mhurhangee/patent-ind-claim-en huggingface dataset:
Method of broadcasting a multimedia content characterised in that it implements a broadcasting system comprising a decoder , a display means , a sensor of biometric data of a user situated in proximity to the display means and a database ; with the display means , the database and the sensor of biometric data being connected to the decoder ; with the multimedia content being displayed by the display means and cut into different periods; with the database comprising for each one of said periods an expected variation of the level of attention of the user ; with the method comprising: - a step of acquiring first biometric data relating to the user with the aid of the sensor of biometric data ; - a step of recording , by the decoder , of the first biometric data; - a step of association , by the decoder , of the first biometric data with a level of attention of the user ; - a first step of comparison , by the decoder , of the level of attention of the user associated with the first biometric data with the level of attention of the user associated with previously recorded second biometric data; - if the level of attention of the user increases, a second step of comparison , by the decoder , of the measured variation of the level of attention of the user with the expected variation of the level of attention of the user extracted from the database by the decoder for the period of the multimedia content during broadcasting; - if the measured variation and the expected variation are substantially identical, a step of implementing an action consisting of an operation of broadcasting a message by the decoder . - a step of acquiring first biometric data relating to the user with the aid of the sensor of biometric data ; - a step of recording , by the decoder , of the first biometric data; - a step of association , by the decoder , of the first biometric data with a level of attention of the user ; - a first step of comparison , by the decoder , of the level of attention of the user associated with the first biometric data with the level of attention of the user associated with previously recorded second biometric data; - if the level of attention of the user increases, a second step of comparison , by the decoder , of the measured variation of the level of attention of the user with the expected variation of the level of attention of the user extracted from the database by the decoder for the period of the multimedia content during broadcasting; - if the measured variation and the expected variation are substantially identical, a step of implementing an action consisting of an operation of broadcasting a message by the decoder .
A tool for securing a clamp, the tool comprising: a first handle having a first jaw portion on one end; an arm pivotally coupled to the first handle, the arm having a second jaw portion on one end; a second handle adjacent the first handle; and a force adjustment mechanism rotatably coupled between the arm and the second handle, the force adjustment mechanism comprising a biasing member operably coupled between the arm and an adjustment member , and at least one bearing member disposed between the arm and the adjustment member, wherein the second handle is adapted to rotate relative to the arm based at least in part on a force applied on the second handle by the biasing member via the at least one bearing member, and characterized in that the force adjustment mechanism further includes a breakaway member coupled to the second handle, the breakaway member having a plurality of first recesses sized to receive the at least one bearing member. a first handle having a first jaw portion on one end; an arm pivotally coupled to the first handle, the arm having a second jaw portion on one end; a second handle adjacent the first handle; and a force adjustment mechanism rotatably coupled between the arm and the second handle, the force adjustment mechanism comprising a biasing member operably coupled between the arm and an adjustment member , and at least one bearing member disposed between the arm and the adjustment member, a biasing member operably coupled between the arm and an adjustment member , and at least one bearing member disposed between the arm and the adjustment member, wherein the second handle is adapted to rotate relative to the arm based at least in part on a force applied on the second handle by the biasing member via the at least one bearing member, and characterized in that the force adjustment mechanism further includes a breakaway member coupled to the second handle, the breakaway member having a plurality of first recesses sized to receive the at least one bearing member.
An air terminal device with integral light fixture for a clean room, wherein the air terminal device is a supply air device for providing supply air into the clean room, or an exhaust air device for removing room exhaust air from the clean room, comprising - a housing having a cover panel comprising at least one opening , - a light fixture for providing light outside of the air terminal device , - an air chamber configured to receive air and to discharge air out of the air chamber, wherein the device is configured to transfer air through the at least one opening in the cover panel , wherein the cover panel comprises at least one light fixture opening, wherein the light fixture is arranged within the at least one light fixture opening so that the perimeter of the light fixture is at the same level as the cover panel or projecting from the cover panel , characterized in that - the light fixture is arranged inside the air chamber so that the light fixture is connected to opposite side walls of the air chamber , - the cover panel is detachably connected to the housing whereby the air chamber and the light fixture are exposed when the cover panel is removed. comprising - a housing having a cover panel comprising at least one opening , - a light fixture for providing light outside of the air terminal device , - an air chamber configured to receive air and to discharge air out of the air chamber, - a housing having a cover panel comprising at least one opening , - a light fixture for providing light outside of the air terminal device , - an air chamber configured to receive air and to discharge air out of the air chamber, wherein the device is configured to transfer air through the at least one opening in the cover panel , wherein the cover panel comprises at least one light fixture opening, wherein the light fixture is arranged within the at least one light fixture opening so that the perimeter of the light fixture is at the same level as the cover panel or projecting from the cover panel , characterized in that - the light fixture is arranged inside the air chamber so that the light fixture is connected to opposite side walls of the air chamber , - the cover panel is detachably connected to the housing whereby the air chamber and the light fixture are exposed when the cover panel is removed. - the light fixture is arranged inside the air chamber so that the light fixture is connected to opposite side walls of the air chamber , - the cover panel is detachably connected to the housing whereby the air chamber and the light fixture are exposed when the cover panel is removed.
A copolymer obtained by polymerizing a reactive mixture comprising A and B: (A) a multi-functional (meth)acrylamide monomer having no silicon atoms, at least two (meth)acrylamide groups, and at least one organic group connecting any two of the (meth)acrylamide groups in the multi-functional (meth)acrylamide monomer, wherein the organic group having the shortest chain length of any organic group connecting any two (meth)acrylamide groups has: 1) 4 to 20 carbon atoms when every nitrogen atom of the (meth)acrylamide groups has at least one hydrogen atom which is directly bonded to each nitrogen atom in the (meth)acrylamide group; or 2) 1 to 20 carbon atoms when at least one nitrogen atom of any (meth)acrylamide groups has no hydrogen atom directly bonded to it; and (B) a mono-functional silicone (meth)acrylamide monomer. (A) a multi-functional (meth)acrylamide monomer having no silicon atoms, at least two (meth)acrylamide groups, and at least one organic group connecting any two of the (meth)acrylamide groups in the multi-functional (meth)acrylamide monomer, wherein the organic group having the shortest chain length of any organic group connecting any two (meth)acrylamide groups has: 1) 4 to 20 carbon atoms when every nitrogen atom of the (meth)acrylamide groups has at least one hydrogen atom which is directly bonded to each nitrogen atom in the (meth)acrylamide group; or 2) 1 to 20 carbon atoms when at least one nitrogen atom of any (meth)acrylamide groups has no hydrogen atom directly bonded to it; and 1) 4 to 20 carbon atoms when every nitrogen atom of the (meth)acrylamide groups has at least one hydrogen atom which is directly bonded to each nitrogen atom in the (meth)acrylamide group; or 2) 1 to 20 carbon atoms when at least one nitrogen atom of any (meth)acrylamide groups has no hydrogen atom directly bonded to it; and (B) a mono-functional silicone (meth)acrylamide monomer.
A brittle workpiece cutting apparatus comprising a control device that comprises a defect prediction device , wherein the defect prediction device comprises: a storage device configured to store tool data that represent physical characteristics and a shape of a tool , cutting data that represent a group of parameters of a cutting process to be performed to a workpiece by use of the tool and material data that represent physical characteristics and a shape of the workpiece ; and an interface configured to output a result of a prediction, characterized in that the defect prediction device further comprises a processor configured to perform, based on the tool data, the cutting data and the material data, an analysis of deformation of the workpiece due to a cutting force and an analysis of fracture due to the deformation, and perform the prediction of an occurrence of defect and/or a non-occurrence of defect of the workpiece due to the cutting process; wherein the processor is configured to generate, based on the prediction result of the defect prediction device , a control signal for controlling a processing apparatus that performs a processing including the cutting process by use of the tool to the workpiece , the interface is configured to output the control signal, and the processing apparatus is configured to perform the processing of the control signal. a storage device configured to store tool data that represent physical characteristics and a shape of a tool , cutting data that represent a group of parameters of a cutting process to be performed to a workpiece by use of the tool and material data that represent physical characteristics and a shape of the workpiece ; and an interface configured to output a result of a prediction, characterized in that the defect prediction device further comprises a processor configured to perform, based on the tool data, the cutting data and the material data, an analysis of deformation of the workpiece due to a cutting force and an analysis of fracture due to the deformation, and perform the prediction of an occurrence of defect and/or a non-occurrence of defect of the workpiece due to the cutting process; wherein the processor is configured to generate, based on the prediction result of the defect prediction device , a control signal for controlling a processing apparatus that performs a processing including the cutting process by use of the tool to the workpiece , the interface is configured to output the control signal, and the processing apparatus is configured to perform the processing of the control signal.
An apparatus for preparing an aerogel blanket, the apparatus comprising: a bobbin around which a blanket is wound; a main body provided with a gelling tank in which the bobbin is accommodated; a driving member configured to allow the bobbin accommodated in the gelling tank to rotate; and a silica sol supply member configured to deliver a silica sol to gelate the blanket as silica sol is injected into the gelling tank to impregnate the blanket rotating by the bobbin, wherein the bobbin comprises a winding rod around which the blanket is wound in a roll shape and a support plate coupled to each end of the winding rod to support a side portion of the blanket wound around the winding rod, wherein the winding rod comprises an inner portion comprising a hollow, into which the silica sol injected into the gelling tank is introduced, and an outer portion comprising a plurality of connection holes, through which the silica sol introduced into the hollow is discharged to the outside of the winding rod so as to impregnate the blanket wound around the winding rod, and wherein each support plate comprises a plurality of opening holes. a bobbin around which a blanket is wound; a main body provided with a gelling tank in which the bobbin is accommodated; a driving member configured to allow the bobbin accommodated in the gelling tank to rotate; and a silica sol supply member configured to deliver a silica sol to gelate the blanket as silica sol is injected into the gelling tank to impregnate the blanket rotating by the bobbin, wherein the bobbin comprises a winding rod around which the blanket is wound in a roll shape and a support plate coupled to each end of the winding rod to support a side portion of the blanket wound around the winding rod, wherein the winding rod comprises an inner portion comprising a hollow, into which the silica sol injected into the gelling tank is introduced, and an outer portion comprising a plurality of connection holes, through which the silica sol introduced into the hollow is discharged to the outside of the winding rod so as to impregnate the blanket wound around the winding rod, and wherein each support plate comprises a plurality of opening holes.
Combination detector for detecting at least one visually recognizable property (d, r, o, t) of an optical system , namely a size, a shape, a contour, a position, an orientation, a geometric center, a defect or a damage and/or a two-dimensional or three-dimensional marking, and at least one optical property (s, z) of the optical system , with an image sensor having a detection surface and with a phase visualization element , which is designed to convert an input light beam (20") impinging from a direction of incidence into one or more output light beams , in which the spatial phase distribution of the input light beam (20") is visually recognizable, wherein the phase visualization element is arranged relative to the detection surface of the image sensor in such a way that the output light beam or the output light beams fall only on a first subregion of the detection surface , characterized in that a second subregion of the detection surface is exposed towards the direction of incidence for detecting the input light beam (20"), which is unaffected by the phase visualization element , so that a second image region of an image recorded by means of the image sensor , corresponding to the second subregion of the detection surface , contains the information about the at least one visual property of the optical system .
Kneading machine for food doughs comprising a kneading machine frame with a lower part and a head part fastened to the lower part, wherein a kneading bowl can be arranged on the lower part and a drive for rotating the kneading bowl is fastened thereto, and wherein a kneading tool and a drive driving the kneading tool are held on the head part , and wherein exclusively safety-relevant components of the kneading machine are surrounded by a housing and a major part of the kneading machine frame is exposed, wherein the exposed kneading machine frame comprises struts between which respective free spaces are formed, characterized in that the kneading machine comprises a removable cover which covers at least a major part of the free spaces formed by the exposed kneading machine frame towards the outside, wherein the cover is fastened to the kneading machine frame and/or the housing by means of connections which can be released quickly and without tools.
An electrode for a secondary battery comprising: a current collector having an electrode tab protruding outward to at least one outer peripheral side thereof; an electrode mixture layer formed on the current collector; and an electrode protecting layer applied on the electrode mixture layer, wherein the electrode protecting layer includes a conductive material and a binder to supplement conductivity of the electrode mixture layer and prevent separation of the electrode mixture layer from the current collector , characterized in that a thickness of the electrode protecting layer is continuously or discontinuously thickened corresponding to a separation distance from the electrode tab and in that a thickness of the electrode protecting layer on the electrode mixture layer at the maximum separation distance from the electrode tab is in a range of 101% to 110% of a thickness of the electrode protecting layer on the electrode mixture layer at the minimum distance from the electrode tab . a current collector having an electrode tab protruding outward to at least one outer peripheral side thereof; an electrode mixture layer formed on the current collector; and an electrode protecting layer applied on the electrode mixture layer, wherein the electrode protecting layer includes a conductive material and a binder to supplement conductivity of the electrode mixture layer and prevent separation of the electrode mixture layer from the current collector , characterized in that a thickness of the electrode protecting layer is continuously or discontinuously thickened corresponding to a separation distance from the electrode tab and in that a thickness of the electrode protecting layer on the electrode mixture layer at the maximum separation distance from the electrode tab is in a range of 101% to 110% of a thickness of the electrode protecting layer on the electrode mixture layer at the minimum distance from the electrode tab .
A parameterizable merging unit for sensor-based measurement of current and voltage in high voltage networks or electrical grids operating with different voltage levels, comprising: - a plurality of inputs configured to receive a signal from a plurality of sensors comprising a current sensor and a voltage sensor ; - a memory configured to store correction data comprising a correction table; wherein the signal from each of the current sensor and the voltage sensor comprises instantaneous measured values of current or voltage and an ambient temperature of the current sensing element or voltage sensing element; wherein the merging unit is configured to correct the instantaneous measured values of current or voltage, wherein the merging unit is configured to apply a temperature correction by multiplying the instantaneous measured values of current or voltage by a correction coefficient selected from the correction table, and wherein the merging unit is configured to apply a time delay to the instantaneous measured values of current or voltage corresponding to a phase shift of the instantaneous measured values at a nominal frequency of the voltage network or electrical grid. - a plurality of inputs configured to receive a signal from a plurality of sensors comprising a current sensor and a voltage sensor ; - a memory configured to store correction data comprising a correction table; wherein the signal from each of the current sensor and the voltage sensor comprises instantaneous measured values of current or voltage and an ambient temperature of the current sensing element or voltage sensing element; wherein the merging unit is configured to correct the instantaneous measured values of current or voltage, wherein the merging unit is configured to apply a temperature correction by multiplying the instantaneous measured values of current or voltage by a correction coefficient selected from the correction table, and wherein the merging unit is configured to apply a time delay to the instantaneous measured values of current or voltage corresponding to a phase shift of the instantaneous measured values at a nominal frequency of the voltage network or electrical grid. wherein the signal from each of the current sensor and the voltage sensor comprises instantaneous measured values of current or voltage and an ambient temperature of the current sensing element or voltage sensing element; wherein the merging unit is configured to correct the instantaneous measured values of current or voltage, wherein the merging unit is configured to apply a temperature correction by multiplying the instantaneous measured values of current or voltage by a correction coefficient selected from the correction table, and wherein the merging unit is configured to apply a time delay to the instantaneous measured values of current or voltage corresponding to a phase shift of the instantaneous measured values at a nominal frequency of the voltage network or electrical grid.
A method of operation of a head mountable display (HMD) system in which a stereoscopic image is displayed by a display screen of the HMD, in which the stereoscopic image formed by a left image and a right image is displayed with respect to a virtual display screen (VDS) position for the stereoscopic image, the left image and the right image including one or more objects, in which a position of the left image and a position of the right image on the display screen are adjustable in a lateral direction, in which a position at which the VDS for the stereoscopic image is observed by a user wearing the HMD is dependent upon a lateral displacement between the position of the left image and the position of the right image on the display screen, the method comprising the steps of: setting the position of the left image and the position of the right image on the display screen, to thereby set the position of the VDS for the stereoscopic image for display, such that a depth profile of the VDS approximates a depth profile of the one or more objects to be displayed in that stereoscopic image; and generating the stereoscopic image, formed by the left image and the right image, for display having image parallax altered appropriate to the depth profile of the one or more objects and the VDS position set by the setting step to display the one or more objects in respect of the stereoscopic image at a depth substantially equal to the depth profile of the one or more objects before the setting step, in which the generating step comprises image-shifting portions of the stereoscopic image to generate the stereoscopic image for display. setting the position of the left image and the position of the right image on the display screen, to thereby set the position of the VDS for the stereoscopic image for display, such that a depth profile of the VDS approximates a depth profile of the one or more objects to be displayed in that stereoscopic image; and generating the stereoscopic image, formed by the left image and the right image, for display having image parallax altered appropriate to the depth profile of the one or more objects and the VDS position set by the setting step to display the one or more objects in respect of the stereoscopic image at a depth substantially equal to the depth profile of the one or more objects before the setting step, in which the generating step comprises image-shifting portions of the stereoscopic image to generate the stereoscopic image for display.