mhurhangee/patent-ind-claim-en huggingface dataset:
Micro-localisation device for imaging instrument , the microlocalisation device defining a system of spatial coordinates (O, 11X, 11Y) and being suitable to be secured to a sample or to a sample stage, the micro-localisation device including at least one first zone extending spatially over a first area of macroscopic dimensions, said first zone having a predetermined position and a predetermined orientation in the system of spatial coordinates (O, 11X, 11Y) of the microlocalisation device, said first zone including an elementary cell or a tiling of a plurality of elementary cells extending over the first area of said first zone , each elementary cell of the first zone extending over a first elementary area, the first elementary area extending into a size range going from sub-millimetric to macroscopic, each elementary cell of the first zone including a first periodic spatial pattern associated with a first spatial period function of the first elementary area, and, each elementary cell of said first zone further including an orientation pattern and a positioning pattern in the system of spatial coordinates (O, 11X, 11Y) of the micro-localisation device, and characterised in that : the micro-localisation device includes one second zone , adjacent to the first zone , said second zone extending spatially over a second area of macroscopic dimensions, said second zone having a predetermined position and a predetermined orientation in the system of spatial coordinates (O, 11X, 11Y) of the micro-localisation device, said second zone including an elementary cell or a tiling of a plurality of elementary cells extending over the second area of said second zone , each elementary cell of the second zone extending over a second elementary area different from the first elementary area, the second elementary area extending into a size range going from sub-millimetric to macroscopic, each elementary cell of the second zone including a second periodic spatial pattern associated with a second spatial period, different from the first spatial period, function of the second elementary area, each elementary cell of said second zone further including an orientation pattern and a positioning pattern in the system of spatial coordinates (O, 11X, 11Y) of the micro-localisation device, at least one of said first or second elementary cells being suitable such that said imaging instrument forms an image thereof and deduces from it a position, respectively, an orientation of said image in the system of spatial coordinates of the micro-localisation device .
A network entity for a wireless network system , wherein the network entity is configured to: obtain an ingress time ( t 0 ) of a received packet , the ingress time ( t 0 ) indicating the time at which the packet enters the wireless network system ; determine time information regarding the packet based on the ingress time ( t 0 ); determine if the packet belongs to a set of packets that enter the network system periodically; determine an interval, if the packet belongs to such a set of packets; provide the time information to another network entity ; and provide information indicative of the periodicity to the other network entity , wherein the information indicative of the periodicity is based on the interval. obtain an ingress time ( t 0 ) of a received packet , the ingress time ( t 0 ) indicating the time at which the packet enters the wireless network system ; determine time information regarding the packet based on the ingress time ( t 0 ); determine if the packet belongs to a set of packets that enter the network system periodically; determine an interval, if the packet belongs to such a set of packets; provide the time information to another network entity ; and provide information indicative of the periodicity to the other network entity , wherein the information indicative of the periodicity is based on the interval.
An additive manufacturing system , comprising: - an additive manufacturing tool configured to receive a metallic material and to supply a plurality of droplets to a part at a work region of the part , wherein each droplet of the plurality of droplets comprises the metallic material ; - a heating system configured to heat a substrate of the part , wherein the heating system is configured to generate a molten zone and a transition zone disposed about the molten zone ; and - a controller configured to regulate respective positions of the additive manufacturing tool and the heating system such that the work region and the molten zone are colocated and such that the transition zone is disposed about the molten zone , wherein heating system comprises: - a primary laser system configured to generate a primary laser beam ; and - a secondary laser system configured to generate a secondary laser beam , wherein the primary laser beam is configured to heat the molten zone , and the secondary laser beam is configured to heat the transition zone , characterized in that the secondary laser system is configured to shape the transition zone as an annular or ring-shaped zone disposed about the molten zone and to control a temperature of the transition zone , wherein the transition zone has a thickness of approximately 1/3 or 1/2 of a diameter of the molten zone , and wherein the controller is configured to regulate operation of the secondary laser system , such that the transition zone has a temperature within 5 to 20 degrees Centigrade less than the temperature of the molten zone . - an additive manufacturing tool configured to receive a metallic material and to supply a plurality of droplets to a part at a work region of the part , wherein each droplet of the plurality of droplets comprises the metallic material ; - a heating system configured to heat a substrate of the part , wherein the heating system is configured to generate a molten zone and a transition zone disposed about the molten zone ; and - a controller configured to regulate respective positions of the additive manufacturing tool and the heating system such that the work region and the molten zone are colocated and such that the transition zone is disposed about the molten zone , - a primary laser system configured to generate a primary laser beam ; and - a secondary laser system configured to generate a secondary laser beam , the secondary laser system is configured to shape the transition zone as an annular or ring-shaped zone disposed about the molten zone and to control a temperature of the transition zone , wherein the transition zone has a thickness of approximately 1/3 or 1/2 of a diameter of the molten zone , and wherein the controller is configured to regulate operation of the secondary laser system , such that the transition zone has a temperature within 5 to 20 degrees Centigrade less than the temperature of the molten zone .
A light emitting diode, LED, chip , comprising: an active LED structure comprising an n-type layer , a p-type layer , and an active layer arranged between the n-type layer and the p-type layer; a first interconnect electrically connected to the n-type layer; and a plurality of second interconnects electrically connected to the p-type layer; wherein the diameters of the plurality of second interconnects progressively increase and decrease with increasing distance away from the first interconnect. an active LED structure comprising an n-type layer , a p-type layer , and an active layer arranged between the n-type layer and the p-type layer; a first interconnect electrically connected to the n-type layer; and a plurality of second interconnects electrically connected to the p-type layer; wherein the diameters of the plurality of second interconnects progressively increase and decrease with increasing distance away from the first interconnect.
Immersive device comprising a screen and a plurality of multi-sensory cases which, with the screen, delimits an immersive zone, the various multi-sensory cases being arranged around the periphery of the immersive zone, each multi-sensory case comprising at least one air-flow generating device and a sound-generating device , as well as a control device which is configured to manage the emission of sound and of air by independently controlling each of the multi-sensory cases .
A method of configuring an RFID printer comprising the steps of: selecting an inlay designator from a list of available inlay designators stored in the RFID printer; inputting an inlay offset into the RFID printer; feeding a media into the RFID printer to determine an inlay pitch for the media; comparing the inlay pitch to a minimum inlay pitch; and selecting one of a first RFID printer configuration or a second RFID printer configuration based on the results of the comparison. selecting an inlay designator from a list of available inlay designators stored in the RFID printer; inputting an inlay offset into the RFID printer; feeding a media into the RFID printer to determine an inlay pitch for the media; comparing the inlay pitch to a minimum inlay pitch; and selecting one of a first RFID printer configuration or a second RFID printer configuration based on the results of the comparison.
A recombinant host cell comprising a transposon insertion into the yijp gene, wherein the yijp gene is flanked by a gene encoding a phosphoenolpyruvate carboxylase (ppc) polypeptide, and wherein the transposon insertion down-regulates the ppc gene, wherein said recombinant host cell produces a fatty acid derivative composition at a higher titer, yield or productivity than a corresponding wild type host cell when cultured in a medium containing a carbon source under conditions effective to express said ppc polypeptide.
Food thermometer , wherein the food thermometer is a resistance thermometer with an electrical conductor , wherein at least three measuring points for the electrical conductor are present, preferably at least six measuring points , characterized in that each measuring point makes electrical contact with the electrical conductor , so that the electrical resistance of the electrical conductor between two measuring points is determined, wherein the electrical resistance depends on the temperature.
A device for rotating containers (6, 6', 6", 6""") standing on a conveyor about a vertical axis, comprising a spoked wheel having bearing elements which can be placed onto at least one container, wherein the contact elements are arms of the open spoked wheel , which can be assigned to the conveyor on a vertical axis, characterized in that the device has a rotary mount, which increases the elevation thereof in sections during a rotation of the spoked wheel , wherein the rotary mount has ramp sections and the spoked wheel has rolling elements in the hub region thereof, which can be placed onto the ramp sections .
A system for vehicular monitoring and control of one or more trucks, wherein each of the one or more trucks is characterised in that it comprises a first electronic control unit; and a second electronic control unit, wherein the first electronic control unit is configured to receive a first copy of a control command over a first communication protocol, wherein the second electronic control unit is configured to receive a second copy of the control command over a second communication protocol, determine whether the first copy is identical to the second copy, execute the control command when the first copy is identical to the second copy, and reject the control command when the first copy differs from the second copy. a first electronic control unit; and a second electronic control unit, wherein the first electronic control unit is configured to receive a first copy of a control command over a first communication protocol, wherein the second electronic control unit is configured to receive a second copy of the control command over a second communication protocol, determine whether the first copy is identical to the second copy, execute the control command when the first copy is identical to the second copy, and reject the control command when the first copy differs from the second copy.
Use, for the mechanical reinforcement of polymers of elastomer type, of a chemically unmodified lignin with available functional groups which presents a specific surface area comprised between 0.5m 2 /g and 5m 2 /g, and preferably comprised between 1m 2 /g and 2.5m 2 /g.
A collimator for collimating a treatment beam generated by a linear accelerator for a therapeutic radiation treatment, the collimator comprising: a collimator body rotatable about a rotational axis; and a plurality of collimator channels extending through the collimator body ; wherein each of the plurality of collimator channels extends longitudinally perpendicular to the rotational axis about which the collimator body is revolved, each of the plurality of collimator channels extending from the perimeter of the body, passing through the center and out to the opposite perimeter of the body. a collimator body rotatable about a rotational axis; and a plurality of collimator channels extending through the collimator body ; wherein each of the plurality of collimator channels extends longitudinally perpendicular to the rotational axis about which the collimator body is revolved, each of the plurality of collimator channels extending from the perimeter of the body, passing through the center and out to the opposite perimeter of the body.
A method of operating a communications node, comprising: transmitting a hardware group delay calibration capability request to each of a plurality of reference devices , the plurality of reference devices comprising at least one base station , at least one reference user equipment , UE, or a combination thereof, obtaining a hardware group delay calibration capability associated with each of the plurality of reference devices , wherein the obtaining comprises receiving the hardware group delay calibration capability for each of the plurality of reference devices in response to the request, the hardware group delay calibration capability indicating a respective hardware group delay error range; selecting a reference device from among the plurality of reference devices based at least on the hardware group delay calibration capabilities associated with the plurality of reference devices ; and determining one or more timing measurements associated with each of the plurality of reference devices based on a reference hardware group delay calibration value associated with the selected reference device . transmitting a hardware group delay calibration capability request to each of a plurality of reference devices , the plurality of reference devices comprising at least one base station , at least one reference user equipment , UE, or a combination thereof, obtaining a hardware group delay calibration capability associated with each of the plurality of reference devices , wherein the obtaining comprises receiving the hardware group delay calibration capability for each of the plurality of reference devices in response to the request, the hardware group delay calibration capability indicating a respective hardware group delay error range; selecting a reference device from among the plurality of reference devices based at least on the hardware group delay calibration capabilities associated with the plurality of reference devices ; and determining one or more timing measurements associated with each of the plurality of reference devices based on a reference hardware group delay calibration value associated with the selected reference device .
A method comprising: receiving, by a serving cell radio , feedback information for a master user equipment of a user equipment group (110a-110d), wherein the feedback information includes position information associated with one or more neighboring cell radios (130b-130d, 140a-140b); communicating the feedback information, an identifier for the user equipment group and, optionally, a size of the user equipment group (110a-110d) to a Self-Organizing Network, SON, server ; determining, by the SON server , management instructions associated with one or more operations to be performed by the serving cell radio ; communicating the management instructions to the serving cell radio ; and performing, by the serving cell radio , the one or more operations associated with the management instructions. receiving, by a serving cell radio , feedback information for a master user equipment of a user equipment group (110a-110d), wherein the feedback information includes position information associated with one or more neighboring cell radios (130b-130d, 140a-140b); communicating the feedback information, an identifier for the user equipment group and, optionally, a size of the user equipment group (110a-110d) to a Self-Organizing Network, SON, server ; determining, by the SON server , management instructions associated with one or more operations to be performed by the serving cell radio ; communicating the management instructions to the serving cell radio ; and performing, by the serving cell radio , the one or more operations associated with the management instructions.
A heat-resistant composite sheet which is a glass fiber fabric impregnated with a fluorine-containing resin, wherein, with the glass fiber fabric as a center, the composite sheet has two opposite surfaces in a thickness direction, at least one of which has a surface roughness, as measured in accordance with the JIS-B0601-1994 test method, of Rz ≤ 21 μm and Ra ≤ 7.5 μm, wherein the glass fiber fabric is treated with a silicon-containing agent represented by a general formula YSiX 3 , wherein Y represents a non-hydrolyzable group, including an alkenyl group, and a hydrocarbon group having a functional group selected from Cl, NH 2 , -SH, an epoxy group, N 3 , a (meth)acryloyloxy group and an isocyanate group at the end; X represents a hydrolyzable group, including Cl, OCH 3 , OCH 2 CH 3 , OC 2 H 4 OCH 3 , and OSi(CH 3 ) 3 , and wherein the amount of the silicon-containing agent is 0.05 to 0.2% by weight based on the total weight of the glass fiber fabric. wherein the glass fiber fabric is treated with a silicon-containing agent represented by a general formula YSiX 3 , wherein Y represents a non-hydrolyzable group, including an alkenyl group, and a hydrocarbon group having a functional group selected from Cl, NH 2 , -SH, an epoxy group, N 3 , a (meth)acryloyloxy group and an isocyanate group at the end; X represents a hydrolyzable group, including Cl, OCH 3 , OCH 2 CH 3 , OC 2 H 4 OCH 3 , and OSi(CH 3 ) 3 , and wherein the amount of the silicon-containing agent is 0.05 to 0.2% by weight based on the total weight of the glass fiber fabric.
Liquid reservoir for an inhaler , in particular for an electronic cigarette product, having an outlet end which is connectable in a liquid-conducting manner to a heating body for vaporizing liquid supplied to the heating body from the liquid reservoir , wherein the liquid reservoir comprises at least one air inlet end and at least one channel , and the channel extends from the air inlet end through the liquid reservoir to the outlet end , wherein the channel is adapted to feed the liquid stored in the liquid reservoir through the channel by means of capillary forces to the outlet end , characterized in that the liquid reservoir comprises a level sensor , in particular a capacitive and/or resistive level sensor, which comprises at least one measuring electrode arranged along the at least one channel .
An apparatus, comprising: at least one memory ; and logic , coupled to the at least one memory , operative to implement a targeted compound detection process, the logic to: receive raw data from analysis of a sample via an analytical device , generate cumulative data from the raw data, the cumulative data representing data from a cumulative set of injections of the sample to the analytical device , receive compound specification information associated with the sample, and determine quantified compound information via performing targeted compound detection based on the cumulative data and the compound specification information . at least one memory ; and logic , coupled to the at least one memory , operative to implement a targeted compound detection process, the logic to: receive raw data from analysis of a sample via an analytical device , generate cumulative data from the raw data, the cumulative data representing data from a cumulative set of injections of the sample to the analytical device , receive compound specification information associated with the sample, and determine quantified compound information via performing targeted compound detection based on the cumulative data and the compound specification information . receive raw data from analysis of a sample via an analytical device , generate cumulative data from the raw data, the cumulative data representing data from a cumulative set of injections of the sample to the analytical device , receive compound specification information associated with the sample, and determine quantified compound information via performing targeted compound detection based on the cumulative data and the compound specification information .
A solvent-free method of manufacturing an electrode comprising: feeding a current collector through a feed mechanism; applying a first layer comprised of an active material mixture and a binder to the current collector, wherein the binder is comprised of polyvinylidene fluoride (PVDF); and heating the first layer with a first heater to bind the first layer to the current collector; wherein applying the first layer comprises applying the active material mixture and the binder to the current collector via a powder coating or spray coating application. feeding a current collector through a feed mechanism; applying a first layer comprised of an active material mixture and a binder to the current collector, wherein the binder is comprised of polyvinylidene fluoride (PVDF); and heating the first layer with a first heater to bind the first layer to the current collector; wherein applying the first layer comprises applying the active material mixture and the binder to the current collector via a powder coating or spray coating application.
A switch for electromagnetic radiation comprising: an electromagnetic radiation waveguide; a layer of VO 2 in electrical or optical communication with the electromagnetic radiation waveguide; and an external stimulus source configured to apply an insulator to metal phase transition-inducing external stimulus to the layer of VO 2 , characterised in that the layer of VO 2 comprises a plurality of connected crystalline VO 2 domains having the same crystal structure and epitaxial orientation. an electromagnetic radiation waveguide; a layer of VO 2 in electrical or optical communication with the electromagnetic radiation waveguide; and an external stimulus source configured to apply an insulator to metal phase transition-inducing external stimulus to the layer of VO 2 , characterised in that the layer of VO 2 comprises a plurality of connected crystalline VO 2 domains having the same crystal structure and epitaxial orientation.
Semiconductor colloids grafted covalently with an antioxidant characterized in that the colloids are semiconductor colloids constituted by at least one element chosen from the group comprising Cd, Zn, Cu, Ti, Mn, Fe, Ni, Cr, Hg, and combinations thereof and the antioxidant is a phenolic aldehyde or a phenolic acid.