mhurhangee/patent-ind-claim-en huggingface dataset:
A multipurpose dome-shaped building comprising: - a bearing frame; - a roof at the apex of the bearing frame; - a facing material ; wherein the roof is coated with the facing material , wherein the bearing frame has a base and an apex in the form of polygons of different perimeters and is made in the form of at least three pyramidal volumetric trusses arranged symmetrically with respect to the base center and rigidly connected to each other in the upper part by at least one horizontal beam , wherein the multipurpose dome-shaped building is characterized in that the volumetric trusses are arranged in such a way that the horizontal distance between closest posts of neighboring volumetric trusses remains the same over the entire height from the base and up to the top of the neighboring trusses . - a bearing frame; - a roof at the apex of the bearing frame; - a facing material ; wherein the roof is coated with the facing material , wherein the bearing frame has a base and an apex in the form of polygons of different perimeters and is made in the form of at least three pyramidal volumetric trusses arranged symmetrically with respect to the base center and rigidly connected to each other in the upper part by at least one horizontal beam , wherein the multipurpose dome-shaped building is characterized in that the volumetric trusses are arranged in such a way that the horizontal distance between closest posts of neighboring volumetric trusses remains the same over the entire height from the base and up to the top of the neighboring trusses .
A boost converter for supplying current to a series connection of light-emitting diodes , wherein the boost converter comprises : a main switch ( Q 1 ), a controller configured to control a duty ratio of the main switch ( Q 1) on the basis of a current feedback signal, and characterized by comprising: means for forming the current feedback signal as a weighted average of at least two signals including a first signal representing the current through the series connection of the light-emitting diodes and a second signal representing a current through the main switch ( Q 1 ). a main switch ( Q 1 ), a controller configured to control a duty ratio of the main switch ( Q 1) on the basis of a current feedback signal, and characterized by comprising: means for forming the current feedback signal as a weighted average of at least two signals including a first signal representing the current through the series connection of the light-emitting diodes and a second signal representing a current through the main switch ( Q 1 ).
A spun yarn comprising: a core , wherein the core comprises from about 50 wt.% to about 90 wt.% of the spun yarn based on the total weight of the spun yarn; and a sheath, wherein the sheath comprises from about 10 wt.% to about 50 wt.% of the spun yarn based on the total weight of the spun yarn; wherein the core comprises continuous filaments of an inorganic material and the sheath comprises staple fibers of a thermoplastic polymer, wherein the continuous filaments are coated with a binder, and wherein the binder is present in an amount ranging from about 0.1 wt.% to about 1 wt.% based on the total weight of the yarn. a core , wherein the core comprises from about 50 wt.% to about 90 wt.% of the spun yarn based on the total weight of the spun yarn; and a sheath, wherein the sheath comprises from about 10 wt.% to about 50 wt.% of the spun yarn based on the total weight of the spun yarn; wherein the core comprises continuous filaments of an inorganic material and the sheath comprises staple fibers of a thermoplastic polymer, wherein the continuous filaments are coated with a binder, and wherein the binder is present in an amount ranging from about 0.1 wt.% to about 1 wt.% based on the total weight of the yarn.
A subsurface laying unit , in particular a floor panel or a wall panel, for floating laying on a subsurface , the subsurface laying unit com prising: a wear layer having a wood veneer, the wear layer having a first preferred direction (R1); a stabilization layer having a material that exhibits substantially no swelling and shrinkage behavior in the event of a change in humidity; a first support layer having a second preferred direction (R2); a second support layer having a third preferred direction (R3); and a connection structure configured to provide a releasable connection to the subsurface ; wherein the preferred directions (R1, R2, R3) are coordinated with one another in such a way that the subsurface laying unit is substantially self-stabilized in the event of changes in humidity with regard to the swelling and shrinkage behavior. a stabilization layer having a material that exhibits substantially no swelling and shrinkage behavior in the event of a change in humidity; a first support layer having a second preferred direction (R2); a second support layer having a third preferred direction (R3); and a connection structure configured to provide a releasable connection to the subsurface ; wherein the preferred directions (R1, R2, R3) are coordinated with one another in such a way that the subsurface laying unit is substantially self-stabilized in the event of changes in humidity with regard to the swelling and shrinkage behavior.
A neuromodulation customization system for use with a neuromodulation device having neuromodulation output circuitry to generate a modulation field via a set of electrodes, comprising: a field definition user interface to facilitate entry of a customized electrotherapy field definition the field definition user interface including a set of input controls for defining a shape, field intensity, and field steering parameters of the of the customized electrotherapy field; a neuromodulation signaling engine to produce commands for the neuromodulation output circuitry to control generation of a customized electrotherapy field via the set of electrodes based on the customized electrotherapy field definition, including generating a neuromodulation parameter set for controlling current at individual ones of a set of electrodes to collectively produce the defined shape of the modulation field; and a supervisor engine to determine that the customized electrotherapy field to be generated is in compliance with applicable predefined criteria, and to use the generated neuromodulation parameter set to produce the modulation field with the defined field shape when the assessment indicates compliance of the defined field shape with the applicable predefined criteria. a field definition user interface to facilitate entry of a customized electrotherapy field definition the field definition user interface including a set of input controls for defining a shape, field intensity, and field steering parameters of the of the customized electrotherapy field; a neuromodulation signaling engine to produce commands for the neuromodulation output circuitry to control generation of a customized electrotherapy field via the set of electrodes based on the customized electrotherapy field definition, including generating a neuromodulation parameter set for controlling current at individual ones of a set of electrodes to collectively produce the defined shape of the modulation field; and a supervisor engine to determine that the customized electrotherapy field to be generated is in compliance with applicable predefined criteria, and to use the generated neuromodulation parameter set to produce the modulation field with the defined field shape when the assessment indicates compliance of the defined field shape with the applicable predefined criteria.
A method for integrating discrete components in a wafer , said receiving wafer, to form an integrated electronic device with discrete components, this wafer having cavities capable of receiving said components, a method wherein: a) a stack is made including a support , a double face thermosensitive adhesive layer , this adhesive layer having two faces, each of which is adhesive and thermosensitive, the wafer and the components positioned in said cavities so that their active face is in a same plane as a face , a so-called front face, of the receiving wafer, this front face being assembled with the layer of double face thermosensitive adhesive, b) a material for laterally coating the components is injected into the cavities, the hardening temperature of this material being less than the detachment temperature, above which said double face thermosensitive adhesive layer loses its adhesive properties, c) said material for laterally coating the components is hardened by heating to a temperature which does not suppress the adherence properties of said double face thermosensitive adhesive layer ; d) then the support and the double face thermosensitive adhesive layer are removed, first by a 1 st rise in temperature, in order to exceed the temperature for detaching the double face thermosensitive adhesive layer and detach the support , then by a 2 nd rise in temperature, in order to eliminate points of residual attachment at the interfaces of the coating material and of the adhesive layer in order to separate the adhesive layer from the wafer. a) a stack is made including a support , a double face thermosensitive adhesive layer , this adhesive layer having two faces, each of which is adhesive and thermosensitive, the wafer and the components positioned in said cavities so that their active face is in a same plane as a face , a so-called front face, of the receiving wafer, this front face being assembled with the layer of double face thermosensitive adhesive, b) a material for laterally coating the components is injected into the cavities, the hardening temperature of this material being less than the detachment temperature, above which said double face thermosensitive adhesive layer loses its adhesive properties, c) said material for laterally coating the components is hardened by heating to a temperature which does not suppress the adherence properties of said double face thermosensitive adhesive layer ; d) then the support and the double face thermosensitive adhesive layer are removed, first by a 1 st rise in temperature, in order to exceed the temperature for detaching the double face thermosensitive adhesive layer and detach the support , then by a 2 nd rise in temperature, in order to eliminate points of residual attachment at the interfaces of the coating material and of the adhesive layer in order to separate the adhesive layer from the wafer.
Implement for stirring or comminuting food having: a rotatable shaft driven by a motor, with a working part provided at the end opposite the motor, an inner assembly and an outer assembly which at least partially define a housing of the implement, wherein the inner assembly is moveable within the outer assembly and wherein the shaft is mounted rotatably on the inner assembly in such a way that the working part is located on an outer side of the implement, enabling it to stir or comminute food, wherein the working part is provided within a shield which is provided on the outer assembly, wherein the inner assembly together with the shaft mounted thereon is axially moveable relative to the external assembly in the direction of the shaft , characterised in that the inner assembly is mounted in such a way relative to the outer assembly that an axial movement of the inner assembly relative to the outer assembly leads to a rotational movement of the outer assembly relative to the inner assembly . a rotatable shaft driven by a motor, with a working part provided at the end opposite the motor, an inner assembly and an outer assembly which at least partially define a housing of the implement, wherein the inner assembly is moveable within the outer assembly and wherein the shaft is mounted rotatably on the inner assembly in such a way that the working part is located on an outer side of the implement, enabling it to stir or comminute food, wherein the working part is provided within a shield which is provided on the outer assembly, wherein the inner assembly together with the shaft mounted thereon is axially moveable relative to the external assembly in the direction of the shaft , characterised in that the inner assembly is mounted in such a way relative to the outer assembly that an axial movement of the inner assembly relative to the outer assembly leads to a rotational movement of the outer assembly relative to the inner assembly .
Method for detecting imperfections in flexible bodies , in particular animal skins, comprising the steps: - providing one or more, in particular at least three, more particularly at least five, light source(s) , preferably spot light source(s), for illuminating at least one partial region of the body , characterised by the following steps: - producing a plurality of images of at least the partial region of the body by means of an imaging device , in particular having at least one camera (15a, b, c), - wherein each of the plurality of images is produced in a different illumination situation generated by the light source(s) , in particular in such a way that a different one of the plurality of light sources is activated for each image, - calculating alignment information, in particular the normal vector, of the smallest areas associated with the body , for example pixels, on the basis of the plurality of images, - analysing the alignment information for detecting imperfections in the body . - providing one or more, in particular at least three, more particularly at least five, light source(s) , preferably spot light source(s), for illuminating at least one partial region of the body , - producing a plurality of images of at least the partial region of the body by means of an imaging device , in particular having at least one camera (15a, b, c), - wherein each of the plurality of images is produced in a different illumination situation generated by the light source(s) , in particular in such a way that a different one of the plurality of light sources is activated for each image, - calculating alignment information, in particular the normal vector, of the smallest areas associated with the body , for example pixels, on the basis of the plurality of images, - analysing the alignment information for detecting imperfections in the body .
A formulation comprising extracts of at least two of Rheum palmatum, Chrysanthemum indicum and Sanguisorba officinalis and a pharmaceutically acceptable carrier for use in the treatment of a herpesvirus infection and/or prevention of diseases resulting therefrom.
A method of manufacturing printed laminated films, particularly for packaging, which comprises providing a machine comprising a frame that supports means of traction of at least one primary film along an advancement path and means of printing inks on said at least one primary film which are interposed along said advancement path, providing on said frame , in mutual succession, downstream of said printing means , along the advancement direction of said primary film , means of laminating a secondary film to said primary film with the interposition of an adhesive material and means of electron beam polymerization of said adhesive material, said electron beam polymerization means comprising at least one unit for emitting a beam of electrons, moving said primary film by said means of traction along said advancement path, printing inks on said primary film by said means of printing inks, laminating said secondary film to said primary film with the interposition of said adhesive material by said means of laminating, emitting said beam of electrons by said at least one unit and polymerizing both said inks and said adhesive material. providing a machine comprising a frame that supports means of traction of at least one primary film along an advancement path and means of printing inks on said at least one primary film which are interposed along said advancement path, providing on said frame , in mutual succession, downstream of said printing means , along the advancement direction of said primary film , means of laminating a secondary film to said primary film with the interposition of an adhesive material and means of electron beam polymerization of said adhesive material, said electron beam polymerization means comprising at least one unit for emitting a beam of electrons, moving said primary film by said means of traction along said advancement path, printing inks on said primary film by said means of printing inks, laminating said secondary film to said primary film with the interposition of said adhesive material by said means of laminating, emitting said beam of electrons by said at least one unit and polymerizing both said inks and said adhesive material.
Razor blade comprising a blade edge portion, the razor blade comprising: - a razor blade substrate having a substrate edge portion in the blade edge portion of the razor blade, the substrate edge portion having a profiled geometry and having a tapering geometry with two substrate sides converging toward a substrate tip , - a strengthening coating deposited on the razor blade substrate at least at the blade edge portion, the strengthening coating covering the substrate tip , the strengthening coating having a profiled geometry and having a tapering geometry with two coating sides converging toward a coating tip, wherein the strengthening coating comprises a strengthening nanocrystalline layer made of a mixture of titanium and boron TiBx, characterized in that the strengthening nanocrystalline layer has at least one of Titanium-rich areas and Boron-rich areas, where "rich" is used by reference to a stoichiometric TiB 2 composition, wherein the Boron-rich areas have an atom ratio B:Ti x comprised between 2.01 and 2.3 and the Titanium-rich areas have an atom ratio B:Ti x comprised between 1.3 and 1.99. - a razor blade substrate having a substrate edge portion in the blade edge portion of the razor blade, the substrate edge portion having a profiled geometry and having a tapering geometry with two substrate sides converging toward a substrate tip , - a strengthening coating deposited on the razor blade substrate at least at the blade edge portion, the strengthening coating covering the substrate tip , the strengthening coating having a profiled geometry and having a tapering geometry with two coating sides converging toward a coating tip,
An inductive power transmitter comprising: a converter , configured to generate at least two object detection signals at substantially different frequencies, wherein a first of the at least two frequencies is significantly lower than an inductive power transfer frequency, and a second of the at least two frequencies is significantly higher than an inductive power transfer frequency, at least one transmitting coil configured to generate a magnetic field based on the object detection signals, and a controller configured to determine or measure circuit parameter(s) in relation to the coil to determine an inductance of the coil at each of the frequencies, and determine whether or what kind of object is present depending on a change in inductance between each of the frequencies; wherein a determination whether an object is present is based on whether the change in inductance is under or over a threshold and a foreign object is determined present if the absolute change in inductance is over the threshold. a converter , configured to generate at least two object detection signals at substantially different frequencies, wherein a first of the at least two frequencies is significantly lower than an inductive power transfer frequency, and a second of the at least two frequencies is significantly higher than an inductive power transfer frequency, at least one transmitting coil configured to generate a magnetic field based on the object detection signals, and a controller configured to determine or measure circuit parameter(s) in relation to the coil to determine an inductance of the coil at each of the frequencies, and determine whether or what kind of object is present depending on a change in inductance between each of the frequencies; wherein a determination whether an object is present is based on whether the change in inductance is under or over a threshold and a foreign object is determined present if the absolute change in inductance is over the threshold.
An elevator system , comprising: an elevator car ; a machine that selectively causes movement of the elevator car ; and a drive that controls the machine to control movement of the elevator car at an intended elevator car speed, the drive being configured to use information regarding operation of the machine to determine whether an abnormal passenger behavior (APB) condition exists that affects movement of the elevator car by at least temporarily causing the elevator car to move at an increased speed that exceeds the intended elevator car speed; the drive being configured to alter the elevator car speed by reducing the elevator car speed below the intended elevator car speed when the APB condition exists; characterized in that the drive is configured to reduce the elevator car speed by reducing the elevator car speed by a first amount from the intended elevator car speed; and if the APB condition affects movement of the elevator car after reducing the elevator car speed by the first amount, reduce the elevator car speed further by a second amount. an elevator car ; a machine that selectively causes movement of the elevator car ; and a drive that controls the machine to control movement of the elevator car at an intended elevator car speed, the drive being configured to use information regarding operation of the machine to determine whether an abnormal passenger behavior (APB) condition exists that affects movement of the elevator car by at least temporarily causing the elevator car to move at an increased speed that exceeds the intended elevator car speed; the drive being configured to alter the elevator car speed by reducing the elevator car speed below the intended elevator car speed when the APB condition exists; characterized in that the drive is configured to reduce the elevator car speed by reducing the elevator car speed by a first amount from the intended elevator car speed; and if the APB condition affects movement of the elevator car after reducing the elevator car speed by the first amount, reduce the elevator car speed further by a second amount.