mhurhangee/ep-ind-claims huggingface dataset:
A method of supplying plants including the steps of: growing by tissue culture the plants in a first country in a sterile environment, the plants being planted in agar for feeding the plants; storing the plants in the sterile environment in a sealed container, the plants being arranged in a predetermined ordered arrangement in the container; transporting the container to a second country in the sealed container; opening the container in the second country; and wherein the method further includes the step of removing the plants from the container using a transplant machine which automatically locates and removes each of the plants on the basis of the predetermined ordered arrangement. growing by tissue culture the plants in a first country in a sterile environment, the plants being planted in agar for feeding the plants; storing the plants in the sterile environment in a sealed container, the plants being arranged in a predetermined ordered arrangement in the container; transporting the container to a second country in the sealed container; opening the container in the second country; and wherein the method further includes the step of removing the plants from the container using a transplant machine which automatically locates and removes each of the plants on the basis of the predetermined ordered arrangement.
A drug solution preparation apparatus comprising: a transfer device that includes a first connector to which a first container is connectable, a second connector to which a second container is connectable, and a connection port to which a syringe is connectable, the transfer device being switchable between a first state in which the first connector and the connection port are in communication with each other and a second state in which the second connector and the connection port are in communication with each other; a device holder configured to hold the transfer device; a stage on which the device holder is provided; and a syringe holder configured to hold the syringe, wherein the stage can be turned to a first turning position where the first connector is located higher than the second connector and a second turning position where the second connector is located higher than the first connector, so as to change an inclination of the stage, and the syringe holder is configured to hold the syringe such that a longitudinal direction of the syringe is perpendicular to a direction of a rotation axis of the stage. a transfer device that includes a first connector to which a first container is connectable, a second connector to which a second container is connectable, and a connection port to which a syringe is connectable, the transfer device being switchable between a first state in which the first connector and the connection port are in communication with each other and a second state in which the second connector and the connection port are in communication with each other; a device holder configured to hold the transfer device; a stage on which the device holder is provided; and a syringe holder configured to hold the syringe, wherein the stage can be turned to a first turning position where the first connector is located higher than the second connector and a second turning position where the second connector is located higher than the first connector, so as to change an inclination of the stage, and the syringe holder is configured to hold the syringe such that a longitudinal direction of the syringe is perpendicular to a direction of a rotation axis of the stage.
A process for preparing cyclohexane, comprising the following steps: a) hydrogenating a hydrocarbon mixture, comprising i) benzene, ii) methylcyclopentane, iii) dimethylpentanes, iv) possibly cyclohexane and v) possibly at least one compound selected from acyclic C 5 -alkanes, cyclopentane and acyclic C 6 -alkanes, to obtain a hydrocarbon mixture having an elevated amount of cyclohexane compared to, b) feeding the hydrocarbon mixture into a rectification column, c) removing a stream comprising DMP and cyclohexane from the hydrocarbon mixture via an outlet of the rectification column, the outlet being below the feed, preferably at the bottom of, to obtain the hydrocarbon mixture (HM2a) having a reduced amount of DMP compared to, d) optionally removing at least one compound selected from acyclic C 5 -alkanes, cyclopentane and acyclic C 6 -alkanes from the hydrocarbon mixture (HM2a) in a rectification column to obtain the hydrocarbon mixture (HM2b) having a reduced amount of at least one compound selected from acyclic C 5 -alkanes, cyclopentane and acyclic C 6 -alkanes compared to (HM2a), e) isomerizing the hydrocarbon mixture (HM2a) or optionally the hydrocarbon mixture (HM2b) in the presence of a catalyst to obtain a hydrocarbon mixture having an elevated amount of cyclohexane compared to (HM2a) or, if appropriate, compared to (HM2b), f) isolating cyclohexane from the hydrocarbon mixture. a) hydrogenating a hydrocarbon mixture, comprising i) benzene, ii) methylcyclopentane, iii) dimethylpentanes, iv) possibly cyclohexane and v) possibly at least one compound selected from acyclic C 5 -alkanes, cyclopentane and acyclic C 6 -alkanes, to obtain a hydrocarbon mixture having an elevated amount of cyclohexane compared to, b) feeding the hydrocarbon mixture into a rectification column, c) removing a stream comprising DMP and cyclohexane from the hydrocarbon mixture via an outlet of the rectification column, the outlet being below the feed, preferably at the bottom of, to obtain the hydrocarbon mixture (HM2a) having a reduced amount of DMP compared to, d) optionally removing at least one compound selected from acyclic C 5 -alkanes, cyclopentane and acyclic C 6 -alkanes from the hydrocarbon mixture (HM2a) in a rectification column to obtain the hydrocarbon mixture (HM2b) having a reduced amount of at least one compound selected from acyclic C 5 -alkanes, cyclopentane and acyclic C 6 -alkanes compared to (HM2a), e) isomerizing the hydrocarbon mixture (HM2a) or optionally the hydrocarbon mixture (HM2b) in the presence of a catalyst to obtain a hydrocarbon mixture having an elevated amount of cyclohexane compared to (HM2a) or, if appropriate, compared to (HM2b), f) isolating cyclohexane from the hydrocarbon mixture.
A portable hairdressing appliance (1, 1') comprising an on-board blower module for generating an air flow, and a manual grip handle extended by a blowing head, said blowing head being provided with at least one first air outlet and one second air outlet, said first and second air outlets being distinct and having openings of different geometries, said blowing head being rotatably mounted relative to the handle, between at least one first position in which said air flow is blown by the blowing head via said first air outlet and a second position in which said air flow is blown by the blowing head via said second air outlet, the appliance further comprising a heating element designed to raise the temperature of said air flow generated by the blower module, said heating element being arranged within said handle or said blowing head, and an electronic module designed to control the operation of said blower module and/or said heating element, characterized in that the electronic module is arranged within said blowing head.
An interactive logo (100, 200, 500) usable on an electronic device (201, 501), the interactive logo (100, 200, 500) comprising: a graphical mark disposed on an enclosure of the electronic device (201, 501) to identify a company, an organization, or a brand; at least one property of the graphical mark to change corresponding to a battery power status indicative of an amount of power remaining from a battery to power the electronic device (201, 501); and a logo surface to activate and deactivate the at least one property of the graphical mark based on contact by a user there with, wherein the logo surface is one of a touch pad, a touch screen, and a mechanical switch, and wherein the logo surface is pushable by a user to toggle the interactive logo (100, 200, 500) between an ON state in which the interactive logo (100, 200, 500) indicates the battery power status, and an OFF state in which the interactive logo (100, 200, 500) does not indicate the battery power status. a graphical mark disposed on an enclosure of the electronic device (201, 501) to identify a company, an organization, or a brand; at least one property of the graphical mark to change corresponding to a battery power status indicative of an amount of power remaining from a battery to power the electronic device (201, 501); and a logo surface to activate and deactivate the at least one property of the graphical mark based on contact by a user there with, wherein the logo surface is one of a touch pad, a touch screen, and a mechanical switch, and wherein the logo surface is pushable by a user to toggle the interactive logo (100, 200, 500) between an ON state in which the interactive logo (100, 200, 500) indicates the battery power status, and an OFF state in which the interactive logo (100, 200, 500) does not indicate the battery power status.
A polypeptide having O-phosphoserine exporting activity, which is represented by an amino acid sequence selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 3, and SEQ ID NO: 5.
Method for carrying out a deposition process at the outer side and/or at the inner side of a body having a longitudinal extension, in which at least one deposition is applied onto the outer and/or inner side (1, 2) of the body by means of a Chemical Vapor Deposition process or a Plasma-Enhanced Chemical Vapor Deposition process (PECVD) or a Physical Vapor Deposition process (PVD Sputtering), wherein the body is connected with one of the terminals of a power supply and wherein at least one filament is connected with the other one of the terminals of the power supply, wherein the at least one filament is arranged near the outer or inner side (1, 2) of the body to carry out the deposition at the body, wherein the at least one filament is moved along at least a part of the longitudinal extension of the body relatively to the body with a predetermined velocity, characterized in that the at least one filament is moved with a velocity relatively to the longitudinal extension of the body between 4.0 mm/s and 45.0 mm/s, preferably between 8.0 mm/s and 13.0 mm/s. characterized in that the at least one filament is moved with a velocity relatively to the longitudinal extension of the body between 4.0 mm/s and 45.0 mm/s, preferably between 8.0 mm/s and 13.0 mm/s.
A urea production plant comprising a synthesis and recovery section; said section being in fluid communication with an evaporation section, said evaporation section being in fluid communication with a finishing section and having a gas flow line to a condensation section; said finishing section having a gas flow line to a dust scrubbing section wherein said dust scrubbing section is configured for dust scrubbing using a circulating urea solution as washing agent and additionally has a fresh water supply; wherein the plant comprises an additional evaporation section placed downstream of the dust scrubbing section, and wherein said additional evaporation section is in fluid communication with the finishing section; wherein the additional evaporation section has a gas flow line to an additional condensation section, and wherein the additional condensation section is in fluid communication with the dust scrubbing section.
A cosmetic set for use for protecting sensitive skin against the sun, characterized in that it comprises (a) a sunscreen preparation for the range SPF 8 to SPF 20 having a mixture of UVA and UVB filters and containing silicon oil(s) in the range of 1.2 to 3.5 wt. %, wherein the content of silicon oil(s) is based on the total weight of the sunscreen preparation; (b) a serum preparation without silicon oil; and (c) a cream preparation without silicon oil; wherein all of the preparations (a), (b) and (c) each comprise an active mixture of Anthemis nobilis flower extract, Hesperetin Laurate and Boerhavia root extract, as well as Calendula officinalis flower extract and the content of preservatives in all of the preparations is, in each case, within the range of 0.01 to 0.35 wt. %, wherein the content of preservatives is based on the total weight of the respective preparation, with a storage stability of at least 24 months for all of the preparations; and wherein the ratio of the portions of the active mixture in the serum preparation to the portions of the active mixture in the sunscreen preparation and in the cream preparation is within the range of 1: 0.3 - 0.8: 0.3 - 0.8. (a) a sunscreen preparation for the range SPF 8 to SPF 20 having a mixture of UVA and UVB filters and containing silicon oil(s) in the range of 1.2 to 3.5 wt. %, wherein the content of silicon oil(s) is based on the total weight of the sunscreen preparation; (b) a serum preparation without silicon oil; and (c) a cream preparation without silicon oil;
An IL-1β binding antibody or IL-1β binding fragment thereof comprising a light chain variable region comprising the amino acid sequence of SEQ ID NO: 11 and a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 15 for use in treating an IL-1 related disease or condition in a mammal, wherein the IL-1 related disease or condition is an inflammatory disease, autoimmune disease, or a cancer.
A multimedia device comprising: - a main structure defining a supporting surface extending along a main direction and curved along a single direction that is oblique with respect to said main direction so as to form a curved profile, - a plurality of secondary structures suitable to be fastened to said main structure in a reciprocally continuous manner along said main direction and said curved profile in such a way as to entirely cover said supporting surface, and - a plurality of modules comprising a screen each suitable to project images, - each of said secondary structures comprising a support formed as a single piece and a plurality of said modules arranged adjacent to one another along said main direction on said support, - said main structure defines a frame that envelops said supporting surface comprising a plurality of arcs and a plurality of joining elements, said plurality of arcs defining said curved profile and being at least oblique with respect to said main direction, - said device further comprising - main fastening means suitable to mechanically fasten each of said secondary structures to at least one of said arcs, and being characterised in that - each of said supports is a sheet extending along said main direction, when fastened to said main structure, and including each of said modules aligned along said main direction, and in that - said fastening means are suitable to fasten the support to the surface of said arc. - a main structure defining a supporting surface extending along a main direction and curved along a single direction that is oblique with respect to said main direction so as to form a curved profile, - a plurality of secondary structures suitable to be fastened to said main structure in a reciprocally continuous manner along said main direction and said curved profile in such a way as to entirely cover said supporting surface, and - a plurality of modules comprising a screen each suitable to project images, - each of said secondary structures comprising a support formed as a single piece and a plurality of said modules arranged adjacent to one another along said main direction on said support, - said main structure defines a frame that envelops said supporting surface comprising a plurality of arcs and a plurality of joining elements, said plurality of arcs defining said curved profile and being at least oblique with respect to said main direction, - said device further comprising - main fastening means suitable to mechanically fasten each of said secondary structures to at least one of said arcs, - each of said supports is a sheet extending along said main direction, when fastened to said main structure, and including each of said modules aligned along said main direction, and in that - said fastening means are suitable to fasten the support to the surface of said arc.
A method for pairing an intelligent wearable device with an intelligent terminal, wherein at least one same set of keys is pre-stored in the intelligent wearable device and in an application installed on the intelligent terminal, each set of keys having a corresponding key index, wherein the method comprises: displaying (S110, S210), by the intelligent wearable device, an identification code and a key index, the identification code being dynamically generated when pairing is started; scanning (S120, S220), by the intelligent terminal, the identification code and the key index displayed by the intelligent wearable device; sending (S130, S230), by the intelligent terminal, a wireless broadcast signal, and monitoring a response sent to the intelligent terminal, wherein the response comprises the identification code; returning (S140, S240), by the intelligent wearable device, the response after the intelligent wearable device receives the wireless broadcast signal sent by the intelligent terminal; receiving (S150, S250), by the intelligent terminal, the response; extracting (S150, S250), by the intelligent terminal, the identification code from the received response; comparing (S160, S260), by the intelligent terminal, the extracted identification code and the scanned identification code, and pairing up with the intelligent wearable device if the extracted identification code and the scanned identification code are consistent; and performing, by the intelligent terminal, an encrypted communication with the intelligent wearable device by using a key corresponding to the key index. displaying (S110, S210), by the intelligent wearable device, an identification code and a key index, the identification code being dynamically generated when pairing is started; scanning (S120, S220), by the intelligent terminal, the identification code and the key index displayed by the intelligent wearable device; sending (S130, S230), by the intelligent terminal, a wireless broadcast signal, and monitoring a response sent to the intelligent terminal, wherein the response comprises the identification code; returning (S140, S240), by the intelligent wearable device, the response after the intelligent wearable device receives the wireless broadcast signal sent by the intelligent terminal; receiving (S150, S250), by the intelligent terminal, the response; extracting (S150, S250), by the intelligent terminal, the identification code from the received response; comparing (S160, S260), by the intelligent terminal, the extracted identification code and the scanned identification code, and pairing up with the intelligent wearable device if the extracted identification code and the scanned identification code are consistent; and performing, by the intelligent terminal, an encrypted communication with the intelligent wearable device by using a key corresponding to the key index.
A work machine, comprising: a harvesting assembly configured to execute a harvesting operation; a distribution assembly configured to distribute material to the underlying surface; wherein the work machine ins configured to execute the harvesting operation at substantially the same time as the distribution assembly distributes material on the underlying surface and the distribution assembly is a planter and the material is a cover crop seed; characterized in that the work machine comprises a sensing assembly configured to identify characteristics of an underlying surface at substantially the same time as the harvesting operation, wherein the characteristics of the underlying surface are any of a crop yield, grain moisture, grade of the surface, or nitrogen level of the surface; and that the distribution assembly is configured to distribute the cover crop seed based on the sensed characteristics as the work machine moves along the underlying surface and to vary the density of cover crop seed distributed on the underlying surface based on the characteristics identified by the sensing assembly. a harvesting assembly configured to execute a harvesting operation; a distribution assembly configured to distribute material to the underlying surface; wherein the work machine ins configured to execute the harvesting operation at substantially the same time as the distribution assembly distributes material on the underlying surface and the distribution assembly is a planter and the material is a cover crop seed; characterized in that the work machine comprises a sensing assembly configured to identify characteristics of an underlying surface at substantially the same time as the harvesting operation, wherein the characteristics of the underlying surface are any of a crop yield, grain moisture, grade of the surface, or nitrogen level of the surface; and that the distribution assembly is configured to distribute the cover crop seed based on the sensed characteristics as the work machine moves along the underlying surface and to vary the density of cover crop seed distributed on the underlying surface based on the characteristics identified by the sensing assembly.
A method for distributing policy rules from a core data content network to user equipment, UE, in a mobile network, the method comprising: obtaining, by a mobile offload gateway, MOG, located in a core data content network, at least one mobile policy rule associated with a mobile subscriber, wherein obtaining at least one mobile policy rule includes querying a policy charging rules function, PCRF, node for the at least one mobile policy rule and receiving the at least one mobile policy rule from the PCRF node, and wherein the MOG is a node that is part of the policy infrastructure and is configured to manage the policy offload process from the core data content network to a UE; transmitting, from the MOG, the at least one mobile policy rule to a UE located outside of the core data content network, wherein the UE is associated with the mobile subscriber, wherein the MOG is configured to send an instruction message to the UE that instructs the UE to initiate a connection to the MOG and the MOG subsequently provides the at least one policy rule in a synchronization message sent to the UE after the connection is established; and configuring the UE to function in accordance to the at least one mobile policy rule, wherein the at least one mobile policy rule restricts signaling messages generated by and transmitted from the UE to the core data content network. obtaining, by a mobile offload gateway, MOG, located in a core data content network, at least one mobile policy rule associated with a mobile subscriber, wherein obtaining at least one mobile policy rule includes querying a policy charging rules function, PCRF, node for the at least one mobile policy rule and receiving the at least one mobile policy rule from the PCRF node, and wherein the MOG is a node that is part of the policy infrastructure and is configured to manage the policy offload process from the core data content network to a UE; transmitting, from the MOG, the at least one mobile policy rule to a UE located outside of the core data content network, wherein the UE is associated with the mobile subscriber, wherein the MOG is configured to send an instruction message to the UE that instructs the UE to initiate a connection to the MOG and the MOG subsequently provides the at least one policy rule in a synchronization message sent to the UE after the connection is established; and configuring the UE to function in accordance to the at least one mobile policy rule, wherein the at least one mobile policy rule restricts signaling messages generated by and transmitted from the UE to the core data content network.