mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a glass article comprising: focusing a pulsed first laser beam into a laser beam focal line ; directing the laser beam focal line into a glass substrate at a first location, the laser beam focal line generating an induced absorption within the glass substrate, the induced absorption producing a damage track along the laser beam focal line within the glass substrate; translating the glass substrate and the pulsed laser beam relative to each other starting from the first location along a first closed contour , thereby laser drilling a plurality of holes along the first closed contour within the glass substrate, wherein the first closed contour defines an inner glass piece; and heating the inner glass piece with a second laser beam such that the inner glass piece softens and drops from the glass substrate. focusing a pulsed first laser beam into a laser beam focal line ; directing the laser beam focal line into a glass substrate at a first location, the laser beam focal line generating an induced absorption within the glass substrate, the induced absorption producing a damage track along the laser beam focal line within the glass substrate; translating the glass substrate and the pulsed laser beam relative to each other starting from the first location along a first closed contour , thereby laser drilling a plurality of holes along the first closed contour within the glass substrate, wherein the first closed contour defines an inner glass piece; and heating the inner glass piece with a second laser beam such that the inner glass piece softens and drops from the glass substrate.
A sound capture device comprising a first set of four or more directional microphone capsules disposed around a point of symmetry in a non-coplanar spatial arrangement, each directional capsule having an axis along which it exhibits maximum sensitivity, wherein the axes of the capsules in the first set do not all pass through the point of symmetry and wherein the directions of the axes of the capsules in the first set are not all coplanar, wherein said axes of maximum sensitivity do not all intersect at a common point, wherein each capsule in the first set is located on a different respective edge of a reference polyhedron, and wherein each capsule in the first set is orientated such that the angle between the respective edge of the polyhedron and a projection of the direction of maximum sensitivity of the capsule onto a plane perpendicular to a line joining the point of symmetry to the capsule is the same for all capsules in the first set.
A process comprising the steps of making individual fibrous layers by: - providing a first moving endless surface comprising a plurality of molds , wherein neighboring molds are connected by a connecting section ; wherein at least one mold, and preferably all the molds, comprises at least one raised element ; - continuously depositing fibrous material in the molds and the connecting sections to form a continuous fibrous layer , wherein the deposition of the fibers is hindered on the raised element; - transferring the continuous layer of the fibrous material from the first moving endless surface to a second moving endless surface ; then - cutting the continuous fibrous layer through the areas corresponding the connecting sections to form individual fibrous layers ; wherein the individual fibrous layers comprise at least one channel corresponding to the raised element in the mold and the channel is free of the fibrous material and extends through the whole thickness of the fibrous layer; the process further comprising the step of attaching directly or indirectly the individual fibrous layer to an absorbent core , wherein the absorbent core comprises an absorbent material layer comprised in a core wrap , and the absorbent material comprises superabsorbent particles. - providing a first moving endless surface comprising a plurality of molds , wherein neighboring molds are connected by a connecting section ; wherein at least one mold, and preferably all the molds, comprises at least one raised element ; - continuously depositing fibrous material in the molds and the connecting sections to form a continuous fibrous layer , wherein the deposition of the fibers is hindered on the raised element; - transferring the continuous layer of the fibrous material from the first moving endless surface to a second moving endless surface ; then - cutting the continuous fibrous layer through the areas corresponding the connecting sections to form individual fibrous layers ; wherein the individual fibrous layers comprise at least one channel corresponding to the raised element in the mold and the channel is free of the fibrous material and extends through the whole thickness of the fibrous layer; the process further comprising the step of attaching directly or indirectly the individual fibrous layer to an absorbent core , wherein the absorbent core comprises an absorbent material layer comprised in a core wrap , and the absorbent material comprises superabsorbent particles.
A method of controlling magnetic anisotropy in a magnetic material comprising steps of: i) directing a layer of powdered metal material to a heat conducting substrate; ii) applying electromagnetic energy to the powdered material sufficient to melt the entire thickness of the layer of powdered material in one or more selected areas defining volume elements; iii) subsequently cooling the melted material to create a solid layer on the substrate, iv) applying an external magnetic field to the material during at least step iii) so as to imprint the solid magnetic material layer with magnetic anisotropy, wherein the cooling of the melted material is controlled according to a predetermined cooling rate profile to obtain a desired crystallinity and/or amorphous structure to the volume elements of the solid layer formed from the melted material. i) directing a layer of powdered metal material to a heat conducting substrate; ii) applying electromagnetic energy to the powdered material sufficient to melt the entire thickness of the layer of powdered material in one or more selected areas defining volume elements; iii) subsequently cooling the melted material to create a solid layer on the substrate, iv) applying an external magnetic field to the material during at least step iii) so as to imprint the solid magnetic material layer with magnetic anisotropy,
A method, comprising: retrieving, by a device , contextual information based on at least one of an image, the device , user context, or a combination thereof; identifying two or more models from a plurality of learning models based on the contextual information and at least one object recognized in an image based on at least one visual recognition model; activating the two or more models for the at least one object recognized in the image; updating the contextual information by adding at least one visual label identified by the two or more models to the contextual information; activating an additional model from the plurality of learning models based on the updated contextual information; and displaying information comprising at least one icon at the device , the at least one icon being associated with at least one of an application, a service, or a combination thereof providing additional information, wherein the additional information is associated with the additional model. retrieving, by a device , contextual information based on at least one of an image, the device , user context, or a combination thereof; identifying two or more models from a plurality of learning models based on the contextual information and at least one object recognized in an image based on at least one visual recognition model; activating the two or more models for the at least one object recognized in the image; updating the contextual information by adding at least one visual label identified by the two or more models to the contextual information; activating an additional model from the plurality of learning models based on the updated contextual information; and displaying information comprising at least one icon at the device , the at least one icon being associated with at least one of an application, a service, or a combination thereof providing additional information, wherein the additional information is associated with the additional model.
A method for displaying (S2) an image in an image album application on a display , wherein the method comprises the steps of: providing a captured (S0) burst of images , comprising at least three images including a defined (S1) main image , and one or more defined (S11) pre-images captured before said main image in the burst of images; displaying (S2), responsive to detecting user selection of the main image in the album application, the defined pre-images and the selected main image in sequence on the display , wherein the pre-images are played back (S3) as a frame-by-frame animation until stopping at the main image, and maintaining display (S4) of the main image until user input is detected to change to another image or another view. providing a captured (S0) burst of images , comprising at least three images including a defined (S1) main image , and one or more defined (S11) pre-images captured before said main image in the burst of images; a defined (S1) main image , and one or more defined (S11) pre-images captured before said main image in the burst of images; displaying (S2), responsive to detecting user selection of the main image in the album application, the defined pre-images and the selected main image in sequence on the display , wherein the pre-images are played back (S3) as a frame-by-frame animation until stopping at the main image, and maintaining display (S4) of the main image until user input is detected to change to another image or another view.
A gas turbine engine comprising: a core section defined about an axis; a fan section driven about said axis by said core section; a fan nacelle mounted at least partially around said core section to define a fan bypass flow path ; and a multiple of fan exit guide vanes (50;50';50") in communication with said fan bypass flow path , said multiple of fan exit guide vanes (50;50';50") rotatable about an axis of rotation to vary an effective fan nozzle exit area for said fan bypass flow path ; characterised by further comprising: a fan variable area nozzle which defines a variable fan nozzle exit area between the fan nacelle and the core nacelle at an aft segment of the fan nacelle downstream of the fan section . a core section defined about an axis; a fan section driven about said axis by said core section; a fan nacelle mounted at least partially around said core section to define a fan bypass flow path ; and a multiple of fan exit guide vanes (50;50';50") in communication with said fan bypass flow path , said multiple of fan exit guide vanes (50;50';50") rotatable about an axis of rotation to vary an effective fan nozzle exit area for said fan bypass flow path ; characterised by further comprising: a fan variable area nozzle which defines a variable fan nozzle exit area between the fan nacelle and the core nacelle at an aft segment of the fan nacelle downstream of the fan section .
A nuclear reactor, comprising: - a vessel , - a plurality of nuclear fuel assemblies forming a core arranged in the vessel ; - a support plate , arranged in the vessel above the core ; - a plurality of thermocouple ducts arranged in the vessel and passing through the support plate through dedicated orifices; - support members provided to keep the thermocouple ducts in position, each support member being rigidly attached to the support plate , at least one thermocouple duct being attached to each support plate ; characterized in that each support member includes a foot rigidly attached to the support plate , a head to which the or each thermocouple duct is attached, and a detachable connection from the head to the foot . - a vessel , - a plurality of nuclear fuel assemblies forming a core arranged in the vessel ; - a support plate , arranged in the vessel above the core ; - a plurality of thermocouple ducts arranged in the vessel and passing through the support plate through dedicated orifices; - support members provided to keep the thermocouple ducts in position, each support member being rigidly attached to the support plate , at least one thermocouple duct being attached to each support plate ;
Method for controlling changes in gear ratio on a hybrid vehicle transmission, combining the torque from several actuators on various transmission ratios bound for the wheels of the vehicle, under the control of several claw couplings (C1, C2, C3), of which at least two couplings (C1, C3) controlled by a common finger that can be moved by a selection motor (Ms) in a first direction (Y) between two parallel gearshift lines in order to select one of them, and by a gearshift motor (Me) in a second direction (X) orthogonal to the first in order to engage the one or the other of two gears by passing through an intermediate neutral position, characterized in that , when no reliable information is available about the axial position along (X) of the claw of a first coupling (C1) controlled by the finger , it is checked that this claw is always in neutral on each new gear ratio disconnection order, - by open-loop controlling the gearshift actuator (Me) to the neutral position, - by actuating the selection actuator (Ms) of the common control finger into a selection position for a given time period, and - by observing the actual movement of the selection so as to not authorize certain engagements, in the event of no movement or insufficient movement where neutral cannot be confirmed. - by open-loop controlling the gearshift actuator (Me) to the neutral position, - by actuating the selection actuator (Ms) of the common control finger into a selection position for a given time period, and - by observing the actual movement of the selection so as to not authorize certain engagements, in the event of no movement or insufficient movement where neutral cannot be confirmed.
An isolated polypeptide comprising an amino acid sequence selected from: an amino acid sequence of SEQ ID NO: 7; or an amino acid sequence of SEQ ID NO:7 with a mutation of R to H at position 20, a mutation of A to D at position 83 and/or a mutation of M to V at position 106 while retaining the phospholipase C activity of SEQ ID NO: 2, 4 or 6. an amino acid sequence of SEQ ID NO: 7; or an amino acid sequence of SEQ ID NO:7 with a mutation of R to H at position 20, a mutation of A to D at position 83 and/or a mutation of M to V at position 106 while retaining the phospholipase C activity of SEQ ID NO: 2, 4 or 6.
A pull-out system, comprising at least two pull-out guides , wherein each pull-out guide comprises a stationary rail , a running rail and a middle rail which can be moved relative to the stationary rail , and means for synchronising the movement of the movable rails , whereby the means for synchronising comprise at least one flexible deflection element , whereby that the flexible deflection element is held via deflection pulleys on the middle rail , characterized in that that the flexible deflection element is arranged with a section parallel to the longitudinal direction of a pull-out guide and perpendicularly to the longitudinal direction on a connecting section between the pullout guides.
Heating element for heating plastic profiles before they are joined by welding: a) at least one contact plate with a contact surface facing at least one plastic profile, b) at least one heating element , which is in operative connection with the contact plate , c) wherein the contact plate has at least one recess , which is arranged in the contact surface and which interrupts the contact surface , d) wherein the recess completely penetrates the contact plate or the recess has a bottom surface , wherein the bottom surface delimits the recess on the side of the recess facing away from the contact surface and the bottom surface is set back relative to the contact surface , e) wherein the contact plate and the heating element are designed as different components, and f) wherein the contact plate rests at least partially flat on the heating element in order to ensure good heat transfer between the two components, characterised g) in that the heating element has at least one connecting element which firmly connects the contact plate to the heating element in a detachable manner, and h) in that two contact plates are provided, which in the operating state are arranged on one side of the heating element in each case and which are designed symmetrically to one another in relation to the centre plane of the heating element . a) at least one contact plate with a contact surface facing at least one plastic profile, b) at least one heating element , which is in operative connection with the contact plate , c) wherein the contact plate has at least one recess , which is arranged in the contact surface and which interrupts the contact surface , d) wherein the recess completely penetrates the contact plate or the recess has a bottom surface , wherein the bottom surface delimits the recess on the side of the recess facing away from the contact surface and the bottom surface is set back relative to the contact surface , e) wherein the contact plate and the heating element are designed as different components, and f) wherein the contact plate rests at least partially flat on the heating element in order to ensure good heat transfer between the two components, characterised g) in that the heating element has at least one connecting element which firmly connects the contact plate to the heating element in a detachable manner, and h) in that two contact plates are provided, which in the operating state are arranged on one side of the heating element in each case and which are designed symmetrically to one another in relation to the centre plane of the heating element .
A safety system comprising: a safety controller configured to execute a safety program; a collection unit configured to collect an input value over a predetermined period, the input value being a value of an input signal selected previously in one or a plurality of input signals input to the safety controller ; and a visualization unit configured to reproduce a behavior of the safety program over the predetermined period based on the input value collected over the predetermined period, and to express visually an operating state of the safety program at an appointed point of time in the predetermined period, characterized in that : the visualization unit comprises: a unit configured to schematize and display a combination of commands comprised in the safety program, and a unit configured to change a display mode of a corresponding element comprised in the schematized display according to the input value, an internal value, and an output value, the internal value and the output value being calculated according to the input value. a safety controller configured to execute a safety program; a collection unit configured to collect an input value over a predetermined period, the input value being a value of an input signal selected previously in one or a plurality of input signals input to the safety controller ; and a visualization unit configured to reproduce a behavior of the safety program over the predetermined period based on the input value collected over the predetermined period, and to express visually an operating state of the safety program at an appointed point of time in the predetermined period, characterized in that : the visualization unit comprises: a unit configured to schematize and display a combination of commands comprised in the safety program, and a unit configured to change a display mode of a corresponding element comprised in the schematized display according to the input value, an internal value, and an output value, the internal value and the output value being calculated according to the input value. a unit configured to schematize and display a combination of commands comprised in the safety program, and a unit configured to change a display mode of a corresponding element comprised in the schematized display according to the input value, an internal value, and an output value, the internal value and the output value being calculated according to the input value.
Process for transferring electric energy from an external electric power source to means (26; 22) adapted for storing or using electric energy onboard a motor vehicle , wherein the transfer of electric energy from the external source to the onboard means is realized by magnetic induction (B) wherein the motor vehicle includes at least one alternator for providing some electric loads (40-46) of the motor vehicle with electric current (I'28) when the internal combustion engine is running, and an inductive receiver designed and located onboard the vehicle to cooperate with an inductive emitter belonging to said external electric power source in order to have an electric current flowing along an electric line which extends onboard the vehicle, the process being characterized in that, upon actuation of a starter of the internal combustion engine, the transfer of electric energy takes place between the external electric power source and the starter and in that the starter is connected to the inductive receiver without being connected to electric energy storage means.
A transportation system for semiconductor module base plates comprises a frame ; and a plurality of spacer elements , wherein each of the plurality of spacer elements comprises a distance holding element , a first pin on a first side of the distance holding element , and a second pin on a second side of the distance holding element , and wherein each of the plurality of spacer elements is configured to be arranged between two of a plurality of semiconductor module base plates , each of the first pin and second pin is configured to engage with a corresponding counterpart of one of the base plates when the corresponding transportation system is arranged between two semiconductor module base plates , two or more spacer elements are interconnected by the frame , the transportation system is configured to transport either unequipped semiconductor module base plates configured to have at least one semiconductor substrate or semiconductor body mounted thereon, or assembled semiconductor module base plates having at least one semiconductor substrate or semiconductor body mounted thereon, and the frame is configured to not directly contact the base plates when the spacer elements are engaged with the base plates . a frame ; and a plurality of spacer elements , wherein each of the plurality of spacer elements comprises a distance holding element , a first pin on a first side of the distance holding element , and a second pin on a second side of the distance holding element , and wherein each of the plurality of spacer elements is configured to be arranged between two of a plurality of semiconductor module base plates , each of the first pin and second pin is configured to engage with a corresponding counterpart of one of the base plates when the corresponding transportation system is arranged between two semiconductor module base plates , two or more spacer elements are interconnected by the frame , the transportation system is configured to transport either unequipped semiconductor module base plates configured to have at least one semiconductor substrate or semiconductor body mounted thereon, or assembled semiconductor module base plates having at least one semiconductor substrate or semiconductor body mounted thereon, and the frame is configured to not directly contact the base plates when the spacer elements are engaged with the base plates .