mhurhangee/patent-ind-claim-en huggingface dataset:
A decanter for wines that can be used as a musical instrument with which the tones of the harmonic series can be produced, comprising a glass body having a base and consisting of a receiving space for the wine, an upwardly projecting spout connected thereto, and a leadpipe extending approximately parallel to the base and projecting approximately tangentially, wherein the glass body has the shape of a post horn with an approximately circularly bent body, wherein the spout is the bell section, the bell section is formed without a bell, and wherein the spout formed as the bell section is widened downwards to form the receiving space for receiving the wine and is subsequently narrowed up to the leadpipe receiving the mouthpiece.
Apparatus for forming inorganic melt-formed fibres comprising:- • a source of molten material ; • a fibre forming region housing: iii. a spinning head comprising one or more rotors each having an axis of rotation, at least one rotor being configured to receive molten material from the source of molten material at a region of the rotor to which melt is delivered; iv. a plurality of nozzles or slots disposed around at least part of the one or more rotors , configured to supply a stream of gas at a velocity in excess of 40m.s -1 ; the fibre forming region being delimited at an end remote from the at least one rotor by a barrier ; • a wool bin beyond the barrier to receive fibres from the fibre forming region ; and • a conveyor disposed to receive fibres produced from the molten material and settling from the wool bin ; the barrier being between the spinning head and the conveyor , an upper edge of the barrier lying below a horizontal line lying in a first vertical plane including the axis of rotation of at least one rotor of the one or more rotors the horizontal line intersecting the intersection of the axis of rotation with a second vertical plane orthogonal to the first vertical plane and including a vertical line through said region of the rotor to which melt is delivered, the included angle θ between the horizontal line and a line in the first vertical plane joining the upper edge of the barrier and the intersection of the horizontal line and axis of rotation being in the range 40°-85°, the spinning head, barrier , and conveyor being disposed to permit fibres carried by the stream of gas to pass over the upper edge of the barrier to the conveyor . • a source of molten material ; • a fibre forming region housing: iii. a spinning head comprising one or more rotors each having an axis of rotation, at least one rotor being configured to receive molten material from the source of molten material at a region of the rotor to which melt is delivered; iv. a plurality of nozzles or slots disposed around at least part of the one or more rotors , configured to supply a stream of gas at a velocity in excess of 40m.s -1 ; the fibre forming region being delimited at an end remote from the at least one rotor by a barrier ; iii. a spinning head comprising one or more rotors each having an axis of rotation, at least one rotor being configured to receive molten material from the source of molten material at a region of the rotor to which melt is delivered; iv. a plurality of nozzles or slots disposed around at least part of the one or more rotors , configured to supply a stream of gas at a velocity in excess of 40m.s -1 ; • a wool bin beyond the barrier to receive fibres from the fibre forming region ; and • a conveyor disposed to receive fibres produced from the molten material and settling from the wool bin ;
An oven apparatus having at least one vertical oven chamber , in particular a coke oven, for producing coke from at least one solid feedstock, in particular from the group consisting of: lignite, low-caking hard coal, biomass, petroleum coke, petroleum coal; comprising at least one briquette dryer set up for tempering briquettes produced from the feedstock and at least one oven chamber coupled to the briquette dryer and having heating walls and burners arranged on the oven chamber ; characterized in that on at least one side of the oven chamber in at least one of the heating walls in a lower half or a lower third at least one horizontal heating channel (12. 1), which is designed as a horizontal single-plane heating duct (12.1), and above it, at least in an upper half or a middle third, a heating duct (12.2) extending in a meandering manner in a plurality of height planes, which heating ducts are each individually fired by at least one of the burners , and wherein the at least one horizontal single-plane heating duct (12.1) opens into a vertical flue gas duct (12.3).
A computer-implemented method for hiding copyright information in printable materials, the method comprising: generating, by a computing device , a unique identifier (ID) based on copyright information associated with digital content , wherein the copyright information and the digital content are recorded on a blockchain of a blockchain network ; determining, by the computing device , one or more features associated with one or more printable materials; and converting, by the computing device , the unique ID to a digital watermark based on the one or more features, the digital watermark not being apparent to an unaided human eye when printed on the one or more printable materials and enables retrieval of the copyright information from the blockchain based on the unique ID, after converting the unique ID to the digital watermark, printing the digital watermark to the one or more printable materials to provide one or more printed content, wherein the one or more features are identifiable from reproduction of the one or more printed content after the digital watermark is printed, wherein the one or more printable materials include paper and the one or more features include one or more of texture, hue, deformation, ruggedness, and ink attributes associated with the paper. generating, by a computing device , a unique identifier (ID) based on copyright information associated with digital content , wherein the copyright information and the digital content are recorded on a blockchain of a blockchain network ; determining, by the computing device , one or more features associated with one or more printable materials; and converting, by the computing device , the unique ID to a digital watermark based on the one or more features, the digital watermark not being apparent to an unaided human eye when printed on the one or more printable materials and enables retrieval of the copyright information from the blockchain based on the unique ID, after converting the unique ID to the digital watermark, printing the digital watermark to the one or more printable materials to provide one or more printed content, wherein the one or more features are identifiable from reproduction of the one or more printed content after the digital watermark is printed, wherein the one or more printable materials include paper and the one or more features include one or more of texture, hue, deformation, ruggedness, and ink attributes associated with the paper.
A wristwatch , comprising: a time indicating device, configured to provide time information; a housing , defining a receiving room; a short distance communication module disposed in the receiving room, configured to implement short distance wireless communication with an external device, characterized in that the short distance communication module comprises: a security element , configured to process user security data; and a first coil , coupled to the security element and configured to transmit electromagnetic signals to communicate with the external device; the wristwatch further comprises: a second coil , coupled to the short distance communication module , configured to sense an external magnetic field to generate a sensing signal, the sensing signal provided for controlling the short distance communication module to be turned on or off to enable or disable transmission of the electromagnetic signals of the first coil . a time indicating device, configured to provide time information; a housing , defining a receiving room; a short distance communication module disposed in the receiving room, configured to implement short distance wireless communication with an external device, characterized in that the short distance communication module comprises: a security element , configured to process user security data; and a first coil , coupled to the security element and configured to transmit electromagnetic signals to communicate with the external device; a security element , configured to process user security data; and a first coil , coupled to the security element and configured to transmit electromagnetic signals to communicate with the external device; the wristwatch further comprises: a second coil , coupled to the short distance communication module , configured to sense an external magnetic field to generate a sensing signal, the sensing signal provided for controlling the short distance communication module to be turned on or off to enable or disable transmission of the electromagnetic signals of the first coil .
A pressure sensing device comprising: a first electrode and a second electrode being formed of or comprising a unitary piece of non-metallic conductive material, wherein the first electrode and second electrode are spaced apart from each other by a distance that is changeable in response to a pressure or force applied to the first and/or second electrode; and a measurement module connected to the first or second electrode at a plurality of sensing points (S1, S2) on said electrode, wherein the measurement module is configured to: measure a change in capacitance between the first and second electrode, in response to a change in the distance when a pressure or force is applied to the first and/or second electrode, at each sensing point individually and at all sensing points simultaneously; map each measurement obtained from an individual sensing point to a distance of the applied pressure/force from said individual sensing point; and determine the location, area and the amount of the applied pressure on the first and/or second electrode from the individual measurements and mapped distances, and the amount of the applied pressure from the simultaneous measurement. a first electrode and a second electrode being formed of or comprising a unitary piece of non-metallic conductive material, wherein the first electrode and second electrode are spaced apart from each other by a distance that is changeable in response to a pressure or force applied to the first and/or second electrode; and a measurement module connected to the first or second electrode at a plurality of sensing points (S1, S2) on said electrode, wherein the measurement module is configured to: measure a change in capacitance between the first and second electrode, in response to a change in the distance when a pressure or force is applied to the first and/or second electrode, at each sensing point individually and at all sensing points simultaneously; map each measurement obtained from an individual sensing point to a distance of the applied pressure/force from said individual sensing point; and determine the location, area and the amount of the applied pressure on the first and/or second electrode from the individual measurements and mapped distances, and the amount of the applied pressure from the simultaneous measurement. measure a change in capacitance between the first and second electrode, in response to a change in the distance when a pressure or force is applied to the first and/or second electrode, at each sensing point individually and at all sensing points simultaneously; map each measurement obtained from an individual sensing point to a distance of the applied pressure/force from said individual sensing point; and determine the location, area and the amount of the applied pressure on the first and/or second electrode from the individual measurements and mapped distances, and the amount of the applied pressure from the simultaneous measurement.
A system comprising a sensor assembly and a sensor mounting assembly , the sensor assembly , comprising: a sensor housing having a first pair of detection elements that define a first detection axis, and a second pair of detection elements that define a second detection axis; and the sensor mounting assembly including: a retaining element configured to releasably engage said sensor assembly : an adjustment assembly coupled to the retaining element and having a rotatable member configured to cause translation of the retaining element along a first axis; and a frame assembly having a first member coupled to the adjustment assembly , a second member pivotally coupled to the first member about a second axis extending transverse to the first axis, and a third member pivotally coupled to the second member about a third axis extending transverse to the first and second axes, wherein pivotal movement of the first member relative to the second member is configured to cause rotation of the retaining element about the second axis, and wherein pivotal movement of the second member relative to the third member is configured to cause rotation of the retaining element about the third axis. a sensor housing having a first pair of detection elements that define a first detection axis, and a second pair of detection elements that define a second detection axis; and the sensor mounting assembly including: a retaining element configured to releasably engage said sensor assembly : an adjustment assembly coupled to the retaining element and having a rotatable member configured to cause translation of the retaining element along a first axis; and a frame assembly having a first member coupled to the adjustment assembly , a second member pivotally coupled to the first member about a second axis extending transverse to the first axis, and a third member pivotally coupled to the second member about a third axis extending transverse to the first and second axes, wherein pivotal movement of the first member relative to the second member is configured to cause rotation of the retaining element about the second axis, and wherein pivotal movement of the second member relative to the third member is configured to cause rotation of the retaining element about the third axis. an adjustment assembly coupled to the retaining element and having a rotatable member configured to cause translation of the retaining element along a first axis; and a frame assembly having a first member coupled to the adjustment assembly , a second member pivotally coupled to the first member about a second axis extending transverse to the first axis, and a third member pivotally coupled to the second member about a third axis extending transverse to the first and second axes, wherein pivotal movement of the first member relative to the second member is configured to cause rotation of the retaining element about the second axis, and wherein pivotal movement of the second member relative to the third member is configured to cause rotation of the retaining element about the third axis.
A refrigerator whose air blowing holes can be configured by a user, comprising - at least one evaporator cover having a wall thickness, covering the evaporator line, - at least one recess provided in a region of the evaporator cover , the recess being the region where the wall thickness of the evaporator cover narrows, - at least two air holes provided in the recess , one of the two air holes is disposed in the lower part of the recess and the other is disposed in the upper part of the recess , enabling blowing the cold air obtained from the evaporator, - at least two evaporator cover magnets , one of the evaporator cover magnets is disposed at the lower part of the recess and the other is disposed at the upper part of the recess , - at least one front cover slidably movable in the recess , being of a smaller size than the recess , capable of inhibiting air outflow from one of the air inlets by covering it while allowing air outflow from the other of the air inlets by opening it, - at least two front cover magnets placed on the front cover , one of which is arranged opposite the evaporator cover magnet in the upper part of the recess when the front cover is slid upwards, and the other of which is arranged opposite the evaporator cover magnet in the lower part of the recess when the front cover is slid downwards. - at least one evaporator cover having a wall thickness, covering the evaporator line, - at least one recess provided in a region of the evaporator cover , the recess being the region where the wall thickness of the evaporator cover narrows, - at least two air holes provided in the recess , one of the two air holes is disposed in the lower part of the recess and the other is disposed in the upper part of the recess , enabling blowing the cold air obtained from the evaporator, - at least two evaporator cover magnets , one of the evaporator cover magnets is disposed at the lower part of the recess and the other is disposed at the upper part of the recess , - at least one front cover slidably movable in the recess , being of a smaller size than the recess , capable of inhibiting air outflow from one of the air inlets by covering it while allowing air outflow from the other of the air inlets by opening it, - at least two front cover magnets placed on the front cover , one of which is arranged opposite the evaporator cover magnet in the upper part of the recess when the front cover is slid upwards, and the other of which is arranged opposite the evaporator cover magnet in the lower part of the recess when the front cover is slid downwards.
Display device comprising at least one pane , at least one volume hologram arranged at least within a transparent portion of the pane , at least one camera device having at least one light-sensitive image sensor , and at least one light source , by means of which light can be coupled into the volume hologram , from which by means of the volume hologram at least one image appearing three-dimensional to a human observer can be generated, wherein the volume hologram includes optical elements , so that a light beam incident on the pane and thereby contacting one of the optical elements is guided within the volume hologram such that it contacts a further optical element , at which the light beam is coupled out of the pane and is directed to the at least one light-sensitive image sensor , characterised in that the optics of the camera device , via which images can be detected by means of the image sensor , are formed at least partly by the portion , wherein the pane is provided on a side opposite the image sensor with a reflective layer overlapping the image sensor and wherein the portion forms the entire optics of the camera device . characterised in that the optics of the camera device , via which images can be detected by means of the image sensor , are formed at least partly by the portion , wherein the pane is provided on a side opposite the image sensor with a reflective layer overlapping the image sensor and wherein the portion forms the entire optics of the camera device .
A chemical formaldehyde filter comprising a filter substrate having a porous structure; the filter substrate comprising a mixture of a formaldehyde absorbent and a porous framework material, wherein the formaldehyde absorbent is an amine-containing formaldehyde absorbent chemical compound, and the porous framework material is plaster, plaster gypsum, or lime.
A computing device comprising: a housing in which components of the computing device are mounted in an arrangement; and a ventilation system for cooling the components of the computing device having a blower and heat sink configured to form air flow channels that have varied spacing around a perimeter of the blower to compensate for non-uniformities in air flow produced by the arrangement of the components in the housing , wherein the heat sink includes a plurality of heat transfer surfaces and the varied spacing is created by varying pitch angles of the plurality of heat transfer surfaces . a housing in which components of the computing device are mounted in an arrangement; and a ventilation system for cooling the components of the computing device having a blower and heat sink configured to form air flow channels that have varied spacing around a perimeter of the blower to compensate for non-uniformities in air flow produced by the arrangement of the components in the housing , wherein the heat sink includes a plurality of heat transfer surfaces and the varied spacing is created by varying pitch angles of the plurality of heat transfer surfaces .
Aircraft including at least one pressure-relief device including at least one fixed part as well as at least one mobile wall configured to occupy a closed position in which the mobile wall blocks an opening and isolates interior and exterior zones (ZI, ZE) on respective opposite sides of the mobile wall as well as an open position in which the mobile wall at least partly frees the opening , the mobile wall having an interior face (F36) oriented toward the interior zone (ZI) and an exterior face (F36') oriented toward the exterior zone (ZE), the pressure-relief device including at least one articulation connecting the mobile wall and the fixed part as well at least one retaining system configured to retain the mobile wall in the closed position as long as a pressure in the interior zone (ZI) is lower than a given pressure value, the mobile wall having at least one edge (36.1 to 36.4), the mobile wall being configured to be deformed so that the mobile wall occupies a given deformed state if the pressure in the interior zone (ZI) is at the given pressure value, characterized in that the retaining system includes at least one first slot (50.1) through the mobile wall opening at the level of the edge of the mobile wall as well as, for each slot (50.1), a first retaining element (52.1) fastened to the fixed part , the first retaining element (52.1) and the first slot (50.1) being configured so that: - the first retaining element (52.1) is accommodated in the first slot (50.1) and retains the mobile wall in the closed position as long as the mobile wall is not in the given deformed state, - the first retaining element (52.1) is no longer accommodated in the first slot (50.1) and no longer retains the mobile wall in the closed position as soon as the mobile wall is in the given deformed state, in that each retaining element (52.1, 52.2) takes the form of a screw that includes a body (56.1) screwed into the fixed part as well as a milled head (56.2), and in that each slot (50.1, 50.2) has an edge surface that is flared from the interior face (F36) to the exterior face (F36') of the mobile wall , the head (56.2) having a section greater than the smallest section of the slot (50.1, 50.2) in which the retaining element (52.1, 52.2) is accommodated. - the first retaining element (52.1) is accommodated in the first slot (50.1) and retains the mobile wall in the closed position as long as the mobile wall is not in the given deformed state, - the first retaining element (52.1) is no longer accommodated in the first slot (50.1) and no longer retains the mobile wall in the closed position as soon as the mobile wall is in the given deformed state,