mhurhangee/ep-ind-claims huggingface dataset:
A process for generation of hydrogen and syngas by biomimetic carbonation and photocatalysis wherein the said process comprising steps of; a) accelerating hydration rate of CO 2 in the presence of an enzyme by bubbling gaseous CO 2 in to the water under pressure in the range of 0.2 MPa to 0.4 MPa for 45 min to 60 min followed by closing the vessel and adding an enzyme dissolved in tris buffer to obtain bicarbonates and hydrogen ions; b) reducing the hydrogen ions as obtained in step (a) under illumination and in the presence of a photocatalyst, a metal donor, a sacrificial donor, a metal donor and sacrificial donor, or a photocatalyst, metal donor and sacrificial donor, and also in the presence of a co-catalyst to obtain hydrogen. c) reducing the bicarbonates from step (a) to carbon monoxide in the presence of photocatalyst and optionally using metal donor and sacrificial donor singly or in combination; d) admixing the carbon monoxide as obtained in step (c) with hydrogen as obtained in step (b) to form syngas; wherein the photocatalyst used in step (b) and (c) is selected from the group consisting of titania, zinc oxide, zinc in the presence of light, nanoferrite, n-doped mesotitania, perovskite, mixed oxides, supported TiO 2 and carbon nanoparticle. a) accelerating hydration rate of CO 2 in the presence of an enzyme by bubbling gaseous CO 2 in to the water under pressure in the range of 0.2 MPa to 0.4 MPa for 45 min to 60 min followed by closing the vessel and adding an enzyme dissolved in tris buffer to obtain bicarbonates and hydrogen ions; b) reducing the hydrogen ions as obtained in step (a) under illumination and in the presence of a photocatalyst, a metal donor, a sacrificial donor, a metal donor and sacrificial donor, or a photocatalyst, metal donor and sacrificial donor, and also in the presence of a co-catalyst to obtain hydrogen. c) reducing the bicarbonates from step (a) to carbon monoxide in the presence of photocatalyst and optionally using metal donor and sacrificial donor singly or in combination; d) admixing the carbon monoxide as obtained in step (c) with hydrogen as obtained in step (b) to form syngas;
An aortic cannula for use in an ex vivo organ care system, the aortic cannula comprising: a cannula body comprising: a fitting configured to connect to the organ care system; and an aorta interface configured to fit within an aorta; a pivot arm comprising a pivot arm strap, wherein the pivot arm strap is operably connected to a pivot mount, wherein the pivot mount is configured to allow the pivot arm strap to uniformly contact the aorta on the aorta interface; and a spring configured to apply pressure to the pivot arm strap to hold the aorta on the aorta interface. a cannula body comprising: a fitting configured to connect to the organ care system; and an aorta interface configured to fit within an aorta; a fitting configured to connect to the organ care system; and an aorta interface configured to fit within an aorta; a pivot arm comprising a pivot arm strap, wherein the pivot arm strap is operably connected to a pivot mount, wherein the pivot mount is configured to allow the pivot arm strap to uniformly contact the aorta on the aorta interface; and a spring configured to apply pressure to the pivot arm strap to hold the aorta on the aorta interface.
A portable jump starter and charger apparatus, comprising: a housing; an AC input disposed on the housing; a jump-starter battery (304, 308) enclosed within said housing and providing a first DC output; a high frequency charger enclosed within said housing for receiving AC current via the AC input and having an output for providing a second DC output from the AC current; and a pair of battery cables; the apparatus further comprises a function selector switch having a first input coupled to the first DC output of the jump-starter battery (304, 308), a second input coupled to the second DC output at the output of the high frequency charger, and an output coupled to the battery cables, characterized in that the function selector switch being operative to selectively couple one of the first and second inputs to the output of the function selector switch for either jump-starting a vehicle with the first DC output from the jump-starter battery (304, 308) through the pair of battery cables or charging the battery of the vehicle with the second DC output present at the output of the high frequency charger through the pair of battery cables. a housing; an AC input disposed on the housing; a jump-starter battery (304, 308) enclosed within said housing and providing a first DC output; a high frequency charger enclosed within said housing for receiving AC current via the AC input and having an output for providing a second DC output from the AC current; and a pair of battery cables; the apparatus further comprises a function selector switch having a first input coupled to the first DC output of the jump-starter battery (304, 308), a second input coupled to the second DC output at the output of the high frequency charger, and an output coupled to the battery cables, characterized in that the function selector switch being operative to selectively couple one of the first and second inputs to the output of the function selector switch for either jump-starting a vehicle with the first DC output from the jump-starter battery (304, 308) through the pair of battery cables or charging the battery of the vehicle with the second DC output present at the output of the high frequency charger through the pair of battery cables.
A driving force control method for a hybrid vehicle equipped with an internal combustion engine, a driving force transmission mechanism for transmitting driving force of the internal combustion engine to drive wheels, and an electric motor coupled to the internal combustion engine and capable of outputting driving force to the driving force transmission mechanism, the driving force control method comprising the steps of identifying a speed reduction ratio in the driving force transmission mechanism; estimating an average torque output by the internal combustion engine; estimating a torque fluctuation component of the torque output by the internal combustion engine; setting a countertorque for suppressing the estimated torque fluctuation component; and controlling the electric motor to output the set countertorque, wherein the step of setting a countertorque includes a sub-step of, under a condition that the average torque output by the internal combustion engine and an engine speed of the internal combustion engine are constant, setting the countertorque such that, as the speed reduction ratio becomes smaller, an absolute value of the countertorque becomes larger, characterized in that the step of setting a countertorque includes a sub-step of, under a condition that the engine speed of the internal combustion engine is constant, when the average torque output by the internal combustion engine is in the range of greater than a given value that a driving force from the internal combustion engine balances to a traveling resistance of the vehicle, setting the countertorque such that, as the average torque output by the internal combustion engine becomes larger, the absolute value of the countertorque becomes smaller. identifying a speed reduction ratio in the driving force transmission mechanism; estimating an average torque output by the internal combustion engine; estimating a torque fluctuation component of the torque output by the internal combustion engine; setting a countertorque for suppressing the estimated torque fluctuation component; and controlling the electric motor to output the set countertorque, wherein the step of setting a countertorque includes a sub-step of, under a condition that the average torque output by the internal combustion engine and an engine speed of the internal combustion engine are constant, setting the countertorque such that, as the speed reduction ratio becomes smaller, an absolute value of the countertorque becomes larger, characterized in that the step of setting a countertorque includes a sub-step of, under a condition that the engine speed of the internal combustion engine is constant, when the average torque output by the internal combustion engine is in the range of greater than a given value that a driving force from the internal combustion engine balances to a traveling resistance of the vehicle, setting the countertorque such that, as the average torque output by the internal combustion engine becomes larger, the absolute value of the countertorque becomes smaller.
A method of displaying biometric information, comprising: obtaining a first image including at least a part of biometric information; applying an image effect to an image region corresponding to at least a part of the biometric information; and displaying the image region through a display connected to an electronic apparatus; wherein the applying of the image effect includes inserting a watermark including a reporting position information to at least a part of the first image; wherein the reporting position information indicates where a reporting message, for reporting that the biometric information is used, is transmitted; and the method further comprising attempting biometric information recognition by using the first image; detecting the watermark from the first image; and transmitting the reporting message to at least one external electronic device based on the reporting position information in the detected watermark. obtaining a first image including at least a part of biometric information; applying an image effect to an image region corresponding to at least a part of the biometric information; and displaying the image region through a display connected to an electronic apparatus; wherein the applying of the image effect includes inserting a watermark including a reporting position information to at least a part of the first image; wherein the reporting position information indicates where a reporting message, for reporting that the biometric information is used, is transmitted; and the method further comprising attempting biometric information recognition by using the first image; detecting the watermark from the first image; and transmitting the reporting message to at least one external electronic device based on the reporting position information in the detected watermark.
A fuel rail assembly for a fuel injection system for an internal combustion engine, the fuel rail assembly comprising a fuel rail comprising an elongate generally tubular body forming a fuel reservoir and having formed integrally therewith one or more fuel outlet ports, wherein each outlet port incorporates integrally therewith a fuel injector cup adapted to receive a fuel injector and comprises a fuel outlet passage providing a fluid communication from the fuel rail to the injector cup, wherein the fuel outlet passage has a non-uniform cross-section, characterized in that the fuel outlet passage comprises a plurality of channels along at least part of its length and in that the fuel outlet passage comprises at least one constricting section with a narrower cross-section, wherein the constricting section is arranged at a junction between the fuel rail and the outlet passage and/or at a junction between the outlet passage and the injector cup, wherein a plurality of outlet ports spaced along the fuel rail are provided, wherein two or more of the outlet ports comprise an outlet passage that differs in shape.
A cartridge, wherein wherein the cartridge comprises: - a housing with an interior volume, wherein the housing comprises a first guiding structure within the interior volume for guiding a second guiding structure of an inserter along an guiding path, wherein the housing and preferably the first guiding structure comprises a rigid element for engaging a stored energy component (806, 208) of an insertion mechanism of the inserter; and - a cradle for mounting a medical appliance, wherein the cradle comprises a subcutaneous element, wherein the cradle is within the interior volume, wherein the cradle further comprises an insertion needle, wherein the insertion needle is configured for being actuated to insert the subcutaneous element into the subject, wherein the cradle comprises an adhesive layer for attaching to an exterior surface of a subject, wherein the cradle comprises a backing material layer covering the adhesive layer to prevent the adhesive layer from sticking to the interior volume, wherein the housing has an opening, wherein a portion of the backing material is attached to the housing. - a housing with an interior volume, wherein the housing comprises a first guiding structure within the interior volume for guiding a second guiding structure of an inserter along an guiding path, wherein the housing and preferably the first guiding structure comprises a rigid element for engaging a stored energy component (806, 208) of an insertion mechanism of the inserter; and - a cradle for mounting a medical appliance, wherein the cradle comprises a subcutaneous element, wherein the cradle is within the interior volume, wherein the cradle further comprises an insertion needle, wherein the insertion needle is configured for being actuated to insert the subcutaneous element into the subject, wherein the cradle comprises an adhesive layer for attaching to an exterior surface of a subject, wherein the cradle comprises a backing material layer covering the adhesive layer to prevent the adhesive layer from sticking to the interior volume, wherein the housing has an opening, wherein a portion of the backing material is attached to the housing.
A foldable display device, comprising: a first section that includes a first display screen; a second section that includes a second display screen, wherein the first section and the second section are coupled along a longitudinal axis of rotation, the first section and the second section configured so that in a closed state the first display screen and the second display screen are in a face-to-face configuration; and a third section that includes a user interface surface on a reverse side of the first section, wherein the user interface surface is configured to allow interaction by a user to select content, during the closed state, to be shown on one or both of the first display screen or the second display screen during an open state of the foldable display device, wherein the foldable display device is further configured to prioritize the selected content from a plurality of contents to be displayed by activating applications associated with the selected content in response to the foldable display device transitioning from the closed state to the open state. a first section that includes a first display screen; a second section that includes a second display screen, wherein the first section and the second section are coupled along a longitudinal axis of rotation, the first section and the second section configured so that in a closed state the first display screen and the second display screen are in a face-to-face configuration; and a third section that includes a user interface surface on a reverse side of the first section, wherein the user interface surface is configured to allow interaction by a user to select content, during the closed state, to be shown on one or both of the first display screen or the second display screen during an open state of the foldable display device, wherein the foldable display device is further configured to prioritize the selected content from a plurality of contents to be displayed by activating applications associated with the selected content in response to the foldable display device transitioning from the closed state to the open state.
A method for detecting material loss in a tubular, comprising: identifying a radial cross-sectional area of the tubular as having a loss of material in a wall of the tubular; characterised by responsive to the identifying, determining an amount of voltage offset present in each of a plurality of measurement signals, wherein each of the measurement signals provides measurement information for an arc section of the wall of the tubular; for each of the measurement signals, producing a zero adjusted signal by adjusting the measurement signal to remove the amount of voltage offset over a length of the tubular for which the identifying recognizes the loss of material; producing an assessment of wall material loss for each arc section of the wall of the tubular based on the zero adjusted signals; and generating an image of the wall of the tubular showing the wall material loss for each arc section. identifying a radial cross-sectional area of the tubular as having a loss of material in a wall of the tubular; characterised by responsive to the identifying, determining an amount of voltage offset present in each of a plurality of measurement signals, wherein each of the measurement signals provides measurement information for an arc section of the wall of the tubular; for each of the measurement signals, producing a zero adjusted signal by adjusting the measurement signal to remove the amount of voltage offset over a length of the tubular for which the identifying recognizes the loss of material; producing an assessment of wall material loss for each arc section of the wall of the tubular based on the zero adjusted signals; and generating an image of the wall of the tubular showing the wall material loss for each arc section.
An electric oil pump, comprising: a pump housing having an inner pump cavity, wherein the inner pump cavity comprises a first cavity and a second cavity; a first rotor assembly disposed in the first cavity; a stator assembly and a second rotor assembly, which are disposed in the second cavity; an electric control board; a supporting member at least partially disposed between the stator assembly and the electric control board, wherein the supporting member comprises a main body portion, wherein the main body portion comprises a first surface and a second surface opposite to the first surface; and characterized by a connecting terminal passing through the first surface and the second surface of the main body portion, wherein the connecting terminal comprises a main portion, a first connecting portion, and a second connecting portion, wherein the main portion is disposed between the first connecting portion and the second connecting portion, and at least partially fitted tightly with the main body portion or at least partially fixed with the main body portion by injection molding; the first connecting portion is configured to at least partially protrude out from the main body portion, the second connecting portion is configured to at least partially protrude out from the main body portion, the first connecting portion is at least partially connected to the stator assembly, and the second connecting portion is at least partially connected to the electric control board. a pump housing having an inner pump cavity, wherein the inner pump cavity comprises a first cavity and a second cavity; a first rotor assembly disposed in the first cavity; a stator assembly and a second rotor assembly, which are disposed in the second cavity; an electric control board; a supporting member at least partially disposed between the stator assembly and the electric control board, wherein the supporting member comprises a main body portion, wherein the main body portion comprises a first surface and a second surface opposite to the first surface; and characterized by a connecting terminal passing through the first surface and the second surface of the main body portion, wherein the connecting terminal comprises a main portion, a first connecting portion, and a second connecting portion, wherein the main portion is disposed between the first connecting portion and the second connecting portion, and at least partially fitted tightly with the main body portion or at least partially fixed with the main body portion by injection molding; the first connecting portion is configured to at least partially protrude out from the main body portion, the second connecting portion is configured to at least partially protrude out from the main body portion, the first connecting portion is at least partially connected to the stator assembly, and the second connecting portion is at least partially connected to the electric control board.
An apparatus for manufacturing a laminate for a secondary battery comprising: an electrode roll of a long electrode web rolled into a roll shape; a separator roll of a long separator web rolled into a roll shape; a lamination mechanism for laminating the separator web fed out from the separator roll and the electrode web fed out from the electrode roll while causing the separator web to be bent or curled to form a protruding portion extending across an entire width of the separator web so that the protruding portion is disposed so as to oppose to the electrode web; and a cutting mechanism for cutting at least the electrode web portion in a laminated article of the separator web and the electrode web at a position where the protruding portion has been provided, wherein the lamination mechanism comprises a pressing device comprising a separator web side holding member and an electrode web side holding member for sandwiching the separator web and the electrode web to laminate the separator web and the electrode web, and the separator web side holding member comprises a recessed portion shaped so as to correspond to the protruding portion, and a suctioning portion for suctioning to hold the separator web into the recessed portion. an electrode roll of a long electrode web rolled into a roll shape; a separator roll of a long separator web rolled into a roll shape; a lamination mechanism for laminating the separator web fed out from the separator roll and the electrode web fed out from the electrode roll while causing the separator web to be bent or curled to form a protruding portion extending across an entire width of the separator web so that the protruding portion is disposed so as to oppose to the electrode web; and a cutting mechanism for cutting at least the electrode web portion in a laminated article of the separator web and the electrode web at a position where the protruding portion has been provided, wherein the lamination mechanism comprises a pressing device comprising a separator web side holding member and an electrode web side holding member for sandwiching the separator web and the electrode web to laminate the separator web and the electrode web, and the separator web side holding member comprises a recessed portion shaped so as to correspond to the protruding portion, and a suctioning portion for suctioning to hold the separator web into the recessed portion.