mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reclaiming Carbon Dioxide from air, comprising: absorbing solar radiation using a solar photovoltaic panel comprising at least two thermally conductive plates, a back-support plate and at least one heating plate, the back-support plate forming an enclosure providing a chimney effect, heating up the at least two thermally conductive plates with the absorbed solar radiation and in turn heating up the air contained between the heating plate and the back-support plate, causing the heated air to rise, due to the chimney-effect, sucking in more air to be heated, wherein the air includes Carbon Dioxide; contacting the heated air with a coolant liquid comprising potassium hydroxide chemically removing the Carbon Dioxide from the heated air, forming a bicarbonate; and releasing air that has had the Carbon Dioxide chemically removed. absorbing solar radiation using a solar photovoltaic panel comprising at least two thermally conductive plates, a back-support plate and at least one heating plate, the back-support plate forming an enclosure providing a chimney effect, heating up the at least two thermally conductive plates with the absorbed solar radiation and in turn heating up the air contained between the heating plate and the back-support plate, causing the heated air to rise, due to the chimney-effect, sucking in more air to be heated, wherein the air includes Carbon Dioxide; the back-support plate forming an enclosure providing a chimney effect, heating up the at least two thermally conductive plates with the absorbed solar radiation and in turn heating up the air contained between the heating plate and the back-support plate, causing the heated air to rise, due to the chimney-effect, sucking in more air to be heated, wherein the air includes Carbon Dioxide; contacting the heated air with a coolant liquid comprising potassium hydroxide chemically removing the Carbon Dioxide from the heated air, forming a bicarbonate; and releasing air that has had the Carbon Dioxide chemically removed.
A hydrogen discharge control system in a hydrogen engine vehicle provided with a hydrogen tank in which a resin liner is laminated on an inner wall, and a hydrogen engine , the hydrogen discharge control system comprising: an injector for injecting hydrogen into a combustion chamber of the hydrogen engine , a temperature sensor for detecting a temperature inside the hydrogen tank , a pressure sensor for detecting a residual pressure inside the hydrogen tank , an accelerator sensor for detecting an accelerator operation amount of an accelerator , and a control device that controls a hydrogen discharge flow rate injected from the injector into the hydrogen engine in accordance with the detected accelerator operation amount, wherein the control device is configured to perform a discharge limit control for limiting a maximum value of the hydrogen discharge flow rate from the hydrogen tank to a predetermined flow rate based on the detected temperature and the detected residual pressure, the hydrogen discharge control system being characterized in that the control device is further configured to, during an on operation of an accelerator , estimate a temperature (Tx, Tx1) which may be attained in the hydrogen tank after a predetermined time lapse with the accelerator operation amount at a maximum, based on the detected temperature in the hydrogen tank and a temporal temperature gradient in the hydrogen tank that is determined by the detected residual pressure in the hydrogen tank ; and to, when the estimated temperature (Tx, Tx1) is not higher than a first predetermined temperature (T1), perform the discharge limit control, otherwise not perform the discharge limit control. an injector for injecting hydrogen into a combustion chamber of the hydrogen engine , a temperature sensor for detecting a temperature inside the hydrogen tank , a pressure sensor for detecting a residual pressure inside the hydrogen tank , an accelerator sensor for detecting an accelerator operation amount of an accelerator , and a control device that controls a hydrogen discharge flow rate injected from the injector into the hydrogen engine in accordance with the detected accelerator operation amount, wherein the control device is configured to perform a discharge limit control for limiting a maximum value of the hydrogen discharge flow rate from the hydrogen tank to a predetermined flow rate based on the detected temperature and the detected residual pressure, the hydrogen discharge control system being characterized in that the control device is further configured to, during an on operation of an accelerator , estimate a temperature (Tx, Tx1) which may be attained in the hydrogen tank after a predetermined time lapse with the accelerator operation amount at a maximum, based on the detected temperature in the hydrogen tank and a temporal temperature gradient in the hydrogen tank that is determined by the detected residual pressure in the hydrogen tank ; and to, when the estimated temperature (Tx, Tx1) is not higher than a first predetermined temperature (T1), perform the discharge limit control, otherwise not perform the discharge limit control.
An asphalt comprising a modified toner based additive, wherein the modified toner based additive comprises an oil, a waste water-based paint, a ground tire rubber and a polymer chain entangled toner, wherein the polymer chain entangled toner and the ground tire rubber have a polar-polar interaction.
A projection apparatus, configured to be disposed on a vehicle door of a vehicle, the projection apparatus comprising an illumination source , a projection display apparatus and a controller , wherein the illumination source is configured to provide an illumination beam (IB), the projection display apparatus comprises a light valve module , the light valve module including a spatial light modulator is disposed on a transmission path of the illumination beam (IB), and is configured to convert the illumination beam (IB) into a projection beam (PB) with an image content, and the controller is coupled to the projection display apparatus , and is configured to determine whether the vehicle door is a first vehicle door or a second vehicle door according to an opening operation of the vehicle door, wherein the first vehicle door and the second vehicle door are located on different sides of the vehicle; wherein when the projection apparatus is disposed on the first vehicle door , the light valve module is configured to receive image data of a first image (IM1) to project the projection beam (PB) displaying the first image (IM1) and the image content of the first image (IM1) is seen by a passenger getting off from the first vehicle door ; characterized in that : when the projection apparatus is disposed on the second vehicle door , the light valve module is configured to receive pre-compensated image data of the first image (IM1) to form an adjusted image (IM2) to project the projection beam (PB) displaying the adjusted image (IM2), such that the passenger getting off from the second vehicle door obtains the same visual effect as the passenger getting off from the first vehicle door , and sees the same image content. the illumination source is configured to provide an illumination beam (IB), the projection display apparatus comprises a light valve module , the light valve module including a spatial light modulator is disposed on a transmission path of the illumination beam (IB), and is configured to convert the illumination beam (IB) into a projection beam (PB) with an image content, and the controller is coupled to the projection display apparatus , and is configured to determine whether the vehicle door is a first vehicle door or a second vehicle door according to an opening operation of the vehicle door, wherein the first vehicle door and the second vehicle door are located on different sides of the vehicle; wherein when the projection apparatus is disposed on the first vehicle door , the light valve module is configured to receive image data of a first image (IM1) to project the projection beam (PB) displaying the first image (IM1) and the image content of the first image (IM1) is seen by a passenger getting off from the first vehicle door ;
A computer readable medium on which are stored instructions comprising instructions that when executed cause a programmable device to: match bytecode instructions in a multimedia file with a predetermined list of instructions; identify repetitions of a matched bytecode instruction in the multimedia file; calculate a distance between two consecutive repetitions of the bytecode instruction; identify the multimedia file as malicious responsive to equidistant consecutive repetitions of the bytecode instruction; and recognize the file as being falsely identified as malicious if the length of the tag comprising the bytecode in the multimedia file is larger or equal to a first predetermined threshold . match bytecode instructions in a multimedia file with a predetermined list of instructions; identify repetitions of a matched bytecode instruction in the multimedia file; calculate a distance between two consecutive repetitions of the bytecode instruction; identify the multimedia file as malicious responsive to equidistant consecutive repetitions of the bytecode instruction; and recognize the file as being falsely identified as malicious if the length of the tag comprising the bytecode in the multimedia file is larger or equal to a first predetermined threshold .
A bicycle handle grip, comprising a grip element for attachment to a bicycle handlebar, wherein the grip element includes a sleeve-shaped core element , which is made of a harder plastic, as a holding element of the grip element surrounding the core element , and wherein the core element comprises a particularly wing-shaped lug protruding into a support element connected to the holding element , characterized in that at least one electric switch for controlling an electric auxiliary motor is arranged in the grip element , the at least one electric switch is connected to an electronic element being arranged within the grip element for controlling the auxiliary motor and/or to a transmitter/receiver element arranged within the grip element for wireless data transmission, and the electronic element and/or the transmitter/receiver element are at least partially arranged within the core element and/or the lug of the core element .
Tracked piste grooming vehicle having a driver cabin which has a driver seat with associated thereto a steering unit and an accelerator pedal in a footwell of the driver cabin for controlling a driving speed of a tracked chassis , and having a device (T) for automatic control of the driving speed, including at least one control element operatable from the driver seat for varying set values for the driving speed predetermined by the device (T) and for activating or deactivating the device (T), characterized in that in the footwell an emergency pedal is arranged adjacent to the accelerator pedal , which emergency pedal is coupled to the device (T) for automatic control of the driving speed such that operating the emergency pedal causes deactivating of the device (T).
A millifluidic device for cultures of biological agents comprising: a main body comprising at least a chamber (12-14) with an independent hydraulic circuit with a first hole closed at the bottom and provided with a plug ; a separator designed to be placed in said first hole and which allow said chamber (12-14) to be divided into an upper half-chamber and a lower half-chamber; a membrane fixed to said separator to divides said upper half-chamber from said lower half-chamber; said separator being extractable from said first hole once the plug is removed; a pair of tubes to perfuse said lower half-chamber; a pair of tubes to perfuse said upper half-chamber; a first slide placed concentrically on said plug ; a second slide placed concentrically on said first hole ; a cylindrical body rises coaxially from said first hole toward said lower half-chamber; said second slide is placed on the top of said cylindrical body ; said first hole is closed at the bottom by said second slide ; said cylindrical body has a second hole , coaxial to said cylindrical body ; said pairs of tubes and are laterally aligned with said hole and transversely to said body ; the lower half-chamber, is delimited at the top by the membrane , at the bottom by the slide and at the sides by the separator ; the upper half-chamber, is delimited at the top by the slide , at the bottom by the membrane and at the sides by a lower component of the plug or by the separator . a main body comprising at least a chamber (12-14) with an independent hydraulic circuit with a first hole closed at the bottom and provided with a plug ; a separator designed to be placed in said first hole and which allow said chamber (12-14) to be divided into an upper half-chamber and a lower half-chamber; a membrane fixed to said separator to divides said upper half-chamber from said lower half-chamber; said separator being extractable from said first hole once the plug is removed; a pair of tubes to perfuse said lower half-chamber; a pair of tubes to perfuse said upper half-chamber; a first slide placed concentrically on said plug ; a second slide placed concentrically on said first hole ; a cylindrical body rises coaxially from said first hole toward said lower half-chamber; said second slide is placed on the top of said cylindrical body ; said first hole is closed at the bottom by said second slide ; said cylindrical body has a second hole , coaxial to said cylindrical body ; said pairs of tubes and are laterally aligned with said hole and transversely to said body ; the lower half-chamber, is delimited at the top by the membrane , at the bottom by the slide and at the sides by the separator ; the upper half-chamber, is delimited at the top by the slide , at the bottom by the membrane and at the sides by a lower component of the plug or by the separator .
Method for sampling an ultrasonic signal, wherein two ultrasonic transducers are arranged in a fluid path to transmit ultrasonic signals to and receive ultrasonic signals from each other, and wherein a control unit is arranged to send electric signals to each of the ultrasonic transducers to be transformed into ultrasonic signals, and wherein the control unit is arranged to receive electric signals from both ultrasonic transducers transformed from ultrasonic signals, and wherein the control unit comprises an analog-to-digital converter to convert electric signals from the ultrasonic transducers , wherein the method comprises the steps: a) Sending an input electric signal from the control unit to a first ultrasonic transducer , transforming the input electric signal to an ultrasonic signal and sending it to a second ultrasonic transducer through the flow path, b) transforming the received ultrasonic signal at the second ultrasonic transducer to an output electric signal that is sent to the control unit , c) sampling the output electric signal received at the control unit to a series of digital samples at a sampling frequency, d) repeating steps a) to c) at least once with the same electric input electric signal, characterized in that in step c) the time of start of the sampling measured from the time of start of the respective input electric signal and/or the sampling frequency is different from the previous sampling, e) combining the obtained series of samples to obtain a combined digital output signal. a) Sending an input electric signal from the control unit to a first ultrasonic transducer , transforming the input electric signal to an ultrasonic signal and sending it to a second ultrasonic transducer through the flow path, b) transforming the received ultrasonic signal at the second ultrasonic transducer to an output electric signal that is sent to the control unit , c) sampling the output electric signal received at the control unit to a series of digital samples at a sampling frequency, d) repeating steps a) to c) at least once with the same electric input electric signal, characterized in that in step c) the time of start of the sampling measured from the time of start of the respective input electric signal and/or the sampling frequency is different from the previous sampling, e) combining the obtained series of samples to obtain a combined digital output signal.
A composite solid propellant comprising a binder comprising a crosslinked polyol polymer in which are present: - an oxidizing filler comprising particles of inorganic perchlorate, the oxidizing filler having a bimodal size distribution with (i) a first set (E1) of particles of inorganic perchlorate having a first size D50 (TM1) comprised between 150 μm and 250 μm and present in an amount of 50% to 60% by mass in the composite solid propellant, and (ii) a second set (E2) of particles of inorganic perchlorate having a second size D50 (TM2) comprised between 5 μm and 20 μm and present in an amount of 7% to 17% by mass in the composite solid propellant, - a reducing filler comprising particles of aluminum and/or of an aluminum compound, and - a ballistic catalyst comprising particles of copper oxide CuO. - an oxidizing filler comprising particles of inorganic perchlorate, the oxidizing filler having a bimodal size distribution with (i) a first set (E1) of particles of inorganic perchlorate having a first size D50 (TM1) comprised between 150 μm and 250 μm and present in an amount of 50% to 60% by mass in the composite solid propellant, and (ii) a second set (E2) of particles of inorganic perchlorate having a second size D50 (TM2) comprised between 5 μm and 20 μm and present in an amount of 7% to 17% by mass in the composite solid propellant, - a reducing filler comprising particles of aluminum and/or of an aluminum compound, and - a ballistic catalyst comprising particles of copper oxide CuO.
A combined blade guide and exchange tool , comprising: a blade guide tool having a lower end and an upper end and a plurality of frame rails supporting a pair of collet housings at a lower end of the blade guide tool , a pair of fuel support grapple actuating rods are supported between the plurality of frame rails and having a first end engaging a pair of collets within the pair of collet housings and having a second end disposed at the upper end of the blade guide tool ; and a blade exchange tool releasably mounted to the upper end of the blade guide tool and including a pair of upper collets for engaging the pair of fuel support grapple actuating rods , the blade exchange tool further including a slider and hook assembly attached to a cable guided by the blade exchange tool and adapted for engaging and lifting a control rod . a blade guide tool having a lower end and an upper end and a plurality of frame rails supporting a pair of collet housings at a lower end of the blade guide tool , a pair of fuel support grapple actuating rods are supported between the plurality of frame rails and having a first end engaging a pair of collets within the pair of collet housings and having a second end disposed at the upper end of the blade guide tool ; and a blade exchange tool releasably mounted to the upper end of the blade guide tool and including a pair of upper collets for engaging the pair of fuel support grapple actuating rods , the blade exchange tool further including a slider and hook assembly attached to a cable guided by the blade exchange tool and adapted for engaging and lifting a control rod .
A holder for containing an optical connector ferrule to which a short optical fiber is fitted, wherein the holder is constructed to position the short optical fiber extended from the optical connector ferrule and to be fitted to a fusion splicing apparatus that fusion-splices the short optical fiber and other coated optical fiber, and the optical connector ferrule to which the short optical fiber is fitted is contained in a mode of a connector plug whose outer periphery is covered with a plug frame , characterized in that a V groove for positioning the short optical fiber extended from the plug frame is provided, wherein a lid member for pressing the plug frame is provided to a holder main body on which a plug housing portion for housing the plug frame therein is formed wherein the plug housing portion that is a recess for housing the plug frame is provided on the holder main body , wherein the lid member is formed of a transparent material. wherein the holder is constructed to position the short optical fiber extended from the optical connector ferrule and to be fitted to a fusion splicing apparatus that fusion-splices the short optical fiber and other coated optical fiber, and the optical connector ferrule to which the short optical fiber is fitted is contained in a mode of a connector plug whose outer periphery is covered with a plug frame , characterized in that a V groove for positioning the short optical fiber extended from the plug frame is provided, wherein a lid member for pressing the plug frame is provided to a holder main body on which a plug housing portion for housing the plug frame therein is formed wherein the plug housing portion that is a recess for housing the plug frame is provided on the holder main body , wherein the lid member is formed of a transparent material.
A method of attributing a scroll event on an application , the method including providing, to a client device , an infinite scroll attribution script, the script configured to execute on the client device to cause the client device to: instantiate or otherwise append a first inline frame onto an information resource page displayed via a viewport of the application , wherein the first inline frame is embedded with at least a first content document ; append a second inline frame to the information resource page ; monitor for a scroll event on the application ; determine, responsive to detecting the scroll event, for the first inline frame , that an offset between a content document end of the first content document and a viewport end of the viewport is less than a predetermined threshold value; assign, responsive to determining that the offset is less than the predetermined threshold value, the scroll event to the information resource page so that the information resource page is made scrollable to allow the second inline frame to become viewable in the viewport . instantiate or otherwise append a first inline frame onto an information resource page displayed via a viewport of the application , wherein the first inline frame is embedded with at least a first content document ; append a second inline frame to the information resource page ; monitor for a scroll event on the application ; determine, responsive to detecting the scroll event, for the first inline frame , that an offset between a content document end of the first content document and a viewport end of the viewport is less than a predetermined threshold value; assign, responsive to determining that the offset is less than the predetermined threshold value, the scroll event to the information resource page so that the information resource page is made scrollable to allow the second inline frame to become viewable in the viewport .
An antibody or antigen binding fragment comprising a heavy chain variable region comprising SEQ ID NO:37 and a light chain variable region comprising SEQ ID NO:38.