mhurhangee/patent-ind-claim-en huggingface dataset:
A triboelectric power generator system for providing an output power to a load, comprising: a triboelectric generator for generating an electrical power output in response to movement; a power converter for converting the electrical power output from the triboelectric generator to the output power for application to the load; and a controller for controlling the power converter, wherein the controller is adapted to control the power converter to alter the impedance presented by the power converter to the triboelectric generator over time in dependence on the triboelectric generator electrical power output, thereby to control the output power, characterized in that the controller is adapted to control the power converter to alter the impedance presented by the power converter to the triboelectric generator during a time period corresponding to a single pulse of electrical power generation of the triboelectric generator, the triboelectric power generator further comprises a movement sensor for detecting the movement which is used to generate the electrical power, wherein the controller is adapted to control the power converter in response to the movement sensor output. a triboelectric generator for generating an electrical power output in response to movement; a power converter for converting the electrical power output from the triboelectric generator to the output power for application to the load; and a controller for controlling the power converter, the controller is adapted to control the power converter to alter the impedance presented by the power converter to the triboelectric generator during a time period corresponding to a single pulse of electrical power generation of the triboelectric generator, the triboelectric power generator further comprises a movement sensor for detecting the movement which is used to generate the electrical power, wherein the controller is adapted to control the power converter in response to the movement sensor output.
Working machine, comprising - a drive device having an electric drive; and comprising - structural components which are selected from the group + basic framework + machine frame + chassis base plate + counterweight + motor compartment housing + running gear frame wherein - the electric drive comprises an electric motor and heat-generating electric drive components ; and wherein - at least one of the drive components is attached to one of the structural components such that the heat generated by the drive component can be directed at least partially into the component ; - the drive device comprises a hydraulic circuit which is driven by the electric drive in order to generate a driving movement and/or a working movement; - the hydraulic circuit comprises a cooling device having a fan and a heat exchanger ; - the fan generates a cooling air flow for the heat exchanger ; - the cooling air flow is guided upstream of the heat exchanger such that it sweeps over a surface of the heat-generating drive component and/or a surface of the structural component , to which the drive component is attached; - an electric energy store is provided for the electric drive and/or for the electric motor ; and wherein - the cooling air flow is guided upstream of the heat exchanger such that it sweeps over the electric energy store ; characterised in that - the structural component is a counterweight ; and in that - a recess is provided on an inner side of the counterweight , the heat-generating drive component being inserted into the recess. - a drive device having an electric drive; and comprising - structural components which are selected from the group + basic framework + machine frame + chassis base plate + counterweight + motor compartment housing + running gear frame wherein + basic framework + machine frame + chassis base plate + counterweight + motor compartment housing + running gear frame - the electric drive comprises an electric motor and heat-generating electric drive components ; and wherein - at least one of the drive components is attached to one of the structural components such that the heat generated by the drive component can be directed at least partially into the component ; - the drive device comprises a hydraulic circuit which is driven by the electric drive in order to generate a driving movement and/or a working movement; - the hydraulic circuit comprises a cooling device having a fan and a heat exchanger ; - the fan generates a cooling air flow for the heat exchanger ; - the cooling air flow is guided upstream of the heat exchanger such that it sweeps over a surface of the heat-generating drive component and/or a surface of the structural component , to which the drive component is attached; - an electric energy store is provided for the electric drive and/or for the electric motor ; and wherein - the cooling air flow is guided upstream of the heat exchanger such that it sweeps over the electric energy store ; characterised in that - the structural component is a counterweight ; and in that - a recess is provided on an inner side of the counterweight , the heat-generating drive component being inserted into the recess.
An automated disinfection system for a CT patient table, wherein the automated disinfection system for a CT patient table comprises: a disinfection mechanism disposed above the CT patient table ; a detection mechanism, disposed on the disinfection mechanism and configured to detect a position of the CT patient table ; and a control mechanism , configured to communicate with the disinfection mechanism by using a communication interface , so as to control start/stop and operation of the disinfection mechanism , wherein the disinfection mechanism is configured to perform horizontal movement and vertical movement during scanning gaps of a plurality of patients, so as to disinfect a use surface of the CT patient table . a disinfection mechanism disposed above the CT patient table ; a detection mechanism, disposed on the disinfection mechanism and configured to detect a position of the CT patient table ; and a control mechanism , configured to communicate with the disinfection mechanism by using a communication interface , so as to control start/stop and operation of the disinfection mechanism , wherein the disinfection mechanism is configured to perform horizontal movement and vertical movement during scanning gaps of a plurality of patients, so as to disinfect a use surface of the CT patient table .
A method for focusing electromagnetic radiation from an incident medium into a refractive medium, said incident and refractive mediums defining a critical angle as the angle of incidence above which total internal reflection in the incident medium occurs, wherein the method comprises the steps of: generating an incident electromagnetic wave having a wavelength across a surface of a planar immersion lens in the incident medium, said planar immersion lens comprising sub-wavelength structures of varying impedances; and controlling a phase profile of the incident electromagnetic wave by modulating the incident electromagnetic wave with the sub-wavelength structures of the planar immersion lens , so that the refractive medium includes wave components at or beyond the critical angle, wherein the sub-wavelength structures comprise a plurality of metallic strips , characterized in that the sub-wavelength structures further comprises a plurality of passive elements disposed on the plurality of metallic strips , wherein controlling the phase profile of the incident electromagnetic wave is configured to focus the incident electromagnetic wave across an air-gap between the planar immersion lens . generating an incident electromagnetic wave having a wavelength across a surface of a planar immersion lens in the incident medium, said planar immersion lens comprising sub-wavelength structures of varying impedances; and controlling a phase profile of the incident electromagnetic wave by modulating the incident electromagnetic wave with the sub-wavelength structures of the planar immersion lens , so that the refractive medium includes wave components at or beyond the critical angle, wherein the sub-wavelength structures comprise a plurality of metallic strips , characterized in that the sub-wavelength structures further comprises a plurality of passive elements disposed on the plurality of metallic strips , wherein controlling the phase profile of the incident electromagnetic wave is configured to focus the incident electromagnetic wave across an air-gap between the planar immersion lens .
A process for preparing (E2)-cis-6,7-epoxy-2-nonenal of the following formula : the process comprising at least steps of: subjecting (Z3,Z6)-3,6-nonadien-1-ol of the following formula to oxidation: to form (E2,Z6)-2,6-nonadienal of the following formula ; and epoxidizing the resulting (E2,Z6)-2,6-nonadienal to form the aforesaid (E2)-cis-6,7-epoxy-2-nonenal , wherein the oxidation is carried out with a sulfoxide compound of following formula : CH 3 (R 1 )S=O in which R 1 represents a monovalent hydrocarbon group having from 1 to 12 carbon atoms, in the presence of a sulfur trioxide complex and an amine compound of the following formula : N(R 2 )(R 3 )(R 4 ) in which R 2 , R 3 , and R 4 each independently represent a monovalent hydrocarbon group having from 1 to 12 carbon atoms, or R 3 and R 4 may be bonded to each other to form a divalent hydrocarbon group having from 3 to 12 carbon atoms, R 3 -R 4 . subjecting (Z3,Z6)-3,6-nonadien-1-ol of the following formula to oxidation: in which R 1 represents a monovalent hydrocarbon group having from 1 to 12 carbon atoms, in the presence of a sulfur trioxide complex and an amine compound of the following formula : N(R 2 )(R 3 )(R 4 ) in which R 2 , R 3 , and R 4 each independently represent a monovalent hydrocarbon group having from 1 to 12 carbon atoms, or R 3 and R 4 may be bonded to each other to form a divalent hydrocarbon group having from 3 to 12 carbon atoms, R 3 -R 4 .
A method of treating polymer absorbent of a used sanitary product including pulp fiber and the polymer absorbent, comprising the steps of: separating apart at least a portion of elements composing the used sanitary product and/or breaking up a portion of the used sanitary product, and subsequently decomposing, lowering molecularization of, and solubilizing at least a portion of the polymer absorbent by an ozone-containing gas, wherein at least 90% of the polymer absorbent in the used sanitary product is decomposed as a result of treating the polymer absorbent with the ozone-containing gas. separating apart at least a portion of elements composing the used sanitary product and/or breaking up a portion of the used sanitary product, and subsequently decomposing, lowering molecularization of, and solubilizing at least a portion of the polymer absorbent by an ozone-containing gas,
A running gear comprising: an electric motor ; a driving battery configured to supply power to the electric motor ; a throttle sensor configured to detect a throttle manipulated variable by an occupant who rides a vehicle; and a control unit configured to control a power supply amount to the electric motor in accordance with a throttle manipulated variable and to control the power supply to the electric motor based on a time change rate of the throttle manipulated variable characterized in that the running gear further comprises a capacitor configured to supply power to the electric motor ; wherein when the time change rate is equal to or more than a predetermined value, the control unit detects a remaining amount of the driving battery , and when the remaining amount is equal to or more than a predetermined value, the control unit performs a power supply from the driving battery to the electric motor , when the remaining amount of the capacitor is less than the predetermined value, the control unit detects a remaining amount of an auxiliary machine battery , and when the remaining amount of the auxiliary machine battery is equal to or more than a predetermined value, the control unit asks the occupant a presence of an acceleration request for confirmation. an electric motor ; a driving battery configured to supply power to the electric motor ; a throttle sensor configured to detect a throttle manipulated variable by an occupant who rides a vehicle; and a control unit configured to control a power supply amount to the electric motor in accordance with a throttle manipulated variable and to control the power supply to the electric motor based on a time change rate of the throttle manipulated variable characterized in that the running gear further comprises a capacitor configured to supply power to the electric motor ; wherein when the time change rate is equal to or more than a predetermined value, the control unit detects a remaining amount of the driving battery , and when the remaining amount is equal to or more than a predetermined value, the control unit performs a power supply from the driving battery to the electric motor ,
An optical property analyzing apparatus comprising: a single lighting device configured to emit light to a measurement object and to provide a luminous intensity distribution pattern on the measurement object ; a two-dimensional photoelectric conversion element comprising a two-dimensional array of pixels, the two-dimensional photoelectric conversion element arranged to receive a specular and near-specular reflection and to convert the reflections to image data when, in use, the single lighting device emits the light to the measurement object having a sparking effect material-containing layer in an outermost region of the measurement object , the sparkling effect material-containing layer containing a sparkling effect material ; a calculating means configured to calculate a first component that is a component of a specular reflection from a surface of the measurement object , with reference to the image data; and an extracting means configured to extract a second component that is a component of a reflection from the sparkling effect material , by subtracting the first component from the image data, the first component being calculated by the calculating means; characterized in that the calculating means is configured to calculate the first component by analyzing the image data at positions supposed to have equivalent illuminance according to the luminous intensity distribution pattern on the measurement object by the lighting device and to obtain the common specular reflection component at the positions. a single lighting device configured to emit light to a measurement object and to provide a luminous intensity distribution pattern on the measurement object ; a two-dimensional photoelectric conversion element comprising a two-dimensional array of pixels, the two-dimensional photoelectric conversion element arranged to receive a specular and near-specular reflection and to convert the reflections to image data when, in use, the single lighting device emits the light to the measurement object having a sparking effect material-containing layer in an outermost region of the measurement object , the sparkling effect material-containing layer containing a sparkling effect material ; a calculating means configured to calculate a first component that is a component of a specular reflection from a surface of the measurement object , with reference to the image data; and an extracting means configured to extract a second component that is a component of a reflection from the sparkling effect material , by subtracting the first component from the image data, the first component being calculated by the calculating means; characterized in that the calculating means is configured to calculate the first component by analyzing the image data at positions supposed to have equivalent illuminance according to the luminous intensity distribution pattern on the measurement object by the lighting device and to obtain the common specular reflection component at the positions.
Device for providing a supporting force for the upper extremities of a user , wherein the supporting force is provided in a first mode and in a second mode, wherein the device comprises a supporting device and an arm strut , which are connected together via a rotary joint such that the arm strut is mounted so as to be rotatable about an axis of rotation with respect to the supporting device , wherein the device comprises a spring element for providing the supporting force, wherein the spring element is arranged between the supporting device and a connecting element , wherein the device comprises a force transmission element that has a first end and a second end and that is able to be guided about the connecting element , wherein the ends of the force transmission element are able to be attached to the supporting device at a first suspension point and to the arm strut at a second suspension point , wherein the first end of the force transmission element is attached to the first suspension point and a second end of the force transmission element is attached to the second suspension point in the first mode, and characterized in that the first end and the second end of the force transmission element are attached to the second suspension point in the second mode.
A method for producing a metal-clad laminate using roll-to-roll processing, the metal-clad laminate comprising a thermoplastic liquid crystal polymer film and a metal sheet(s) bonded to at least one surface of the thermoplastic liquid crystal polymer film, the metal sheet having a surface with a ten-point average roughness (Rz) of 5.0 μm or less to be bonded to the thermoplastic liquid crystal polymer film, the method at least comprising: preparing the laminate comprising the metal sheet(s) bonded to the thermoplastic liquid crystal polymer film, characterized in that the method further comprises dry-treating the laminate by subjecting the laminate passed through a dry zone satisfying the following conditions and : the dry treatment is carried out at a drying temperature of lower than the melting point of the thermoplastic liquid crystal polymer film, the dry treatment is carried out for a drying period of 10 seconds or longer, and heat-treating the dried laminate by subjecting the laminate passed through a heating zone on a temperature condition of not lower than the melting point of the thermoplastic liquid crystal polymer film successively after the dry treatment. preparing the laminate comprising the metal sheet(s) bonded to the thermoplastic liquid crystal polymer film, characterized in that the method further comprises dry-treating the laminate by subjecting the laminate passed through a dry zone satisfying the following conditions and : the dry treatment is carried out at a drying temperature of lower than the melting point of the thermoplastic liquid crystal polymer film, the dry treatment is carried out for a drying period of 10 seconds or longer, and the dry treatment is carried out at a drying temperature of lower than the melting point of the thermoplastic liquid crystal polymer film, the dry treatment is carried out for a drying period of 10 seconds or longer, and heat-treating the dried laminate by subjecting the laminate passed through a heating zone on a temperature condition of not lower than the melting point of the thermoplastic liquid crystal polymer film successively after the dry treatment.
A system comprising an apparatus for forming and an automatic indexing plate lathe , with a tool holder mounted between two unit carriers in the automatic indexing plate lathe for holding at least one forming tool , characterized in that the tool holder is mounted so as to be pivotable between the unit carriers .
An electronic device , comprising: a Magnetic Secure Transfer, MST, coil ; a Wireless Power Consortium, WPC, coil connected to the MST coil ; a sharing Integrated Circuit, IC, including an IC for MST and an IC for wireless charging which have been integrated into one, said sharing IC being connected to the MST coil and the WPC coil ; a switch included between the sharing IC and the MST coil ; and a band pass filter connected to the sharing IC , the MST coil and the WPC coil , said filter being configured to band pass filter the frequency for wireless charging so that it is difficult for a MST signal to flow into a path to which the band pass filter is connected; the switch being switched to short-circuit when performing a payment operation so that the MST coil and the WPC coil transmit the MST signal together. a Magnetic Secure Transfer, MST, coil ; a Wireless Power Consortium, WPC, coil connected to the MST coil ; a sharing Integrated Circuit, IC, including an IC for MST and an IC for wireless charging which have been integrated into one, said sharing IC being connected to the MST coil and the WPC coil ; a switch included between the sharing IC and the MST coil ; and a band pass filter connected to the sharing IC , the MST coil and the WPC coil , said filter being configured to band pass filter the frequency for wireless charging so that it is difficult for a MST signal to flow into a path to which the band pass filter is connected; the switch being switched to short-circuit when performing a payment operation so that the MST coil and the WPC coil transmit the MST signal together.
Buckle tongue comprising a tongue body extending in an insertion direction , in which body a belt slot for guiding through a belt strap is formed, and comprising a deflection element movably arranged in the tongue body , it being possible to move the belt strap through the belt slot when the deflection element is in an unloaded passage position and the belt strap being at least restricted in terms of its mobility by means of the deflection element when the deflection element is in a loading position brought about by a tensile force introduced into the belt strap , it being possible to move a constriction portion of the deflection element from the passage position into the loading position along a contact surface of the tongue body such that, in the loading position, a belt strap portion of the belt strap is flat in contact with the contact surface of the tongue body and with the constriction portion of the deflection element , characterized in that , at least in the loading position, a region of the tongue body that comprises the contact surface engages through at least one portion of the deflection element .