutically acceptable salt, solvate or polymorph thereof. R 1 is chloro or fluoro, R 2 is -CH 2 CH 2 OH, or C 3 - 5 alkylCOOH; R 3 is trifluoromethyl, or trifluoromethoxy; R 4 is hydrogen, fluoro, or methoxy; and R 5 is hydrogen or methyl;
A method of manufacturing a high tenacity yarn, the method being performed in such a manner that a yarn made of at least one of nylon and polyester is fed from a bobbin to a water bath containing a coating material, and the yarn is coated with the coating material while passing over a roller provided in the water bath, thus obtaining a coated yarn, and comprising: coating (S10) the yarn while the yarn passes over the roller at a speed of about 5 to 30 m per minute, and controlling a thickness of the coating material coated on the yarn by controlling a degree of contact between a thickness control plate and the yarn by using the thickness control plate provided behind the roller and being movable relative to the yarn, wherein the coating material contains 3 to 35 parts by weight of a reinforcing agent composed of a mineral material per 100 parts by weight of a coating liquid containing polyurethane, the mineral material is at least one of basalt, glass fiber, and iron and the mineral material is in a powder form having a particle size of 30 to 500 μm; drying (S20) the coated yarn passing through an inside of a drying furnace by far-infrared radiation at 100 to 600°C; additionally coating (S30) the dried coated yarn with an additional coating material which is obtained by diluting the coating material with water to have a concentration of 60 to 80%, thus obtaining a secondary coated yarn; and drying (S40) the secondary coated yarn passing through an inside of a drying furnace by far-infrared radiation at 100 to 600°C for a shorter time than in the drying (S20) the coated yarn. coating (S10) the yarn while the yarn passes over the roller at a speed of about 5 to 30 m per minute, and controlling a thickness of the coating material coated on the yarn by controlling a degree of contact between a thickness control plate and the yarn by using the thickness control plate provided behind the roller and being movable relative to the yarn, wherein the coating material contains 3 to 35 parts by weight of a reinforcing agent composed of a mineral material per 100 parts by weight of a coating liquid containing polyurethane, the mineral material is at least one of basalt, glass fiber, and iron and the mineral material is in a powder form having a particle size of 30 to 500 μm; drying (S20) the coated yarn passing through an inside of a drying furnace by far-infrared radiation at 100 to 600°C; additionally coating (S30) the dried coated yarn with an additional coating material which is obtained by diluting the coating material with water to have a concentration of 60 to 80%, thus obtaining a secondary coated yarn; and drying (S40) the secondary coated yarn passing through an inside of a drying furnace by far-infrared radiation at 100 to 600°C for a shorter time than in the drying (S20) the coated yarn.
A head-up display device for displaying a first virtual image (V1) associated with an actual scene and a second virtual image (V2) not associated with the actual scene, the head-up display device comprising: a control unit configured to set a luminance (G1) of the first virtual image (V1) higher than a luminance (G2) of the second virtual image (V2) by a luminance difference (X), set the luminance (G1) of the first virtual image (V1) and the luminance (G2) of the second virtual image (V2) to gradually increase as a light control value determined based on an intensity of external light increases, and set the luminance difference (X) to increase as a light control value determined based on an intensity of external light increases.
A method implemented by a target gateway for delivering data packets of a session to a mobile station during inter-RAT handover of the mobile station from a source Radio Access Network RAN of a source Radio Access Technology RAT to a target RAN of a target RAT different than the source RAT, wherein the target GW is associated with the target RAN and wherein either the source and target RANs are an Evolved UMTS RAN E-UTRAN and an High Rate Data Packet HRPD RAN, respectively, or the source and target RANs are an HRPD RAN and an E-UTRAN, respectively, the method comprising: receiving one or more forwarded packets for the session from a source gateway associated with the source RAN; receiving a first empty Generic Routing Encapsulation, GRE, packet from the source gateway , a header of said first empty GRE packet including a first sequence number indicating the end of the forwarded packets for the session, said first empty GRE packet generated by the source gateway responsive to an end marker packet received by the source gateway, said first empty GRE packet generated by the source GW responsive to said source GW receiving the end marker packet sent by a network GW; sending the forwarded packets to the mobile station via the target RAN; receiving one or more direct packets for the session from the network gateway , said direct packets sequentially ordered relative to the forwarded packets; and sending the direct packets to the mobile station via the target RAN responsive to receiving the first empty GRE packet. receiving one or more forwarded packets for the session from a source gateway associated with the source RAN; receiving a first empty Generic Routing Encapsulation, GRE, packet from the source gateway , a header of said first empty GRE packet including a first sequence number indicating the end of the forwarded packets for the session, said first empty GRE packet generated by the source gateway responsive to an end marker packet received by the source gateway, said first empty GRE packet generated by the source GW responsive to said source GW receiving the end marker packet sent by a network GW; sending the forwarded packets to the mobile station via the target RAN; receiving one or more direct packets for the session from the network gateway , said direct packets sequentially ordered relative to the forwarded packets; and sending the direct packets to the mobile station via the target RAN responsive to receiving the first empty GRE packet.
A collapsible and expandable stent adapted to treat blood flow regurgitation in a native heart valve by allowing downstream blood flow and preventing upstream blood flow, the stent comprising: an outer section comprising a first stent cell pattern; an inner valve support section extending radially upward into the outer section and comprising the first stent cell pattern or a second stent cell pattern, the inner valve support section supporting prosthetic valve leaflets attached therein; a transition section between the outer section and the inner valve support section comprising a third stent cell pattern that is different from the first stent cell pattern and the second stent cell pattern, wherein the transition section turns radially inward to give rise to a radially upward extension of the inner valve support section within the outer section , wherein the third stent cell pattern of the transition section further comprises a plurality of curvilinear struts comprising a degree of curvature and/or twist, wherein a spacing between adjacent curvilinear struts defines the cells of the transition section and the third stent cell pattern, and wherein adjacent curvilinear struts are configured to nest together when the stent is collapsed. an outer section comprising a first stent cell pattern; an inner valve support section extending radially upward into the outer section and comprising the first stent cell pattern or a second stent cell pattern, the inner valve support section supporting prosthetic valve leaflets attached therein; a transition section between the outer section and the inner valve support section comprising a third stent cell pattern that is different from the first stent cell pattern and the second stent cell pattern, wherein the transition section turns radially inward to give rise to a radially upward extension of the inner valve support section within the outer section , wherein the third stent cell pattern of the transition section further comprises a plurality of curvilinear struts comprising a degree of curvature and/or twist, wherein a spacing between adjacent curvilinear struts defines the cells of the transition section and the third stent cell pattern, and wherein adjacent curvilinear struts are configured to nest together when the stent is collapsed.
A screw compressor, comprising a connection structure of an exhaust bearing seat for a compressor comprising an exhaust bearing seat , an oil separation bucket , and an oil separation screen assembly all arranged at an exhaust end of a body of the compressor, wherein a tail end of the exhaust bearing seat is connected with the oil separation screen assembly , and a vibration-reducing element is provided between the oil separation screen assembly and the oil separation bucket ; wherein a retaining ring is provided on the inner wall of the oil separation bucket and is connected to the vibration-reducing element ; and wherein the vibration-reducing element includes an annular sheathing portion , and a connection portion is formed by radially inward extension of an end of the annular sheathing portion towards the retaining ring ; the annular sheathing portion is fitted over the outer periphery of the oil separation screen assembly , and the connection portion is connected with the retaining ring .
A relining device for relining a tube section of a pipeline system , wherein the relining device has at least one tubular inliner for sealing a damage to the tube section as well as a heating element , wherein the heating element is of tubular form and is arranged with a plurality of electrical heating means substantially over an entire length of the inliner arranged in the tube section , wherein the relining device further has a calibration hose , wherein the inliner is arranged around the calibration hose wherein the tubular electrical heating element is fastened to a first end of the inliner , wherein the inliner can be understood as a tubular carrier material, namely a synthetic fiber hose, wherein the inliner is impregnated with resin and is flexible before curing. the heating element is of tubular form and is arranged with a plurality of electrical heating means substantially over an entire length of the inliner arranged in the tube section , wherein the relining device further has a calibration hose , wherein the inliner is arranged around the calibration hose wherein the tubular electrical heating element is fastened to a first end of the inliner , wherein the inliner can be understood as a tubular carrier material, namely a synthetic fiber hose, wherein the inliner is impregnated with resin and is flexible before curing.
A filter element for mouthpieces for use with smoking products or HNB products, wherein the filter element has a filter body made from a tow material, whereby the tow material is formed by a plurality of individual filaments of cross-linked and crimped cellulose acetate filaments, whereby the cellulose acetate filaments in particular exhibit a polygonal and preferably Y-shaped cross-sectional geometry, and whereby the tow material has a mass-related specific surface area of less than 0.15 m 2 /g and more than 0.025 m 2 /g, and wherein the tow material of the filter body exhibits a residual crimp (RS) and a density (ρ), whereby a residual crimp-related density value A amounts to at least 0.016 mg 2 × mm 6 , with: A = ρ 2 ∗ RS .
A transmitting apparatus comprising: a packet generator generating a packet comprising a header and a payload; and a signal processor processing the packet, wherein the header comprises a base header, wherein the base header comprises a first field, wherein the first field comprises a value indicating a packet type of an input packet included in the payload, wherein if the first field comprises a value indicating that the packet type of the input packet is a moving picture experts group 2, MPEG-2 transport stream, the base header comprises a second field and a third field, wherein the second field comprises a value indicating a number of MPEG-2 TS packets included in the payload, wherein the third field comprises a first value or a second value, wherein the first value indicates presence of an additional header and the second value indicates absence of that additional header, wherein if MPEG-2 TS header compression is applied, the third field comprises the first value, and wherein a header of at least one TS packet among the MPEG-2 TS packets included in the payload is removed by the MPEG-2 TS header compression . a packet generator generating a packet comprising a header and a payload; and a signal processor processing the packet, wherein the header comprises a base header, wherein the base header comprises a first field, wherein the first field comprises a value indicating a packet type of an input packet included in the payload, wherein if the first field comprises a value indicating that the packet type of the input packet is a moving picture experts group 2, MPEG-2 transport stream, the base header comprises a second field and a third field, wherein the second field comprises a value indicating a number of MPEG-2 TS packets included in the payload, wherein the third field comprises a first value or a second value, wherein the first value indicates presence of an additional header and the second value indicates absence of that additional header, wherein if MPEG-2 TS header compression is applied, the third field comprises the first value, and wherein a header of at least one TS packet among the MPEG-2 TS packets included in the payload is removed by the MPEG-2 TS header compression .
A method comprising: receiving information associated with a conveyance of equipment (560; 860) in a borehole (503; 803) via a cable (505; 805), wherein the information includes one or more of a well profile, wellbore fluid dynamics, tool weights, friction and drag coefficients; applying the received information to a tension model to predict cable tension values at the surface and at one or more points along the cable during conveyance of the equipment in the borehole ; conveying the equipment (560; 860) in the borehole (503; 803) via the cable (505;805); acquiring a cable tension value via one or more sensors; comparing the acquired cable tension value to at least one of the predicted cable tension values; and based on the comparison, setting a cable tension limit for further conveying of the equipment (560; 860) in the borehole (503; 803) via the cable . receiving information associated with a conveyance of equipment (560; 860) in a borehole (503; 803) via a cable (505; 805), wherein the information includes one or more of a well profile, wellbore fluid dynamics, tool weights, friction and drag coefficients; applying the received information to a tension model to predict cable tension values at the surface and at one or more points along the cable during conveyance of the equipment in the borehole ; conveying the equipment (560; 860) in the borehole (503; 803) via the cable (505;805); acquiring a cable tension value via one or more sensors; comparing the acquired cable tension value to at least one of the predicted cable tension values; and based on the comparison, setting a cable tension limit for further conveying of the equipment (560; 860) in the borehole (503; 803) via the cable .
Fire protection sleeve comprising an intumescent fire protection insert which is designed as a resiliently deformable molded body which completely fills the space spanned by the shell part , a shell part surrounding the fire protection insert , on the inside of which shell part the fire protection insert is arranged, and at least one fastening part projecting radially outward in the region of at least one end face of the shell part , the molded body being formed in two parts, characterized in that the molded body has a flange which extends at a right angle to the molded body on the base facing the wall or ceiling, or the molded body has a flange on the base facing the wall or ceiling, the flange being formed by an indentation extending in the circumferential direction of the lateral surface of the molded body (12'a, 12'b), such that the diameter (D') of the flange corresponds at least to the diameter of the molded body.