mhurhangee/patent-ind-claim-en huggingface dataset:
Method for preparing a sheet item designed to be fixed onto a final carrier, the method comprising the following steps: - applying at least one layer, of paint material , onto a temporary carrier , the temporary carrier being selected so that, after drying, the temporary carrier can be separated from the layer of paint material or from the first layer of paint material by peeling, characterized in that it consists: - before the layer of paint material or the last layer of paint material has completely dried, applying directly onto the free surface thereof a non-adhesive fibrous material backing layer under mechanical conditions suitable for creating partial interpenetration of the fibers of the material of the backing layer and the undried paint material and, after drying permanently anchoring the layer(s) of paint material, onto said backing layer . - applying at least one layer, of paint material , onto a temporary carrier , the temporary carrier being selected so that, after drying, the temporary carrier can be separated from the layer of paint material or from the first layer of paint material by peeling, characterized in that it consists: - before the layer of paint material or the last layer of paint material has completely dried, applying directly onto the free surface thereof a non-adhesive fibrous material backing layer under mechanical conditions suitable for creating partial interpenetration of the fibers of the material of the backing layer and the undried paint material and, after drying permanently anchoring the layer(s) of paint material, onto said backing layer .
Method for manufacturing an aircraft central wing box from a plurality of composite-material U-sections and C-sections and from an external skin of fibrous reinforcements formed on the U-sections and C-sections, the U-sections each having a web (44.1) and two flanges (44.2, 44.3) approximately perpendicular to the web (44.1), the C-sections each having an L-shaped central part (46.1) and two flanges (46.2, 46.3) one on each side of the L-shaped central part (46.1), the manufacturing method comprising the following steps: - of placing the U-sections and C-sections juxtaposed all around a mould so that the flanges of two adjacent sections lie back-to-back touching one another to form a stiffener positioned in one of the slots of the mould and so that the webs (44.1) and the L-shaped central parts (46.1) of the U-sections and C-sections are pressed against the mould , - of laying the external skin over the external faces of the webs (44.1) and of the L-shaped central parts (46.1) of the U-sections and C-sections , - of polymerizing, and - of releasing from the mould, the method for manufacturing the central wing box being characterized in that the C-sections and U-sections are obtained using a pultrusion method that includes a step of forming at a pressure greater than or equal to 7 bar and at a temperature less than or equal to 90°C, the forming step comprising a substep of compressing the resin-impregnated fibrous reinforcements at a pressure of between 12 and 15 bar and at a temperature less than or equal to 90°C. - of placing the U-sections and C-sections juxtaposed all around a mould so that the flanges of two adjacent sections lie back-to-back touching one another to form a stiffener positioned in one of the slots of the mould and so that the webs (44.1) and the L-shaped central parts (46.1) of the U-sections and C-sections are pressed against the mould , - of laying the external skin over the external faces of the webs (44.1) and of the L-shaped central parts (46.1) of the U-sections and C-sections , - of polymerizing, and - of releasing from the mould,
A communication device in which a part of a signal line of a first interface and a part of a signal line of a second interface share a signal line, the first interface being an SD interface and the second interface being a PCI Express interface, the communication device comprising a memory connected to both the first interface and the second interface , wherein there are (i) a first interface initialization means that initializes the first interface , (ii) a second interface initialization means that initializes the second interface , and (iii) a memory initialization means that initializes the memory via the first interface , characterized in that the second interface initialization means and the memory initialization means are executed in parallel following the first interface initialization means.
An apparatus for delivering seed to a planting surface, comprising: a seed meter configured to entrain and release the seed from a seed disc at a seed release location; a seed conveyor disposed to receive the seed after the seed is released from said seed disc at an upper end of said seed conveyor , said seed conveyor having a cover and a belt configured to convey the seed from said upper end to a lower end of said seed conveyor , whereupon the seed is discharged from said seed conveyor through an opening in said cover, said discharged seed having a rearward velocity relative to said seed conveyor; at least one vent , in a return side of said cover, wherein said return side is a side of said cover adjacent to a portion of said belt that travels from said lower end of said seed conveyor toward said upper end of said seed conveyor, characterized in that the at least one vent comprises an opening in both a rearward and a side surface of the cover, wherein the opening is defined exclusively in the rearward and side surfaces of the cover, the at least one vent configured to allow at least one of debris and liquid to escape the interior of the cover 240 during operation. a seed meter configured to entrain and release the seed from a seed disc at a seed release location; a seed conveyor disposed to receive the seed after the seed is released from said seed disc at an upper end of said seed conveyor , said seed conveyor having a cover and a belt configured to convey the seed from said upper end to a lower end of said seed conveyor , whereupon the seed is discharged from said seed conveyor through an opening in said cover, said discharged seed having a rearward velocity relative to said seed conveyor; at least one vent , in a return side of said cover, wherein said return side is a side of said cover adjacent to a portion of said belt that travels from said lower end of said seed conveyor toward said upper end of said seed conveyor,
Panel , in particular wall, ceiling or floor panel, comprising a carrier plate , wherein the carrier plate is provided at least on a main surface with a decor layer , comprising a decor, that is imprinted by means of a digital four color print with a dpi value of 200 to 1.200, wherein the decor is an imitation of a real-wood surface and is formed from a plurality of color dots, characterized in that more than 90% of the color dots have size of 3.000 μm 2 to 8.000 μm 2 .
A method for transmitting media data, the method comprising: generating repair symbols coded for a forward error correction, FEC, using at least one motion picture expert group media transport, MMT, transport packet to be transmitted; generating FEC source packets using the at least one MMT transport packet wherein sequence numbers are assigned to the FEC source packets sequentially; generating FEC repair packets using the repair symbols wherein sequence numbers are assigned to the FEC repair packets sequentially; correlating the sequence numbers of the FEC source packets and the FEC repair packets and transmitting the FEC source and repair packets; wherein, the FEC source packets and the FEC repair packets comprise a header, and the header of the FEC source packets comprises the sequence number increased successively, wherein the header of the FEC source packets further includes a number of FEC source packets, wherein the header of the FEC repair packets comprises sequence numbers of the FEC repair packets and an initial sequence number configured to identify a boundary information of the FEC repair packets. generating repair symbols coded for a forward error correction, FEC, using at least one motion picture expert group media transport, MMT, transport packet to be transmitted; generating FEC source packets using the at least one MMT transport packet wherein sequence numbers are assigned to the FEC source packets sequentially; generating FEC repair packets using the repair symbols wherein sequence numbers are assigned to the FEC repair packets sequentially; correlating the sequence numbers of the FEC source packets and the FEC repair packets and transmitting the FEC source and repair packets; wherein, the FEC source packets and the FEC repair packets comprise a header, and the header of the FEC source packets comprises the sequence number increased successively, wherein the header of the FEC source packets further includes a number of FEC source packets, wherein the header of the FEC repair packets comprises sequence numbers of the FEC repair packets and an initial sequence number configured to identify a boundary information of the FEC repair packets.
System for the cultivation of photosynthetic living organisms such as plants or the like comprising a support structure of a plurality of shelves on which said plants are to be cultivated, said shelves being positioned one above the other, along a vertical axis, so as to identify a space interposed between the upper face of a shelf and the lower face of the overlying shelf, which space is adapted to cultivate the plants, wherein a light (A,B,C) capture device of a light source is provided, which capture device is positioned above the highest shelf , light (A,B,C) transmission means connected to said capture device are present, which transmission means are configured for the transmission of the light (A,B,C) from the highest shelf to the lower shelves, characterized in that means for activating/inactivating said capture device and said transmission means are provided. said shelves being positioned one above the other, along a vertical axis, so as to identify a space interposed between the upper face of a shelf and the lower face of the overlying shelf, which space is adapted to cultivate the plants, wherein a light (A,B,C) capture device of a light source is provided, which capture device is positioned above the highest shelf , light (A,B,C) transmission means connected to said capture device are present, which transmission means are configured for the transmission of the light (A,B,C) from the highest shelf to the lower shelves, characterized in that means for activating/inactivating said capture device and said transmission means are provided.
A soft magnetic film comprising flat soft magnetic particles, wherein the soft magnetic film is formed from a soft magnetic resin composition containing the soft magnetic particles, and the soft magnetic resin composition contains epoxy resin, phenol resin, and acrylic resin, a total content of the thermosetting resin formed from epoxy resin and the phenol resin is 20 parts by mass or more and 99 parts by mass or less relative to 100 parts by mass of a component consisting of the resin component and an optional thermosetting catalyst and an optional additive but not including soft magnetic particles and solvent, the phenol resin is at least one selected from the group consisting of novolak-type phenol resin, resol-type phenol resin, and polyoxystyrene, the phenol resin is a curing agent for the epoxy resin, and the ratio E' 200/ E' 23 of a tensile storage elastic modulus E' 200 at 200°C to a tensile storage elastic modulus E' 23 at 23°C in dynamic viscoelasticity measurement at a temperature increase rate of 10°C/min and a frequency of 1 Hz is 0.25 or more.
A sound-insulation material for a vehicle, having a multilayer structure, the material comprising: a core layer having tubular cells , the tubular cells being arranged in a plurality of rows; a soft layer provided on one surface of the core layer , the soft layer being softer than the core layer ; a skin layer provided on the other surface of the core layer , the skin layer being a surface on a vehicle interior side of the sound-insulation material for a vehicle; optionally, an additional layer provided between the core layer and the soft layer ; and optionally, a second additional layer provided between the film layer and the soft layer , the second additional layer having a static spring constant Ks smaller than a static spring constant Ks of the soft layer , the additional layer and the second additional layer being a film layer or a fiber layer , wherein a ratio of a dynamic spring constant Kd to a static spring constant Ks, of a structure consisting of the core layer , the soft layer , optionally the additional layer, and optionally the second additional layer is 0 < Kd/Ks ≤ 1.5. a core layer having tubular cells , the tubular cells being arranged in a plurality of rows; a soft layer provided on one surface of the core layer , the soft layer being softer than the core layer ; a skin layer provided on the other surface of the core layer , the skin layer being a surface on a vehicle interior side of the sound-insulation material for a vehicle; optionally, an additional layer provided between the core layer and the soft layer ; and optionally, a second additional layer provided between the film layer and the soft layer , the second additional layer having a static spring constant Ks smaller than a static spring constant Ks of the soft layer , the additional layer and the second additional layer being a film layer or a fiber layer , wherein a ratio of a dynamic spring constant Kd to a static spring constant Ks, of a structure consisting of the core layer , the soft layer , optionally the additional layer, and optionally the second additional layer is 0 < Kd/Ks ≤ 1.5.
Sensor device for determining an alternating voltage ( U e) between a conductor and a reference potential of a points drive , with a sensor element , which is embodied for capacitively coupling to the conductor , with a resistor element , which is provided for connecting to the reference potential and is interconnected in series with the sensor element , and with a processing device , which is embodied for ascertaining a voltage drop ( U a) across the resistor element , characterised in that the sensor device has at least one shielding element connected to the resistor element , which is embodied for connecting to the reference potential and is arranged such that the shielding element and the sensor element are capacitively coupled to one another. with a sensor element , which is embodied for capacitively coupling to the conductor , with a resistor element , which is provided for connecting to the reference potential and is interconnected in series with the sensor element , and with a processing device , which is embodied for ascertaining a voltage drop ( U a) across the resistor element , characterised in that the sensor device has at least one shielding element connected to the resistor element , which is embodied for connecting to the reference potential and is arranged such that the shielding element and the sensor element are capacitively coupled to one another.
A coupling assembly for a coupling device , the coupling assembly having a conduit therethrough and being for releasably coupling to both of a first valve assembly and a second valve assembly , the coupling assembly when so coupled opening both the first and second valves to allow fluid to flow from the first line segment through the coupling assembly to the second line segment or medical device ; characterised in that the coupling assembly further comprises releasable coupling means to releasably hold the coupling assembly coupled to both the first and second valve assemblies , the coupling means releasing the coupling assembly from both the first and second valve assemblies when the first line segment and the medical device or the first and second line segments are subjected to a sufficiently high separation force; wherein the coupling means comprises one or more resilient coupling members, the or each coupling member being permanently attached to the coupling assembly ; wherein the or each coupling member comprises a spring clip , wherein the spring clip is permanently attached to the coupling assembly at a central portion and has opposing first and second end portions to releasably engage with a respective one of the first and second valve assemblies .
A stretching hook for stretching an eyelet-containing canvas in a stretch frame , comprising a hook arranged as a bent object one of the eyelets can be caught on and a coupling element fixed to it for coupling the stretching hook to the stretch frame, which coupling element comprises a first planar part which has a first end and by means of which the first part is connected to the hook, as well as a second planar part of which a first end is fixed to a second end of the first part and includes with the first part an angle of less than 90 degrees, so that a second end of the second part is present distal from the first end of the first part, where at least one of the planar parts and/or the connection between the two planar parts is resilient, and where the hook extends in a plane that is perpendicular to the planes in which the first and second parts extend, which stretching hook further comprises a planar connecting component of which a first end is attached to the hook and of which a second end is connected to the first end of the first part of the coupling element and which includes a further angle with the first part , where the first part and/or the connecting component and/or the connection between said two parts is resilient, characterized in that the connecting component is connected via at least one coil spring to the first planar part of the coupling element , and in that the second part of the coupling element has a shape of a right-angled triangle where the hypothenuse forms the first end by which the second part is connected to the first part of the coupling element and the angular point of the base and perpendicular forms the second end .
System (S) for determining the water equivalent content of a snowpack comprising: - a first device (D1) configured to be positioned at a height (h) with respect to the maximum expected thickness (x) of said snowpack, said first device (D1) comprising at least a first module adapted to measure a flux of electrons and muons from the interactions of the primary cosmic rays with the upper layers of the atmosphere and a control unit ; - a second device (D2) configured to be positioned at ground level and possibly covered by said snowpack, said second device (D2) comprising at least a first module adapted to measure a flux of cosmic electrons and muons incident on the ground; wherein said control unit is connected to said at least a first module of said first device (D1) and to said at least a first module of said second device (D2) and is adapted to process the measurements of the flux of electrons and muons from the interactions of the primary cosmic rays with the upper layers of the atmosphere made by said at least a first module of said first device (D1) and the measurements of the flux of cosmic electrons and muons incident on the ground made by said at least a first module of said second device (D2) to determine the water equivalent content of said snowpack (V1). - a first device (D1) configured to be positioned at a height (h) with respect to the maximum expected thickness (x) of said snowpack, said first device (D1) comprising at least a first module adapted to measure a flux of electrons and muons from the interactions of the primary cosmic rays with the upper layers of the atmosphere and a control unit ; - a second device (D2) configured to be positioned at ground level and possibly covered by said snowpack, said second device (D2) comprising at least a first module adapted to measure a flux of cosmic electrons and muons incident on the ground;
A method for transmitting a payload between a mobile device and a plurality of anchor devices (120-125) via a ranging-capable physical layer, in particular an ultra-wide band, UWB, communication, the method comprising: transmitting, by the mobile device , a first message to a first anchor device and to a second anchor device , wherein the first message comprises a synchronization protocol, wherein the synchronization protocol comprises information and/or commands for establishing a synchronization, in particular for establishing time slots for transmitting messages by the plurality of anchor devices; establishing, upon receiving the first message , a first time slot (I2) for the first anchor device and a second time slot (I3) for the second anchor device based on the synchronization protocol; transmitting, by the mobile device , a second message to the first anchor device and/or to the second anchor device , wherein the second message comprises a mobile device payload; transmitting, by the first anchor device , a third message to the mobile device during the first time slot (I2) by the first anchor device , wherein the third message comprises a target device payload; characterized by transmitting, by the second anchor device , the third message comprising said target device payload to the mobile device during the second time slot (I3) by the second anchor device , wherein the third message from each anchor device to the mobile device is identical: wherein the synchronization protocol assigns the first time slot (I2) to the first anchor device and wherein the synchronization protocol assigns the second time slot (I3) to the second anchor device . transmitting, by the mobile device , a first message to a first anchor device and to a second anchor device , wherein the first message comprises a synchronization protocol, wherein the synchronization protocol comprises information and/or commands for establishing a synchronization, in particular for establishing time slots for transmitting messages by the plurality of anchor devices; establishing, upon receiving the first message , a first time slot (I2) for the first anchor device and a second time slot (I3) for the second anchor device based on the synchronization protocol; transmitting, by the mobile device , a second message to the first anchor device and/or to the second anchor device , wherein the second message comprises a mobile device payload; transmitting, by the first anchor device , a third message to the mobile device during the first time slot (I2) by the first anchor device , wherein the third message comprises a target device payload; characterized by transmitting, by the second anchor device , the third message comprising said target device payload to the mobile device during the second time slot (I3) by the second anchor device , wherein the third message from each anchor device to the mobile device is identical: wherein the synchronization protocol assigns the first time slot (I2) to the first anchor device and wherein the synchronization protocol assigns the second time slot (I3) to the second anchor device .
Use of a plant growth regulator for producing co-dominant ears on a haploid maize plant, comprising contacting the haploid maize plant with a plant growth regulator selected from the group consisting of gibberellic acid inhibitors, cytokinins, and any combination thereof, wherein the haploid maize plant produces co-dominant ears.