mhurhangee/ep-ind-claims huggingface dataset:
False eyelashes containing an axial thread and eyelash materials placed on the axial thread, characterized in that: the eyelash materials comprise multiple top eyelash materials positioned above the axial thread when the axial thread is placed horizontally, as well as multiple bottom eyelash materials positioned below the axial thread; the top eyelash materials and the bottom eyelash materials each have a fold-back structure where one eyelash material is folded; a folded-back part (A, B) in the fold-back structure is adjacent to the axial thread; the multiple top eyelash materials and the multiple bottom eyelash materials, each having the folded-back part, are placed in rows in a length direction of the axial thread, while being fixed vertically so as to extend in the length direction of the axial thread; the top eyelash materials and the bottom eyelash materials are alternately placed from one end to another end of the axial thread; the folded-back parts of the adjacent top eyelash material and bottom eyelash material are fixed together; the fixed folded-back part is fixed to the axial thread to form an ear part; and as the ear part is formed, the folded-back part is fixed to the axial thread. the eyelash materials comprise multiple top eyelash materials positioned above the axial thread when the axial thread is placed horizontally, as well as multiple bottom eyelash materials positioned below the axial thread; the top eyelash materials and the bottom eyelash materials each have a fold-back structure where one eyelash material is folded; a folded-back part (A, B) in the fold-back structure is adjacent to the axial thread; the multiple top eyelash materials and the multiple bottom eyelash materials, each having the folded-back part, are placed in rows in a length direction of the axial thread, while being fixed vertically so as to extend in the length direction of the axial thread; the top eyelash materials and the bottom eyelash materials are alternately placed from one end to another end of the axial thread; the folded-back parts of the adjacent top eyelash material and bottom eyelash material are fixed together; the fixed folded-back part is fixed to the axial thread to form an ear part; and as the ear part is formed, the folded-back part is fixed to the axial thread.
A method for recovering an amine contained in a solution, comprising: the step, in which said solution is brought into contact with a solid adsorbent so that said solid adsorbent may retain the amine; and the step, in which the amine retained by said solid adsorbent in the step is eluted out by use of a basic compound-containing organic solvent; wherein said solid adsorbent has a substituent group represented by -SO 3 M in which M is H or an alkali metal, the pH value of said solution is controlled such that it is in the range of 1 to 7, and said organic solvent is selected from the group consisting of lower alcohols, acetone and acetonitrile and may contain, in an amount of 5wt% or less, water or an aqueous solution containing an acid. the step, in which said solution is brought into contact with a solid adsorbent so that said solid adsorbent may retain the amine; and the step, in which the amine retained by said solid adsorbent in the step is eluted out by use of a basic compound-containing organic solvent; wherein said solid adsorbent has a substituent group represented by -SO 3 M in which M is H or an alkali metal, the pH value of said solution is controlled such that it is in the range of 1 to 7, and said organic solvent is selected from the group consisting of lower alcohols, acetone and acetonitrile and may contain, in an amount of 5wt% or less, water or an aqueous solution containing an acid.
A method to be performed by a Radio Equipment, RE, operable to be connected to a Radio Equipment Controller, REC, via an interface, the method comprising: - receiving information on a plurality of antenna elements; - deriving, from the received information, based on at least one beamforming matrix, information received in at least one pay-load beam; - providing the derived information to the REC over the interface; - storing part of the received information not comprised in the at least one pay-load beam; and: when there is available capacity on the interface given the providing of the derived information: - providing at least part of the stored information to the REC over the interface, wherein at least part of the stored information is provided to the REC after a time period, which is longer than a maximum allowed delay associated with the information associated with pay-load beams. - receiving information on a plurality of antenna elements; - deriving, from the received information, based on at least one beamforming matrix, information received in at least one pay-load beam; - providing the derived information to the REC over the interface; - storing part of the received information not comprised in the at least one pay-load beam; and: when there is available capacity on the interface given the providing of the derived information: - providing at least part of the stored information to the REC over the interface, wherein at least part of the stored information is provided to the REC after a time period, which is longer than a maximum allowed delay associated with the information associated with pay-load beams. - providing at least part of the stored information to the REC over the interface, wherein at least part of the stored information is provided to the REC after a time period, which is longer than a maximum allowed delay associated with the information associated with pay-load beams.
A joint assembly, comprising: a first rolling cam including a first cam portion, and a first extension, the first extension extending from the first cam portion; and a second rolling cam including a second cam portion and a second extension, the second cam portion contacting the first cam portion, and the second extension extending from the second cam portion; characterized in that the first rolling cam and the second rolling cam performs a rolling contact movement along at least a portion of an edge of each cam portion; and the joint assembly further comprises: a first longitudinal member connecting the first cam portion and the second cam portion; and a second longitudinal member connecting the first extension and the second extension. a first rolling cam including a first cam portion, and a first extension, the first extension extending from the first cam portion; and a second rolling cam including a second cam portion and a second extension, the second cam portion contacting the first cam portion, and the second extension extending from the second cam portion; characterized in that the first rolling cam and the second rolling cam performs a rolling contact movement along at least a portion of an edge of each cam portion; and the joint assembly further comprises: a first longitudinal member connecting the first cam portion and the second cam portion; and a second longitudinal member connecting the first extension and the second extension. a first longitudinal member connecting the first cam portion and the second cam portion; and a second longitudinal member connecting the first extension and the second extension.
Installation for disposing an edge-protection means on an item of packaging, said installation - having at least one drive wheel by means of which the installation is displaceable along a running track from a place of departure to an item of packaging, and from the item of packaging to the place of departure; - having a motor which is supported by the installation per se and which sets in motion at least one drive wheel; - having a clamp-type mounting which has one movable clamping jaw and one counter bearing for receiving the edge-protection means in an open position of the clamping jaw and for holding said edge-protection means in a closed position of the clamping jaw; characterized in that the motor, for driving the at least one drive wheel at least acts on one force-transmission means, the latter initiating the opening and closing movement of the clamping jaw. - having at least one drive wheel by means of which the installation is displaceable along a running track from a place of departure to an item of packaging, and from the item of packaging to the place of departure; - having a motor which is supported by the installation per se and which sets in motion at least one drive wheel; - having a clamp-type mounting which has one movable clamping jaw and one counter bearing for receiving the edge-protection means in an open position of the clamping jaw and for holding said edge-protection means in a closed position of the clamping jaw;
An electronic vaporizing device having a housing and an atomizer in the housing a capillary buffer in the housing, the capillary buffer having a first end, a second end, a capillary buffer portion between the first end and a second end, and a vapor channel; and a liquid supply with the capillary buffer in between the liquid supply and the atomizer, and the vapor channel leading to the atomizer, characterized in that (a) the capillary buffer portion comprises a liquid conduit which is formed: between the first end and the second end, and through the capillary buffer portion; (b) the liquid supply is connecting into the liquid conduit. (a) the capillary buffer portion comprises a liquid conduit which is formed: between the first end and the second end, and through the capillary buffer portion; between the first end and the second end, and through the capillary buffer portion; (b) the liquid supply is connecting into the liquid conduit.
A chemical resistant polymer composition for a center fascia, comprising: a resin composition consisting of 10 to 20% by weight of a polyester copolymer containing a residue of a dicarboxylic acid component containing terephthalic acid and a residue of a diol component containing dianhydrohexitol; 15 to 25% by weight of polytrimethyleneterephthalate; 10 to 20% by weight of one or more copolymers selected from the group consisting of an unsaturated nitrile-diene-based rubber-aromatic vinyl graft copolymer, an alkylmethacrylate-diene-based rubber-aromatic vinyl graft copolymer, and an alkylmethacrylate-silicone/alkylacrylate graft copolymer; 50 to 65% by weight of polycarbonate based on the weight of the resin composition; and 0.1 to 10 parts by weight of a phosphite-based antioxidant, based on 100 parts by weight of the resin composition. a resin composition consisting of 10 to 20% by weight of a polyester copolymer containing a residue of a dicarboxylic acid component containing terephthalic acid and a residue of a diol component containing dianhydrohexitol; 15 to 25% by weight of polytrimethyleneterephthalate; 10 to 20% by weight of one or more copolymers selected from the group consisting of an unsaturated nitrile-diene-based rubber-aromatic vinyl graft copolymer, an alkylmethacrylate-diene-based rubber-aromatic vinyl graft copolymer, and an alkylmethacrylate-silicone/alkylacrylate graft copolymer; 50 to 65% by weight of polycarbonate based on the weight of the resin composition; and 0.1 to 10 parts by weight of a phosphite-based antioxidant, based on 100 parts by weight of the resin composition.
A method, performed by a computer device, comprising: receiving, by the computer device, a request from a client device for a service in a system, the service having a requested service property; selecting, by the computer device, a first node in the system that hosts a first service instance having the requested service property; establishing, by the computer device, a communication tunnel between the client device and the selected first node, wherein the communication tunnel includes a first end at the client device and a second end at the first node, wherein establishing the communication tunnel includes: generating a tunnel label; configuring the client device to encapsulate data units with the generated tunnel label; and configuring the selected first node to encapsulate data units with the generated tunnel label; selecting, by the computer device, a second node in the system that hosts a second service instance having the requested service property; and moving, by the computer device, the second end of the communication tunnel from the first node to the second node transparently with respect to the client device, wherein moving the second end of the communication tunnel from the first node to the second node includes: configuring the selected first node to stop encapsulating data units with the generated tunnel label; and configuring the selected second node to encapsulate data units with the generated tunnel label. receiving, by the computer device, a request from a client device for a service in a system, the service having a requested service property; selecting, by the computer device, a first node in the system that hosts a first service instance having the requested service property; establishing, by the computer device, a communication tunnel between the client device and the selected first node, wherein the communication tunnel includes a first end at the client device and a second end at the first node, wherein establishing the communication tunnel includes: generating a tunnel label; configuring the client device to encapsulate data units with the generated tunnel label; and configuring the selected first node to encapsulate data units with the generated tunnel label; generating a tunnel label; configuring the client device to encapsulate data units with the generated tunnel label; and configuring the selected first node to encapsulate data units with the generated tunnel label; selecting, by the computer device, a second node in the system that hosts a second service instance having the requested service property; and moving, by the computer device, the second end of the communication tunnel from the first node to the second node transparently with respect to the client device, wherein moving the second end of the communication tunnel from the first node to the second node includes: configuring the selected first node to stop encapsulating data units with the generated tunnel label; and configuring the selected second node to encapsulate data units with the generated tunnel label. configuring the selected first node to stop encapsulating data units with the generated tunnel label; and
A waterborne paint composition, comprising: - a non-film-forming poly(styrene acrylate) having a glass transition temperature (T G) of at least 80 °C, - a poly(styrene acrylate) resin having a weight average molecular weight (Mw) of up to 20 000 g/mol, and - water. - a non-film-forming poly(styrene acrylate) having a glass transition temperature (T G) of at least 80 °C, - a poly(styrene acrylate) resin having a weight average molecular weight (Mw) of up to 20 000 g/mol, and - water.
Method for the simultaneous detection of the immunoglobulins G or of the total immunoglobulins and of the immunoglobulins M directed against a microorganism, present in a biological sample, which method comprises the following steps: a) placing said biological sample, in a single assay receptacle, in the presence of superparamagnetic particles, each carrying at least one specific detectable physical parameter, and belonging to at least two different groups, one of the groups carrying an anti-IgM capture antibody and the other group carrying a capture antigen derived from said microorganism, b) incubating the mixture under conditions which allow the formation of immunocomplexes on each group of particles, c) eliminating the immunoglobulins which have not bound to the particles, d) incubating the mixture of step b) with at least one labelled conjugate, said at least one conjugate consisting exclusively of a detection antigen derived from said microorganism, e) eliminating the detection antigen not bound to the immunocomplexes of step b), f) simultaneously detecting, by means of a detector capable of differentiating the two groups of particles mentioned above, the immunocomplexes of step d) on each particle, whereby the presence or absence of immunoglobulins G or total immunoglobulins and/or immunoglobulins M directed against said microorganism is revealed. a) placing said biological sample, in a single assay receptacle, in the presence of superparamagnetic particles, each carrying at least one specific detectable physical parameter, and belonging to at least two different groups, one of the groups carrying an anti-IgM capture antibody and the other group carrying a capture antigen derived from said microorganism, b) incubating the mixture under conditions which allow the formation of immunocomplexes on each group of particles, c) eliminating the immunoglobulins which have not bound to the particles, d) incubating the mixture of step b) with at least one labelled conjugate, said at least one conjugate consisting exclusively of a detection antigen derived from said microorganism, e) eliminating the detection antigen not bound to the immunocomplexes of step b), f) simultaneously detecting, by means of a detector capable of differentiating the two groups of particles mentioned above, the immunocomplexes of step d) on each particle, whereby the presence or absence of immunoglobulins G or total immunoglobulins and/or immunoglobulins M directed against said microorganism is revealed.
A method for producing particles, comprising: bringing a compressive fluid into contact with a pressure plastic material, so as to plasticize the pressure plastic material, wherein the pressure plastic material is a material having a glass transition temperature, which decreases according to increase of pressure applied to a compressive fluid which is brought into contact with the material, applying a shear force to the compressive fluid and the plasticized pressure plastic material, between which an interface exists, in the presence of a surfactant to granulate the pressure plastic material in the compressive fluid, so as to produce particles, characterized in that the surfactant includes a silicone containing a polydimethylsiloxane group as a main chain of an oligomer or a polymer, in which a pyrrolidone skeleton is introduced into a side chain, wherein the pressure plastic material is plasticized at a temperature lower than or equal to a glass transition temperature Tg of the pressure plastic material. bringing a compressive fluid into contact with a pressure plastic material, so as to plasticize the pressure plastic material, wherein the pressure plastic material is a material having a glass transition temperature, which decreases according to increase of pressure applied to a compressive fluid which is brought into contact with the material, applying a shear force to the compressive fluid and the plasticized pressure plastic material, between which an interface exists, in the presence of a surfactant to granulate the pressure plastic material in the compressive fluid, so as to produce particles, characterized in that the surfactant includes a silicone containing a polydimethylsiloxane group as a main chain of an oligomer or a polymer, in which a pyrrolidone skeleton is introduced into a side chain, wherein the pressure plastic material is plasticized at a temperature lower than or equal to a glass transition temperature Tg of the pressure plastic material.
Method for managing functions of a mobile phone during a browsing session, wherein the browsing session is executed at a browser unit of a remote gateway but controlled by the mobile phone, characterized in that the remote gateway identifies information related to phone functions within the content of a website when loading the website and in that the remote gateway upon detection of a selection signal from the mobile phone directed to an option relating to phone functions within the content of the website triggers a remote phone management unit to manage the phone function by generating and/or transmitting a command message to the mobile phone.
A secondary battery comprising: an electrode assembly arranged to contain electrolyte; sealing tape (50, 50a) arranged to at least partially extend around an outer surface of the electrode assembly, the sealing tape (50, 50a) comprising an adhesive layer and a base layer, wherein the base layer is formed on an outer surface of the adhesive layer; and a can arranged to house the electrode assembly; wherein the base layer comprises a polymer film which has directionality formed during a fabrication process which is at least partially lost on contact with the electrolyte, such that an outer surface of the base layer is uneven and comprises first portions which are thicker than second portions, wherein the first portions make contact with an inner surface of the can. an electrode assembly arranged to contain electrolyte; sealing tape (50, 50a) arranged to at least partially extend around an outer surface of the electrode assembly, the sealing tape (50, 50a) comprising an adhesive layer and a base layer, wherein the base layer is formed on an outer surface of the adhesive layer; and a can arranged to house the electrode assembly; wherein the base layer comprises a polymer film which has directionality formed during a fabrication process which is at least partially lost on contact with the electrolyte, such that an outer surface of the base layer is uneven and comprises first portions which are thicker than second portions, wherein the first portions make contact with an inner surface of the can.
A method of operating a gas turbine assembly, which comprises a compressor, a combustor, a gas turbine and an exhaust gas duct formed downstream of the gas turbine; the exhaust gas duct comprising a bearing strut housing and a diffuser; wherein the bearing strut housing comprises struts and the diffuser comprises struts the method comprising the steps of: operating the gas turbine assembly at a partial load with respect to a base load of the gas turbine assembly; bypassing a portion of blow-off air from the compressor; and introducing the portion of blow-off air into the exhaust gas duct, characterized in that the portion of blow-off air is introduced into the exhaust gas duct: - at the upper end of the diffuser (with respect to the exhaust gas flow) via an end disk rotor bore feed through a bearing strut housing or a bearing strut; and - at the lower end of the diffuser, with respect to the exhaust gas flow, through a strut. operating the gas turbine assembly at a partial load with respect to a base load of the gas turbine assembly; bypassing a portion of blow-off air from the compressor; and introducing the portion of blow-off air into the exhaust gas duct, characterized in that the portion of blow-off air is introduced into the exhaust gas duct: - at the upper end of the diffuser (with respect to the exhaust gas flow) via an end disk rotor bore feed through a bearing strut housing or a bearing strut; and - at the lower end of the diffuser, with respect to the exhaust gas flow, through a strut. - at the upper end of the diffuser (with respect to the exhaust gas flow) via an end disk rotor bore feed through a bearing strut housing or a bearing strut; and - at the lower end of the diffuser, with respect to the exhaust gas flow, through a strut.