mhurhangee/patent-ind-claim-en huggingface dataset:
A dual-mode on-vehicle integrated seat , comprising: a seat portion configured to be adapted to be installed inside a vehicle; and a backrest portion having a first backrest part and a second backrest part that are opposite to each other, and configured to be rotatable about a longitudinal axis (X) thereof to provide a first sitting mode and a second sitting mode respectively, wherein in the first sitting mode, the backrest portion is rotated so that the first backrest part is exposed to form, together with the seat portion , a seat for adults to sit on, and in the second sitting mode, the backrest portion is rotated so that the second backrest part is exposed to form, by itself or together with the seat portion , a seat for children to sit on; wherein the dual-mode on-vehicle integrated seat further comprises a rotary switching system comprising: a positioning device configured to position and install the backrest portion along the longitudinal axis (X) thereof in the dual-mode on-vehicle integrated seat ; and a rotating fork arm device comprising at least a first fork arm and a second fork arm that are disposed on the backrest portion , and configured to fix the backrest portion in place after the backrest portion is rotated into position to provide the first sitting mode or the second sitting mode. a seat portion configured to be adapted to be installed inside a vehicle; and a backrest portion having a first backrest part and a second backrest part that are opposite to each other, and configured to be rotatable about a longitudinal axis (X) thereof to provide a first sitting mode and a second sitting mode respectively, wherein in the first sitting mode, the backrest portion is rotated so that the first backrest part is exposed to form, together with the seat portion , a seat for adults to sit on, and in the second sitting mode, the backrest portion is rotated so that the second backrest part is exposed to form, by itself or together with the seat portion , a seat for children to sit on; wherein the dual-mode on-vehicle integrated seat further comprises a rotary switching system comprising: a positioning device configured to position and install the backrest portion along the longitudinal axis (X) thereof in the dual-mode on-vehicle integrated seat ; and a rotating fork arm device comprising at least a first fork arm and a second fork arm that are disposed on the backrest portion , and configured to fix the backrest portion in place after the backrest portion is rotated into position to provide the first sitting mode or the second sitting mode. a positioning device configured to position and install the backrest portion along the longitudinal axis (X) thereof in the dual-mode on-vehicle integrated seat ; and a rotating fork arm device comprising at least a first fork arm and a second fork arm that are disposed on the backrest portion , and configured to fix the backrest portion in place after the backrest portion is rotated into position to provide the first sitting mode or the second sitting mode.
A method of controlled competitive exchange of a bound first agent and a competing agent including the steps of: (a) providing an oligomeric metal coordination complex coordinately bound to a surface of a metal, metal alloy, glass or polymer substrate, the first agent having been selected for its coordination strength to the oligomeric metal coordination complex and being coordinately bound thereto, and wherein the first agent is selected from a therapeutic agent or a capping agent; and (b) exposing the substrate-bound oligomeric metal coordination complex with bound first agent to the competing agent in solution, the competing agent having a greater coordination strength with the oligomeric metal coordination complex than the first agent, wherein the competing agent has a greater number of electron donating sites than the first agent to thereby allow the competing agent to exchange with the first agent and become preferentially bound to the oligomeric metal coordination complex and wherein the nature of the first agent and competing agent are selected, with respect to one another, such that the exchange occurs over a desired time period. (a) providing an oligomeric metal coordination complex coordinately bound to a surface of a metal, metal alloy, glass or polymer substrate, the first agent having been selected for its coordination strength to the oligomeric metal coordination complex and being coordinately bound thereto, and wherein the first agent is selected from a therapeutic agent or a capping agent; and (b) exposing the substrate-bound oligomeric metal coordination complex with bound first agent to the competing agent in solution, the competing agent having a greater coordination strength with the oligomeric metal coordination complex than the first agent,
A linear compressor comprising: a shell ; a cylinder disposed in the shell to define a compression space (P) for a refrigerant; a piston installed to reciprocate in the cylinder ; a nozzle which is provided in the cylinder and through which a portion of the refrigerant introduced into the compression space (P) passes; and a cylinder filter installed in the cylinder and disposed at an inlet-side of the nozzle , wherein a gas inflow part recessed inward from an outer circumferential surface of the cylinder in a radial direction is provided in the cylinder , and the nozzle passes from an inner surface of the gas inflow part to an inner circumferential surface of the cylinder , characterized in that at least one or more surfaces of the cylinder filter are oil-repellent coated, and the cylinder filter comprises: a first filter installed inside the gas inflow part ; and a second filter installed at an outlet-side of the first filter inside the gas inflow part , wherein a surface corresponding to an inlet-side of the first filter is oil-repellent coated. a shell ; a cylinder disposed in the shell to define a compression space (P) for a refrigerant; a piston installed to reciprocate in the cylinder ; a nozzle which is provided in the cylinder and through which a portion of the refrigerant introduced into the compression space (P) passes; and a cylinder filter installed in the cylinder and disposed at an inlet-side of the nozzle , wherein a gas inflow part recessed inward from an outer circumferential surface of the cylinder in a radial direction is provided in the cylinder , and the nozzle passes from an inner surface of the gas inflow part to an inner circumferential surface of the cylinder , characterized in that at least one or more surfaces of the cylinder filter are oil-repellent coated, and the cylinder filter comprises: a first filter installed inside the gas inflow part ; and a second filter installed at an outlet-side of the first filter inside the gas inflow part , a first filter installed inside the gas inflow part ; and a second filter installed at an outlet-side of the first filter inside the gas inflow part , wherein a surface corresponding to an inlet-side of the first filter is oil-repellent coated.
A method for operating a user equipment, UE, comprising: at the UE: receiving, from a base station, BS, a first reference signal; wherein the method is characterised by receiving (S605) first initialization value generation information associated with a first value of scrambling code identity, SCID, n SCID , information and second initialization value generation information associated with a second value of the SCID, n SCID , information through a higher layer signaling, wherein the first initialization value generation information and the second initialization value generation information comprise respective cell identity, cell ID, information, wherein the respective cell ID information is associated with the respective SCID, n SCID , information; receiving (S610) second information representing antenna port(s), a scrambling identity, and a number of layers; determining, based on the second information, selected SCID, n SCID , information, wherein the selected SCID, n SCID , information is one of the first value of the SCID, nSCID, information or the second value of the SCID, n SCID , information; and estimating (S650) a channel state based on the first reference signal and the selected SCID, n SCID , information. receiving, from a base station, BS, a first reference signal; wherein the method is characterised by receiving (S605) first initialization value generation information associated with a first value of scrambling code identity, SCID, n SCID , information and second initialization value generation information associated with a second value of the SCID, n SCID , information through a higher layer signaling, wherein the first initialization value generation information and the second initialization value generation information comprise respective cell identity, cell ID, information, wherein the respective cell ID information is associated with the respective SCID, n SCID , information; receiving (S610) second information representing antenna port(s), a scrambling identity, and a number of layers; determining, based on the second information, selected SCID, n SCID , information, wherein the selected SCID, n SCID , information is one of the first value of the SCID, nSCID, information or the second value of the SCID, n SCID , information; and estimating (S650) a channel state based on the first reference signal and the selected SCID, n SCID , information.
A specimen preparation method of preparing an observation specimen by placing an observation object (OB) on a light transmitting plate (PL), comprising: a retaining step of retaining a liquid in a placement portion (R1) so as to form a liquid pool; a placement step of placing the observation object (OB) on the liquid pool of the placement portion (R1); a conveyance step of conveying the observation object (OB) by a conveyance unit , wherein the conveyance unit includes the placement portion (R1); and a transfer step of transferring the observation object (OB) from the placement portion (R1) of the conveyance unit onto the plate (PL) at a conveyance terminal end (P ED ) of the conveyance unit , wherein in the transfer step, a liquid (W4) is supplied to the placement portion (R1) on which the observation object (OB) is placed, and the observation object (OB) is carried by a flow of the liquid (W4) and transferred onto the plate (PL), the conveyance unit includes: a hydrophilic portion (R1) having a hydrophilicity for forming the liquid pool, as the placement portion (R1); and a hydrophobic portion (R2) having a hydrophobicity, which is provided around the hydrophilic portion (R1), in the retaining step, the liquid (W2) is retained in the hydrophilic portion (R1) by the hydrophobic portion (R2), so as to form the liquid pool, and in the placement step, the observation object (OB) is placed on the liquid pool. a retaining step of retaining a liquid in a placement portion (R1) so as to form a liquid pool; a placement step of placing the observation object (OB) on the liquid pool of the placement portion (R1); a conveyance step of conveying the observation object (OB) by a conveyance unit , wherein the conveyance unit includes the placement portion (R1); and a transfer step of transferring the observation object (OB) from the placement portion (R1) of the conveyance unit onto the plate (PL) at a conveyance terminal end (P ED ) of the conveyance unit , wherein in the transfer step, a liquid (W4) is supplied to the placement portion (R1) on which the observation object (OB) is placed, and the observation object (OB) is carried by a flow of the liquid (W4) and transferred onto the plate (PL), the conveyance unit includes: a hydrophilic portion (R1) having a hydrophilicity for forming the liquid pool, as the placement portion (R1); and a hydrophobic portion (R2) having a hydrophobicity, which is provided around the hydrophilic portion (R1), a hydrophilic portion (R1) having a hydrophilicity for forming the liquid pool, as the placement portion (R1); and a hydrophobic portion (R2) having a hydrophobicity, which is provided around the hydrophilic portion (R1), in the retaining step, the liquid (W2) is retained in the hydrophilic portion (R1) by the hydrophobic portion (R2), so as to form the liquid pool, and in the placement step, the observation object (OB) is placed on the liquid pool.
System for evaluating the condition of a tyre , the system comprising a first housing placed on the ground and a device for detecting the wear of a tyre when the tyre passes over said first housing , said system further comprising - a first device for detecting the presence of a tyre on the first housing , and - electronic means for activating the wear detecting device during the detection of the presence of a tyre by the presence detecting device , characterized in that the system comprises a second device for detecting the presence of a tyre. on the first housing , similar to the first presence detecting device , being able to detect the end of a vehicle passing over the first housing to be used as a means of switching off the wear detecting device . - a first device for detecting the presence of a tyre on the first housing , and - electronic means for activating the wear detecting device during the detection of the presence of a tyre by the presence detecting device ,
An organic electroluminescent device comprising at least an anode, a hole transport layer, a light emitting layer, an electron transport layer and a cathode in this order, wherein the hole transport layer is a single layer, an arylamine compound of the following general formula is used as the hole transport layer, and the electron transport layer comprises a compound of the following general formula having an anthracene ring structure: wherein Ar 1 to Ar 4 may be the same or different, and represent a substituted or unsubstituted aromatic hydrocarbon group, a substituted or unsubstituted aromatic heterocyclic group, or a substituted or unsubstituted condensed polycyclic aromatic group, wherein the compound having an anthracene ring structure is a compound of the following general formula having an anthracene ring structure, wherein A represents a divalent group of a substituted or unsubstituted aromatic hydrocarbon, a divalent group of a substituted or unsubstituted aromatic heterocyclic ring, a divalent group of substituted or unsubstituted condensed polycyclic aromatics, or a single bond; Ar 11 , Ar 12 and Ar 13 may be the same or different, and represent a substituted or unsubstituted aromatic hydrocarbon group, a substituted or unsubstituted aromatic heterocyclic group, or a substituted or unsubstituted condensed polycyclic aromatic group; and R 8 represents a hydrogen atom, a deuterium atom, a fluorine atom, a chlorine atom, cyano, nitro, linear or branched alkyl of 1 to 6 carbon atoms that may have a substituent, cycloalkyl of 5 to 10 carbon atoms that may have a substituent, linear or branched alkenyl of 2 to 6 carbon atoms that may have a substituent, linear or branched alkyloxy of 1 to 6 carbon atoms that may have a substituent, cycloalkyloxy of 5 to 10 carbon atoms that may have a substituent, a substituted or unsubstituted aromatic hydrocarbon group, a substituted or unsubstituted aromatic heterocyclic group, or a substituted or unsubstituted condensed polycyclic aromatic group, or substituted or unsubstituted aryloxy.
A connection system comprising a connection forming apparatus for forming a heat-bonded connection between two hollow, flexible, thermoplastic conduits (20, 22; 66, 68) constituting fluid flow tube segments of a medical fluid flow circuit, wherein the connection system further comprises a connection testing apparatus for testing the integrity of the connection site , said connection testing apparatus including: - an occluder cooperative with one of the thermoplastic tube segments to block flow through the conduit; - a pump cooperative with the other of the tube segments for increasing the pressure in the conduits; - a force or pressure sensor operable to monitor pressure in one of the conduits between the pump and occluder over a period of time; - a system controller configured to determine connection integrity on the basis of sensing of the force or pressure sensor for a default period of time after formation of the heat-bonded connection and cutting short the time period if a large leak is detected. - an occluder cooperative with one of the thermoplastic tube segments to block flow through the conduit; - a pump cooperative with the other of the tube segments for increasing the pressure in the conduits; - a force or pressure sensor operable to monitor pressure in one of the conduits between the pump and occluder over a period of time; - a system controller configured to determine connection integrity on the basis of sensing of the force or pressure sensor for a default period of time after formation of the heat-bonded connection and cutting short the time period if a large leak is detected.
Method of securing a redundant initial 2D barcode comprising the steps of: - Providing an initial message comprising a unique identifier (ID), and - Encoding said initial message as a set of predefined symbols so as to generate said redundant initial 2D barcode, said redundant initial 2D barcode comprising at least one redundant zone, characterized in that it further comprises: - generating a unique secret character string having a predefined fixed size, - encoding the unique secret character string as a set of predefined symbols identical to the symbols used to generate the redundant initial 2D barcode, and - inserting said encoded unique secret character string in at least one redundant zone of the redundant initial 2D barcode, each symbol of said encoded unique secret character string having a predefined position, so as to create a final 2D barcode. - Providing an initial message comprising a unique identifier (ID), and - Encoding said initial message as a set of predefined symbols so as to generate said redundant initial 2D barcode, said redundant initial 2D barcode comprising at least one redundant zone, - generating a unique secret character string having a predefined fixed size, - encoding the unique secret character string as a set of predefined symbols identical to the symbols used to generate the redundant initial 2D barcode, and - inserting said encoded unique secret character string in at least one redundant zone of the redundant initial 2D barcode, each symbol of said encoded unique secret character string having a predefined position, so as to create a final 2D barcode.
An image-forming apparatus , comprising: an exhaust duct , to guide air inside the image-forming apparatus to an outside of the image-forming apparatus ; a positive ion generator , to emit a positive ion into the exhaust duct ; a negative ion generator , to emit a negative ion into the exhaust duct ; and a partition interposed between the positive ion generator and the negative ion generator ; characterised in that the partition is a non-straight partition (106S; 106T), extending in the air flow direction D1, over which non-straight partition (106S; 106T) the air moves so that the non-straight partition agitates the air moving through the exhaust duct . an exhaust duct , to guide air inside the image-forming apparatus to an outside of the image-forming apparatus ; a positive ion generator , to emit a positive ion into the exhaust duct ; a negative ion generator , to emit a negative ion into the exhaust duct ; and a partition interposed between the positive ion generator and the negative ion generator ; characterised in that the partition is a non-straight partition (106S; 106T), extending in the air flow direction D1, over which non-straight partition (106S; 106T) the air moves so that the non-straight partition agitates the air moving through the exhaust duct .
A molding assistance device is provided for an injection molding machine (M) which performs molding support for an injection molding machine that injects and fills a mold with a plasticized molten resin by means of a screw and molds the resin, wherein the molding assistance device is provided with a basic information setting function unit (Fi) which sets basic information (Do) including at least resin data (Dr) relating to a pellet material. screw data (Ds) relating to a screw, and molding condition data (Dm) relating to molding conditions; a computation processing function unit which has at least a provisional plastication time computation processing unit (Fca) for calculating a provisional plastication time (Hm) from the basic information, a melt film heating amount computation processing unit (Fcb) for calculating a heating amount (Em) of a melt film (Rpf) from the provisional plastication time obtained from the provisional plastication time computation processing unit, and a plastication delay time conversion processing unit (Fcc) for converting the heating amount of the melt film obtained from the melt film heating amount computation processing unit into a plastication delay time (Hmr); and an output processing function unit which outputs the plastication delay time (Hmr) or plastication information obtained based on the plastication delay time. the molding assistance device is provided with a basic information setting function unit (Fi) which sets basic information (Do) including at least resin data (Dr) relating to a pellet material. screw data (Ds) relating to a screw, and molding condition data (Dm) relating to molding conditions; a computation processing function unit which has at least a provisional plastication time computation processing unit (Fca) for calculating a provisional plastication time (Hm) from the basic information, a melt film heating amount computation processing unit (Fcb) for calculating a heating amount (Em) of a melt film (Rpf) from the provisional plastication time obtained from the provisional plastication time computation processing unit, and a plastication delay time conversion processing unit (Fcc) for converting the heating amount of the melt film obtained from the melt film heating amount computation processing unit into a plastication delay time (Hmr); and an output processing function unit which outputs the plastication delay time (Hmr) or plastication information obtained based on the plastication delay time.