mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile node (MN1-MN4), comprising: means for automatically capturing and interpreting roaming meta-data advertised by one or more static access-points (SN1-SN4) in the vicinity of the mobile node; means for automatically reconfiguring the mobile node, in response to predetermined criteria and based on an ordered list communicated via the roaming meta-data, to associate with a best next static access-point of the static access-points; means for automatically evaluating whether signal strength observed for a currently associated one of the static access-points is within a predetermined signal strength range communicated via the roaming meta-data; said predetermined signal strength range being defined by a minimum signal strength threshold value and a maximum signal strength threshold value; wherein the ordered list comprises access-point sequence numbers of the static access-points ordered with respect to a particular direction of travel of the mobile node; wherein the predetermined signal strength range defines a stable RF zone and the predetermined criteria is a function of at least that the observed signal strength exceeds the maximum signal strength threshold value; and wherein the mobile node and the static access-points are respective nodes of a wireless mesh network . means for automatically capturing and interpreting roaming meta-data advertised by one or more static access-points (SN1-SN4) in the vicinity of the mobile node; means for automatically reconfiguring the mobile node, in response to predetermined criteria and based on an ordered list communicated via the roaming meta-data, to associate with a best next static access-point of the static access-points; means for automatically evaluating whether signal strength observed for a currently associated one of the static access-points is within a predetermined signal strength range communicated via the roaming meta-data; said predetermined signal strength range being defined by a minimum signal strength threshold value and a maximum signal strength threshold value; wherein the ordered list comprises access-point sequence numbers of the static access-points ordered with respect to a particular direction of travel of the mobile node; wherein the predetermined signal strength range defines a stable RF zone and the predetermined criteria is a function of at least that the observed signal strength exceeds the maximum signal strength threshold value; and wherein the mobile node and the static access-points are respective nodes of a wireless mesh network .
A sliding shaft comprising a male shaft and a cylindrical female shaft connected to each other slidably along an axial direction, an outer circumferential surface of the male shaft or an inner circumferential surface of the female shaft being coated with a resin coating layer, wherein the resin coating layer is formed, by a fluidized bed powder coating method, by using a powder coating material, the powder coating material containing: a base resin; and at least one antistatic agent selected from a group including a carbon black and a metal oxide. a base resin; and at least one antistatic agent selected from a group including a carbon black and a metal oxide.
An isolated human anti-HIV antibody or an antigen-binding fragment thereof comprising a heavy chain comprising the amino acid sequence of QVQLLQSGAAVTKPGASVRVSCEASGYNIRDYFIHWWRQAPGQGLQWVGWINPKTGQPNNPRQFQGRVSLTRHASWDFDTFSFYMDLKALRSDDTAVYFCARQRSDYWDFDV, and a light chain comprising the amino acid sequence of
A balloon formed from a lamination , the lamination comprising: a first layer comprising from about 40 to about 60 wt.% crystalline polyester and from about 40 to about 60 wt.% of a formability enhancer to assist in increasing the polymeric chain flexibility, the formability enhancer having a melting point as measured according to the description of less than about 230°C, the first layer having a MD and a TD Young's Modulus of at least 10% lower than a crystalline polyester film in the absence of the formability enhancer or the first layer having a composite MD and TD Young's Modulus of less than about 500 kg/mm 2 as measured by ASTM D 882; a second layer being a metallic barrier layer; a graphic design printed onto a surface of the metallic barrier layer; and a third layer being a sealant layer, the first layer being located between the second and third layers, wherein the balloon contains a gas lighter than air, wherein the formability enhancer is selected from the group consisting of homopolymer or copolymer polyesters of terephthalic acid with diols longer than ethylene glycol, a homopolymer or copolymer comprising repeating units of trimethylene terephthalate or a homopolymer or copolymer comprising repeating units of butylene terephthalate; copolyester elastomers; polyesters comprising repeating units of at least one aliphatic dicarboxylic acid; polyesters having more than four methylene groups from aliphatic diols within repeating units; or one or more combinations thereof wherein the first layer is biaxially oriented. a first layer comprising from about 40 to about 60 wt.% crystalline polyester and from about 40 to about 60 wt.% of a formability enhancer to assist in increasing the polymeric chain flexibility, the formability enhancer having a melting point as measured according to the description of less than about 230°C, the first layer having a MD and a TD Young's Modulus of at least 10% lower than a crystalline polyester film in the absence of the formability enhancer or the first layer having a composite MD and TD Young's Modulus of less than about 500 kg/mm 2 as measured by ASTM D 882; a second layer being a metallic barrier layer; a graphic design printed onto a surface of the metallic barrier layer; and a third layer being a sealant layer, the first layer being located between the second and third layers, wherein the balloon contains a gas lighter than air, wherein the formability enhancer is selected from the group consisting of homopolymer or copolymer polyesters of terephthalic acid with diols longer than ethylene glycol, a homopolymer or copolymer comprising repeating units of trimethylene terephthalate or a homopolymer or copolymer comprising repeating units of butylene terephthalate; copolyester elastomers; polyesters comprising repeating units of at least one aliphatic dicarboxylic acid; polyesters having more than four methylene groups from aliphatic diols within repeating units; or one or more combinations thereof wherein the first layer is biaxially oriented.
A prosthesis-packaging case adapted to be used in subjecting a prosthesis made of a material containing zirconia to γ-ray sterilization treatment and heat treatment while the prosthesis is double-packaged, comprising: a primary packaging case for housing the prosthesis , having a primary bottle body and a primary lid fitted into the primary bottle body ; and a secondary packaging case for housing the primary package case with no gap in an opening direction of the primary package case , having a secondary bottle body and a secondary lid screwed to the secondary bottle body , wherein the primary packaging case is made of a material containing zirconia, and wherein the secondary packaging case is made of a thermoplastic resin. a primary packaging case for housing the prosthesis , having a primary bottle body and a primary lid fitted into the primary bottle body ; and a secondary packaging case for housing the primary package case with no gap in an opening direction of the primary package case , having a secondary bottle body and a secondary lid screwed to the secondary bottle body , wherein the primary packaging case is made of a material containing zirconia, and wherein the secondary packaging case is made of a thermoplastic resin.
A method of performing a sample enrichment procedure, the method comprising: adding a sample fluid that comprises at least one phospholipid and at least one target analyte to an ammonium-modified sorbent comprising a hydrophobic component and a cation exchange component, wherein the cation of the cation exchange component is an ammonium cation, thereby resulting in the ammonium-modified sorbent adsorbed with phospholipid and adsorbed with target analyte; optionally, adding an aqueous solution comprising an acidic compound selected from an organic acid, phosphoric acid, hydrochloric acid, and carbonic acid to the ammonium-modified sorbent; adding an organic solution comprising a first organic solvent species to the ammonium-modified sorbent thereby desorbing at least a portion of the phospholipid from the ammonium-modified sorbent; and adding an elution solution that comprises: (i) a basic compound or salt species; and (ii) a second organic solvent species to the ammonium-modified sorbent thereby desorbing at least a portion of the target analyte from the ammonium-modified sorbent and forming a solution of the target analyte in the elution solution, wherein the second organic solvent species may be the same or different from the first organic solvent species. adding a sample fluid that comprises at least one phospholipid and at least one target analyte to an ammonium-modified sorbent comprising a hydrophobic component and a cation exchange component, wherein the cation of the cation exchange component is an ammonium cation, thereby resulting in the ammonium-modified sorbent adsorbed with phospholipid and adsorbed with target analyte; optionally, adding an aqueous solution comprising an acidic compound selected from an organic acid, phosphoric acid, hydrochloric acid, and carbonic acid to the ammonium-modified sorbent; adding an organic solution comprising a first organic solvent species to the ammonium-modified sorbent thereby desorbing at least a portion of the phospholipid from the ammonium-modified sorbent; and adding an elution solution that comprises: (i) a basic compound or salt species; and (ii) a second organic solvent species to the ammonium-modified sorbent thereby desorbing at least a portion of the target analyte from the ammonium-modified sorbent and forming a solution of the target analyte in the elution solution, wherein the second organic solvent species may be the same or different from the first organic solvent species.
A guide rail for an elevator car in a hoistway , comprising: a base connectable with a wall of the hoistway ; a web portion , formed of two sheet thicknesses of sheet steel material, connected to and extending from the base to a rail tip , the web portion including a closed cross-section web cavity extending along a length of the guide rail ; and a filler, disposed in the web cavity , between the two sheet thicknesses , to prevent damage to the web portion under braking forces applied to the guide rail ; characterised by : a transition portion located between the base and the web portion which is substantially triangular in shape having an apex at the web portion ; a gap or opening between the two sheet thicknesses which extends from the rail tip to the apex ; and a weld located at or near the apex to secure the two sheet thicknesses together at the apex ; wherein the filler is a filler strip , formed of sheet steel material. a base connectable with a wall of the hoistway ; a web portion , formed of two sheet thicknesses of sheet steel material, connected to and extending from the base to a rail tip , the web portion including a closed cross-section web cavity extending along a length of the guide rail ; and a filler, disposed in the web cavity , between the two sheet thicknesses , to prevent damage to the web portion under braking forces applied to the guide rail ; characterised by : a transition portion located between the base and the web portion which is substantially triangular in shape having an apex at the web portion ; a gap or opening between the two sheet thicknesses which extends from the rail tip to the apex ; and a weld located at or near the apex to secure the two sheet thicknesses together at the apex ; wherein the filler is a filler strip , formed of sheet steel material. a transition portion located between the base and the web portion which is substantially triangular in shape having an apex at the web portion ; a gap or opening between the two sheet thicknesses which extends from the rail tip to the apex ; and a weld located at or near the apex to secure the two sheet thicknesses together at the apex ; wherein the filler is a filler strip , formed of sheet steel material.
A user equipment, UE , configured to: receive, from an external device , configuration data of a joint-resource pool, JRP, for uplink, UL, communications in JRP physical resources (52, 52a-52k, JRP 1 , JRP 2 ) shared with other UEs; perform UL communications (24", 26", 28") by transmitting data on granted physical resources (51, G); determine whether to perform additional UL communications and, in case of positive determination, perform additional UL communications (24'", 26"', 28"') by transmitting data on JRP physical resources; and characterised by being configured to use a particular granted resource (G) for retransmitting (1*, 1b*) a data and use the JRP for transmitting a data scheduled for the particular granted resource. receive, from an external device , configuration data of a joint-resource pool, JRP, for uplink, UL, communications in JRP physical resources (52, 52a-52k, JRP 1 , JRP 2 ) shared with other UEs; perform UL communications (24", 26", 28") by transmitting data on granted physical resources (51, G); determine whether to perform additional UL communications and, in case of positive determination, perform additional UL communications (24'", 26"', 28"') by transmitting data on JRP physical resources; and characterised by being configured to use a particular granted resource (G) for retransmitting (1*, 1b*) a data and use the JRP for transmitting a data scheduled for the particular granted resource.
An oil-based inkjet ink comprising a dye lake pigment, a pigment dispersant and a non-aqueous solvent, wherein the non-aqueous solvent contains a silicone oil having a surface tension determined by a maximum bubble pressure method under measurement conditions of 23°C and 0.05Hz, of at least 22 mN/m but not more than 28 mN/m.
Method for performing power supply processes between at least one power supply unit and a plurality of motor vehicles (K1, K2) that are to be supplied with power, which are parked in respectively different parking spaces , wherein each parking space is assigned at least one image capture device of the power supply unit that is spatially separate from a robot , wherein the at least one image capture device ascertains a position of a vehicle-side power supply interface , wherein in each case a position of a vehicle-side power supply interface of a motor vehicle (K1, K2) to be supplied is ascertained and automated coupling between the vehicle-side power supply interface and a power supply interface (14; 31a, 31b) of the power supply unit is realized by virtue of the fact that the power supply interface (14; 31a, 31b) of the power supply unit is moved via a robot to the vehicle-side power supply interface and is coupled to the latter, wherein the robot is made to couple a plurality of motor vehicles (K1, K2) to a suitable power supply interface (14; 31a, 31b) of the power supply unit , wherein the position of a vehicle-side power supply interface of a motor vehicle (K1, K2) that is assigned to a specific power supply interface (14; 31b, 31a) of the power supply unit is ascertained by way of the power supply unit , wherein the position is also ascertained if the robot is not available for moving and coupling the power supply interface (14; 31b, 31a) of the power supply unit that is assigned to the motor vehicle (K1, K2) .
Printing device for the selective carbonization of at least a part of a surface of a paper object , more particularly of a sheet of paper, comprising: - receiving means for receiving the paper object ; - at least one laser for selectively heating one or more parts of the surface of said paper object to a level wherein the heated part of said surface at least partly carbonizes and thereby changes color; and - control means for controlling the laser; characterized in that said printing device comprises a substantially transparent cover that is arranged between said laser and at least a to be heated part of said paper object . - receiving means for receiving the paper object ; - at least one laser for selectively heating one or more parts of the surface of said paper object to a level wherein the heated part of said surface at least partly carbonizes and thereby changes color; and - control means for controlling the laser;
An arrangement for surface defect detection of a cable , comprising a cable manufacturing line comprising a payoff , an extrusion arrangement and a take up , wherein a surface scanner is installed in the cable manufacturing line to a position between the payoff and the take up such that the cable is guidable from the payoff to the take up through the measuring part of the surface scanner , characterized in that the surface scanner is a surface scanner for surface defect detection of a cable , the scanner comprising a measuring part and an analysis part , the measuring part comprising at least one support part and non-contact distance measurement sensors , the sensors ) comprise laser displacement sensors being arranged to the support part , the cable being positionable between the sensors such that beams of the sensors are directable to the outer surface of the cable to sample areas at a circumference of the cable for a length (L) of the outer surface of the cable in a run direction (x) of the cable for providing measurement data, and the analysis part comprising a receiver for the measurement data and a processor for processing the measurement data providing defect detection data, wherein the beams of the non-contact distance measurement sensors are directable to cover the total circumference of the cable and the sensors being arranged to calculate the distance to the outer surface of the cable by focusing light reflected from the outer surface of the cable on a light receiving element of each sensor , in that the processor is configured to create a continuous 3D topographic map of the outer surface of the cable , and in that the analysis part comprises a neural network trained for detecting surface defects of the cable and outputting surface defects detection data of the cable .
A composition with antioxidant activity comprising a first dry extract derived from plant cell cultures comprising superoxide dismutase of Sulfolobus solfataricus expressed in said plant cells, a second dry extract derived from plant cell cultures comprising superoxide dismutase of Aeropyrum pemix expressed in said plant cells, and a third dry extract derived from plant cell cultures comprising superoxide dismutase of Deinococcus radiodurans expressed in said plant cells.
Method for processing plants in a field in which a specific useful plant is grown by means of a processing tool, comprising the following steps: capturing (S104) an image of the field, wherein the image is correlated with position information; determining (S106) a position of a plant to be processed in the field using a neural network , into which the captured image is input, wherein the neural network has a plurality of specific classes (14 to 17) and a general class , wherein the useful plant belongs to one of the specific classes (e.g. 14) and plants which do not correspond to the useful plant belong both to one of the specific classes (e.g. 16) and to the general class ; guiding (S108) the processing tool to the position of the plant; and processing (S110) the plant using the processing tool. capturing (S104) an image of the field, wherein the image is correlated with position information; determining (S106) a position of a plant to be processed in the field using a neural network , into which the captured image is input, wherein the neural network has a plurality of specific classes (14 to 17) and a general class , wherein the useful plant belongs to one of the specific classes (e.g. 14) and plants which do not correspond to the useful plant belong both to one of the specific classes (e.g. 16) and to the general class ; guiding (S108) the processing tool to the position of the plant; and processing (S110) the plant using the processing tool.
An electronic device comprising: a display ; and a processor configured to: display, on the display , a plurality of contents; set a selection region based on an input to a portion of the plurality of contents displayed on the display ; identify a first contents among the plurality of contents based on the selection region; identify a reference condition based on an attribute of the first contents; determine whether the attribute of the first contents corresponding to the selection region satisfies the reference condition; in response to determining that the attribute of the first contents corresponding to the selection region satisfies the reference condition, determine whether the plurality of contents displayed on the display are grouped; in response to determining that the plurality of contents displayed on the display are grouped, identify a region of a group including the first contents corresponding to the selection region among the plurality of contents; and extend the selection region by performing an automatic scroll to include the region of the group. a display ; and a processor configured to: display, on the display , a plurality of contents; set a selection region based on an input to a portion of the plurality of contents displayed on the display ; identify a first contents among the plurality of contents based on the selection region; identify a reference condition based on an attribute of the first contents; determine whether the attribute of the first contents corresponding to the selection region satisfies the reference condition; in response to determining that the attribute of the first contents corresponding to the selection region satisfies the reference condition, determine whether the plurality of contents displayed on the display are grouped; in response to determining that the plurality of contents displayed on the display are grouped, identify a region of a group including the first contents corresponding to the selection region among the plurality of contents; and extend the selection region by performing an automatic scroll to include the region of the group. display, on the display , a plurality of contents; set a selection region based on an input to a portion of the plurality of contents displayed on the display ; identify a first contents among the plurality of contents based on the selection region; identify a reference condition based on an attribute of the first contents; determine whether the attribute of the first contents corresponding to the selection region satisfies the reference condition; in response to determining that the attribute of the first contents corresponding to the selection region satisfies the reference condition, determine whether the plurality of contents displayed on the display are grouped; in response to determining that the plurality of contents displayed on the display are grouped, identify a region of a group including the first contents corresponding to the selection region among the plurality of contents; and extend the selection region by performing an automatic scroll to include the region of the group.