mhurhangee/patent-ind-claim-en huggingface dataset:
Structure for radio frequency applications comprising: • a high-resistivity support substrate having a front surface which defines a main plane, • a charge-trapping layer which is arranged on the front face of the support substrate , • a first dielectric layer which is arranged on the trapping layer , • an active layer which is arranged on the first dielectric layer , the structure being characterized in that it comprises at least one buried electrode which is arranged above or in the trapping layer , the electrode comprising: • a conductive layer and a second dielectric layer , the conductive layer being electrically insulated from the active layer , from the trapping layer and from the support substrate , and the conductive layer having two surfaces parallel to the main plane, one surface being in contact with the first dielectric layer and the other surface being in contact with the second dielectric layer , • a plurality of insulating walls extending between the first dielectric layer and the second dielectric layer and segmenting the conductive layer into a plurality of conductive blocks , said blocks being insulated from one another by the insulating walls , at least one conductive block being configured to provide a rear bias to a transistor which is intended to be produced in the active layer . • a high-resistivity support substrate having a front surface which defines a main plane, • a charge-trapping layer which is arranged on the front face of the support substrate , • a first dielectric layer which is arranged on the trapping layer , • an active layer which is arranged on the first dielectric layer , • a conductive layer and a second dielectric layer , the conductive layer being electrically insulated from the active layer , from the trapping layer and from the support substrate , and the conductive layer having two surfaces parallel to the main plane, one surface being in contact with the first dielectric layer and the other surface being in contact with the second dielectric layer , • a plurality of insulating walls extending between the first dielectric layer and the second dielectric layer and segmenting the conductive layer into a plurality of conductive blocks , said blocks being insulated from one another by the insulating walls , at least one conductive block being configured to provide a rear bias to a transistor which is intended to be produced in the active layer .
Electrical contact element for a plug-in connector , having a metallic base body , a metallic intermediary layer applied to the base body , which has a thickness (d 112 , d 212 ) ranging from 1.5 μm to 4.0 μm, and a wear layer applied to the intermediate layer , wherein the wear layer consists of the following alloy elements: 50 - 100 % w/w ruthenium 0 - 30 % w/w nickel 0 - 20 % w/w chromium 0 - 20 % w/w cobalt 0 - 20 % w/w platinum 0 - 1 % w/w further alloy elements, wherein the sum of the alloy elements is 100 % w/w, characterised in that either a metallic and organic slide layer or an organic slide layer is arranged on the wear layer .
A transparent substrate with a laminated film, which comprises a transparent substrate and a laminated film formed on at least one surface of the transparent substrate, wherein the laminated film has a first dielectric layer, a crystallinity-improving layer, a functional layer and a second dielectric layer in this order from the transparent substrate side, the crystallinity-improving layer contains ZrN x , wherein x is higher than 1.2 and at most 2.0, the functional layer contains at least one metal nitride selected from the group consisting of titanium nitride, chromium nitride, niobium nitride, molybdenum nitride and hafnium nitride, the concentration of oxygen atoms at a boundary between the crystallinity-improving layer and the functional layer, is at most 20 atom%, the functional layer is formed directly on and in contact with the crystallinity-improving layer, and the transparent substrate is a glass plate.
A System-on-a-Chip SoC chip, comprising: a bus mechanism comprising at least one Memory Protection Unit MPU; an One Time Programable OTP memory configured to store bus access control information; and a mode configuring module configured to connect the at least one MPU to the OTP memory, the mode configuring module being configured to: read the bus access control information from the OTP memory when the SoC chip is in a boot mode; and configure the MPU using the bus access control information; wherein the mode configuring module is further configured to enable the MPU and switch the SoC chip to a user mode upon configuration of the MPU. a bus mechanism comprising at least one Memory Protection Unit MPU; an One Time Programable OTP memory configured to store bus access control information; and a mode configuring module configured to connect the at least one MPU to the OTP memory, the mode configuring module being configured to: read the bus access control information from the OTP memory when the SoC chip is in a boot mode; and configure the MPU using the bus access control information; read the bus access control information from the OTP memory when the SoC chip is in a boot mode; and configure the MPU using the bus access control information; wherein the mode configuring module is further configured to enable the MPU and switch the SoC chip to a user mode upon configuration of the MPU.
A method for protecting a virus from surface-induced degradation wherein said virus is contained in a solution in a bag made of a plastic wherein said method comprises the step of adding a β-cyclodextrin to said solution at a concentration between 1% (w/w) to 30% (w/w) wherein said virus is an adenovirus, said β-cyclodextrin is 2-hydroxypropyl-β-cyclodextrin, and the fluid contact layer of said bag is Ethylene Vinyl Acetate.
Method for treating a steel strip , especially for a pickling treatment of the steel strip , by means of a treatment liquid in a treatment station , the treatment station comprising a treatment tank with a spray section and an immersion section , and the treatment station comprising a common collection means for the treatment liquid, wherein the common collection means for the treatment liquid of both the spray section and the immersion section is a collection means separated from the treatment tank of the treatment station , wherein the steel strip consists of stainless steel and is a continuous steel strip being oriented substantially horizontally, both in its longitudinal and transverse directions, wherein the steel strip has a top surface and a bottom surface (1"), wherein the method comprises transporting the steel strip continuously through the treatment station in a transport direction , the transport direction being parallel to the longitudinal direction of the steel strip , such that -- in a first step, the treatment liquid is sprayed onto the top surface of the steel strip and onto the bottom surface (1") of the steel strip while the steel strip being in the spray section of the treatment station , -- in a second step, the steel strip is immersed in the treatment liquid while the steel strip being in the immersion section of the treatment station , wherein, while treating the steel strip , the treatment liquid is continuously pumped out of the common collection means and through both the spray section and the immersion section of the treatment station , wherein spraying of the treatment liquid onto the top and bottom surfaces (1', 1") of the steel strip is provided using spray nozzles . -- in a first step, the treatment liquid is sprayed onto the top surface of the steel strip and onto the bottom surface (1") of the steel strip while the steel strip being in the spray section of the treatment station , -- in a second step, the steel strip is immersed in the treatment liquid while the steel strip being in the immersion section of the treatment station ,
A reactor for performing a gas/liquid biphasic high-pressure reaction with a foaming medium, comprising an interior formed by a cylindrical, vertically oriented elongate shell, a bottom and a cap, wherein the interior is divided by internals into a backmixed zone and a zone of limited backmixing , wherein the backmixed zone and the zone of limited backmixing are consecutively traversable by the reaction mixture, wherein the backmixed zone comprises means for introducing gas and liquid and a gas outlet and also comprises at least one mixing apparatus selected from a stirrer, a jet nozzle and means for injecting the gas, and the zone of limited backmixing comprises a reaction product outlet , a first cylindrical internal element which in the interior extends in the longitudinal direction of the reactor and which delimits the zone of limited backmixing from the backmixed zone , backmixing-preventing second internal elements in the form of random packings, structured packings or liquid-permeable trays arranged in the zone of limited backmixing , a riser tube whose lower end is arranged within the backmixed zone and whose upper end opens into the zone of limited backmixing so that liquid from the backmixed zone can ascend into the zone of limited backmixing through the riser tube , and an internal element which is arranged at the lower end of the riser tube and which prevents entry of gas into the riser tube , which internal element is selected from a deflection weir and a U-tube, wherein flow into the zone of limited backmixing enters from below. wherein the interior is divided by internals into a backmixed zone and a zone of limited backmixing , wherein the backmixed zone and the zone of limited backmixing are consecutively traversable by the reaction mixture, wherein the backmixed zone comprises means for introducing gas and liquid and a gas outlet and also comprises at least one mixing apparatus selected from a stirrer, a jet nozzle and means for injecting the gas, and the zone of limited backmixing comprises a reaction product outlet , a first cylindrical internal element which in the interior extends in the longitudinal direction of the reactor and which delimits the zone of limited backmixing from the backmixed zone , backmixing-preventing second internal elements in the form of random packings, structured packings or liquid-permeable trays arranged in the zone of limited backmixing , a riser tube whose lower end is arranged within the backmixed zone and whose upper end opens into the zone of limited backmixing so that liquid from the backmixed zone can ascend into the zone of limited backmixing through the riser tube , and an internal element which is arranged at the lower end of the riser tube and which prevents entry of gas into the riser tube , which internal element is selected from a deflection weir and a U-tube, wherein flow into the zone of limited backmixing enters from below.
An apparatus for non-invasive inspection of solid bodies by muon imaging, comprising: - a receiver adapted to intercept a Cherenkov radiation from a muon flux associated with cosmic rays passing through a portion of a body to be inspected; - sensor means adapted to detect the amount of Cherenkov radiation associated with the muon flux; - electronic processing means adapted to reconstruct energy and direction of the muon flux incident the portion of the body to be inspected to calculate the local density thereof; said receiver comprising an optical device provided with at least one receiving surface having reflecting and/or diffractive properties adapted to convey the Cherenkov radiation associated with muons toward said sensor means , these latter comprising a multipixel detection chamber adapted to provide an annular image of the muon having radius and position variable as a function of the energy and direction of muon flux, said optical device being of the type with double reflection and/or diffraction with a secondary receiving surface facing and aligned with said primary receiving surface for transferring the flow of photons received by the latter and for concentrating it towards said detection chamber facing said secondary receiving surface characterized in that said optical device comprises Fresnel lenses, made of plastic material, for reducing the weight of said apparatus and improving the transportability thereof. - a receiver adapted to intercept a Cherenkov radiation from a muon flux associated with cosmic rays passing through a portion of a body to be inspected; - sensor means adapted to detect the amount of Cherenkov radiation associated with the muon flux; - electronic processing means adapted to reconstruct energy and direction of the muon flux incident the portion of the body to be inspected to calculate the local density thereof;
An edible composition comprising soluble corn fiber and one or more bacterial populations selected from the genera Butyricicoccus and Oscillibacter.
A fluid injection system comprising: a fluid injector ; a syringe operatively engaged with the fluid injector , the syringe comprising a barrel and defining an interior volume , characterized in that the syringe has at least one feature provided on its barrel , the at least one feature having a different appearance when viewed through different types of fluid contained within the syringe ; and the fluid injection system further comprising an image capture device positioned to capture an image of the at least one feature through a content of the syringe ; and at least one computing device in communication with the fluid injector and the image capture device , the at least one computing device comprising at least one processor configured to: obtain the image of the at least one feature through the fluid contained within the syringe ; determine, based on the image of the at least one feature , an appearance of the at least one feature; compare the determined appearance with templates of appearances of the at least one feature when viewed through different types of fluids; and automatically display on a display device in communication with the at least one processor an indication of a characteristic of the syringe based on the comparison. a fluid injector ; a syringe operatively engaged with the fluid injector , the syringe comprising a barrel and defining an interior volume , characterized in that the syringe has at least one feature provided on its barrel , the at least one feature having a different appearance when viewed through different types of fluid contained within the syringe ; and the fluid injection system further comprising an image capture device positioned to capture an image of the at least one feature through a content of the syringe ; and at least one computing device in communication with the fluid injector and the image capture device , the at least one computing device comprising at least one processor configured to: obtain the image of the at least one feature through the fluid contained within the syringe ; determine, based on the image of the at least one feature , an appearance of the at least one feature; compare the determined appearance with templates of appearances of the at least one feature when viewed through different types of fluids; and automatically display on a display device in communication with the at least one processor an indication of a characteristic of the syringe based on the comparison. obtain the image of the at least one feature through the fluid contained within the syringe ; determine, based on the image of the at least one feature , an appearance of the at least one feature; compare the determined appearance with templates of appearances of the at least one feature when viewed through different types of fluids; and automatically display on a display device in communication with the at least one processor an indication of a characteristic of the syringe based on the comparison.
Protection frame for a lawnmower comprising a cutting plate and a tractor , said cutting plate being separably associable and inclinable with respect to the tractor , said protection frame being simultaneously associable both to the cutting plate and to the tractor , characterized by comprising a first plastic portion , a second plastic portion and a third plastic portion , connecting means that can be rotatably coupled with said first plastic portion and with the cutting plate , a shaped structure and a fabric portion , said shaped structure being rotatably associated with said first plastic portion , with said fabric portion and with said second plastic portion , said third plastic portion being adapted to rotatably associate said fabric portion with the tractor .
A method of reporting feedback information regarding a wireless channel comprising: determining, by a mobile station , whether preferred subbands of the wireless channel included in prior reporting sent to a base station have not changed with regard to preferred subbands of the wireless channel included in a current reporting; in response to determining that the preferred subbands of the wireless channel have not changed, including, in a first report to be sent to the base station , feedback information regarding an individual one of plural subbands of the wireless channel; and in response to determining that the preferred subbands of the wireless channel have changed, including, in a second report to be sent to the base station , aggregate feedback information regarding the plural subbands, wherein one of the first report or second report follows the prior reporting. determining, by a mobile station , whether preferred subbands of the wireless channel included in prior reporting sent to a base station have not changed with regard to preferred subbands of the wireless channel included in a current reporting; in response to determining that the preferred subbands of the wireless channel have not changed, including, in a first report to be sent to the base station , feedback information regarding an individual one of plural subbands of the wireless channel; and in response to determining that the preferred subbands of the wireless channel have changed, including, in a second report to be sent to the base station , aggregate feedback information regarding the plural subbands, wherein one of the first report or second report follows the prior reporting.
A lithium-ion secondary battery having a positive electrode sheet, a negative electrode sheet, a separator, and an electrolyte solution, the positive electrode sheet comprising a positive electrode current collector and a positive electrode material layer arranged on at least one surface of the positive electrode current collector, the positive electrode material layer comprising a carbon coated positive electrode active material and carbon, wherein the electrolyte solution comprises a highly heat-stable salt (M y+ ) x/y R 1 (SO 2 N - ) x SO 2 R 2 , wherein the M y+ is a metal ion, R 1 and R 2 are each independently a fluorine atom, an alkyl with 1-20 carbon atoms, a fluoroalkyl with 1-20 carbon atoms, or a fluoroalkoxy with 1-20 carton atoms, the x is 1, 2, or 3, the y is 1, 2, or 3; and a mass percent of the salt in the electrolyte solution is set as k2%; a temperature rise coefficient k1 of the positive electrode sheet satisfies 2.5≤k1≤32, wherein k1=Cw/Mc, Cw is a positive electrode material load per unit area (mg/cm 2 ) on the surface of any side of the positive electrode current collector on which the positive electrode material layer is loaded, and Mc is a carbon content (%) of the positive electrode material layer; and the lithium-ion secondary battery satisfies 0.34≤k2/k1≤8. the electrolyte solution comprises a highly heat-stable salt (M y+ ) x/y R 1 (SO 2 N - ) x SO 2 R 2 , wherein the M y+ is a metal ion, R 1 and R 2 are each independently a fluorine atom, an alkyl with 1-20 carbon atoms, a fluoroalkyl with 1-20 carbon atoms, or a fluoroalkoxy with 1-20 carton atoms, the x is 1, 2, or 3, the y is 1, 2, or 3; and a mass percent of the salt in the electrolyte solution is set as k2%; a temperature rise coefficient k1 of the positive electrode sheet satisfies 2.5≤k1≤32, wherein k1=Cw/Mc, Cw is a positive electrode material load per unit area (mg/cm 2 ) on the surface of any side of the positive electrode current collector on which the positive electrode material layer is loaded, and Mc is a carbon content (%) of the positive electrode material layer; and the lithium-ion secondary battery satisfies 0.34≤k2/k1≤8.
A computer program adapted to perform a method for pulmonary condition monitoring, the method comprising: obtaining motion data collected by one or more other electronic devices ; obtaining audio data received by a separate microphone; identifying respiratory phases of the user's breathing based on the audio data; producing breathing waveform data based on the motion data; characterised in that the method performed by the computer program further comprises: converting the audio data into image data; identifying an abnormal sound associated with the user's breathing based on the image data; and identifying a pulmonary condition of the user based on the abnormal sound, the identified respiratory phases and the breathing waveform data. obtaining motion data collected by one or more other electronic devices ; obtaining audio data received by a separate microphone; identifying respiratory phases of the user's breathing based on the audio data; producing breathing waveform data based on the motion data; characterised in that the method performed by the computer program further comprises: converting the audio data into image data; identifying an abnormal sound associated with the user's breathing based on the image data; and identifying a pulmonary condition of the user based on the abnormal sound, the identified respiratory phases and the breathing waveform data. converting the audio data into image data; identifying an abnormal sound associated with the user's breathing based on the image data; and identifying a pulmonary condition of the user based on the abnormal sound, the identified respiratory phases and the breathing waveform data.