mhurhangee/ep-ind-claims huggingface dataset:
A processing system comprising: an article supplier (31, 131a, 131b, 132) which supplies an article; a first conveyor which conveys a packing case; a workbench which is provided between the downstream side of the first conveyor and the upstream side of a second conveyor, and places thereon the packing case, conveyed by the first conveyor; a robot (20, 20a) which takes out the article from the article supplier and subjects the packing case, placed on the workbench, to an operation using the article, by attaching a buffer material to the article and subjecting the packing case to an operation of packing the article according to a previously instructed operation movement, wherein the second conveyor is provided on the downstream side of the workbench and conveys the packing case which has been subjected to the operation by the robot. an article supplier (31, 131a, 131b, 132) which supplies an article; a first conveyor which conveys a packing case; a workbench which is provided between the downstream side of the first conveyor and the upstream side of a second conveyor, and places thereon the packing case, conveyed by the first conveyor; a robot (20, 20a) which takes out the article from the article supplier and subjects the packing case, placed on the workbench, to an operation using the article, by attaching a buffer material to the article and subjecting the packing case to an operation of packing the article according to a previously instructed operation movement, wherein the second conveyor is provided on the downstream side of the workbench and conveys the packing case which has been subjected to the operation by the robot.
An apparatus comprising: a hand-held syringe housing comprising a proximal end and a discharge end; a magnet retention ring comprising at least one magnet disposed on an outer surface of the syringe housing, proximate the proximal end; a plunger comprising a shaft, wherein the plunger is slidably received within and alongan axis of the handheld syringe housing between a first position and a second position; a plurality of Hall sensors disposed within the shaft; and wherein the at least one magnet of the magnet retention ring is configured to form a magnetic field through which the shaft passes during use, and wherein the plunger is configured to allow rotational movement about the axis, as the at least one of the plurality of Hall sensors, in use, passes through the magnetic field. a hand-held syringe housing comprising a proximal end and a discharge end; a magnet retention ring comprising at least one magnet disposed on an outer surface of the syringe housing, proximate the proximal end; a plunger comprising a shaft, wherein the plunger is slidably received within and alongan axis of the handheld syringe housing between a first position and a second position; a plurality of Hall sensors disposed within the shaft; and wherein the at least one magnet of the magnet retention ring is configured to form a magnetic field through which the shaft passes during use, and wherein the plunger is configured to allow rotational movement about the axis, as the at least one of the plurality of Hall sensors, in use, passes through the magnetic field.
A method of testing a liquid in a water-conducting domestic appliance, wherein a surface tension of a liquid is to be detected, comprising the steps of: - providing a flat and planar carrier, wherein: - said carrier having a flat and planar carrier surface (13, 113), - alternating hydrophobic regions (17, 117) and hydrophilic regions (18, 118) are provided on the carrier surface (13, 113), - applying the liquid to be tested to the carrier surface (13, 113), - thereafter subjecting the liquid on the carrier surface (13, 113) to a force such and adapted to at least partially remove the liquid from the carrier surface (13, 113), - the possibly remaining amount of liquid on the carrier surface (13, 113) is detected and used as a measure of the surface tension of the liquid under investigation, the surface tension of the liquid being greater the less liquid remains on the carrier surface (13, 113). - providing a flat and planar carrier, wherein: - said carrier having a flat and planar carrier surface (13, 113), - alternating hydrophobic regions (17, 117) and hydrophilic regions (18, 118) are provided on the carrier surface (13, 113), - said carrier having a flat and planar carrier surface (13, 113), - alternating hydrophobic regions (17, 117) and hydrophilic regions (18, 118) are provided on the carrier surface (13, 113), - applying the liquid to be tested to the carrier surface (13, 113), - thereafter subjecting the liquid on the carrier surface (13, 113) to a force such and adapted to at least partially remove the liquid from the carrier surface (13, 113), - the possibly remaining amount of liquid on the carrier surface (13, 113) is detected and used as a measure of the surface tension of the liquid under investigation, the surface tension of the liquid being greater the less liquid remains on the carrier surface (13, 113).
A capacitor comprising at least one pair of conductive films and a dielectric layer provided between the pair of conductive films, wherein the dielectric layer contains an organic compound and a metal compound, and wherein at least one of the pair of conductive films contains a metal and an organic compound.
A liquid crystal display apparatus comprising first and second transparent substrates (5a, 5b) which are opposed to each other through a predetermined gap; a liquid crystal layer which is placed between opposed surfaces of said first and second transparent substrates (5a, 5b); first strip-like transparent electrodes which are formed in a stripe-like pattern on the surface of said first transparent substrate that is opposed to said second transparent substrate; a stripe-like black mask the stripes of which extend in a direction perpendicular to said first strip-like transparent electrodes and which is formed directly on the surface of said second transparent substrate that is opposed to said first transparent substrate; a transparent resin film which is a transparent resin covering film formed over the stripe-like black mask and said second transparent substrate, said resin film having recessed portions in a film surface that is opposed to said first strip-like transparent electrodes, the recessed portions corresponding in position to gaps of said black mask wherein the recessed portions have, in a cross-sectional view, an inverted trapezoidal shape such that the longer base side of the inverted trapezoid faces the first strip-like transparent electrodes; and second strip-like transparent electrodes which are formed in said recessed portions of said resin film, and which have, in a cross-sectional view, an inverted trapezoidal shape such that the longer base side of the inverted trapezoid faces the first strip-like transparent electrodes.
A back-illuminated energy ray detecting element for obtaining an image, comprising: a semiconductor substrate having a first principal surface as an energy ray incident surface and a second principal surface opposite to the first principal surface, and in which a charge generating region configured to generate an electric charge according to incidence of an energy ray is provided in the second principal surface side, the semiconductor substrate having a thick frame section disposed around a thin section, wherein the thin section is formed by thinning a region opposite to the charge generating region of the semiconductor substrate from the first principle surface; and a protective film provided directly on the second principal surface to cover at least the charge generating region, and including silicon nitride or silicon nitride oxide, wherein pixels are two dimensionally arranged in the charge generating region in the thin section of the semiconductor substrate and the image is obtained according to electric charges in the two dimensionally arranged pixels of the charge generation region, and the protective film has a stress alleviating section configured to alleviate stress generated in the protective film, wherein the stress alleviating section is a bottomed or bottomless recess recessed in a thickness direction of the protective film disposed in a region opposite to the charge generating region. a semiconductor substrate having a first principal surface as an energy ray incident surface and a second principal surface opposite to the first principal surface, and in which a charge generating region configured to generate an electric charge according to incidence of an energy ray is provided in the second principal surface side, the semiconductor substrate having a thick frame section disposed around a thin section, wherein the thin section is formed by thinning a region opposite to the charge generating region of the semiconductor substrate from the first principle surface; and a protective film provided directly on the second principal surface to cover at least the charge generating region, and including silicon nitride or silicon nitride oxide, wherein pixels are two dimensionally arranged in the charge generating region in the thin section of the semiconductor substrate and the image is obtained according to electric charges in the two dimensionally arranged pixels of the charge generation region, and the protective film has a stress alleviating section configured to alleviate stress generated in the protective film, wherein the stress alleviating section is a bottomed or bottomless recess recessed in a thickness direction of the protective film disposed in a region opposite to the charge generating region.
An electrical connecting element for contacting a conductive structure arranged on a flat carrier by a thermally bonding connecting material, wherein devices for fixating an advantageously flexible conductor are arranged on a side of the electrical connecting element oriented away from the conductive structure, wherein the connecting element is configured as a soldering base which has a simple circular shape or a lateral multiple circular ring shape, characterized in that the soldering base is made from plural circular rings or circular ring segments that engage one another.
A controller (108, 408,1108) for a switch mode regulator with discontinuous conduction mode, DCM, correction, the controller comprising: a correction network (110, 410, 901, 1110, 1210, 1310, 2105) configured to detect a low load condition indicative of regulation error during DCM and configured to assert an adjust value indicative of said low load condition, wherein said correction network comprises a plurality of comparators, each comparing a regulation sense signal with a corresponding one of a plurality of different threshold values and providing a corresponding plurality of trigger signals, and wherein said correction network is configured to assert said adjust value to one of a plurality of different levels based on a number of said plurality of provided trigger signals; and a modulator (205, 1400, 1500, 1600, 1700, 1800) configured to generate a pulse control signal, and to receive said adjust value and to adjust operation of the controller accordingly by reducing a pulse width of said pulse control signal based on said adjust value to improve regulation during DCM. a correction network (110, 410, 901, 1110, 1210, 1310, 2105) configured to detect a low load condition indicative of regulation error during DCM and configured to assert an adjust value indicative of said low load condition, wherein said correction network comprises a plurality of comparators, each comparing a regulation sense signal with a corresponding one of a plurality of different threshold values and providing a corresponding plurality of trigger signals, and wherein said correction network is configured to assert said adjust value to one of a plurality of different levels based on a number of said plurality of provided trigger signals; and a modulator (205, 1400, 1500, 1600, 1700, 1800) configured to generate a pulse control signal, and to receive said adjust value and to adjust operation of the controller accordingly by reducing a pulse width of said pulse control signal based on said adjust value to improve regulation during DCM.
An automatic fluid injection device comprising: a body that is fastened to a support for coming into contact with an injection zone, said body containing one or more fluid reservoirs each containing an injection piston, a needle assembly including an injection needle for penetrating into the injection zone, and an injection mechanism (7, 8, 9, 10, 11), said needle assembly including an injection needle for penetrating into the injection zone and an insertion actuator made of a shape memory alloy, the device being characterized in that said injection mechanism comprises: a retraction ring, a needle support, an insertion ring, a retraction spring, an actuator ring, and an insertion spring, the insertion spring and the retraction spring being retained, at rest, in their compressed state by respective locking means, activation of the actuator by heating in order to reach about 50% of the available contraction causing the actuator ring to move relative to the insertion ring to which one end of the actuator is fastened, this movement causing the needle support to be released, thereby enabling the insertion spring to extend, which causes the needle support and the injection needle to penetrate into the injection zone, and activation of the actuator by heating in order to reach 100% of the available contraction causing the actuator ring to move relative to the retraction ring, this movement causing the insertion ring and the assembly formed of the needle support and of the injection needle to be released, such that the retraction spring retracts the injection needle out from the injection zone.
A method of operating an internal combustion piston engine whereby, while the engine is running, the following steps are executed: - Opening an intake valve for introducing intake air into a cylinder of the engine via an intake duct, - Closing the intake valve during an intake stroke before bottom dead center of a piston in the cylinder, - Compressing the intake air in the cylinder, - Feeding fuel into the cylinder of the engine and combusting the fuel in the cylinder generating exhaust gas, - Opening an exhaust valve of the cylinder after combusting the fuel for guiding the exhaust gas from the cylinder into an exhaust duct, - Guiding a portion of the exhaust gas back from the exhaust duct into the cylinder via the exhaust valve during the intake stroke before the bottom dead center thus resulting in an internal exhaust gas recirculation, and - Controlling the emissions in the exhaust gas by a selective catalytic reduction stage arranged in the exhaust gas duct downstream of the engine, characterized in that the method comprises the further step of - Introducing a water based solution containing reductant to the cylinder in the internal exhaust gas recirculation stage. - Opening an intake valve for introducing intake air into a cylinder of the engine via an intake duct, - Closing the intake valve during an intake stroke before bottom dead center of a piston in the cylinder, - Compressing the intake air in the cylinder, - Feeding fuel into the cylinder of the engine and combusting the fuel in the cylinder generating exhaust gas, - Opening an exhaust valve of the cylinder after combusting the fuel for guiding the exhaust gas from the cylinder into an exhaust duct, - Guiding a portion of the exhaust gas back from the exhaust duct into the cylinder via the exhaust valve during the intake stroke before the bottom dead center thus resulting in an internal exhaust gas recirculation, and - Controlling the emissions in the exhaust gas by a selective catalytic reduction stage arranged in the exhaust gas duct downstream of the engine, - Introducing a water based solution containing reductant to the cylinder in the internal exhaust gas recirculation stage.
A waste crane operating device comprising: a crane that throws waste in a pit into a waste incinerator; a storage that stores data on a composition percentage of waste types that constitute a block of the waste, for each block at a plurality of positions in the pit; and a controller that calculates a variation index value as an index of a variation amount of the composition percentage of the waste types with respect to the composition percentage of the waste types of waste previously thrown into the waste incinerator, for each of a plurality of waste parts (W1-W5) each including one or more of the blocks, based on the data on the composition percentage of the waste types stored in the storage, and controls the crane to selectively grasp a first waste part in which the calculated variation index value is equal to or less than an index threshold from the plurality of waste parts in the pit, and to throw, into the waste incinerator, the first waste part as thrown-in waste to be thrown next into the waste incinerator. a crane that throws waste in a pit into a waste incinerator; a storage that stores data on a composition percentage of waste types that constitute a block of the waste, for each block at a plurality of positions in the pit; and a controller that calculates a variation index value as an index of a variation amount of the composition percentage of the waste types with respect to the composition percentage of the waste types of waste previously thrown into the waste incinerator, for each of a plurality of waste parts (W1-W5) each including one or more of the blocks, based on the data on the composition percentage of the waste types stored in the storage, and controls the crane to selectively grasp a first waste part in which the calculated variation index value is equal to or less than an index threshold from the plurality of waste parts in the pit, and to throw, into the waste incinerator, the first waste part as thrown-in waste to be thrown next into the waste incinerator.
Driver circuit of light sources, comprising an electronic control unit comprising a reference circuit, suitable for providing a reference electric quantity (V REF), and a regulation circuit of the driver current, suitable for determining a driver current of the light sources on the basis of said reference electric quantity, where said reference circuit comprises: - a levels acquisition circuit, suitable for acquiring at least one electric selection signal and for providing selection information relative to said level of electric quantity; and - a levels definition circuit, suitable for receiving said selection information and for providing, in response to said selection information, a reference electric quantity from a plurality of predefined levels of electric reference quantity, characterised in that said levels acquisition circuit comprises two level acquisition transistors (Q10, Q11), the on or off state of which depends on the level of said electric selection signal, and two, current controlled, output switches (Q8, Q9), each controlled by a respective level acquisition transistor (Q10, Q11) and having an output terminal (Ctr11, Ctr12) connected to the levels definition circuit. - a levels acquisition circuit, suitable for acquiring at least one electric selection signal and for providing selection information relative to said level of electric quantity; and - a levels definition circuit, suitable for receiving said selection information and for providing, in response to said selection information, a reference electric quantity from a plurality of predefined levels of electric reference quantity,
Double-transport-belt conveyor that can be incorporated in a folding package turnover module, comprising first and second single-transport-belt conveyor subassemblies (42AL, 42AH) arranged facing each other symmetrically relative to a pinching plane of the conveyor, first and second sets of rollers (423L, 423H) incorporated respectively in the first and second conveyor subassemblies (42AL, 42AH) and distributed on either side of the pinching plane over a length of transport of the conveyor, the first set of rollers guiding a first belt of the first conveyor subassembly and the second set of rollers guiding a second belt of the second conveyor subassembly, characterized in that the first and second conveyor subassemblies (42AL, 42AH) respectively comprise first and second sets of vertically arranged jacks (424L, 424H) which are associated respectively with the first and second sets of rollers (423L, 423H), each of the rollers (423L, 423H) being mounted on a dedicated respective jack (424L, 424H).
An adjustable frame assembly for a plurality of filter modules, the adjustable frame assembly comprising: a lower base arrangement and an upper base arrangement, each of the base arrangements (11, 12) including a plurality of mounts arranged to receive one end of a plurality of filter modules and at least one of the base arrangements (11, 12) including a piping system (23; 24) arranged to channel fluid to or from an end of the plurality of filter modules, and an adjustable frame structure connected between the lower base arrangement and the upper base arrangement, the adjustable frame structure being moveable between a first position, wherein the lower and upper base arrangements (11, 12) are spaced a first distance apart, and a second position, wherein the lower and upper base arrangements (11, 12) are spaced a second distance greater than first distance apart, the second distance corresponding to a height of the plurality of filter modules and allowing the plurality of filter modules to be positioned on the mounts of the lower and upper base arrangements (11, 12) and coupled to the piping system (23; 24); characterized in that the adjustable frame structure includes a first frame assemblage connected to the lower base arrangement and a second frame assemblage connected to the upper base arrangement, the second frame assemblage being connected to the first frame assemblage, the second frame assemblage being moveable along the first frame assemblage between the first and second positions of the adjustable frame structure. a lower base arrangement and an upper base arrangement, each of the base arrangements (11, 12) including a plurality of mounts arranged to receive one end of a plurality of filter modules and at least one of the base arrangements (11, 12) including a piping system (23; 24) arranged to channel fluid to or from an end of the plurality of filter modules, and an adjustable frame structure connected between the lower base arrangement and the upper base arrangement, the adjustable frame structure being moveable between a first position, wherein the lower and upper base arrangements (11, 12) are spaced a first distance apart, and a second position, wherein the lower and upper base arrangements (11, 12) are spaced a second distance greater than first distance apart, the second distance corresponding to a height of the plurality of filter modules and allowing the plurality of filter modules to be positioned on the mounts of the lower and upper base arrangements (11, 12) and coupled to the piping system (23; 24); characterized in that the adjustable frame structure includes a first frame assemblage connected to the lower base arrangement and a second frame assemblage connected to the upper base arrangement, the second frame assemblage being connected to the first frame assemblage, the second frame assemblage being moveable along the first frame assemblage between the first and second positions of the adjustable frame structure.