mhurhangee/ep-ind-claims huggingface dataset:
A production method for an electronic component using an exterior packaging material comprising an exterior packaging resin layer containing a silicone resin, the method comprising: a step of dipping an element into an exterior packaging resin containing a silicone resin to which aluminum hydroxide or magnesium hydroxide and a nonpolar solvent are added, an additive amount of the aluminum hydroxide or the magnesium hydroxide being controlled to a range of 60 [wt.%] or more to less than 70 [wt.%], to form an exterior packaging resin layer on a surface of the element; a drying step of drying the exterior packaging resin layer formed on the surface of the element to evaporate the nonpolar solvent and cause the silicone resin to move to a surface of the exterior packaging resin layer; and a curing step of curing the exterior packaging resin layer, characterized in that: in the drying step and the curing step, a concentration of the aluminum hydroxide or the magnesium hydroxide in the exterior packaging resin layer is made a gradient from the element toward the surface of the exterior packaging resin layer in a depth direction of the exterior packaging resin layer. a step of dipping an element into an exterior packaging resin containing a silicone resin to which aluminum hydroxide or magnesium hydroxide and a nonpolar solvent are added, an additive amount of the aluminum hydroxide or the magnesium hydroxide being controlled to a range of 60 [wt.%] or more to less than 70 [wt.%], to form an exterior packaging resin layer on a surface of the element; a drying step of drying the exterior packaging resin layer formed on the surface of the element to evaporate the nonpolar solvent and cause the silicone resin to move to a surface of the exterior packaging resin layer; and a curing step of curing the exterior packaging resin layer, characterized in that: in the drying step and the curing step, a concentration of the aluminum hydroxide or the magnesium hydroxide in the exterior packaging resin layer is made a gradient from the element toward the surface of the exterior packaging resin layer in a depth direction of the exterior packaging resin layer.
A closure unit for a writing apparatus, characterised in that the closure unit comprises: a diaphragm film, wherein the diaphragm film comes in contact with a writing nib of the writing apparatus when the writing apparatus is closed by the closure unit; a camera to capture an image of the diaphragm film when the writing nib of the writing apparatus is in contact with the diaphragm film; a control unit configured to: compare the captured image received from the camera with one or more predefined images, wherein each of the one or more predefined images is associated with an ink intensity value, wherein the ink intensity value indicates a percentage of ink present in the writing apparatus; and detect the ink intensity value corresponding to the matched predefined image; and a user interface to display one or more information including the ink intensity value. a diaphragm film, wherein the diaphragm film comes in contact with a writing nib of the writing apparatus when the writing apparatus is closed by the closure unit; a camera to capture an image of the diaphragm film when the writing nib of the writing apparatus is in contact with the diaphragm film; a control unit configured to: compare the captured image received from the camera with one or more predefined images, wherein each of the one or more predefined images is associated with an ink intensity value, wherein the ink intensity value indicates a percentage of ink present in the writing apparatus; and detect the ink intensity value corresponding to the matched predefined image; and compare the captured image received from the camera with one or more predefined images, wherein each of the one or more predefined images is associated with an ink intensity value, wherein the ink intensity value indicates a percentage of ink present in the writing apparatus; and detect the ink intensity value corresponding to the matched predefined image; and a user interface to display one or more information including the ink intensity value.
A phase-change memory cell (200; 300), comprising: a heater having an L-shaped cross section and surrounded with an insulating layer; a crystalline layer made of a phase-change material, located above said heater and covered by a conductive layer; and a resistive layer, interposed between said heater and said crystalline layer, all side walls of said crystalline layer and of said resistive layer being totally surrounded by an insulating region and part of the conductive layer being flanked by said insulating region, wherein: a first memory state is defined by having an amorphous region totally covering a top surface of said resistive layer; a second memory state is defined by having no amorphous region covering said top surface of said resistive layer; and at least one further intermediate memory state between said first memory state and said second memory state is defined by having said amorphous region partially covering said top surface of said resistive layer. a heater having an L-shaped cross section and surrounded with an insulating layer; a crystalline layer made of a phase-change material, located above said heater and covered by a conductive layer; and a resistive layer, interposed between said heater and said crystalline layer, a first memory state is defined by having an amorphous region totally covering a top surface of said resistive layer; a second memory state is defined by having no amorphous region covering said top surface of said resistive layer; and at least one further intermediate memory state between said first memory state and said second memory state is defined by having said amorphous region partially covering said top surface of said resistive layer.
Baclofen for use in a method of treating cerebellar ataxia, wherein the method comprises administering baclofen and chlorzoxazone to a subject suffering from cerebellar ataxia such that the cerebellar ataxia or symptoms thereof are reduced or eliminated.
A method for fabricating printed electronics: printing a trace of electrically conductive, semiconductive, or insulating material on a substrate; and shrinking the substrate to a target size; characterised in that the step of shrinking includes initially stretching the substrate during printing by an external electric potential and removing the external electric potential to shrink the substrate. printing a trace of electrically conductive, semiconductive, or insulating material on a substrate; and shrinking the substrate to a target size; characterised in that the step of shrinking includes initially stretching the substrate during printing by an external electric potential and removing the external electric potential to shrink the substrate.
Method for ascertaining the compaction state of silage stored in a flat silo, in which a work vehicle used for compacting the silage has inflated tyres (24a, 24b) on at least one vehicle axle (22a, 22b), wherein in a first step, by means of an acceleration sensor, a normal and/or tangential acceleration occurring in a tyre bead is detected and wirelessly transmitted in the form of sensor data corresponding thereto to a processor unit, in a second step, starting from the transferred sensor data from the processor unit, the deformations of the tyre casing occurring in each case during the rolling of the tyre (24a, 24b) in an entry point and an exit point (64, 66) are ascertained and compared to one another, and in a third step, on the basis of the comparison, the compression behaviour and in turn therefrom the compaction state of the silage is concluded by the processor unit. in a first step, by means of an acceleration sensor, a normal and/or tangential acceleration occurring in a tyre bead is detected and wirelessly transmitted in the form of sensor data corresponding thereto to a processor unit, in a second step, starting from the transferred sensor data from the processor unit, the deformations of the tyre casing occurring in each case during the rolling of the tyre (24a, 24b) in an entry point and an exit point (64, 66) are ascertained and compared to one another, and in a third step, on the basis of the comparison, the compression behaviour and in turn therefrom the compaction state of the silage is concluded by the processor unit.
A binding machine for gardening comprising: a binding machine main body; a clincher arm that is rotatably attached to the binding machine main body and that is configured to draw a tape out of the binding machine main body and to bind an object to be bound which is wound by the tape; and a cutting portion that is configured to cut the tape to be bound by the clincher arm, wherein the cutting portion includes: a blade that is configured to cut the tape; and a lock mechanism that is configured to fix the blade at a predetermined position of the binding machine main body, the lock mechanism has an operation portion (54, 54a - d) configured to lock and unlock the blade to and from the binding machine main body, characterized in that the operation portion of the lock mechanism is formed by release arms (54c, 54d) for locking and unlocking the blade, and the release arms (54c, 54d) are urged toward recessed portions (51c, 51d) provided in the blade by an elastic member and a short side of each release arm (54c, 54d) is engaged with the recessed portion (51c, 51d). a binding machine main body; a clincher arm that is rotatably attached to the binding machine main body and that is configured to draw a tape out of the binding machine main body and to bind an object to be bound which is wound by the tape; and a cutting portion that is configured to cut the tape to be bound by the clincher arm, wherein the cutting portion includes: a blade that is configured to cut the tape; and a lock mechanism that is configured to fix the blade at a predetermined position of the binding machine main body, the lock mechanism has an operation portion (54, 54a - d) configured to lock and unlock the blade to and from the binding machine main body, characterized in that the operation portion of the lock mechanism is formed by release arms (54c, 54d) for locking and unlocking the blade, and the release arms (54c, 54d) are urged toward recessed portions (51c, 51d) provided in the blade by an elastic member and a short side of each release arm (54c, 54d) is engaged with the recessed portion (51c, 51d). a blade that is configured to cut the tape; and a lock mechanism that is configured to fix the blade at a predetermined position of the binding machine main body, the lock mechanism has an operation portion (54, 54a - d) configured to lock and unlock the blade to and from the binding machine main body, characterized in that the operation portion of the lock mechanism is formed by release arms (54c, 54d) for locking and unlocking the blade, and the release arms (54c, 54d) are urged toward recessed portions (51c, 51d) provided in the blade by an elastic member and a short side of each release arm (54c, 54d) is engaged with the recessed portion (51c, 51d).
An apparatus comprising: means for detecting a pre-event signature based on sensor data, wherein the pre-event signature is indicative of a prediction of a first event, wherein the first event has a type comprising at least one of visual, audible, or haptic; means for determining an event masking action corresponding to the first event, wherein the determined event masking action has the same type as the first event; and means for causing performance, in response to the detection of the pre-event signature, of the event masking action for masking the first event from a user when the first event occurs. means for detecting a pre-event signature based on sensor data, wherein the pre-event signature is indicative of a prediction of a first event, wherein the first event has a type comprising at least one of visual, audible, or haptic; means for determining an event masking action corresponding to the first event, wherein the determined event masking action has the same type as the first event; and means for causing performance, in response to the detection of the pre-event signature, of the event masking action for masking the first event from a user when the first event occurs.
A heat exchanger, comprising: a casing made up of a bottom face, a top face, and a peripheral face; an array of parallel tubes extending inside the casing from the top face to the bottom face; an intermediate plate between the bottom face and the top face, extending to the peripheral face and dividing the inside of the casing into a bottom chamber and a top chamber; and entry and exit ducts (7, 8) for cooling fluid opening out respectively into the top chamber and the bottom chamber; the tubes extending through the intermediate plate and opening out into channels (12, 13) in the bottom chamber and the top chamber.
A display panel (100, 200A∼200H, 300A∼300H, 400A∼400H), having a first region and a second region surrounded by the first region, the display panel (100, 200A∼200H, 300A∼300H, 400A∼400H) comprising: a top substrate, comprising: a support plate; a blanket anti-reflective layer, disposed on an upper surface of the support plate; and a patterned light shielding layer disposed on the support plate and located within the first region of the display panel (100, 200A∼200H, 300A∼300H, 400A∼400H), wherein the patterned light shielding layer is in physical contact with an upper surface of the blanket anti-reflective layer; a packaging structure (160, 160', 260, 260', 360A, 360B, 360C, 360D, 460A, 460B, 460C, 460D) packing the patterned light shielding layer; a bottom substrate opposite to the top substrate; a display medium layer disposed between the top substrate and the bottom substrate; and a sealant, disposed between the top substrate and the bottom substrate, wherein the sealant is located in the first region of the display panel (100, 200A∼200H, 300A∼300H, 400A∼400H) and surrounds the display medium layer, characterized in that the upper surface of the blanket anti-reflective layer in the second region is modified, and a layer of hydrophobic material (180, 180') is formed thereon. a top substrate, comprising: a support plate; a blanket anti-reflective layer, disposed on an upper surface of the support plate; and a patterned light shielding layer disposed on the support plate and located within the first region of the display panel (100, 200A∼200H, 300A∼300H, 400A∼400H), wherein the patterned light shielding layer is in physical contact with an upper surface of the blanket anti-reflective layer; a support plate; a blanket anti-reflective layer, disposed on an upper surface of the support plate; and a patterned light shielding layer disposed on the support plate and located within the first region of the display panel (100, 200A∼200H, 300A∼300H, 400A∼400H), wherein the patterned light shielding layer is in physical contact with an upper surface of the blanket anti-reflective layer; a packaging structure (160, 160', 260, 260', 360A, 360B, 360C, 360D, 460A, 460B, 460C, 460D) packing the patterned light shielding layer; a bottom substrate opposite to the top substrate; a display medium layer disposed between the top substrate and the bottom substrate; and a sealant, disposed between the top substrate and the bottom substrate, wherein the sealant is located in the first region of the display panel (100, 200A∼200H, 300A∼300H, 400A∼400H) and surrounds the display medium layer, characterized in that the upper surface of the blanket anti-reflective layer in the second region is modified, and a layer of hydrophobic material (180, 180') is formed thereon.
Starter for an internal combustion engine, having an electrical connection device which is a conductor plate which has at least a supply line region, a holding region and a melting region, wherein the holding region is at least partially held by an insulation part of the starter, wherein the holding region is at least regionally encased in positively locking fashion by a thermally stable encapsulation composed of electrically insulating material, and the encapsulation is at least partially embedded in the insulation part.
Apparatus for producing a preformed coil, comprising a turn or a plurality of turns through 360° of a wire element, wherein the individual turns run in the same winding direction, wherein the preformed coil has two turn sides or two preformed coil sides (24a, 24b), specifically the upper preformed coil side and the lower preformed coil side, and the two preformed coil sides (24a, 24b) are connected at the ends by means of end connections, and the preformed coil is formed around a longitudinal axis of the air gap winding in such a way that the upper preformed coil side lies on an outer cylinder with a radius and with its lower preformed coil side on a cylinder with a radius which is smaller than the radius, so that there is a radial planar offset between the upper preformed coil side and the lower preformed coil side, wherein the preformed coil sides (24a, 24b), in the region of their end connections, bridge the radial planar offset in the radial direction by turn offset sections, characterized by a winding device which can be driven in rotation about a rotation axis and is divided into two tool bodies (44, 46) transverse to the rotation axis, which tool bodies have, on their mutually facing sides, complementary negatively formed forming faces (48, 50) which correspond to the inner and outer face contours of the preformed coil to be wound and have side regions (A, B) for forming the preformed coil sides (24a, 24b) which are curved with different radii of curvature (R1, R2, R3), and also with transition regions for deforming the offset sections, wherein the one forming face of the one tool body has a convex surface shape which is matched to the inner face contour of the preformed coil to be wound, and the opposite forming face of the other tool body has the complementary, concave surface shape for forming the outer face contour of the preformed coil to be wound, so that each forming face (48, 50) has side regions (A, B) for guiding the preformed coil sides (24a, 24b) which are curved with the different radii of curvature (R1, R2, R3) and the transition regions, which are formed between the side regions (A, B), for forming the offset sections, wherein the transition regions have a surface shape corresponding to the negative impression of the offset sections, wherein winding elements are arranged in the region of at least one of the forming faces (48, 50) as deflection points for defining the profile of the turns of the wire element, and the tool bodies (44, 46) can be moved relative to one another in the direction of the rotation axis, specifically between a removal position in which they are spaced apart from one another and a winding position in which they are brought closer to one another, wherein, in the winding position, the forming faces (48, 50) are spaced apart by means of a winding gap which is dimensioned or can be set in respect of its gap width size to adapt to the respective wire element so that the wire element, in a manner guided in a defined manner with a degree of winding play, can be guided between the forming faces (48, 50) with adjustment of the shaping during winding.
A corrosion resistant strip comprising a core of an aluminium based alloy, and an interlayer adapted to be located between the core and an optional Al-Si based clad; the interlayer having a composition consisting of in percentages by weight: Si ≤0.9%, Fe ≤0.7%, preferably ≤0.5%, more preferably ≤0.3% Cu ≤0.5%, preferably ≤0.2%, more preferably ≤0.1%, most preferably ≤0.05% Mn 0.5-1.8%, preferably 0.7-1.7%, more preferably 0.9-1.6% Mg ≤0.7%, preferably ≤0.3%, more preferably ≤0.15%, most preferably ≤0.05% Zn ≤4.0%, preferably ≤1.0%, more preferably ≤0.5%, most preferably ≤0.1% Ni ≤1.5% preferably ≤1.0%, more preferably ≤0.5% elements selected from group IVb, Vb, and/or VIb of the periodic table ≤0.3% each and ≤0.5% in total ≤0.05 wt% each and ≤0.15 % in total, of unavoidable impurity elements, balance Al; wherein the composition of the core and the composition of the interlayer are selected such that the core, is more noble than the interlayer after brazing, and wherein the interlayer exhibits a volume fraction of a texture component of at least 30%, more preferably at least 50%, even more preferably at least 70%, most preferably at least 85%. Si ≤0.9%, Fe ≤0.7%, preferably ≤0.5%, more preferably ≤0.3% Cu ≤0.5%, preferably ≤0.2%, more preferably ≤0.1%, most preferably ≤0.05% Mn 0.5-1.8%, preferably 0.7-1.7%, more preferably 0.9-1.6% Mg ≤0.7%, preferably ≤0.3%, more preferably ≤0.15%, most preferably ≤0.05% Zn ≤4.0%, preferably ≤1.0%, more preferably ≤0.5%, most preferably ≤0.1% Ni ≤1.5% preferably ≤1.0%, more preferably ≤0.5% elements selected from group IVb, Vb, and/or VIb of the periodic table ≤0.3% each and ≤0.5% in total ≤0.05 wt% each and ≤0.15 % in total, of unavoidable impurity elements, balance Al;
An optical access module comprising an electrical signal processing module and a controller, characterized in that the controller has an addressable IP address or a management address which is a non-IP address, and the electrical signal processing module includes: a physical layer user network interface, UNI PHY,, a physical layer network-to-network interface, NNI PHY, and a data link layer bridge unit for connecting the user network interface, UNI, to the network-to-network interface, NNI, on a data link layer, wherein the UNI PHY and the NNI PHY are configured to implement interface functions specified by a designated communication protocol; the data link layer bridge unit is configured to manage a packet forwarded between the UNI PHY and the NNI PHY; and the controller is configured to control, according to the management address, the electrical signal processing module to forward the packet to a user equipment or a network equipment corresponding to the management address.
A fertilizer product made from a farm fertilizer having fermentation residues from a biogas plant, characterized in that the farm fertilizer is a dry bulk material having combustion residues from a combusted biogas.