mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, comprising: receiving , by a terminal device, a system information from a network device, wherein the system information indicates a first target manner of an uplink waveform, and the first target manner of the uplink waveform is one of at least one optional manner of the uplink waveform; performing , by the terminal device, an initial random access to the network device by using the first target manner of the uplink waveform; receiving , by the terminal device, a message from the network device after performing the initial random access, wherein the message is a radio resource control, RRC, message, and wherein the message indicates a re-determined target manner of the uplink waveform, and the re-determined target manner of the uplink waveform is one of the at least one optional manner of the uplink waveform; and communicating , by the terminal device, by using the re-determined target manner of the uplink waveform with the network device. receiving , by a terminal device, a system information from a network device, wherein the system information indicates a first target manner of an uplink waveform, and the first target manner of the uplink waveform is one of at least one optional manner of the uplink waveform; performing , by the terminal device, an initial random access to the network device by using the first target manner of the uplink waveform; receiving , by the terminal device, a message from the network device after performing the initial random access, wherein the message is a radio resource control, RRC, message, and wherein the message indicates a re-determined target manner of the uplink waveform, and the re-determined target manner of the uplink waveform is one of the at least one optional manner of the uplink waveform; and communicating , by the terminal device, by using the re-determined target manner of the uplink waveform with the network device.
A method of producing an aerosol-generating element for an aerosol-generating article or system, the method comprising the steps of: preparing a matrix polymer solution comprising a matrix-forming polymer in water; adding a plurality of aerosol-generating formulation components to the matrix polymer solution to form an aerosol-generating solution, wherein the aerosol-generating formulation components comprise a polyhydric alcohol and at least one alkaloid or cannabinoid and wherein the aerosol-generating solution comprises at least 0.5 percent by weight of the at least one alkaloid or cannabinoid; forming a discrete portion of the aerosol-generating solution; adding the discrete portion of the aerosol-generating solution to a cross-linking solution of multivalent cations to cross-link the matrix-forming polymer; and removing the aerosol-generating element from the cross-linking solution and drying the aerosol-generating element. preparing a matrix polymer solution comprising a matrix-forming polymer in water; adding a plurality of aerosol-generating formulation components to the matrix polymer solution to form an aerosol-generating solution, wherein the aerosol-generating formulation components comprise a polyhydric alcohol and at least one alkaloid or cannabinoid and wherein the aerosol-generating solution comprises at least 0.5 percent by weight of the at least one alkaloid or cannabinoid; forming a discrete portion of the aerosol-generating solution; adding the discrete portion of the aerosol-generating solution to a cross-linking solution of multivalent cations to cross-link the matrix-forming polymer; and removing the aerosol-generating element from the cross-linking solution and drying the aerosol-generating element.
An RFID tag secured to an object, comprising: a substrate having first and second openings extending therethrough, the RFID tag secured to the object by first and second protrusions extending from a surface of the object through the first and second openings , an RFID chip located on the substrate ; and an antenna located on the substrate and electrically connected to the RFID chip ; characterized in that the RFID tag further comprises a boss integral with the first and second protrusions covering at least a portion of the RFID tag , wherein the integral boss covering at least a portion of the RFID tag is formed from melted first and second protrusions . a substrate having first and second openings extending therethrough, the RFID tag secured to the object by first and second protrusions extending from a surface of the object through the first and second openings , an RFID chip located on the substrate ; and an antenna located on the substrate and electrically connected to the RFID chip ; characterized in that the RFID tag further comprises a boss integral with the first and second protrusions covering at least a portion of the RFID tag , wherein the integral boss covering at least a portion of the RFID tag is formed from melted first and second protrusions .
A medication mixing and delivery device comprising: a housing ; a first chamber located within the housing , the first chamber having an outlet; a second chamber located within the housing, the second chamber having an inlet; a sliding valve located within the housing , the sliding valve being selectively opened or closed by aligning or misaligning the outlet of the first chamber with the inlet of the second chamber so as to cause or prevent fluid communication between the outlet of the first chamber and the inlet of the second chamber; characterized in that the device further comprises an actuation device having a triggering device and a pre-loaded energy source , the actuation device also being in mechanical communication with the sliding valve and is configured to allow the sliding valve to alternate between a closed state and an open state; a displacement mechanism configured to reduce the effective volume of the first chamber; a delivery assembly configured to be in fluid communication with the second chamber; and wherein the actuation device is activatable by the triggering device, which activation is so as to generate an alignment force, the alignment force configured to cause the sliding valve to be placed into the open state and to cause a first portion of energy stored within the pre-loaded energy source to be released, thereby causing the displacement mechanism to force a liquid stored in the first chamber to pass through the outlet of the first chamber and inlet of the second chamber to be received into the second chamber. a housing ; a first chamber located within the housing , the first chamber having an outlet; a second chamber located within the housing, the second chamber having an inlet; a sliding valve located within the housing , the sliding valve being selectively opened or closed by aligning or misaligning the outlet of the first chamber with the inlet of the second chamber so as to cause or prevent fluid communication between the outlet of the first chamber and the inlet of the second chamber; characterized in that the device further comprises an actuation device having a triggering device and a pre-loaded energy source , the actuation device also being in mechanical communication with the sliding valve and is configured to allow the sliding valve to alternate between a closed state and an open state; a displacement mechanism configured to reduce the effective volume of the first chamber; a delivery assembly configured to be in fluid communication with the second chamber; and wherein the actuation device is activatable by the triggering device, which activation is so as to generate an alignment force, the alignment force configured to cause the sliding valve to be placed into the open state and to cause a first portion of energy stored within the pre-loaded energy source to be released, thereby causing the displacement mechanism to force a liquid stored in the first chamber to pass through the outlet of the first chamber and inlet of the second chamber to be received into the second chamber.
An inhibitor of zB7R1 binding to CD155 for use in a method of treating cancer in a subject, wherein the cancer is characterized by the presence of CD155-expressing tumor cells; wherein zB7R1 is the polypeptide of SEQ ID NO: 2, and wherein the inhibitor is an antibody that specifically binds to amino acid residues 16-140 of SEQ ID NO: 2, or an antigen-binding fragment of the antibody.
An apparatus for bundling packaged articles, which comprises: a first bundling apparatus (B), at least a second bundling apparatus (C), characterised in that the relative linear displacement of the first bundling apparatus and the at least second bundling apparatus is variable, a reconfigurable bridge between the first bundling apparatus (B) and the second bundling apparatus (C) which spans between an exit edge of the first bundling apparatus and an entrance edge of the second bundling apparatus, wherein the span of the bridge may be re-dimensioned in order to maintain a substantially contiguous and continuous transport surface between the exit edge of the first bundling apparatus and the entrance edge of the second bundling apparatus. a first bundling apparatus (B), at least a second bundling apparatus (C), characterised in that the relative linear displacement of the first bundling apparatus and the at least second bundling apparatus is variable, a reconfigurable bridge between the first bundling apparatus (B) and the second bundling apparatus (C) which spans between an exit edge of the first bundling apparatus and an entrance edge of the second bundling apparatus, wherein the span of the bridge may be re-dimensioned in order to maintain a substantially contiguous and continuous transport surface between the exit edge of the first bundling apparatus and the entrance edge of the second bundling apparatus.
A method of producing aromatic hydrocarbons, the method comprising: a step of supplying a raw material stream to a C6 separation column, wherein the raw material stream includes a C5 hydrocarbon to a C10 hydrocarbon, supplying an upper discharge stream from the C6 separation column to a first gasoline hydrogenation unit, and supplying a lower discharge stream from the C6 separation column to a C7 separation column; a step of supplying an upper discharge stream from the C7 separation column to the first gasoline hydrogenation unit and supplying a lower discharge stream from the C7 separation column to a C8 separation column; a step of separating benzene and toluene from a discharge stream from the first gasoline hydrogenation unit; a step of removing a lower discharge stream from the C8 separation column and supplying an upper discharge stream from the C8 separation column to a second extractive distillation column; and a step of separating styrene from a lower discharge stream from the second extractive distillation column and separating xylene from an upper discharge stream from the second extractive distillation column, wherein an overhead stream of the C8 separation column is condensed by heat exchange with one or more streams in the process in one or more heat exchangers and then supplied to the second extractive distillation column as the upper discharge stream from the C8 separation column. a step of supplying a raw material stream to a C6 separation column, wherein the raw material stream includes a C5 hydrocarbon to a C10 hydrocarbon, supplying an upper discharge stream from the C6 separation column to a first gasoline hydrogenation unit, and supplying a lower discharge stream from the C6 separation column to a C7 separation column; a step of supplying an upper discharge stream from the C7 separation column to the first gasoline hydrogenation unit and supplying a lower discharge stream from the C7 separation column to a C8 separation column; a step of separating benzene and toluene from a discharge stream from the first gasoline hydrogenation unit; a step of removing a lower discharge stream from the C8 separation column and supplying an upper discharge stream from the C8 separation column to a second extractive distillation column; and a step of separating styrene from a lower discharge stream from the second extractive distillation column and separating xylene from an upper discharge stream from the second extractive distillation column, wherein an overhead stream of the C8 separation column is condensed by heat exchange with one or more streams in the process in one or more heat exchangers and then supplied to the second extractive distillation column as the upper discharge stream from the C8 separation column.
A centrifugal microfluidic disc comprising: - an inlet reservoir; - at least one inlet channel; - at least one sample chamber for growth and in vitro studies of microorganisms; - at least one effluent channel; and - an outlet reservoir; wherein the microfluidic disc is configured for engaging with a rotatable platform or a motor for spinning the microfluidic disc, and wherein the disc is configured such that during rotation of the disc, liquid in the inlet reservoir will be centrifugally forced outwards such that liquid can be controllably transferred from the inlet reservoir to the outlet reservoir via 1) the inlet channel, 2) the sample chamber and 3) the effluent channel, wherein the geometry of the inlet reservoir resembles an arc of a first circle and the outlet reservoir resembles an arc of a second circle, wherein the center of the first and second circles are located at the center of the disc and wherein the volume of the inlet reservoir is at least 1 mL. - an inlet reservoir; - at least one inlet channel; - at least one sample chamber for growth and in vitro studies of microorganisms; - at least one effluent channel; and - an outlet reservoir;
A method for forming a paper strap , the method comprising: providing a plurality of paper strips ; directing each of the plurality of paper strips through a respective first pultrusion string die to form intermediate strings ; directing each of the intermediate strings from the respective first pultrusion string die through a second pultrusion string die , the intermediate strings exiting the second die , in a substantially non-twisted state to form non-twisted strings ; and directing the non-twisted strings through a pultrusion strap die , the non-twisted strings forming the paper strap , and compacting the non-twisted strings by directing the non-twisted strings through a tapered portion and a constant section portion of the pultrusion strap die . providing a plurality of paper strips ; directing each of the plurality of paper strips through a respective first pultrusion string die to form intermediate strings ; directing each of the intermediate strings from the respective first pultrusion string die through a second pultrusion string die , the intermediate strings exiting the second die , in a substantially non-twisted state to form non-twisted strings ; and directing the non-twisted strings through a pultrusion strap die , the non-twisted strings forming the paper strap , and compacting the non-twisted strings by directing the non-twisted strings through a tapered portion and a constant section portion of the pultrusion strap die .
A rotating cosmetic case comprising an outer metal jacket , mechanically retained by a sheath of synthetic material, by at least one rotational means of locking and at least one tensile means of locking , one rotational means of locking , consisting of a cut-out opening outwards at the lower end of the cylindrical wall of the metal jacket , said cut-out being mounted in cooperation with a projection molded in the sheath , while the tensile means of locking consists of at least one orifice in the lower part of the cylindrical wall of the metal jacket , delimiting with the lower end of the latter, a wall portion facing inwards with respect to a housing located in the sheath .
Surface-modified metal compound particles comprising: metal compound particles that are surface-modified with at least one first carboxylic acid selected from the group consisting of methacrylic acid, acrylic acid, and propionic acid, and at least one second carboxylic acid selected from the group consisting of a fatty acid having 6 to 16 carbon atoms and a monovalent carboxylic acid having at least one benzene ring and 7 to 32 carbon atoms, wherein at least a portion of the first carboxylic acid is a carboxylic acid type in which a hydrogen atom of a carboxy group is not dissociated as an ion, and wherein a metal compound constituting the metal compound particles is a metal oxide or a metal hydroxide. metal compound particles that are surface-modified with at least one first carboxylic acid selected from the group consisting of methacrylic acid, acrylic acid, and propionic acid, and at least one second carboxylic acid selected from the group consisting of a fatty acid having 6 to 16 carbon atoms and a monovalent carboxylic acid having at least one benzene ring and 7 to 32 carbon atoms, wherein at least a portion of the first carboxylic acid is a carboxylic acid type in which a hydrogen atom of a carboxy group is not dissociated as an ion, and wherein a metal compound constituting the metal compound particles is a metal oxide or a metal hydroxide.
A method of producing spherical microcapsules including light reflecting solid integral particles reflecting incoming light to be reflected in a defined direction for determining the position and orientation of the microcapsule , the method comprising: - preparing a first liquid phase containing a first polymerization partner; - preparing a second liquid phase containing a second polymerization partner, the first liquid phase not being soluble in the second liquid phase , and the second polymerization partner being configured to polymerize with the first polymerization partner under polymerization conditions; - dispersing the solid particles in the first liquid phase ; - forming droplets of the first liquid phase including at least one of the solid particles ; - immersing the droplets in the second liquid phase under the polymerization conditions, wherein the first polymerization partner and the second polymerization partner polymerize at the surfaces of the droplets forming shells of a polymeric material enclosing the individual droplets , wherein the shells have a thickness of not more than λ, λ being the wavelength of the light to be reflected by the solid integral particles , so that the shells do essentially not deflect the light to be reflected by the solid integral particles entering and exiting the microcapsules ; and - fixing the light reflecting solid integral particles to the shells ; - wherein the first liquid phase or the gelled or solidified first liquid phase is transparent for the light to be reflected by the solid particles . - preparing a first liquid phase containing a first polymerization partner; - preparing a second liquid phase containing a second polymerization partner, the first liquid phase not being soluble in the second liquid phase , and the second polymerization partner being configured to polymerize with the first polymerization partner under polymerization conditions; - dispersing the solid particles in the first liquid phase ; - forming droplets of the first liquid phase including at least one of the solid particles ; - immersing the droplets in the second liquid phase under the polymerization conditions, wherein the first polymerization partner and the second polymerization partner polymerize at the surfaces of the droplets forming shells of a polymeric material enclosing the individual droplets , wherein the shells have a thickness of not more than λ, λ being the wavelength of the light to be reflected by the solid integral particles , so that the shells do essentially not deflect the light to be reflected by the solid integral particles entering and exiting the microcapsules ; and - fixing the light reflecting solid integral particles to the shells ; - wherein the first liquid phase or the gelled or solidified first liquid phase is transparent for the light to be reflected by the solid particles .
A wireless projector-type auto-darkening welding helmet , comprising: a helmet housing ; a headband structure for securing the helmet housing ; an auto-darkening filter secured on the helmet housing ; a wireless communication module ; and a micro-projector which is data-connected to the auto-darkening filter and the wireless communication module , wherein when the auto-darkening filter is in a transparent state, the micro-projector is configured to project operating parameters of the auto-darkening filter and/or data received by the wireless communication module , as images, onto a plane in front of the welding helmet such that they can be watched by an operator who wears the welding helmet on his/her head. a helmet housing ; a headband structure for securing the helmet housing ; an auto-darkening filter secured on the helmet housing ; a wireless communication module ; and a micro-projector which is data-connected to the auto-darkening filter and the wireless communication module , wherein when the auto-darkening filter is in a transparent state, the micro-projector is configured to project operating parameters of the auto-darkening filter and/or data received by the wireless communication module , as images, onto a plane in front of the welding helmet such that they can be watched by an operator who wears the welding helmet on his/her head.
An injection molding machine , comprising: a first friction member ; a second friction member ; an expandable/retractable member provided in a periphery of the first and second friction members and including first and second end parts; a first attachment member attached to the first end part; and a second attachment member attached to the second end part; wherein a lubricating oil is fed to an area between first and second friction members , wherein a position of the second attachment member relative to the first attachment member is displaced in cooperation with a position of the second friction member relative to the first friction member , wherein the expandable/retractable member is configured to form a reservoir space that stores the lubricating oil in the periphery of the first and second friction members , wherein the expandable/retractable member is configured to expand/retract in correspondence with an interval between the first and second attachment members, wherein the injection molding machine further comprises a screw coupled to one of the first friction member and the second friction member, characterized in that the injection molding machine further comprises an injection motor configured to advance/retract the screw , and a plasticizing motor configured to rotate the screw , wherein one of the first friction member (24; 27a, 27b) and the second friction member (23; 27a, 27b) is coupled to an injection motor configured to advance/retract a screw or to a plasticizing motor configured to rotate the screw . a first friction member ; a second friction member ; an expandable/retractable member provided in a periphery of the first and second friction members and including first and second end parts; a first attachment member attached to the first end part; and a second attachment member attached to the second end part; wherein a lubricating oil is fed to an area between first and second friction members , wherein a position of the second attachment member relative to the first attachment member is displaced in cooperation with a position of the second friction member relative to the first friction member , wherein the expandable/retractable member is configured to form a reservoir space that stores the lubricating oil in the periphery of the first and second friction members , wherein the expandable/retractable member is configured to expand/retract in correspondence with an interval between the first and second attachment members,