mhurhangee/patent-ind-claim-en huggingface dataset:
MEMS and/or NEMS device comprising a support and at least one moveable element so as to be able to be translationally displaced with respect to the support in an out-of-plane direction with respect to a plane of the device, at least one guiding means (G1, G5) for translationally guiding said element, said guiding means comprising at least two rigid arms extending longitudinally, a pivot articulation between each arm and the moveable element and a pivot articulation between each arm and the support, the guiding means (G1, G5) also comprising a coupling articulation between the two arms comprising at least one pivot articulation, at least two pivot articulations connected to each of the arms having a translational degree of freedom in the plane of the device along the arms, said pivot articulations having axes of rotation at least parallel with each other such that, during a translational displacement of the moveable element , the arms pivot with respect to each other in opposite directions, characterized in that the coupling articulation is arranged between planes containing the pivot articulations between the arms and the support, said planes being parallel to the out-of-plane direction.
A fiber-reinforced molding material comprising: as essential raw materials, a vinyl ester (A) which is a reaction product of an epoxy resin (a1) having an epoxy equivalent in the range of 180 to 500 and a (meth) acrylic acid (a2); an unsaturated monomer (B) having a flash point of 100°C or higher; a thermoplastic resin (C); a polyisocyanate (D); a polymerization initiator (E); and carbon fibers (F) having a fiber length of 2.5 to 50 mm, wherein the thermoplastic resin (C) has a solubility in the unsaturated monomer (B) at 23°C being 1 g/100 g or less, the mass ratio ((A)/(B)) of the vinyl ester (A) to the unsaturated monomer (B) is in the range of 40/60 to 85/15, and the molar ratio (NCO/OH) of the isocyanate group (NCO) of the polyisocyanate (D) to the hydroxy group (OH) of the vinyl ester (A) is in the range of 0.25 to 0.85, and wherein the flash point is measured by the Cleveland open-cup method defined in JIS K2265-4:2007.
A classifying fluid bed granulation unit, comprising: a perforated bed floor ; a fluid bed section ; a solid feed inlet (26.3); a fluidization air inlet (5.1); a liquid solution or melt feed inlet and nozzles ; an air outlet (5.2); and a product outlet ; wherein said fluid bed section comprises at least one particle classification element (28.1, 28.2) comprising one or more vertically inclined channels having top and bottom end feed openings, and wherein the one or more vertically inclined channels have upper (1 a) and lower side slots; and wherein the element constitutes a partial or full separation wall in the fluid bed granulation unit, and wherein the upper and lower side slots are located at opposite sides of each channel so that the upper and lower slots are located at opposite sides of the separation wall, respectively, to make it possible through the upper slots to take out the larger particles at one side of the separation wall and through the lower slots to take out the smaller particles at the opposite side of the separation wall. a perforated bed floor ; a fluid bed section ; a solid feed inlet (26.3); a fluidization air inlet (5.1); a liquid solution or melt feed inlet and nozzles ; an air outlet (5.2); and a product outlet ; wherein said fluid bed section comprises at least one particle classification element (28.1, 28.2) comprising one or more vertically inclined channels having top and bottom end feed openings, and wherein the one or more vertically inclined channels have upper (1 a) and lower side slots; and wherein the element constitutes a partial or full separation wall in the fluid bed granulation unit, and wherein the upper and lower side slots are located at opposite sides of each channel so that the upper and lower slots are located at opposite sides of the separation wall, respectively, to make it possible through the upper slots to take out the larger particles at one side of the separation wall and through the lower slots to take out the smaller particles at the opposite side of the separation wall.
A ventilation device for supplying and/or dissipating a volume flow, which for integration between a wall and a fixed frame of a window or a door docks with the fixed frame in a wall connection joint and which extends from an outer side into an interior space of the window or the door , having a basic housing being divided into at least three functional channel sections different in shape, wherein a first channel section , formed as a flat channel, rests against a front face of the fixed frame with a flat side and the outer and inner channel sections , respectively located on both sides of the first channel section , form a flow opening , characterized in that the outer and inner channel sections are arcuately formed, with the flow opening directed towards the window or the door and respectively provided with a radius towards the flat side of the flat channel , wherein at least the inner channel section extends from the flat side at an obtuse angle of more than 90 ° and diverges facing away from a front side of the window or the door , and wherein the flow opening of the inner channel section terminates at an inner side of the wall arranged at the window or at the door and wherein the flow opening of the inner channel section has the biggest possible distance from the fixed frame at the inner side of the wall away from the window or the door . the outer and inner channel sections are arcuately formed, with the flow opening directed towards the window or the door and respectively provided with a radius towards the flat side of the flat channel , wherein at least the inner channel section extends from the flat side at an obtuse angle of more than 90 ° and diverges facing away from a front side of the window or the door , and wherein the flow opening of the inner channel section terminates at an inner side of the wall arranged at the window or at the door and wherein the flow opening of the inner channel section has the biggest possible distance from the fixed frame at the inner side of the wall away from the window or the door .
An apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and computer program code configured to, with the processor , cause the apparatus to at least: receive probe data associated with a vehicle, wherein the probe data comprises probe data points, each probe data point including a location and a timestamp; determine a trajectory based on the probe data beginning at an origin; in response to a counter value failing to satisfy a predetermined value: advance to a next probe data point; associate the next probe data point to a map element provided from a map database; and in response to the map element corresponding to a junction, update the counter value based, at least in part, on a number of road links intersecting at the junction, wherein the counter value is incremented by a score that is based on the number of roads emanating from the junction; in response to the counter value satisfying the predetermined value: modify the trajectory to begin with a probe data point associated with a map element corresponding to a junction having caused the counter to satisfy the predetermined value. receive probe data associated with a vehicle, wherein the probe data comprises probe data points, each probe data point including a location and a timestamp; determine a trajectory based on the probe data beginning at an origin; in response to a counter value failing to satisfy a predetermined value: advance to a next probe data point; associate the next probe data point to a map element provided from a map database; and in response to the map element corresponding to a junction, update the counter value based, at least in part, on a number of road links intersecting at the junction, wherein the counter value is incremented by a score that is based on the number of roads emanating from the junction; advance to a next probe data point; associate the next probe data point to a map element provided from a map database; and in response to the map element corresponding to a junction, update the counter value based, at least in part, on a number of road links intersecting at the junction, wherein the counter value is incremented by a score that is based on the number of roads emanating from the junction; in response to the counter value satisfying the predetermined value: modify the trajectory to begin with a probe data point associated with a map element corresponding to a junction having caused the counter to satisfy the predetermined value.
A voice wakeup method, comprising: receiving, by a cloud server, a plurality of voice wakeup messages sent by a plurality of electronic devices, wherein each voice wakeup message comprises a distance and a wakeup energy value, the distance represents a distance between an electronic device that sends the voice wakeup message and a sound source, and the wakeup energy value represents an energy value of a wakeup word that is emitted by the sound source and that is received by the electronic device that sends the voice wakeup message; determining, by the cloud server based on distances and wakeup energy values in the plurality of voice wakeup messages from the plurality of electronic devices, whether energy attenuation of the wakeup word emitted by the sound source complies with an attenuation law of sound energy radiated by a point source; and when determining that the energy attenuation of the wakeup word emitted by the sound source does not comply with the attenuation law of sound energy radiated by a point source, sending a wakeup forbidding instruction to the plurality of electronic devices. receiving, by a cloud server, a plurality of voice wakeup messages sent by a plurality of electronic devices, wherein each voice wakeup message comprises a distance and a wakeup energy value, the distance represents a distance between an electronic device that sends the voice wakeup message and a sound source, and the wakeup energy value represents an energy value of a wakeup word that is emitted by the sound source and that is received by the electronic device that sends the voice wakeup message; determining, by the cloud server based on distances and wakeup energy values in the plurality of voice wakeup messages from the plurality of electronic devices, whether energy attenuation of the wakeup word emitted by the sound source complies with an attenuation law of sound energy radiated by a point source; and when determining that the energy attenuation of the wakeup word emitted by the sound source does not comply with the attenuation law of sound energy radiated by a point source, sending a wakeup forbidding instruction to the plurality of electronic devices.
A fastening device for fixing a component of the fastening device on a groove of a profile having at least one screw of the fastening device rotatably mounted on the component , which engages with a threaded section in a rhomboid nut of the fastening device, which is rotatable between an assembly position and a disassembly position, characterized in that at least one stop is provided on the component for limiting the rotational movement of the rhomboid nut in the disassembly position, wherein at least one spacer is integrally formed with the component , which in the disassembly position is arranged between the rhomboid nut and a support surface of the component which can be placed on the groove walls of the groove .
Peptide, comprising at least one amyloid-beta species binding peptide, the peptide having a linear amino acid sequence, which enables it to bind to A-beta, and this property is enhanced by the peptide being present in cyclized form by covalent linking, characterized by at least one structure according to sequence of SEQ ID NO:3 or homologues with an identity of at least 83% of SEQ ID NO:3 in cyclized form.
High-voltage transformer comprising a transformer core having at least two core limbs which are axially parallel and on which in each case a hollow-cylindrical coil having in each case at least one electrical winding is arranged, wherein, at least in partial regions of mutually facing surfaces of adjacently arranged coils , the respective surface regions of the coils have a respective electrically isolating barrier structure which is integrated radially on the outside and wherein the barrier structure of at least one coil is not formed over the entire circumference thereof, characterized in that the barrier structures comprise slats which run axially and which support a barrier wall which is arranged radially opposite, wherein, at least in regions, a plurality of radially adjacent layers of slats and barrier walls are provided and wherein the cross section of the barrier structure at the two outer ends thereof transitions in a flat manner into the surface of the coil or is marked in a step-like manner at the two outer ends thereof, wherein the two outer steps are formed by a respective side wall of the respectively outer slats.
A powered cutting machine having a toothed blade with a cutting axis, the powered cutting machine comprising a safety attachment, said safety attachment comprising: at least four video cameras disposed about the toothed blade , each camera having an optical axis directed toward a cutting area and parallel to the cutting axis of the blade , each camera further comprising a readout device (CCD) located at a plane of focus of a lens, the CCD of each camera having a first image receptive area located about the optical axis ; said first image receptive area encompassing a second, smaller image receptive area situated to one side of the optical axis and positioned so that, when in use, the second image receptive area receives an image derived from a volume bordered along one corner edge by the optical axis and including the cutting axis of the blade ; wherein a first mode of operation of the safety attachment employs the second receptive image area of the CCD and a second mode of operation employs the first receptive area as a source of a video output; the safety attachment further comprising video signal analysis means having a video input for each camera and configured to be capable, when in use, of monitoring the video inputs and of responding to presence of a distinctively coloured object represented in any one or more of the video inputs by producing an actuator activating signal ; a first actuator comprising blade braking means that is enabled during the first mode of operation; and a second actuator comprising blade proximity warning means that is enabled during the second mode of operation. at least four video cameras disposed about the toothed blade , each camera having an optical axis directed toward a cutting area and parallel to the cutting axis of the blade , each camera further comprising a readout device (CCD) located at a plane of focus of a lens, the CCD of each camera having a first image receptive area located about the optical axis ; said first image receptive area encompassing a second, smaller image receptive area situated to one side of the optical axis and positioned so that, when in use, the second image receptive area receives an image derived from a volume bordered along one corner edge by the optical axis and including the cutting axis of the blade ; wherein a first mode of operation of the safety attachment employs the second receptive image area of the CCD and a second mode of operation employs the first receptive area as a source of a video output; the safety attachment further comprising video signal analysis means having a video input for each camera and configured to be capable, when in use, of monitoring the video inputs and of responding to presence of a distinctively coloured object represented in any one or more of the video inputs by producing an actuator activating signal ; a first actuator comprising blade braking means that is enabled during the first mode of operation; and a second actuator comprising blade proximity warning means that is enabled during the second mode of operation.
A heat exchange array for use in a heat exchange unit for recovering energy from an exhaust gas from a power plant, the array comprising: a first heat exchange tube and a second heat exchange tube , each arranged to carry a heat exchange medium and further each comprising a series of external fins ; and wherein the first heat exchange tube comprises a left-handed helically coiled tube having a first elastic stress, and the second heat exchange coil comprises a right-handed helically coiled tube having a second elastic stress, and wherein the first and second heat exchange tubes are interconnected and mechanically locked by at least one rigid support member (106; 212, 213) arranged to hold the helically coiled tubes in a fixed shape such that the first elastic stress opposes the second elastic stress and wherein the or each support member has a length along the circumference of the coil such that the or each support member supports a plurality of the external fins . a first heat exchange tube and a second heat exchange tube , each arranged to carry a heat exchange medium and further each comprising a series of external fins ; and wherein the first heat exchange tube comprises a left-handed helically coiled tube having a first elastic stress, and the second heat exchange coil comprises a right-handed helically coiled tube having a second elastic stress, and wherein the first and second heat exchange tubes are interconnected and mechanically locked by at least one rigid support member (106; 212, 213) arranged to hold the helically coiled tubes in a fixed shape such that the first elastic stress opposes the second elastic stress and wherein the or each support member has a length along the circumference of the coil such that the or each support member supports a plurality of the external fins .
A polyester film provided with a layer (a P layer) that contains a crystalline polyester (A) and also contains plate-like particles (b1) each having an aspect ratio of 2 or more and/or needle-like particles (b2) each having an aspect ratio of 2 or more, wherein the plate-like particle (b1) having an aspect ratio of 2 or more and the needle-like particle (b2) having an aspect ratio of 2 or more are collectively called particle (B), wherein the crystalline polyester (A) is a polyester containing a dicarboxylic acid constituent and a diol constituent as main constituents, and is also a resin having a ΔHm value (amount of heat for crystal melting) of not lower than 15 J/g, the P layer is stretched in at least one axial direction and the Young's modulus of the polyester film is 2 GPa or more and the values of Wb and V/Wb are 10 or more and 1 or less, respectively, wherein Wb (% by mass) represents the total content of the plate-like particles (b1) each having an aspect ratio of 2 or more and the needle-like particles (b2) each having an aspect ratio of 2 or more in the P layer, and V (% by volume) represents the porosity in the P layer, wherein the plate-like particle (b1) having an aspect ratio of 2 or more and the needle-like particle (b2) having an aspect ratio of 2 or more have on their surfaces a substituent reactive with the crystalline polyester (A) (hereinafter, the substituent is called reactive substituent (a)), and the amount of the reactive substituent (a) on a unit surface area of the particle (B) is not smaller than 0.2 × 10 -6 mol/m 2 and not greater than 1.4 × 10 -4 mol/m 2 .
Method for applying a sealing member onto the cup-shaped container of a capsule intended for producing a beverage in a beverage production device, wherein the container has a bottom wall , a side wall with an outer surface , an open end and an annular flange which extends from the side wall of the container at the open end the flange comprising a flange outer surface merging with the outer surface of the side wall at a transition area and a flange inner surface opposite to the outer surface for being sealed with a beverage delivery wall, the method comprising the steps of: - depositing polymer material by a depositing apparatus onto the outer surface of the annular flange and/or onto the transition area, characterized in that the polymer material is a molten thermoplastic polymer material; the depositing step comprising depositing the molten thermoplastic polymer material by a depositing apparatus including any one of: - a circumferential dispensing nozzle sized to the circumference of the flange, - a moving nozzle displaced along the circumference of the flange, - a plurality of nozzles disposed along the circumference of the flange; and in that the method further comprises the step of: - subsequently pressing the thermoplastic polymer material by a punch-die configured as an inverted cup with a central recess to accommodate on the capsule without pressure or deformation, while the material still being plastically deformable so as to conform it, preferably into its final shape, onto the outer surface of the annular flange and/or onto the transition area thereby forming it into an annular sealing member attached to the container. - depositing polymer material by a depositing apparatus onto the outer surface of the annular flange and/or onto the transition area, characterized in that the polymer material is a molten thermoplastic polymer material; the depositing step comprising depositing the molten thermoplastic polymer material by a depositing apparatus including any one of: - a circumferential dispensing nozzle sized to the circumference of the flange, - a moving nozzle displaced along the circumference of the flange, - a plurality of nozzles disposed along the circumference of the flange; and in that the method further comprises the step of: - a circumferential dispensing nozzle sized to the circumference of the flange, - a moving nozzle displaced along the circumference of the flange, - a plurality of nozzles disposed along the circumference of the flange; - subsequently pressing the thermoplastic polymer material by a punch-die configured as an inverted cup with a central recess to accommodate on the capsule without pressure or deformation, while the material still being plastically deformable so as to conform it, preferably into its final shape, onto the outer surface of the annular flange and/or onto the transition area thereby forming it into an annular sealing member attached to the container.
An article of footwear comprising: a base layer ; an auxetic sole element extending along both a first direction and an orthogonal second direction of a plane, the auxetic sole element comprising a plurality of first portions joined to each other by a plurality of second portions ; and a plurality of tensile strands , each of the plurality of tensile strands lying adjacent to a surface of the base layer , and at least one end of each of the plurality of tensile strands having a fixed position relative to a peripheral region of the auxetic sole element , wherein a tension applied to the auxetic sole element in either the first direction or the second direction via the plurality of tensile strands induces the first portions to rotate relative to one another and induces the auxetic sole element to expand in both the first direction and the second direction. a base layer ; an auxetic sole element extending along both a first direction and an orthogonal second direction of a plane, the auxetic sole element comprising a plurality of first portions joined to each other by a plurality of second portions ; and a plurality of tensile strands , each of the plurality of tensile strands lying adjacent to a surface of the base layer , and at least one end of each of the plurality of tensile strands having a fixed position relative to a peripheral region of the auxetic sole element , wherein a tension applied to the auxetic sole element in either the first direction or the second direction via the plurality of tensile strands induces the first portions to rotate relative to one another and induces the auxetic sole element to expand in both the first direction and the second direction.