mhurhangee/patent-ind-claim-en huggingface dataset:
An anti-counterfeiting device comprising: a first sensor configured to undergo a first user perceptible change in response to a first biologically produced stimulus that emanates directly from a biological source, the first biologically produced stimulus being selected from one of change in temperature, application of pressure, change in pH, and exposure to human breath vapor; and a second sensor configured to undergo a second user perceptible change in response to a second biologically produced stimulus that emanates directly from the biological source, the second biologically produced stimulus being different than the first biologically produced stimulus and selected from another of change in temperature, application of pressure, change in pH, and exposure to human breath vapor, characterised in that the first user perceptible change comprises transitioning from a first color to a second color, the first color being different from the second color, and the second user perceptible response comprises transitioning from a third color to a fourth color, the third color being different from the fourth color. a first sensor configured to undergo a first user perceptible change in response to a first biologically produced stimulus that emanates directly from a biological source, the first biologically produced stimulus being selected from one of change in temperature, application of pressure, change in pH, and exposure to human breath vapor; and a second sensor configured to undergo a second user perceptible change in response to a second biologically produced stimulus that emanates directly from the biological source, the second biologically produced stimulus being different than the first biologically produced stimulus and selected from another of change in temperature, application of pressure, change in pH, and exposure to human breath vapor, characterised in that the first user perceptible change comprises transitioning from a first color to a second color, the first color being different from the second color, and the second user perceptible response comprises transitioning from a third color to a fourth color, the third color being different from the fourth color.
Screw cartridge auxiliary device for a motor-driven screwing device for screwing in screws , having a main body , which can be coupled to a screwing device by means of a coupling device , and having a tool guide for guiding a screwing device tool , which can be driven by the screwing device , said screwing device tool having a carriage , which can be supported against a workpiece , and is slidably guided on a carriage guide of the main body along a carriage displacement axis , on which carriage a cartridge guide is arranged for guiding a strip-shaped screw cartridge providing the screws , wherein a feed device having a feed pawl member is arranged on the carriage for pre-feeding the screw cartridge , said feed pawl member engaging in the screw cartridge through a feed gear cooperating with the main body at a displacement stroke of the carriage with respect to the main body , and pre-feeding this screw cartridge , and wherein the feed pawl member is pivotably mounted about a pawl pivot axis transversely, in particular perpendicularly transversely, to the carriage displacement axis on a bearing arrangement of the carriage , pivoting between an engagement position (E), in which the feed pawl member engages in the screw cartridge , and a release position (F), in which the feed pawl member disengages from the screw cartridge , characterised in that the feed pawl member has at least one operating handle for manual actuation between the engagement position (E) and the release position (F).
A surface mounting inductive coiled component for printed circuit boards, the inductive coiled component including a monolithic core that comprises: three orthogonal winding guiding configurations, each arranged surrounding one of three orthogonal axis X, Y and Z, for locating three orthogonal conductive coils around the monolithic core ; and several connecting interfaces attached to the monolithic core for connecting each conductive coil of said three orthogonal conductive coils to tracks of a printed circuit board, characterized in that : the monolithic core is made of an injection mouldable polymer body including magnetic charges including powdered magnetic charges, in a proportion comprised between 70% up to 85% by weight, selected to provide magnetic inductance, assure electrical isolation between the connecting interfaces , and a thermal conductivity higher than 4W/mK; and in that the connecting interfaces are embedded in the monolithic core . three orthogonal winding guiding configurations, each arranged surrounding one of three orthogonal axis X, Y and Z, for locating three orthogonal conductive coils around the monolithic core ; and several connecting interfaces attached to the monolithic core for connecting each conductive coil of said three orthogonal conductive coils to tracks of a printed circuit board, characterized in that : the monolithic core is made of an injection mouldable polymer body including magnetic charges including powdered magnetic charges, in a proportion comprised between 70% up to 85% by weight, selected to provide magnetic inductance, assure electrical isolation between the connecting interfaces , and a thermal conductivity higher than 4W/mK; and in that the connecting interfaces are embedded in the monolithic core . the monolithic core is made of an injection mouldable polymer body including magnetic charges including powdered magnetic charges, in a proportion comprised between 70% up to 85% by weight, selected to provide magnetic inductance, assure electrical isolation between the connecting interfaces , and a thermal conductivity higher than 4W/mK; and in that the connecting interfaces are embedded in the monolithic core .
A laundry bead molding mold, comprising a first mold cavity and a second mold cavity which are separate from each other, wherein the first mold cavity comprises a first side wall , a second side wall and a third side wall which are disposed on the two sides of the first side wall , and also comprises a fourth side wall which is simultaneously connected to the second side wall and the third side wall to form a closed cavity, wherein the fourth side wall has a circular arc segment adapted to the periphery of the second mold cavity , characterized in that the second side wall and the third side wall are at an angle of 0.5-30 degrees to each other. wherein the first mold cavity comprises a first side wall , a second side wall and a third side wall which are disposed on the two sides of the first side wall , and also comprises a fourth side wall which is simultaneously connected to the second side wall and the third side wall to form a closed cavity, wherein the fourth side wall has a circular arc segment adapted to the periphery of the second mold cavity , characterized in that the second side wall and the third side wall are at an angle of 0.5-30 degrees to each other.
A system on a chip (SoC), comprising: an image signal processor (ISP) configured to: receive a signal corresponding to images from two or more cameras; dynamically group the two or more cameras into groups based on a measured view brightness and/or color temperature observed by each of the cameras; and assign a same exposure/gain setting to cameras within a group; and a statistics engine configured to: receive the image signals and statistics related to the image signals from the ISP; and estimate a measurement of image view brightness and/or color temperature of each image based on the image signals, for forwarding to the ISP. an image signal processor (ISP) configured to: receive a signal corresponding to images from two or more cameras; dynamically group the two or more cameras into groups based on a measured view brightness and/or color temperature observed by each of the cameras; and assign a same exposure/gain setting to cameras within a group; and a statistics engine configured to: receive the image signals and statistics related to the image signals from the ISP; and estimate a measurement of image view brightness and/or color temperature of each image based on the image signals, for forwarding to the ISP.
A curved laminated glazing unit, especially for a motor vehicle windshield, comprising a first glass sheet arranged on the convex side of the glazing unit and adhesively bonded by means of a lamination interlayer to a second glass sheet arranged on the concave side of the glazing unit, said first glass sheet comprising a face called face 2 turned toward said lamination interlayer and said second glass sheet comprising a face called face 4 opposite to said lamination interlayer, wherein said face 2 or said face 4 comprises a region covered with an enamel layer , referred to as enameled region , which comprises a first region having the shape of a peripheral strip and a second region providing at least one transmission window , the coefficient of linear thermal expansion between 20 and 300°C (as determined by the method described in the description) of the enamel layer in said second region being comprised in a range extending from 10.5.10 -6 /K to 12.5.10 -6 /K.
An apparatus for detecting false fingerprints, comprising: - an optical element having a detection surface on which at least one body (F) is intended to be positioned, of which cutaneous imprints are intended to be detected, - an illuminator configured to generate bright zones (BZ) and dark zones (DZ) on said detection surface , - an optical sensor having a surface arranged to capture light radiation reflected and diffused by said detection surface , - a processing unit that receives signals coming from said optical sensor indicative of the light intensity (LB) on the surface of the optical sensor , wherein the processing unit is configured to detect on the surface of the optical sensor bright zones (BZ') and dark zones (DZ') corresponding to said bright zones (BZ) and to said dark zones (DZ) of said detection surface , and wherein the processing unit is configured to compare the average light intensity (LB) in said bright zones (BZ') and the average light intensity (LD) in said dark zones (DZ') of the optical sensor with respective predetermined reference ranges (L1, L2) corresponding to average brightness of real fingers previously detected, and wherein the processing unit is configured to recognize a true cutaneous imprint when the average light intensity (LB) in said bright zones (BZ') and the average light intensity (LD) in said dark zones (DZ') of the optical sensor are contained within respective predetermined reference ranges (L1, L2). - an optical element having a detection surface on which at least one body (F) is intended to be positioned, of which cutaneous imprints are intended to be detected, - an illuminator configured to generate bright zones (BZ) and dark zones (DZ) on said detection surface , - an optical sensor having a surface arranged to capture light radiation reflected and diffused by said detection surface , - a processing unit that receives signals coming from said optical sensor indicative of the light intensity (LB) on the surface of the optical sensor , wherein the processing unit is configured to detect on the surface of the optical sensor bright zones (BZ') and dark zones (DZ') corresponding to said bright zones (BZ) and to said dark zones (DZ) of said detection surface , and wherein the processing unit is configured to compare the average light intensity (LB) in said bright zones (BZ') and the average light intensity (LD) in said dark zones (DZ') of the optical sensor with respective predetermined reference ranges (L1, L2) corresponding to average brightness of real fingers previously detected, and wherein the processing unit is configured to recognize a true cutaneous imprint when the average light intensity (LB) in said bright zones (BZ') and the average light intensity (LD) in said dark zones (DZ') of the optical sensor are contained within respective predetermined reference ranges (L1, L2).
An electronic device including: - A microprocessor , - A body delimited at least by a first and a second opposite face, - A battery positioned inside the body , - An electronic component electrically connected to the microprocessor and to the battery , the electronic device having at least a first cavity including an opening emerging on one of the faces of the body and in which the electronic component is fastened to the bottom of the first cavity , the electronic component including an information display zone oriented toward the opening of the first cavity , the device further including at least one first module including a substrate suitable for covering the first cavity so as to be flush with the first face of the body , the substrate of the first module being made from transparent material and covered with a printed pattern delimiting a visual access window in line with the display zone of the electronic component, the body including a second cavity and a second module flush with the face of the body , the second module including the microprocessor , said device being characterized in that the second module includes contact zones suitable for cooperating with an external terminal, in that the device is a chip card with a format according to standards ISO7810 and ISO7816, in that the first module is positioned on the first face and the second module is positioned on the opposite second face, and in that the printed pattern forms a signature panel . - A microprocessor , - A body delimited at least by a first and a second opposite face, - A battery positioned inside the body , - An electronic component electrically connected to the microprocessor and to the battery ,
An implantable device for monitoring neural activity in the brain arising from a stimulus, the device comprising: a stimulus source for providing a stimulus to be delivered from one or more stimulus electrodes to a target structure of the brain; and measurement circuitry for obtaining a neural measurement from a sense electrode in contact with the target structure, the neural measurement configured to capture a measure of any late response arising in the target structure, wherein the device is further configured to determine whether a non-linear late response is present in order to determine a therapeutic effect of the stimulation, the late response being a neural response arising after a compound action potential (CAP) arising directly from the stimulus, the device further being configured to use the therapeutic effect determined from the late response to regulate neural activity to a target level. a stimulus source for providing a stimulus to be delivered from one or more stimulus electrodes to a target structure of the brain; and measurement circuitry for obtaining a neural measurement from a sense electrode in contact with the target structure, the neural measurement configured to capture a measure of any late response arising in the target structure, wherein the device is further configured to determine whether a non-linear late response is present in order to determine a therapeutic effect of the stimulation, the late response being a neural response arising after a compound action potential (CAP) arising directly from the stimulus, the device further being configured to use the therapeutic effect determined from the late response to regulate neural activity to a target level.
An electric convector comprising a housing (B) which houses a heater configured to be connected to a power supply and to ensure a Joule heating, the electric convector also comprising mechanical means (M) for manually adjusting the heating power configurable in different positions to vary said heating power, the electric convector further comprising a system for monitoring the heating power of the electric convector, comprising at least one housing configured to be fixed on the housing (B) of said electric convector, characterized in that the housing of said monitoring system is configured to be removably fixed on the hpising (B) of said electric convector, and in that the housing of said monitoring system combines: - driving means configured to be removably coupled with the mechanical adjusting means (M) of the convector and vary the position of the mechanical adjusting means (M), and - an actuator configured to move the driving means based on a control signal when the driving means are coupled with the mechanical adjusting means (M) . - driving means configured to be removably coupled with the mechanical adjusting means (M) of the convector and vary the position of the mechanical adjusting means (M), and - an actuator configured to move the driving means based on a control signal when the driving means are coupled with the mechanical adjusting means (M) .
A method for verifying whether a magnetic field resistance mechanism is properly engaged in an implantable programmable bodily fluid drainage system comprising an implantable bodily fluid drainage valve having an adjustable valve unit including a rotating construct and a pair of primary magnetic elements for programming the adjustable valve unit to a desired valve setting, the method comprising the steps of: determining using a toolset whether the magnetic field resistance mechanism is properly engaged; generating an alert whether the magnetic field resistance mechanism is at least one of properly engaged or not properly engaged. determining using a toolset whether the magnetic field resistance mechanism is properly engaged; generating an alert whether the magnetic field resistance mechanism is at least one of properly engaged or not properly engaged.
An apparatus comprising means for: selecting a subset of radio resources from a set of candidate radio resources; determining a set of resource indices for the subset of radio resources based at least partly on a pre-defined enumeration order of the set of candidate radio resources in time and frequency; determining a first resource indication value indicating at least the set of resource indices and a second resource indication value indicating a plurality of resource sizes associated with the subset of radio resources; transmitting the first resource indication value and the second resource indication value to one or more second terminal devices ; wherein the apparatus is comprised in a first terminal device. selecting a subset of radio resources from a set of candidate radio resources; determining a set of resource indices for the subset of radio resources based at least partly on a pre-defined enumeration order of the set of candidate radio resources in time and frequency; determining a first resource indication value indicating at least the set of resource indices and a second resource indication value indicating a plurality of resource sizes associated with the subset of radio resources; transmitting the first resource indication value and the second resource indication value to one or more second terminal devices ; wherein the apparatus is comprised in a first terminal device.
A frame for dampening vibrations in a printed circuit board assembly, the frame comprising: a substrate having a first surface and a second surface , wherein the substrate is planar or wherein the substrate is a tiered structure; and a plurality of ridges extending transversely from each of the first and second surfaces, the plurality of ridges defining recesses on each side of the generally planar substrate and the plurality of ridges on each side configured to mount to a respective printed circuit board ; wherein at least one of the one or more recesses is configured to accommodate one or more electronic components of the respective printed circuit board in the printed circuit board assembly, wherein the frame is made from an electrically non-conductive material. a substrate having a first surface and a second surface , wherein the substrate is planar or wherein the substrate is a tiered structure; and a plurality of ridges extending transversely from each of the first and second surfaces, the plurality of ridges defining recesses on each side of the generally planar substrate and the plurality of ridges on each side configured to mount to a respective printed circuit board ; wherein at least one of the one or more recesses is configured to accommodate one or more electronic components of the respective printed circuit board in the printed circuit board assembly, wherein the frame is made from an electrically non-conductive material.
An apparatus for atomizing molten slag and recovering valuable metals, comprising: a slag pot ; a vortex forming member connected to the slag pot and having an upper portion formed in a hopper shape for supplying molten slag to the slag pot while forming a vortex in the molten slag; a slag supply pot connected to the vortex forming member for supplying molten slag to the vortex forming member ; and a reducing agent supplying pipe member for supplying a reducing agent to the slag pot , wherein an end of the reducing agent supplying pipe member is disposed above a space defined between a center of the vortex forming member and an edge thereof so that the reducing agent can be supplied to the molten slag in the vortex forming member at the position of the space. a slag pot ; a vortex forming member connected to the slag pot and having an upper portion formed in a hopper shape for supplying molten slag to the slag pot while forming a vortex in the molten slag; a slag supply pot connected to the vortex forming member for supplying molten slag to the vortex forming member ; and a reducing agent supplying pipe member for supplying a reducing agent to the slag pot , wherein an end of the reducing agent supplying pipe member is disposed above a space defined between a center of the vortex forming member and an edge thereof so that the reducing agent can be supplied to the molten slag in the vortex forming member at the position of the space.
A modified wood for use in a musical instrument , the modified wood comprising: a wood material; and a sappanwood extract component impregnated in the wood material, characterized in that an internal loss of the wood material in a fiber direction is 4 × 10 -3 or more and 12 × 10 -3 or less and an internal loss of the wood material in a radial direction is 12 × 10 -3 or more and 25 × 10 -3 or less, an elastic modulus of the modified wood in a fiber direction is 7 GPa or more and 20 GPa or less, and an elastic modulus of the modified wood in a radial direction is 0.5 GPa or more and 2.5 GPa or less, the sappanwood extract component is an unpurified component obtained by extraction from sappanwood using water, and a solid mass extracted from the sappanwood is 8% to 12% of the mass of the sappanwood prior to extraction. a wood material; and a sappanwood extract component impregnated in the wood material, characterized in that an internal loss of the wood material in a fiber direction is 4 × 10 -3 or more and 12 × 10 -3 or less and an internal loss of the wood material in a radial direction is 12 × 10 -3 or more and 25 × 10 -3 or less, an elastic modulus of the modified wood in a fiber direction is 7 GPa or more and 20 GPa or less, and an elastic modulus of the modified wood in a radial direction is 0.5 GPa or more and 2.5 GPa or less, the sappanwood extract component is an unpurified component obtained by extraction from sappanwood using water, and a solid mass extracted from the sappanwood is 8% to 12% of the mass of the sappanwood prior to extraction.
A non-selective transesterified oil characterized in that a content of saturated fatty acids in constituent fatty acids is 70 to 85 weight%, a content of saturated fatty acids having 12 carbon atoms (hereinafter referred to as C12) is less than 10 weight%, and a content of unsaturated fatty acids in constituent fatty acids is 15 to 30 weight%, wherein compositional ratios between saturated fatty acids having 16 carbon atoms (hereinafter referred to as C16), saturated fatty acids having 18 carbon atoms (hereinafter referred to as C18), and saturated fatty acids having 22 carbon atoms (hereinafter referred to as C22) satisfy all of the following formulae: 0.2 ≤ C 16 / C 18 ≤ 2.0 5.0 ≤ C 16 / C 22 ≤ 30.0 5.0 ≤ C 18 / C 22 .