mhurhangee/ep-ind-claims huggingface dataset:
A terminal block for connecting one or more conductive members extending from a device and one or more respective mating conductive members, comprising: at least one fastening seat and configured to fasten the conductive member(s) and the mating conductive member(s) together with at least one bolt; at least one guiding portion provided adjacent to the fastening seat and configured to guide the conductive member to the fastening seat by coming into contact with a lateral edge part of the conductive member; one or more posture correcting portions provided at one or more positions where the conductive member(s) is/are pulled out to outside from the fastening seat(s) and configured to correct posture(s) of the conductive member(s) in a width direction by coming into contact with the conductive member(s) pulled out to the outside from the fastening seat(s) in the width direction; a bracket to be fixed to a case of the device, wherein the bracket includes a mounting portion; and an insulating plate being arranged to be sandwiched by the nut and the bracket, charaterized by a resin portion which integrally fixes the one or more nuts, the insulating plate and the bracket while holding them one over another in close contact by at least partly covering parts of these wherein the insulating plate is made of a highly heat conductive synthetic resin containing glass or talc, wherein the resin portion includes a main body portion, a partition wall is formed on the main body portion, the posture correcting portion is provided on the partition wall, and a locking portion to be engaged with a screw hole provided on the mounting portion is provided on the posture correcting portion. at least one fastening seat and configured to fasten the conductive member(s) and the mating conductive member(s) together with at least one bolt; at least one guiding portion provided adjacent to the fastening seat and configured to guide the conductive member to the fastening seat by coming into contact with a lateral edge part of the conductive member; one or more posture correcting portions provided at one or more positions where the conductive member(s) is/are pulled out to outside from the fastening seat(s) and configured to correct posture(s) of the conductive member(s) in a width direction by coming into contact with the conductive member(s) pulled out to the outside from the fastening seat(s) in the width direction; a bracket to be fixed to a case of the device, wherein the bracket includes a mounting portion; and an insulating plate being arranged to be sandwiched by the nut and the bracket,
A hybrid tubular member for an intravascular device delivery system, the hybrid tubular member comprising: a hypotube comprising a proximal end and a distal end; and a delivery sheath (212, 312, 412) connected to the distal end of the hypotube, the delivery sheath (212, 312, 412) comprising: an inner layer (222, 322, 422) having a proximal end, a distal end, and a longitudinal axis extending therebetween, the inner layer (222, 322, 422) including one or more constituent elements angularly disposed relative to the longitudinal axis at an inner layer angle, and the proximal end of the inner layer (222, 322, 422) having a closed configuration and being connected to the distal end of the hypotube; and an outer layer (224, 324, 424) longitudinally overlapping the inner layer (222, 322, 422) and positioned circumferentially outside and around the inner layer (222, 322, 422), the outer layer (224, 324, 424) including one or more constituent elements angularly disposed relative to the longitudinal axis at an outer layer angle that is less than the inner layer angle. a hypotube comprising a proximal end and a distal end; and a delivery sheath (212, 312, 412) connected to the distal end of the hypotube, the delivery sheath (212, 312, 412) comprising: an inner layer (222, 322, 422) having a proximal end, a distal end, and a longitudinal axis extending therebetween, the inner layer (222, 322, 422) including one or more constituent elements angularly disposed relative to the longitudinal axis at an inner layer angle, and the proximal end of the inner layer (222, 322, 422) having a closed configuration and being connected to the distal end of the hypotube; and an outer layer (224, 324, 424) longitudinally overlapping the inner layer (222, 322, 422) and positioned circumferentially outside and around the inner layer (222, 322, 422), the outer layer (224, 324, 424) including one or more constituent elements angularly disposed relative to the longitudinal axis at an outer layer angle that is less than the inner layer angle. an inner layer (222, 322, 422) having a proximal end, a distal end, and a longitudinal axis extending therebetween, the inner layer (222, 322, 422) including one or more constituent elements angularly disposed relative to the longitudinal axis at an inner layer angle, and the proximal end of the inner layer (222, 322, 422) having a closed configuration and being connected to the distal end of the hypotube; and an outer layer (224, 324, 424) longitudinally overlapping the inner layer (222, 322, 422) and positioned circumferentially outside and around the inner layer (222, 322, 422), the outer layer (224, 324, 424) including one or more constituent elements angularly disposed relative to the longitudinal axis at an outer layer angle that is less than the inner layer angle.
A backsheet for a photovoltaic module comprising: - a support, - an adhesive layer provided on one side of the support, and - an outer layer provided on the other side of the support, characterized in that at least one of the adhesive layer and the outer layer is coated from an aqueous composition, the aqueous composition comprising a water soluble or dispersible binder and a water dispersible core/shell polyisocyanate, wherein the shell of the polyisocyanate includes a polymer comprising a hydrophilic dispersing group and a hydrophobic isocyanate-shielding group. - a support, - an adhesive layer provided on one side of the support, and - an outer layer provided on the other side of the support,
Evacuation system for persons provided to be mounted at a free end of a telescopic rescue ladder set of a rescue vehicle, wherein said system comprises a support bracket, a stretcher supported by the support bracket and a bracket suspension for pivotally mounting the support bracket at the free end of the rescue ladder set, said bracket suspension comprising pivoting means for pivoting the support bracket with respect to the rescue ladder set and for positioning the support bracket horizontally in an erected working position of the rescue ladder set characterized in that it comprises a stretcher support for suspending the stretcher below the support bracket in a torque proof manner.
A process for determining the properties of a piece of timber wherein the piece of timber is a part sawn from a log, or a wood product formed by sawing, or a further treated wood product, wherein a wood sample is selected from the piece of timber, the wood sample is illuminated by a light source, resulting signals are observed and analyzed from the wood sample illuminated by the light source, and a property of the wood sample is determined by the signals, wherein the wood sample is a cross-sectional surface of one end of the piece of timber; the wood sample is illuminated by a UV light source and visible light source; the light is focused on the cross-sectional surface of the piece of timber; the resulting signals are observed and analyzed from the wood sample illuminated by the UV light based on fluorescence differences and from the wood sample illuminated by the visible light based on color differences; and the properties selected from the group of decay, rot fungus, blueness, site of heartwood, amount of heartwood, location of pith, amount of sapwood, location of the piece of timber on a log and their combinations are determined from the wood sample by the signals such that the decay, rot fungus and blueness are determined by means of signals based on the fluorescence differences and the color differences, and the site of heartwood, amount of heartwood, location of pith, amount of sapwood and location of the piece of timber on a log are determined by means of signals based on the fluorescence differences.
Device for inductive transfer of electrical energy from a stationary unit with a power supply arrangement and a primary induction coil connected with the latter to a vehicle standing adjacent to the stationary unit with a secondary induction coil, wherein the vehicle has a secondary controller for adjusting the secondary power extracted from the secondary induction coil and which contains a switching device (6; 7; 8; 9) by means of which the secondary power extracted can be altered in stages, wherein the stationary unit has a primary controller for adjusting the primary power that can be fed into the primary induction coil and which contains a first measuring device by means of which an electrical operating parameter of the power supply arrangement influenced by the secondary power can be measured, and wherein the primary controller adjusts the primary power that can be fed in dependence on changes in the operating parameter measured by the first measuring device, characterised in that arranged in the vehicle there is a battery which when the device is operating is charged with a charging current (I B) produced from the current (I S) of the secondary induction coil, in that the secondary controller contains a second measuring device by means of which the charging current (I B) can be measured, in that the secondary power can be switched between two stages by the switching device (6; 7; 8; 9), and in that if the measured value exceeds the set value for the charging current (I B) periodic switching takes place between the stages at a predetermined rate over time, the duty cycle or ratio of the switching between the stages corresponding to the ratio between the set value and the measured value of the charging current (I B), and in that if irregular or sudden changes occur in the operating parameter measured by the first measuring device the primary controller changes the value of the primary power that can be fed in dependence on the duty cycle or ratio of the changes in the operating parameter.
An image display apparatus comprising: a detection unit that detects a specified position touched on a display screen on which an image is displayed; and a controller that, when the specified position on the display screen is moved and when an end portion of the image being displayed on the display screen is in contact with an end portion of a display area of the display screen, performs either a page switching operation or a scroll operation in accordance with an angle of a movement direction in which the specified position is moved, wherein the controller performs the page switching operation if a condition is satisfied, and the controller performs the scroll operation if the condition is not satisfied, the condition being that the angle of the movement direction with respect to a direction orthogonal to the end portion of the display area which is in contact with the end portion of the image is equal to or less than a predetermined threshold angle (θt) and that the movement direction goes away from the end portion of the display area which is in contact with the end portion of the image, the page switching operation being an operation of switching an image being displayed on the display screen to another image, and the scroll operation being an operation of moving a display position of the image being displayed on the display screen. a detection unit that detects a specified position touched on a display screen on which an image is displayed; and a controller that, when the specified position on the display screen is moved and when an end portion of the image being displayed on the display screen is in contact with an end portion of a display area of the display screen, performs either a page switching operation or a scroll operation in accordance with an angle of a movement direction in which the specified position is moved, wherein the controller performs the page switching operation if a condition is satisfied, and the controller performs the scroll operation if the condition is not satisfied, the condition being that the angle of the movement direction with respect to a direction orthogonal to the end portion of the display area which is in contact with the end portion of the image is equal to or less than a predetermined threshold angle (θt) and that the movement direction goes away from the end portion of the display area which is in contact with the end portion of the image, the page switching operation being an operation of switching an image being displayed on the display screen to another image, and the scroll operation being an operation of moving a display position of the image being displayed on the display screen.
A membrane electrode assembly with frame, comprising: a membrane electrode assembly in which an electrolyte membrane is held between a pair of electrode layers (12, 13); and a resin frame disposed around the membrane electrode assembly, wherein the frame comprises an opening in which the membrane electrode assembly is disposed, a step (1 B) that is formed along an edge of the opening and has a height corresponding to a thickness of the frame, and an inner peripheral portion that is deviated to one side of the frame due to the step (1 B) and extends into the opening, an outer peripheral portion of the membrane electrode assembly is joined to the inner peripheral portion (1 C) on a side opposite a deviated side, characterized in that the frame has a thickness that is greater at the step or includes a reinforcing portion (1 E, 1 F, 1 G) provided on at least one side of the step (1 B). a membrane electrode assembly in which an electrolyte membrane is held between a pair of electrode layers (12, 13); and a resin frame disposed around the membrane electrode assembly, wherein the frame comprises an opening in which the membrane electrode assembly is disposed, a step (1 B) that is formed along an edge of the opening and has a height corresponding to a thickness of the frame, and an inner peripheral portion that is deviated to one side of the frame due to the step (1 B) and extends into the opening, wherein the frame comprises an opening in which the membrane electrode assembly is disposed, a step (1 B) that is formed along an edge of the opening and has a height corresponding to a thickness of the frame, and an inner peripheral portion that is deviated to one side of the frame due to the step (1 B) and extends into the opening, an outer peripheral portion of the membrane electrode assembly is joined to the inner peripheral portion (1 C) on a side opposite a deviated side, characterized in that the frame has a thickness that is greater at the step or includes a reinforcing portion (1 E, 1 F, 1 G) provided on at least one side of the step (1 B).
An electronic assembly comprising: a printed wiring board, PWB; a stiffener secured to the PWB, wherein the stiffener includes one or more tray sections formed as integral parts of the stiffener and with gaps on two sides of each of the one or more tray sections; and one or more electronic modules secured respectively onto the one or more tray sections of the stiffener. a printed wiring board, PWB; a stiffener secured to the PWB, wherein the stiffener includes one or more tray sections formed as integral parts of the stiffener and with gaps on two sides of each of the one or more tray sections; and one or more electronic modules secured respectively onto the one or more tray sections of the stiffener.
Protein preparation, which is a rape protein flour produced from rape seeds, wherein the protein preparation has a protein content, which is at least 40 % and at most 70 % based on the dry mass, wherein the protein preparation has a brightness L*, determined according to CIE-L*a*b* color scale, of at least 80 as well as at least water-binding, oil-binding and emulsifying functionality, wherein the emulsifying capacity, determined according to the EK determination method defined in the description, is at least 600 ml/g and wherein the protein preparation has a fat content which, based on the dry mass and determined according to Caviezel, is less than 6 %, and a protein solubility which, determined according to the PN determination method defined in the description, is greater than 60 %.
A device for delivery of one or more biodegradable micro-needles across a biological barrier; the device comprising one or more biodegradable micro-needles, a housing, and a cutter; wherein the device comprises a microneedle strip comprising biodegradable micro-needles which is wound around a roll, a mechanism to select the number of biodegradable micro-needles corresponding to set the dosage of biodegradable micro-needles which may be cut once the dose is set, the mechanism further comprising a main piston and an auxiliary piston and wherein a suitable force may be applied to the main piston, either manually or by other mechanical or electrical means or a combination of both to make ready the position of one or more biodegradable micro-needles for discharge and wherein further application of force discharges one or more biodegradable micro-needles and wherein the housing comprises a flexible wall comprising an opening for discharge of one or more biodegradable micro-needles and housing all the components of the device and wherein the cutter and the auxiliary piston are integrally circumferentially attached to the main piston, the auxiliary piston being located at an angle to the longitudinal direction of the main piston at its distal end.
Method for electrochemically reducing carbon dioxide, comprising: a) contacting a carbon dioxide-containing gas stream with a capture solvent, thereby absorbing carbon dioxide from the carbon dioxide-containing gas stream to form a carbon dioxide-rich capture solvent; b) introducing at least part of the carbon dioxide-rich capture solvent into a cathode compartment of an electrochemical cell; c) applying an electrical potential between an anode and a cathode in the electrochemical cell sufficient for the cathode to reduce carbon dioxide into a reduced carbon dioxide product or product mixture in the carbon dioxide-rich capture solvent, thereby providing a carbon dioxide-poor capture solvent; d) collecting the reduced carbon dioxide product or product mixture and; e) optionally, recirculating at least part of the carbon dioxide-poor capture solvent to an absorber unit, wherein the anode is separated from the cathode by a semi-permeable separator, thereby forming a cathodic compartment and an anodic compartment, and wherein the absolute pressure of the carbon dioxide-containing gas stream is 20-200 bar, and wherein the absolute pressure in the electrochemical cell is 20 bar or more and 138 bar or less. a) contacting a carbon dioxide-containing gas stream with a capture solvent, thereby absorbing carbon dioxide from the carbon dioxide-containing gas stream to form a carbon dioxide-rich capture solvent; b) introducing at least part of the carbon dioxide-rich capture solvent into a cathode compartment of an electrochemical cell; c) applying an electrical potential between an anode and a cathode in the electrochemical cell sufficient for the cathode to reduce carbon dioxide into a reduced carbon dioxide product or product mixture in the carbon dioxide-rich capture solvent, thereby providing a carbon dioxide-poor capture solvent; d) collecting the reduced carbon dioxide product or product mixture and; e) optionally, recirculating at least part of the carbon dioxide-poor capture solvent to an absorber unit,
A corn header for a combine harvester comprising: a frame for mounting to a forward end of the combine harvester, a plurality of row units extending forward from the frame, and a plurality of row dividers for guiding crop plants toward the row units, each row divider connected to and extending forward of at least one row unit and each row divider includes a conveyor, characterized in that: the conveyor is connected to a lateral side of the row divider.
An anode gas non-recirculation type fuel cell system, comprising: a fuel cell stack constituted by stacking a plurality of fuel cells; a buffer tank for discharging, to an outside, impurity gas included in anode off-gas exhausted from the fuel cell stack; an impurity gas concentration detector (50, 52) for detecting concentration of impurity gas in the buffer tank; and an anode gas supply unit (39, 33, 40, 41) for supplying anode gas to the fuel cell stack, wherein the anode gas supply unit is configured so that, when pressure-supplying impurity gas in the fuel cell stack to the buffer tank while pulsating a supply pressure by the anode gas supply unit (39, 33, 40, 41), an activation control is executed by changing, by the anode gas supply unit (39, 33, 40, 41), at least one of a pulsative pressure and a pulsative cycle of anode gas supply according to concentration of impurity gas in the buffer tank detected by the impurity gas concentration detector (50, 52), and the anode gas supply unit (39, 33, 40, 41) sets the pulsative pressure smaller or sets the pulsative cycle longer, during the activation control, when the concentration of impurity gas is high than when the concentration of impurity gas is low. a fuel cell stack constituted by stacking a plurality of fuel cells; a buffer tank for discharging, to an outside, impurity gas included in anode off-gas exhausted from the fuel cell stack; an impurity gas concentration detector (50, 52) for detecting concentration of impurity gas in the buffer tank; and an anode gas supply unit (39, 33, 40, 41) for supplying anode gas to the fuel cell stack, wherein the anode gas supply unit is configured so that, when pressure-supplying impurity gas in the fuel cell stack to the buffer tank while pulsating a supply pressure by the anode gas supply unit (39, 33, 40, 41), an activation control is executed by changing, by the anode gas supply unit (39, 33, 40, 41), at least one of a pulsative pressure and a pulsative cycle of anode gas supply according to concentration of impurity gas in the buffer tank detected by the impurity gas concentration detector (50, 52), and the anode gas supply unit (39, 33, 40, 41) sets the pulsative pressure smaller or sets the pulsative cycle longer, during the activation control, when the concentration of impurity gas is high than when the concentration of impurity gas is low.
Oil return valve for a crankcase ventilation system of an internal combustion engine, which is arranged substantially in the crankcase, comprising a first bore in the crankcase, which, together with a second bore in the crankcase, forms a stepped bore, a third bore in the crankcase, which ends in the second bore, wherein a longitudinal axis of the first bore and a longitudinal axis of the third bore are arranged at a distance from each other, a valve cylinder, which is inserted into the second bore and seals off the oil return valve, and at least one valve tube, which is arranged in the first bore such that an annular chamber is formed between the valve tube and a bore wall of the first bore. a third bore in the crankcase, which ends in the second bore, wherein a longitudinal axis of the first bore and a longitudinal axis of the third bore are arranged at a distance from each other, a valve cylinder, which is inserted into the second bore and seals off the oil return valve, and at least one valve tube, which is arranged in the first bore such that an annular chamber is formed between the valve tube and a bore wall of the first bore.