mhurhangee/patent-ind-claim-en huggingface dataset:
A coated conductor comprising: a conductor; an outermost opaque layer; an inner layer located between the conductor and the outermost layer, the inner layer comprising a polymeric composition, which comprises: a polyolefin; and a triazine structure (III): a conductor; an outermost opaque layer; an inner layer located between the conductor and the outermost layer, the inner layer comprising a polymeric composition, which comprises: a polyolefin; and a triazine structure (III): a polyolefin; and a triazine structure (III):
A device , comprising: a display , comprising: a backlight with a radiation source positioned adjacent to a light guide panel (101_2) and comprising a visible light source component (102_1) and an infrared source component (102_2), wherein the infrared source component (102_2) is configured to emit an infrared radiation to biometrically authenticate a user of the device , characterized in that the radiation source is formed as a single chip into which the visible light source component (102_1) and the infrared source component (102_2) are integrated, and in that the radiation source comprises a reflector positioned within the chip and configured to reflect light from both the visible light source component (102_1) and the infrared source component (102_2) out of the radiation source and onto the light guide panel. a backlight with a radiation source positioned adjacent to a light guide panel (101_2) and comprising a visible light source component (102_1) and an infrared source component (102_2), wherein the infrared source component (102_2) is configured to emit an infrared radiation to biometrically authenticate a user of the device , characterized in that the radiation source is formed as a single chip into which the visible light source component (102_1) and the infrared source component (102_2) are integrated, and in that the radiation source comprises a reflector positioned within the chip and configured to reflect light from both the visible light source component (102_1) and the infrared source component (102_2) out of the radiation source and onto the light guide panel.
Fluid product refill (R) for filling a bottle (F) provided with a threaded neck (C), the refill (R) comprising: - a flexible pouch (P) comprising an opening, - a dispensing assembly (D1; D2) comprising a sealing appendage (11; 11'), the dispensing assembly (R) comprising a threaded connection sleeve (22; 22') forming an internal helical thread adapted to the screwing of the threaded neck (C) of the bottle (F), characterised in that the dispensing assembly (D1; D2) comprises: - an insert (1; 1') forming the sealing appendage (11; 11'), a passage , and also a camway or an external thread , - a stopper (2; 2') forming the threaded connection sleeve (22; 22'), and also a cam profile or an internal thread engaging with the camway or the external thread , respectively, wherein the stopper (2; 2') is initially in sealed engagement with the insert (1; 1') so as to close off the passage , the cam profile or internal thread moving into the camway or external thread , following the screwing of the threaded neck (C) of the bottle (F) into the threaded connection sleeve (22; 22'), so as to open the passage . - a flexible pouch (P) comprising an opening, - a dispensing assembly (D1; D2) comprising a sealing appendage (11; 11'), the dispensing assembly (R) comprising a threaded connection sleeve (22; 22') forming an internal helical thread adapted to the screwing of the threaded neck (C) of the bottle (F), - an insert (1; 1') forming the sealing appendage (11; 11'), a passage , and also a camway or an external thread , - a stopper (2; 2') forming the threaded connection sleeve (22; 22'), and also a cam profile or an internal thread engaging with the camway or the external thread , respectively,
Winch appliance for towing compact loads , in particular logs, by means of a tractor winch, namely by means of a main winch , which is mountable in a detachable manner on a tractor, which is furnished at least with a connecting mechanism for mounting of said main winch thereon, as well as with a cardan shaft, which is suitable for driving said main winch , and with a hydraulic circuit filled with hydraulic media and furnished with at least one hydraulic pump suitable for compressing said hydraulic media, wherein said main winch comprises a casing , in which a winding drum is mounted, which is rotatable around its longitudinal geometric axis and on which a main towing cable is wound, wherein said winding drum is arranged to be powered by means of a tractor driving unit via said cardan shaft on the tractor as well as via a suitable transmission gear, and is moreover furnished with alternatively operating brake and clutch, wherein said main winch is optionally controllable by means of a remote controller, and wherein said winch appliance in addition to said main winch comprises an auxiliary winch , which also comprises a casing , in which a winding drum is mounted, which is also rotatable around its longitudinal geometric axis and on which an auxiliary cable is wound, wherein said winding drum of said auxiliary winch is driven by means of a suitable driving means , and said auxiliary winch is adapted for towing said main cable during decoiling thereof from the winding drum of the main winch and is also optionally controllable by means of a remote controller, characterized in that it in addition to said main winch with said towing cable and said auxiliary winch with said auxiliary towing cable also comprises at least one auxiliary pulley block (22, 22', 22"), which is suitable for guiding of said auxiliary cable and is in each case in appropriate manner attachable to any disposable fixation point located outside of the line, in which the main towing cable extends between the main winch and each particular load , and in that said auxiliary winch is mountable either onto said casing of the main winch , or on the ground in the surrounding of the main winch and the tractor outside of the line, in which the main towing cable extends between the main winch and each particular load , so that the driving means of the auxiliary winch is powered by means of one of the driving means, which are available on the tractor.
A biosensor system comprising: a capsule comprising: a housing configured for ingesting in a mammal GI tract and having a longitudinal axis, at least some portions of the housing being transparent to radiation of a sensing wavelength, and wherein the housing is configured to form an external space which is open to access by fluids, a radiation emitter and a radiation detector arranged to emit radiation into said external space and to detect radiation from said external space, through said transparent portions of the housing, a drive circuit for the radiation emitter and a signal processing circuit linked to the detector, and an interface with an antenna for wireless transmission of data to an external device and/or a processor for locally processing and storing detection data, wherein the emitter comprises a plurality of emitter devices each adapted to emit at a particular wavelength and the drive circuit is configured to activate each emitter device according to a time multiplex scheme, characterized in that , the signal processing circuit is configured to use a ratio of far red/red (FR/R) to indicate old blood and a ratio of far red/green (FR/G) for fresh blood. a housing configured for ingesting in a mammal GI tract and having a longitudinal axis, at least some portions of the housing being transparent to radiation of a sensing wavelength, and wherein the housing is configured to form an external space which is open to access by fluids, a radiation emitter and a radiation detector arranged to emit radiation into said external space and to detect radiation from said external space, through said transparent portions of the housing, a drive circuit for the radiation emitter and a signal processing circuit linked to the detector, and an interface with an antenna for wireless transmission of data to an external device and/or a processor for locally processing and storing detection data, wherein the emitter comprises a plurality of emitter devices each adapted to emit at a particular wavelength and the drive circuit is configured to activate each emitter device according to a time multiplex scheme, characterized in that , the signal processing circuit is configured to use a ratio of far red/red (FR/R) to indicate old blood and a ratio of far red/green (FR/G) for fresh blood.
A method of preparing disodium 5'-guanylate heptahydrate crystals without using an organic solvent, the method comprising: mixing an aqueous salt solution and an aqueous 5'-guanylic acid solution to form amorphous solids in a mixed solution such that the salt concentration in the mixed solution is 160 g/L to 360 g/L, wherein the aqueous salt solution is an aqueous NaCl solution; and adding seed crystals to the mixed solution to form disodium 5'-guanylate heptahydrate crystals, wherein the adding of the seed crystals is performed while maintaining the temperature at 25 °C to 45 °C. mixing an aqueous salt solution and an aqueous 5'-guanylic acid solution to form amorphous solids in a mixed solution such that the salt concentration in the mixed solution is 160 g/L to 360 g/L, wherein the aqueous salt solution is an aqueous NaCl solution; and adding seed crystals to the mixed solution to form disodium 5'-guanylate heptahydrate crystals, wherein the adding of the seed crystals is performed while maintaining the temperature at 25 °C to 45 °C.
A seat pad that is attachable to a vehicle for use as a seating part, wherein the seat pad is a soft polyurethane foam molded article that has a mounting surface and is obtainable by foam-molding a foaming stock solution, the soft polyurethane foam molded article comprising: a plurality of layered parts that form layers in a vertical direction perpendicular to the mounting surface , characterised in that a plurality of foaming cells included in each of the layered parts have a ratio of a size (Rx) in a lateral direction along the mounting surface with respect to a size (Ry) in the vertical direction that becomes larger as the foaming cells become positioned closer to the side of the mounting surface in the vertical direction, and wherein, at boundaries (C1, A2) between the layered parts adjacent to each other in the vertical direction, the ratio of a foaming cell included in the layered part on the side of the mounting surface is lower than the ratio of a foaming cell included in the layered part positioned closer to the side of a back surface opposite to the side of the mounting surface . a plurality of layered parts that form layers in a vertical direction perpendicular to the mounting surface , characterised in that a plurality of foaming cells included in each of the layered parts have a ratio of a size (Rx) in a lateral direction along the mounting surface with respect to a size (Ry) in the vertical direction that becomes larger as the foaming cells become positioned closer to the side of the mounting surface in the vertical direction, and wherein, at boundaries (C1, A2) between the layered parts adjacent to each other in the vertical direction, the ratio of a foaming cell included in the layered part on the side of the mounting surface is lower than the ratio of a foaming cell included in the layered part positioned closer to the side of a back surface opposite to the side of the mounting surface .
Method for displaying and calculating a gear selection recommendation in a vehicle that has a manually operated gearbox, in which, on the basis of a current deceleration target value to be determined by a control device, a gear suitable for generating an engine braking force corresponding to the current deceleration target value and a duration for which the calculated gear must be used, is calculated in order to reduce an energy corresponding to the deceleration target value, and wherein the calculated gear is displayed as a gear selection recommendation on a display unit comprised by the vehicle.
A surface plasmon resonance (SPR) detection system , comprising: a first prism having a first surface ; a first metal layer arranged on the first surface and configured to be exposed to a sample gas ; a second prism having a second surface ; a second metal layer arranged on the second surface and configured to be exposed to a reference gas ; at least one light source configured to provide respective beams to the first and second surfaces, where each of the beams causes surface plasmon resonance (SPR) of a respective one of the metal layers; at least one photodetector configured to measure a reflection property of reflections of the respective beams from the metal layers during the SPR; at least one electrical detector configured to determine an electrical property of the first and second metal layers during the SPR; and a controller configured to determine whether a target gas is present in the sample gas based on a known composition of the reference gas and at least one of the electrical property of the first and second metal layers during the SPR and the reflection property of the first and second metal layers; wherein the first and second metal layers each comprise a serpentine electrical trace deposited onto the first and second surfaces respectively of the first and second respective prism, and the electrical property of the metal layer is measured across the serpentine electrical trace. a first prism having a first surface ; a first metal layer arranged on the first surface and configured to be exposed to a sample gas ; a second prism having a second surface ; a second metal layer arranged on the second surface and configured to be exposed to a reference gas ; at least one light source configured to provide respective beams to the first and second surfaces, where each of the beams causes surface plasmon resonance (SPR) of a respective one of the metal layers; at least one photodetector configured to measure a reflection property of reflections of the respective beams from the metal layers during the SPR; at least one electrical detector configured to determine an electrical property of the first and second metal layers during the SPR; and a controller configured to determine whether a target gas is present in the sample gas based on a known composition of the reference gas and at least one of the electrical property of the first and second metal layers during the SPR and the reflection property of the first and second metal layers; wherein the first and second metal layers each comprise a serpentine electrical trace deposited onto the first and second surfaces respectively of the first and second respective prism, and the electrical property of the metal layer is measured across the serpentine electrical trace.
A layered delivery system for a skin care composition, the system comprising: a. A flexible cover layer forming an upper surface of the delivery system removably attached to a coupling layer , the coupling layer having an upper surface in facing relation to the flexible cover layer, an opposite lower surface , an outer perimeter, and defining an interior void volume substantially closed by the flexible cover layer; b. A first adhesive layer coupled to the lower surface of the coupling layer through at least one intermediate layer, and disposed on a lower surface of the delivery system and protected by a removable release liner ; and c. A reservoir disposed on an inner surface of the flexible cover layer , disposed in fluid communication with the interior void volume, and carrying the skin care composition. a. A flexible cover layer forming an upper surface of the delivery system removably attached to a coupling layer , the coupling layer having an upper surface in facing relation to the flexible cover layer, an opposite lower surface , an outer perimeter, and defining an interior void volume substantially closed by the flexible cover layer; b. A first adhesive layer coupled to the lower surface of the coupling layer through at least one intermediate layer, and disposed on a lower surface of the delivery system and protected by a removable release liner ; and c. A reservoir disposed on an inner surface of the flexible cover layer , disposed in fluid communication with the interior void volume, and carrying the skin care composition.
A method of maneuvering a vehicle prior to making a turn from a lane of a roadway , the method comprising: identifying , by one or more processors , a route that includes making the turn from the lane; identifying , by the one or more processors, an area of the lane prior to the turn having a lane width of at least a predetermined size; receiving , by the one or more processors, from a perception system, sensor data identifying an object within the lane; identifying , by the one or more processors, from the sensor data, characteristics of the object including a location of the object relative to the vehicle; maneuvering , by the one or more processors, the vehicle through the area prior to making the turn using the identified characteristics; and when the relative location of the object is behind the vehicle, such that the vehicle is closer to the turn than the object, determining whether the object is attempting to pass the vehicle and make the turn, and wherein maneuvering the vehicle is further based on the determination. identifying , by one or more processors , a route that includes making the turn from the lane; identifying , by the one or more processors, an area of the lane prior to the turn having a lane width of at least a predetermined size; receiving , by the one or more processors, from a perception system, sensor data identifying an object within the lane; identifying , by the one or more processors, from the sensor data, characteristics of the object including a location of the object relative to the vehicle; maneuvering , by the one or more processors, the vehicle through the area prior to making the turn using the identified characteristics; and when the relative location of the object is behind the vehicle, such that the vehicle is closer to the turn than the object, determining whether the object is attempting to pass the vehicle and make the turn, and wherein maneuvering the vehicle is further based on the determination.
A method in a first device for coordinating a group transmission from a group of devices to a network node of a wireless telecommunications network, said group of devices including the first device and at least one other device , said method characterised by : determining at least one condition relating to said group of devices and/or the group transmission; selecting one of relayed grant mode or direct grant mode based on the at least one determined condition; communicating said selected grant mode to at least one of said network node and the other devices of said group of devices; receiving a grant for uplink transmission from said network node; relaying said grant to the at least one other device if relayed grant mode is selected; and, responding to said grant by transmitting data to the network node as part of a group transmission. determining at least one condition relating to said group of devices and/or the group transmission; selecting one of relayed grant mode or direct grant mode based on the at least one determined condition; communicating said selected grant mode to at least one of said network node and the other devices of said group of devices; receiving a grant for uplink transmission from said network node; relaying said grant to the at least one other device if relayed grant mode is selected; and, responding to said grant by transmitting data to the network node as part of a group transmission.
A method for implementing a software-defined network, SDN, comprising: receiving , by an SDN controller , virtual network information sent by a cloud computing platform , wherein the virtual network information comprises a correspondence between information about a virtual machine, VM, and information about a server running the VM; acquiring , by the SDN controller , physical network information sent by a top-of-rack, TOR, switch, wherein the physical network information comprises a correspondence between information about the TOR switch connected to the server and the information about the server ; and acquiring , by the SDN controller , a correspondence between the information about the VM and the information about the TOR switch according to the virtual network information and the physical network information; wherein the information about the VM comprises a VM MAC address or a VM IP address; wherein the information about the server comprises at least one of the following elements: a network interface card address of the server, a system name of the server, a universally unique identifier, UUID, of the server, and an identifier of a virtual switch , vSwitch, on the server;wherein the information about the TOR switch comprises an equipment identity of the TOR switch, and information about a physical port connected to the server. receiving , by an SDN controller , virtual network information sent by a cloud computing platform , wherein the virtual network information comprises a correspondence between information about a virtual machine, VM, and information about a server running the VM; acquiring , by the SDN controller , physical network information sent by a top-of-rack, TOR, switch, wherein the physical network information comprises a correspondence between information about the TOR switch connected to the server and the information about the server ; and acquiring , by the SDN controller , a correspondence between the information about the VM and the information about the TOR switch according to the virtual network information and the physical network information; wherein the information about the VM comprises a VM MAC address or a VM IP address; wherein the information about the server comprises at least one of the following elements: a network interface card address of the server, a system name of the server, a universally unique identifier, UUID, of the server, and an identifier of a virtual switch , vSwitch, on the server;wherein the information about the TOR switch comprises an equipment identity of the TOR switch, and information about a physical port connected to the server.