mhurhangee/patent-ind-claim-en huggingface dataset:
A lithographic method for etching a pattern with high density based on a combination of several less dense partial patterns, the method comprising the formation of a sacrificial layer on a substrate and an etching of the sacrificial layer according to a first partial pattern comprising parallel lines, then the formation of spacers on the edges of the elements of the sacrificial layer thus etched, then the removal of the sacrificial layer to leave only the spacers remaining, the latter defining a second partial pattern of at least four parallel lines comprising two adjacent central lines and two outside lines, characterized in that the deposition of a complementary layer of a material different from that of the spacers is subsequently carried out between the spacers to a thickness less than or equal to the height of the spacers, and this complementary layer is locally etched according to a third partial pattern so as to define on the substrate a final pattern resulting from the combination of the second and third partial patterns, and characterized in that the third partial pattern comprises at least one region which extends in a direction perpendicular to the lines of spacers, between the two adjacent central lines, and which stops on either side on these lines of adjacent spacers without going in this direction beyond the adjacent central lines.
Blow molding machine for producing hollow bodies from heated preforms with at least one blow mold and at least one blow nozzle which can be vertically moved relative with respect to each other via a drive , wherein the drive is accomplished electromagnetically, characterized in that the electromagnetic drive contains at least one magnet coil which extends annularly around the blow nozzle and a magnet body fixed to the blow nozzle .
A process of obtainment of an n-type organic semiconductor from a p-type semiconductor or a p-type organic semiconductor from an n-type organic semiconductor comprising the following steps: a) preparing a film of a p-type organic semiconductor or a n-type organic semiconductor onto a substrate respectively, wherein the organic semiconductor comprises a semiconducting nanostructure and an acceptor or donor of electrons respectively; and b) irradiating the film obtained in step (a) by UV-VIS radiation with a power between 1 mW/cm 2 and 100 mW/cm 2 characterized in that the exposure time is between 0.1 s and 600 s and the process is performed in the presence of an oxygen containing atmosphere. a) preparing a film of a p-type organic semiconductor or a n-type organic semiconductor onto a substrate respectively, wherein the organic semiconductor comprises a semiconducting nanostructure and an acceptor or donor of electrons respectively; and b) irradiating the film obtained in step (a) by UV-VIS radiation with a power between 1 mW/cm 2 and 100 mW/cm 2 characterized in that the exposure time is between 0.1 s and 600 s and the process is performed in the presence of an oxygen containing atmosphere.
Container ship having a plurality of container stacks and an arrangement for securing the containers , wherein a first lashing unit extends from a container corner of a first container stack to a first articulated fitting of the container ship, and wherein a second lashing unit extends from a container corner of a second container stack to a second articulated fitting of the container ship, wherein the distance between the container corners is greater than the distance between the articulated fittings , characterized in that the two lashing units cross over a vertical plane extending along a transverse gap between two container stacks , wherein in each case the distance between the vertical plane and the articulated fitting is smaller than the distance between the vertical plane and the container corner .
A rotating electrical machine system comprising: a rotating electrical machine housed in a first chamber of a housing ; and a semiconductor module housed in a second chamber of the housing and electrically coupled to the rotating electrical machine ; wherein the rotating electrical machine includes a stator secured to an inner circumference surface of the first chamber and a rotor rotatably disposed with respect to the stator , wherein the rotating electrical machine system further comprises a cooler sandwiched between a bottom portion of the second chamber positioned above the first chamber and a lower portion of the semiconductor module to cool the semiconductor module and the stator by coolant that passes through an inside of the cooler , the cooler being configured as a plate-shaped member that internally has a flow path through which coolant flows, characterised in that a communication hole is formed at the bottom portion of the second chamber , the second chamber being communicated with the first chamber through the communication hole , and the cooler is configured to contact the stator through the communication hole . a rotating electrical machine housed in a first chamber of a housing ; and a semiconductor module housed in a second chamber of the housing and electrically coupled to the rotating electrical machine ; wherein the rotating electrical machine includes a stator secured to an inner circumference surface of the first chamber and a rotor rotatably disposed with respect to the stator , wherein the rotating electrical machine system further comprises a cooler sandwiched between a bottom portion of the second chamber positioned above the first chamber and a lower portion of the semiconductor module to cool the semiconductor module and the stator by coolant that passes through an inside of the cooler , the cooler being configured as a plate-shaped member that internally has a flow path through which coolant flows, characterised in that a communication hole is formed at the bottom portion of the second chamber , the second chamber being communicated with the first chamber through the communication hole , and the cooler is configured to contact the stator through the communication hole .
A display device, comprising: a display panel having a first, a second, and a third area (L, C, R) disposed one after the other in a first direction; at least one first, at least one second and at least one third sound generating actuator , respectively disposed in the first, second and third area (L, C, R), the actuators being spaced apart from each other in the first direction, wherein the first, second, and third actuator contact the display panel at the first, second, and third area (L, C, R), respectively, and are configured to generate sound by vibrating the display panel ; a support structure configured to support the sound generating actuators (200', 200, 200") a first partition configured to separate the first and the second area (L, C); and a second partition configured to separate the second and the third area (C, R), wherein at least one of the first and second partition extends in a direction crossing the first direction and contacts at least one of the display panel and the support structure. a display panel having a first, a second, and a third area (L, C, R) disposed one after the other in a first direction; at least one first, at least one second and at least one third sound generating actuator , respectively disposed in the first, second and third area (L, C, R), the actuators being spaced apart from each other in the first direction, wherein the first, second, and third actuator contact the display panel at the first, second, and third area (L, C, R), respectively, and are configured to generate sound by vibrating the display panel ; a support structure configured to support the sound generating actuators (200', 200, 200") a first partition configured to separate the first and the second area (L, C); and a second partition configured to separate the second and the third area (C, R),
Drill string component, in particular drill collar, MWD- or LWD component for use in oil field technology and in particular in deep drilling, made of an alloy with the following composition, all values in % by weight, as well as unavoidable impurities: elements carbon (C) 0.01 - 0.1 silicon (Si) < 0.5 manganese (Mn) 4.0 - 7.0 phosphorous (P) < 0.05 sulphur (S) < 0.005 iron (Fe) residue chromium (Cr) 23.0 - 28 molybdenum (Mo) 2.5 - 4.0 nickel (Ni) 11 - 15.5 vanadium (V) < 0.5 tungsten (W) < 0.5 copper (Cu) < 0.5 cobalt (Co) < 5 titanium (Ti) < 0.1 aluminium (Al) < 0.2 niobium (Nb) < 0.1 boron (B) < 0.01 nitrogen (N) 0.52 - 0.85 wherein the drill string component has a yield strength cold-worked with a degree of deformation of 10 to 50% of Rp0.2 > 1000 MPa. elements carbon (C) 0.01 - 0.1 silicon (Si) < 0.5 manganese (Mn) 4.0 - 7.0 phosphorous (P) < 0.05 sulphur (S) < 0.005 iron (Fe) residue chromium (Cr) 23.0 - 28 molybdenum (Mo) 2.5 - 4.0 nickel (Ni) 11 - 15.5 vanadium (V) < 0.5 tungsten (W) < 0.5 copper (Cu) < 0.5 cobalt (Co) < 5 titanium (Ti) < 0.1 aluminium (Al) < 0.2 niobium (Nb) < 0.1 boron (B) < 0.01 nitrogen (N) 0.52 - 0.85 wherein the drill string component has a yield strength cold-worked with a degree of deformation of 10 to 50% of Rp0.2 > 1000 MPa.
A method of sealing a first substrate and a second substrate of a pet food bag comprising the step of contacting an outside surface of the first substrate at a first location with a first heating bar and contacting an outside surface of the second substrate at a second location with a first non-heating bar , wherein the first location and the second location are opposing, to form a first seal between the first location and the second location, characterized in that the method further comprises the step of entrapping air contained within the pet food bag, before forming the first seal, such that the entrapped air is from 1 to 3 liters of volume, as measured at 1 atmosphere of atmospheric pressure and 25°C (77°F.).
Method of preparation of a cereal grain intended for human and/or animal consumption, comprising successively: - a soaking step during which the moisture of the cereal grain is increased up to at least 20%, - a stoving step during which the cereal grain is subjected to steam treatment in order to at least partly gelatinise the starch contained in said cereal grain, - a step of drying the cereal grain during which the moisture in said cereal grain is reduced to less than 30%, - a step of flattening the cereal grain during which the dimensions of said cereal grain are modified, - a step of expanding the cereal grain during which the volume of said cereal grain is increased, characterised in that it comprises, prior to the flattening step and subsequently to the drying step, a step of heating the cereal grain by adding moist heat during which the temperature of said cereal grain is increased, so as to modify plastic properties of said cereal grain in order to facilitate flattening thereof during the flattening step. - a soaking step during which the moisture of the cereal grain is increased up to at least 20%, - a stoving step during which the cereal grain is subjected to steam treatment in order to at least partly gelatinise the starch contained in said cereal grain, - a step of drying the cereal grain during which the moisture in said cereal grain is reduced to less than 30%, - a step of flattening the cereal grain during which the dimensions of said cereal grain are modified, - a step of expanding the cereal grain during which the volume of said cereal grain is increased,
Device for feeding capsules , comprising a receiving container for loose capsules , a lifting belt provided with supports , for circulation of the capsules upwards during which the incorrectly oriented capsules are returned to the receiving container , an outlet channel for bringing the capsules to the fed station, and an ejection means for bringing the capsules into said channel from a side of the belt at height, in which device the channel comprises, on the belt side , an end part in which the capsules circulate under the effect of their inertia and which has a guide curve , not facing anything, that delimits the trajectory of said capsules at the top, and in which device said channel has, downstream of said end part , a duct of a shape adapted to the capsules for maintaining the orientation thereof during their circulation, the curve extending from said duct , one edge of said duct being extended in the form of said curve towards the opening, while the facing edge terminates, said device having a discharge circulation means , extending from said end part of said channel , for receiving and releasing from said end part the capsules that are not facing said duct , the latter having, at its end in the region of the end part of the channel , a separator able to divert the capsules towards said discharge circulation means . in which device the channel comprises, on the belt side , an end part in which the capsules circulate under the effect of their inertia and which has a guide curve , not facing anything, that delimits the trajectory of said capsules at the top, and in which device said channel has, downstream of said end part , a duct of a shape adapted to the capsules for maintaining the orientation thereof during their circulation, the curve extending from said duct , one edge of said duct being extended in the form of said curve towards the opening, while the facing edge terminates, said device having a discharge circulation means , extending from said end part of said channel , for receiving and releasing from said end part the capsules that are not facing said duct , the latter having, at its end in the region of the end part of the channel , a separator able to divert the capsules towards said discharge circulation means .
A method of treating a substrate, comprising: providing a substrate having a generally sheet or planar form or a fiber or yarn form; providing a colorant to be set at the surface of the substrate; and at about atmospheric pressure, subjecting the substrate and the colorant to reactive species from a plasma generated by an atmospheric plasma apparatus until the colorant affixes to the substrate via chemical bonding to a desired degree so as to promote the appearance of a desired color at the substrate surface that is attributable at least in part of the colorant, wherein the affixing of the colorant occurs as a result of the subjecting of the substrate and the colorant to the reactive species without the substrate being immersed in a dye bath and without subjecting the substrate and colorant to a separate thermal fixation step, and wherein the affixing of the colorant provides a durable coating on the substrate and the change of color without negatively affecting the bulk properties of the substrate. providing a substrate having a generally sheet or planar form or a fiber or yarn form; providing a colorant to be set at the surface of the substrate; and at about atmospheric pressure, subjecting the substrate and the colorant to reactive species from a plasma generated by an atmospheric plasma apparatus until the colorant affixes to the substrate via chemical bonding to a desired degree so as to promote the appearance of a desired color at the substrate surface that is attributable at least in part of the colorant, wherein the affixing of the colorant occurs as a result of the subjecting of the substrate and the colorant to the reactive species without the substrate being immersed in a dye bath and without subjecting the substrate and colorant to a separate thermal fixation step, and wherein the affixing of the colorant provides a durable coating on the substrate and the change of color without negatively affecting the bulk properties of the substrate.
A passive alignment connection structure between an optical bench and an optoelectronic device , comprising: an optically transparent alignment block having a first set of optical fiducials and a second set of optical fiducials defined thereon; an optical bench having a body defined with alignment features including optical fiducials , wherein the optical bench is attached to the alignment block , and wherein the optical fiducials defined on the optical bench are in optical alignment with the first set of optical fiducials defined on the alignment block ; a support which supports the optoelectronic device , wherein optical fiducials are defined on the support , wherein the support is attached to the alignment block , and wherein the optical fiducials of the support are in optical alignment with the second set of optical fiducials defined on the alignment block . an optically transparent alignment block having a first set of optical fiducials and a second set of optical fiducials defined thereon; an optical bench having a body defined with alignment features including optical fiducials , wherein the optical bench is attached to the alignment block , and wherein the optical fiducials defined on the optical bench are in optical alignment with the first set of optical fiducials defined on the alignment block ; a support which supports the optoelectronic device , wherein optical fiducials are defined on the support , wherein the support is attached to the alignment block , and wherein the optical fiducials of the support are in optical alignment with the second set of optical fiducials defined on the alignment block .
A method of controlling a first vehicle autonomously in order to complete a turn, the method comprising: predicting, by one or more processors, before maneuvering the first vehicle to complete the turn, that a second vehicle will take a responsive action in response to maneuvering the first vehicle; maneuvering, by the one or more processors, the first vehicle autonomously to complete a first portion of the turn in a way that would allow the second vehicle to pass by the first vehicle; determining, by the one or more processors, whether the second vehicle is taking the responsive action in response to the maneuvering; and after completing the first portion of the turn, maneuvering the first vehicle autonomously to complete a second portion of the turn, by the one or more processors, by controlling the first vehicle autonomously based on a result of the determining. predicting, by one or more processors, before maneuvering the first vehicle to complete the turn, that a second vehicle will take a responsive action in response to maneuvering the first vehicle; maneuvering, by the one or more processors, the first vehicle autonomously to complete a first portion of the turn in a way that would allow the second vehicle to pass by the first vehicle; determining, by the one or more processors, whether the second vehicle is taking the responsive action in response to the maneuvering; and after completing the first portion of the turn, maneuvering the first vehicle autonomously to complete a second portion of the turn, by the one or more processors, by controlling the first vehicle autonomously based on a result of the determining.
Reinforcement structure for a vehicle compartment of a heavy goods vehicle, comprising: - at least one elevation reinforcement profile extending along an elevation direction (Z), said elevation reinforcement profile defining an elevation cavity ; - at least one transversal reinforcement profile extending along a transversal direction (T), substantially perpendicular to the elevation direction (Z), said transversal reinforcement profile defining a transversal cavity , and - at least one compartment panel extending against the elevation reinforcement profile and the transversal reinforcement profile such that the compartment panel closes the elevation and transversal cavities , characterized in that the reinforcement structure further comprises at least one reinforcement member extending along at least part of the elevation reinforcement profile in the elevation cavity between said elevation reinforcement profile and said compartment panel , said reinforcement member being made of a material having a tensile strength greater than the tensile strength of the material forming the elevation reinforcement profile . - at least one elevation reinforcement profile extending along an elevation direction (Z), said elevation reinforcement profile defining an elevation cavity ; - at least one transversal reinforcement profile extending along a transversal direction (T), substantially perpendicular to the elevation direction (Z), said transversal reinforcement profile defining a transversal cavity , and - at least one compartment panel extending against the elevation reinforcement profile and the transversal reinforcement profile such that the compartment panel closes the elevation and transversal cavities ,
Rapeseed meal extract characterized in that it is obtainable by a preparation method comprising at least the following steps, in this order: - providing rapeseed, - pressing the rapeseed and recovering the rapeseed meal, - grinding the rapeseed meal to obtain an average particle size less than or equal to 5 mm, - extracting the rapeseed meal using 96° ethanol, - filtering, - recovering the filtrate, - evaporating the solvent, - recovering the extract obtained, said rapeseed meal extract comprising from 0.17% to 0.33% by weight of gamma-tocopherols relative to the total weight of the extract and from 0.14% to 0.28% by weight of alpha-tocopherols relative to the total weight of the extract. - providing rapeseed, - pressing the rapeseed and recovering the rapeseed meal, - grinding the rapeseed meal to obtain an average particle size less than or equal to 5 mm, - extracting the rapeseed meal using 96° ethanol, - filtering, - recovering the filtrate, - evaporating the solvent, - recovering the extract obtained,
A surgical targeting device (1-2) for assisting placement of an elongated guidance member in a bone , comprising: a bottom portion having a dome-shaped convex outer surface and comprising a guidance through-hole extending along a guidance through-hole central axis for receiving the guidance member ; and a top portion configured to be gripped by a tool ; wherein the bottom portion comprises at least one auxiliary through-hole extending through the bottom portion along an auxiliary through-hole central axis and spaced from the guidance through-hole , the at least one auxiliary through-hole being configured to receive an attachment member so that the device (1-5) becomes temporarily engaged with the bone , the auxiliary through-hole central axis extends obliquely to the guidance through-hole central axis , the guidance through-hole central axis and the auxiliary through-hole central axis do not intersect, and the at least one auxiliary through-hole extends from a top opening to a bottom opening in the device ; characterized in that the top opening is further spaced from the guidance through-hole central axis than the bottom opening is spaced from the guidance through-hole central axis . a bottom portion having a dome-shaped convex outer surface and comprising a guidance through-hole extending along a guidance through-hole central axis for receiving the guidance member ; and a top portion configured to be gripped by a tool ; wherein the bottom portion comprises at least one auxiliary through-hole extending through the bottom portion along an auxiliary through-hole central axis and spaced from the guidance through-hole , the at least one auxiliary through-hole being configured to receive an attachment member so that the device (1-5) becomes temporarily engaged with the bone , the auxiliary through-hole central axis extends obliquely to the guidance through-hole central axis , the guidance through-hole central axis and the auxiliary through-hole central axis do not intersect, and the at least one auxiliary through-hole extends from a top opening to a bottom opening in the device ; characterized in that the top opening is further spaced from the guidance through-hole central axis than the bottom opening is spaced from the guidance through-hole central axis .
A corrosion-inhibiting substance combination capable of evaporation or sublimation, comprising at least: a substituted 1,4-benzoquinone, an aromatic or alicyclic substituted carbamate, a polysubstituted phenol, and a monosubstituted pyrimidine. a substituted 1,4-benzoquinone, an aromatic or alicyclic substituted carbamate, a polysubstituted phenol, and a monosubstituted pyrimidine.