mhurhangee/patent-ind-claim-en huggingface dataset:
Method for three-dimensionally printing a sleeve intended to receive a cosmetic applicator , comprising: a) a step of receiving dimensions of a finger (D) of a user, b) a calculation step to adapt the dimensions of the sleeve to be printed to the finger (D) of the user, c) a step of three-dimensionally printing said sleeve using a three-dimensional printing device, said sleeve having a main longitudinal extension direction, called main direction (X), a proximal end , by which the user introduces their finger (D), and a distal end , opposite said proximal end along said main direction (X), in the vicinity of which the sleeve comprises a seat intended to receive said cosmetic applicator , said cosmetic applicator being made in one piece with said sleeve , said sleeve comprising an inner space dictated by the shape of the finger (D) of the user, the dimensions of the sleeve corresponding to the dimensions of said finger (D) of the user, thanks to which each sleeve is adapted to the particular morphology of the user. a) a step of receiving dimensions of a finger (D) of a user, b) a calculation step to adapt the dimensions of the sleeve to be printed to the finger (D) of the user, c) a step of three-dimensionally printing said sleeve using a three-dimensional printing device, said sleeve having a main longitudinal extension direction, called main direction (X), a proximal end , by which the user introduces their finger (D), and a distal end , opposite said proximal end along said main direction (X), in the vicinity of which the sleeve comprises a seat intended to receive said cosmetic applicator , said cosmetic applicator being made in one piece with said sleeve , said sleeve comprising an inner space dictated by the shape of the finger (D) of the user, the dimensions of the sleeve corresponding to the dimensions of said finger (D) of the user, thanks to which each sleeve is adapted to the particular morphology of the user.
A method performed by a user equipment, UE , the method comprising: transmitting (S510), to a base station , a Radio Resource Control, RRC, message which includes uplink data and assistance information for releasing a connection associated with the UE , wherein the assistance information is adapted to indicate whether further transmission is expected after transmission of the uplink data, wherein in a case where the assistance information indicates that further transmission is expected after transmission of the uplink data, the connection associated with the UE is released after the assistance information is forwarded from the base station to a core network node and the UE received downlink data from the core network node via the base station . transmitting (S510), to a base station , a Radio Resource Control, RRC, message which includes uplink data and assistance information for releasing a connection associated with the UE , wherein the assistance information is adapted to indicate whether further transmission is expected after transmission of the uplink data, wherein in a case where the assistance information indicates that further transmission is expected after transmission of the uplink data, the connection associated with the UE is released after the assistance information is forwarded from the base station to a core network node and the UE received downlink data from the core network node via the base station .
A lamp component , for forming a lamp so as to provide ambient light in a room, the lamp component having at least: - a source region configured to receive at least one LED light source , - a light output surface configured to output light out of the lamp component , - a light orienting element configured to receive light from the source region and to orient the received light towards the light output surface , and - a housing configured to define the position of the light orienting element with respect to the source region , the housing having at least one housing sidewall configured to let light pass through it, wherein the light orienting element is configured i) to deflect a fraction of the light towards the light output surface so as to produce direct light, and ii) to refract a fraction of the light towards the at least one housing sidewall so as to produce indirect light, wherein the light orienting element is formed by a first extruded part extending in an extrusion direction (X), and wherein the housing is formed by a second extruded part extending in the extrusion direction (X), the at least one housing sidewall comprising elongate prisms that extend in the extrusion direction (X). - a source region configured to receive at least one LED light source , - a light output surface configured to output light out of the lamp component , - a light orienting element configured to receive light from the source region and to orient the received light towards the light output surface , and - a housing configured to define the position of the light orienting element with respect to the source region , the housing having at least one housing sidewall configured to let light pass through it, wherein the light orienting element is configured i) to deflect a fraction of the light towards the light output surface so as to produce direct light, and ii) to refract a fraction of the light towards the at least one housing sidewall so as to produce indirect light, wherein the light orienting element is formed by a first extruded part extending in an extrusion direction (X), and wherein the housing is formed by a second extruded part extending in the extrusion direction (X), the at least one housing sidewall comprising elongate prisms that extend in the extrusion direction (X).
A motorcycle tire comprising: a tread composed of a rubber composition, which comes into contact with a road surface, characterised in that Hs being a rubber hardness and M300 being a tensile stress (MPa) at 300% elongation of the rubber composition of the tread satisfy Equations 1, 2, and 3: 60 ≦ Hs ≦ 80 , 4 ≦ M 300 ≦ 11 , and M 300 − 2 / Hs − 60 ≦ 0.75 , wherein the rubber hardness Hs is a hardness measured under an environment of 23°C with a durometer type A according to JIS K 6253 and wherein the tensile stress at 300% elongation M300 is a tensile stress (MPa) at 300% elongation measured under an atmosphere of 23°C according to JIS K 6251. a tread composed of a rubber composition, which comes into contact with a road surface, characterised in that Hs being a rubber hardness and M300 being a tensile stress (MPa) at 300% elongation of the rubber composition of the tread satisfy Equations 1, 2, and 3: 60 ≦ Hs ≦ 80 , 4 ≦ M 300 ≦ 11 , and M 300 − 2 / Hs − 60 ≦ 0.75 , wherein the rubber hardness Hs is a hardness measured under an environment of 23°C with a durometer type A according to JIS K 6253 and wherein the tensile stress at 300% elongation M300 is a tensile stress (MPa) at 300% elongation measured under an atmosphere of 23°C according to JIS K 6251.
A production method for a porous carbon material comprising: a preparation step of preparing a resin compact containing a resin material that becomes a carbon source, a first template and a second template; and a firing step of firing the resin compact to obtain the porous carbon material having a first peak positioned in a pore diameter range of 4 nm or larger and 7 nm or smaller and a second peak positioned in a pore diameter range of 10 nm or larger and 1 μm or smaller in a pore size distribution measured by a mercury intrusion method, wherein the first template contains an amphipathic molecule, the second template contains polystyrene latex particles, and the preparation step comprises: a resin material-forming step of forming a resin material that becomes a carbon source in a dispersion liquid containing a micelle formed of an amphipathic molecule, latex particles and an aqueous solvent to obtain a deposit containing the micelle, the latex particles and the resin material; and a drying step of drying the deposit to obtain a resin compact containing the resin material, the amphipathic molecule and the latex particles. a preparation step of preparing a resin compact containing a resin material that becomes a carbon source, a first template and a second template; and a firing step of firing the resin compact to obtain the porous carbon material having a first peak positioned in a pore diameter range of 4 nm or larger and 7 nm or smaller and a second peak positioned in a pore diameter range of 10 nm or larger and 1 μm or smaller in a pore size distribution measured by a mercury intrusion method, wherein the first template contains an amphipathic molecule, the second template contains polystyrene latex particles, and the preparation step comprises: a resin material-forming step of forming a resin material that becomes a carbon source in a dispersion liquid containing a micelle formed of an amphipathic molecule, latex particles and an aqueous solvent to obtain a deposit containing the micelle, the latex particles and the resin material; and a drying step of drying the deposit to obtain a resin compact containing the resin material, the amphipathic molecule and the latex particles. a resin material-forming step of forming a resin material that becomes a carbon source in a dispersion liquid containing a micelle formed of an amphipathic molecule, latex particles and an aqueous solvent to obtain a deposit containing the micelle, the latex particles and the resin material; and a drying step of drying the deposit to obtain a resin compact containing the resin material, the amphipathic molecule and the latex particles.
An antimicrobial composition comprising a chloramid of hyaluronic acid or of modified hyaluronic acid, where the hydrogens of the amidic group -NH-CO- are substituted by chlorine atoms according to the structural formula -NCl-CO-, characterized by that it further comprises an iodide and that the substitution degree of the hyaluronic acid or of the modified hyaluronic acid by chlorine is 50 % to 100 % and wherein the modified hyaluronic acid includes ethyl ester, benzyl ester, lauroyl, formyl, palmitoyl or hexanoyl hyaluronan.
Modular panel for forming a roof garden comprising: - a bottom and external walls which delimit a compartment configured to contain a liquid; - a support layer for supporting soil; - an operative element projecting from the bottom and having a distal end with respect to said bottom , where said distal end defines a support for said support layer ; - means for feeding a liquid into said compartment , wherein said means for feeding the liquid comprise a main pipe ; wherein the operative element is configured in such a way as to draw a liquid from the bottom towards said distal end so as to transfer the liquid to said support layer and wherein said support layer is configured to spread through itself the liquid received from said operative element , so as to irrigate the soil, and wherein the operative element comprises a first riser element and a second riser element , wherein said first and second riser elements have different liquid drawing capacities, characterised in that the means for feeding the liquid further comprise a secondary pipe connected to said main pipe and in that the first riser element is integral with the bottom . - a bottom and external walls which delimit a compartment configured to contain a liquid; - a support layer for supporting soil; - an operative element projecting from the bottom and having a distal end with respect to said bottom , where said distal end defines a support for said support layer ; - means for feeding a liquid into said compartment , wherein said means for feeding the liquid comprise a main pipe ; wherein the operative element is configured in such a way as to draw a liquid from the bottom towards said distal end so as to transfer the liquid to said support layer and wherein said support layer is configured to spread through itself the liquid received from said operative element , so as to irrigate the soil, and wherein the operative element comprises a first riser element and a second riser element , wherein said first and second riser elements have different liquid drawing capacities, characterised in that the means for feeding the liquid further comprise a secondary pipe connected to said main pipe and in that the first riser element is integral with the bottom .
A time-resolved fluorescence energy resonance transfer TR-FRET method of determining the presence or absence, independently, of a first analyte and a second analyte on a single substrate in a sample; wherein the substrate is labeled with an affinity tag selected from the group consisting of biotin, digoxigenin, fluorescein, dinitrophenol, FLAG, HisTag, cmyc, HA, V5, and streptag; and wherein the first analyte and second analyte each, independently, comprise a post-translational modification of a peptide selected from the group consisting of phosphorylation, methylation, acetylation, glycosylation, ubiquitination, and sumoylation, the method comprising: contacting the sample with a first analyte-specific binding partner bound to a first FRET acceptor capable of being excited by light with a wavelength of about 600 to 635 nm, a second analyte-specific binding partner bound to a second FRET acceptor capable of being excited by light with a wavelength of about 675 to 715 nm, and a compound comprising a europium chelate moiety that is capable of exciting the first FRET acceptor and the second FRET acceptor, wherein the compound comprising the europium chelate moiety comprises an affinity tag-specific binding partner that is specific for the affinity tag of the substrate; exposing the sample to light in a wavelength range of about 315 to 350 nm; and determining, independently, based on detecting an emission light of the sample, if the first analyte-specific binding partner and the second analyte-specific binding partner bind to the first analyte and second analyte, respectively, thereby detecting the presence or absence, independently, of the two analytes in the sample. contacting the sample with a first analyte-specific binding partner bound to a first FRET acceptor capable of being excited by light with a wavelength of about 600 to 635 nm, a second analyte-specific binding partner bound to a second FRET acceptor capable of being excited by light with a wavelength of about 675 to 715 nm, and a compound comprising a europium chelate moiety that is capable of exciting the first FRET acceptor and the second FRET acceptor, wherein the compound comprising the europium chelate moiety comprises an affinity tag-specific binding partner that is specific for the affinity tag of the substrate; exposing the sample to light in a wavelength range of about 315 to 350 nm; and determining, independently, based on detecting an emission light of the sample, if the first analyte-specific binding partner and the second analyte-specific binding partner bind to the first analyte and second analyte, respectively, thereby detecting the presence or absence, independently, of the two analytes in the sample.
Sorting system of waste delivered to a waste collection station, comprising: - distribution means to distribute a piece of waste in at least one category; - one or more sorting lines (S) provided with transportation means of the waste; - at least one picking apparatus that is remotely operated and is suitable for picking the waste from the transportation means of the sorting line and place the waste in a storage container , said distribution means , said transportation means of the sorting line, and said picking apparatus operating remotely and being interfaced with a processing unit provided with remote control means .; characterized in that said picking apparatus is provided with detection and characterization means (C) of the sorted waste. - distribution means to distribute a piece of waste in at least one category; - one or more sorting lines (S) provided with transportation means of the waste; - at least one picking apparatus that is remotely operated and is suitable for picking the waste from the transportation means of the sorting line and place the waste in a storage container , said distribution means , said transportation means of the sorting line, and said picking apparatus operating remotely and being interfaced with a processing unit provided with remote control means .; characterized in that said picking apparatus is provided with detection and characterization means (C) of the sorted waste.
A combination of a crude whole cell H5 protein of clade 1 H5N1 expressed in insect-cells by a baculovirus-based expression system and an inactivated Newcastle disease virus for use in a method of treating or preventing infections with clade 2 H5N1 virus, and wherein said H5 protein of clade 1 H5N1 comprises or consists of a polypeptide sequence having at least 98% sequence identity with the polypeptide sequence of SEQ ID NO:1, wherein said H5 protein of clade 1 H5N1 has the amino acid 223N and the modification 328K+, wherein numbering of the amino acid positions of the H5 protein of clade 1 H5N1 refers to the amino acid position as given in SEQ ID NO:2, and wherein the modification 328K+ means that at amino acid position 328 of H5 protein of clade 1 H5N1 a second Lysine (K+) is inserted.
Composition comprising a structured oil phase, wherein the oil phase comprises a. liquid oil b. hardstock fat; and c. a fibrous preparation of delaminated cell wall material dispersed in said oil phase, wherein the cell wall material is sourced from plant tissue; and wherein said fibrous preparation has a specific surface area corresponding to an S BET of at least 5 m 2 /g. a. liquid oil b. hardstock fat; and c. a fibrous preparation of delaminated cell wall material dispersed in said oil phase, wherein the cell wall material is sourced from plant tissue;
A method for food package assessment, said method comprising determining an identity associated to a device linked to an operator to perform one or several tasks related to the food package assessment, transmitting instructions related to the food package assessment to the device associated with the identity , receiving measurements from the device in response to the instructions , and determining food package assessment data based on the measurements , determining locations associated to a plurality of devices associated with a plurality of identities , determining an instructions-associated location linked to the instructions , wherein the step of determining the identity linked to the operator identified to perform one or several tasks related to the food package assessment comprises identifying the device associated to the identity having a location closest to the instructions-associated location. determining an identity associated to a device linked to an operator to perform one or several tasks related to the food package assessment, transmitting instructions related to the food package assessment to the device associated with the identity , receiving measurements from the device in response to the instructions , and determining food package assessment data based on the measurements , determining locations associated to a plurality of devices associated with a plurality of identities , determining an instructions-associated location linked to the instructions , wherein the step of determining the identity linked to the operator identified to perform one or several tasks related to the food package assessment comprises identifying the device associated to the identity having a location closest to the instructions-associated location.
Fastening element for fastening installation elements in vehicles, in particular racks or cabinets, wherein the fastening element has a first fastening end , a second fastening end and a connecting portion between the first and the second fastening end, wherein the connecting portion has at least one absorption region which, upon exceeding a maximum predefined holding load, yields and deforms between the first fastening end and the second fastening end , wherein the absorption region is formed in such a way that a deformation travel is limited, wherein the absorption region deforms plastically at least in certain portions upon exceeding the maximum holding load, wherein the absorption region has at least one bent sheet-metal strip, wherein a deformed, stretched state of the sheet-metal strip defines a limit of the deformation travel, characterized in that the first fastening end has an oblong hole, the second fastening end has an oblong hole, the fastening element takes the form of a one-piece sheet-metal strip, the connecting portion is bent multiply in the absorption region, the connecting portion is bent in a corrugated manner and the sheet-metal strip forms merely a corrugation peak.
Method for assembling a vehicle, in particular a utility vehicle, wherein, first of all in an installation step, a chassis frame of the utility vehicle is shifted by means of a first transport device to an assembly station and is arranged there in a positionally fixed manner in a defined frame assembly position, wherein, in addition, in the installation step, at least one running gear module having a plurality of, in particular all of the, wheel axles of the utility vehicle is likewise shifted towards the assembly station by means of a second transport device and is arranged there in a defined basic position, wherein, furthermore, in the installation step, each wheel axle of the running gear module arranged in the basic position is secured to a positioning device of the assembly station , which positioning device is assigned to the respective wheel axle , wherein, subsequently, each secured wheel axle of the running gear module is brought in a positioning step by means of the respective positioning device relative to the chassis frame , which is arranged in the frame assembly position, into a defined wheel-axle assembly position, wherein, in the wheel-axle assembly position of the respective wheel axle , at least a portion of connecting points of the wheel axle is assigned to corresponding connecting points of the chassis frame , wherein the wheel axles brought into the wheel-axle assembly positions and the chassis frame are connected to one another at the mutually assigned connecting points, characterized in that each positioning device has two positioning units arranged lying opposite each other in the transverse direction of the assembly station, wherein each positioning unit has a wheel-hub fixing device to which a wheel hub of a wheel axle can be secured, and wherein each positioning unit has a movement device by means of which the respective wheel-hub fixing device can be moved relative to the chassis frame , in particular can be shifted and/or rotated relative to the chassis frame .