mhurhangee/ep-ind-claims huggingface dataset:
An exhaust gas processing system for an engine in which a filter removing particulate in exhaust gas is provided in an exhaust passage, an exhaust gas temperature sensor detecting exhaust gas temperature is provided upstream the filter, a manual regeneration means commanding regeneration of the filter, and in a first step a target engine speed Nem is set to a first set value Ne1 when a regeneration command signal from the manual regeneration means is received, wherein when the exhaust gas temperature The does not reach the regeneration temperature Th1 of the filter until a predetermined time t2 passes after the engine speed converges to the target engine speed Nem which is the target engine speed for a predetermined time, in a second step the target engine speed Nem is set to a value increased by a predetermined engine speed ΔNe from the first set value Ne1, and after this, a) when the exhaust gas temperature The does not reach the regeneration temperature Th1 of the filter until the predetermined time t2 passes after the engine speed converges to the target engine speed Nem, b) the target engine speed Nem is set to a value increased by the predetermined engine speed ΔNe from the actual target engine speed Nem, and c) steps a) and b) are repeated, until the exhaust gas temperature The reaches the regeneration temperature Th1, d) actual target engine speed Nem is maintained when the exhaust gas temperature The reaches the regeneration temperature Th1. a) when the exhaust gas temperature The does not reach the regeneration temperature Th1 of the filter until the predetermined time t2 passes after the engine speed converges to the target engine speed Nem, b) the target engine speed Nem is set to a value increased by the predetermined engine speed ΔNe from the actual target engine speed Nem, and c) steps a) and b) are repeated, until the exhaust gas temperature The reaches the regeneration temperature Th1, d) actual target engine speed Nem is maintained when the exhaust gas temperature The reaches the regeneration temperature Th1.
Magnetically activated mechanical doorstop comprising: - at least one pin installed in a hollow element, said hollow element being operatively connected to a door; - at least one magnetic element operatively connected to a jamb; said magnetic element being designed to attract and lock said pin by magnetic force when said door is in its closed operating position; said magnetic element being furthermore designed to bring said door to its open operative position when the magnetic attraction between said pin and said magnetic element ceases and said pin falls back by force of gravity in said hollow element, characterized in that said pin is free to move horizontally and vertically in said hollow element, and in that said magnetic element installed in the jamb has a horizontally elongated recess suitable for doors with push and pull opening in both directions, said recess being able to house said pin during the closing phase of said door. - at least one pin installed in a hollow element, said hollow element being operatively connected to a door; - at least one magnetic element operatively connected to a jamb; said magnetic element being designed to attract and lock said pin by magnetic force when said door is in its closed operating position; said magnetic element being furthermore designed to bring said door to its open operative position when the magnetic attraction between said pin and said magnetic element ceases and said pin falls back by force of gravity in said hollow element, characterized in that said pin is free to move horizontally and vertically in said hollow element, and in that said magnetic element installed in the jamb has a horizontally elongated recess suitable for doors with push and pull opening in both directions, said recess being able to house said pin during the closing phase of said door. said magnetic element being designed to attract and lock said pin by magnetic force when said door is in its closed operating position; said magnetic element being furthermore designed to bring said door to its open operative position when the magnetic attraction between said pin and said magnetic element ceases and said pin falls back by force of gravity in said hollow element, characterized in that said pin is free to move horizontally and vertically in said hollow element, and in that said magnetic element installed in the jamb has a horizontally elongated recess suitable for doors with push and pull opening in both directions, said recess being able to house said pin during the closing phase of said door.
Laboratory sample distribution system, comprising: - a number of sample container carriers, being adapted to carry one or more sample containers, each sample container carrier comprising at least one magnetically active device, - a transport plane, being adapted to support the sample container carriers, - a number of electro-magnetic actuators, being stationarily arranged below the transport plane, the electro-magnetic actuators being adapted to move the sample container carriers on top of the transport plane by applying a magnetic force to the sample container carriers, - a rotating device comprising: - a rotating surface, and - a rotating drive, being adapted to cause a rotational movement of the rotating surface, and - a control device, characterised in that said control device is configured to drive the electro-magnetic actuators such that a sample container carrier to be rotated moves on the rotating surface and in that said control device is configured to control the rotating drive such that a rotation of the sample container carrier is caused. - a number of sample container carriers, being adapted to carry one or more sample containers, each sample container carrier comprising at least one magnetically active device, - a transport plane, being adapted to support the sample container carriers, - a number of electro-magnetic actuators, being stationarily arranged below the transport plane, the electro-magnetic actuators being adapted to move the sample container carriers on top of the transport plane by applying a magnetic force to the sample container carriers, - a rotating device comprising: - a rotating surface, and - a rotating drive, being adapted to cause a rotational movement of the rotating surface, and - a rotating surface, and - a rotating drive, being adapted to cause a rotational movement of the rotating surface, and - a control device, characterised in that said control device is configured to drive the electro-magnetic actuators such that a sample container carrier to be rotated moves on the rotating surface and in that said control device is configured to control the rotating drive such that a rotation of the sample container carrier is caused.
An isodiametric tractor with a simplified structure and maintenance comprising a supporting chassis (105,305), a front axle and a rear axle for pairs of front and rear wheels, wherein two front wheels are driving wheels and activated by an engine with the interpositioning of a differential and wherein transmission means for transmitting the motion from the engine to the pair of wheels are entirely contained in the chassis, wherein, in addition, said engine is cantilever-fixed to a front end of the chassis, characterized in that each wheel of the front axle is connected to the chassis (105,305) and/or to a differential casing by a respective articulated system and said articulated system of the two wheels of the front axle comprises a common bar, centrally articulated (in C) to an upper part of said chassis (105,305) and which acts as a connection and constraint of each wheel so that the articulated system of one wheel is compelled to move and become deformed contrarily and symmetrically with respect to the articulated system of the opposite wheel, allowing each wheel to move in a substantially vertical direction with respect to the chassis (105, 305).
A method, comprising: receiving, from a source device associated with a source device account a source device ambient sound recording; receiving, from a target device, a target device ambient sound recording; matching the source device ambient sound recording and the target device ambient sound recording together based on one or more similarities between the source device ambient sound recording and the target device ambient sound recording; and associating the target device with the source device account responsive to the matching; wherein the source device ambient sound recording and the target device ambient sound recording is of an utterance spoken by a user. receiving, from a source device associated with a source device account a source device ambient sound recording; receiving, from a target device, a target device ambient sound recording; matching the source device ambient sound recording and the target device ambient sound recording together based on one or more similarities between the source device ambient sound recording and the target device ambient sound recording; and associating the target device with the source device account responsive to the matching; wherein the source device ambient sound recording and the target device ambient sound recording is of an utterance spoken by a user.
A device for feeding items to a sorting machine comprising a conveyor device provided with a plurality of sorting cells, the feeding device comprising: a conveyor plane for advancing items or parcels along an advancement direction; an optical detection device, to allow the acquisition, while the items are in motion on the conveyor plane, of the three-dimensional coordinates of a determined number of points on the surface of the items and to organise them into coordinate vectors; a manipulator, provided to pick the items from the conveyor plane and to place the items picked in a desired position; a control system provided to process, for each item in motion on the conveyor plane, the coordinate vectors in order to obtain a three-dimensional representation of the item, comprising the information based on which the control system handles the manipulator for picking and placing the items; an accumulation and conveyor plane; wherein the manipulator is provided for picking up the items from the conveyor plane, thus further overcoming anomalous cases, wherein the items are arranged side by side or partially overlapped one above the other; the manipulator being further provided for placing the items on the accumulation and conveyor plane, wherein the small size items are however so placed as to form pairs of items being separated and oriented in such a manner as to be loaded simultaneously on the same sorting cell of the sorting machine, in a pre-determined order, so as to be routed to corresponding destinations through subsequent activations of the sorting cell of the sorting machine. a conveyor plane for advancing items or parcels along an advancement direction; an optical detection device, to allow the acquisition, while the items are in motion on the conveyor plane, of the three-dimensional coordinates of a determined number of points on the surface of the items and to organise them into coordinate vectors; a manipulator, provided to pick the items from the conveyor plane and to place the items picked in a desired position; a control system provided to process, for each item in motion on the conveyor plane, the coordinate vectors in order to obtain a three-dimensional representation of the item, comprising the information based on which the control system handles the manipulator for picking and placing the items; an accumulation and conveyor plane; wherein the manipulator is provided for picking up the items from the conveyor plane, thus further overcoming anomalous cases, wherein the items are arranged side by side or partially overlapped one above the other; the manipulator being further provided for placing the items on the accumulation and conveyor plane, wherein the small size items are however so placed as to form pairs of items being separated and oriented in such a manner as to be loaded simultaneously on the same sorting cell of the sorting machine, in a pre-determined order, so as to be routed to corresponding destinations through subsequent activations of the sorting cell of the sorting machine.
A wet sportswear takeoff helping means for an upper sportswear that is worn extremely tight to a wearer's skin and wet from sweat resulting from exercise, environmental conditions, or both; characterized by that, the said helping means is made on the back part of the said sportswear and consists of: - one or more guides; the guides being selected from a strip guide, mesh guide or tuck-in guide; - where the said one or more guides are equipped with a corresponding drawing means for the selected guides; the drawing means being selected from strips, a mesh or a sliding back part; beginnings of all the drawing means are attached to a hemline of the sportswear within a joint region and another side of the drawing means ends into a gripping means or into an intermediate connection region; - where the gripping means is situated close to the sportswear top, within the wearer's neck region, to be easily gripped and pulled by the hand causing the lifting of the sportswear back part; and - where the takeoff helping means is situated on the inner or outer surface of the said sportswear. - one or more guides; the guides being selected from a strip guide, mesh guide or tuck-in guide; - where the said one or more guides are equipped with a corresponding drawing means for the selected guides; the drawing means being selected from strips, a mesh or a sliding back part; beginnings of all the drawing means are attached to a hemline of the sportswear within a joint region and another side of the drawing means ends into a gripping means or into an intermediate connection region; - where the gripping means is situated close to the sportswear top, within the wearer's neck region, to be easily gripped and pulled by the hand causing the lifting of the sportswear back part; and - where the takeoff helping means is situated on the inner or outer surface of the said sportswear.
A spark plug, comprising 1.1 an earth electrode; 1.2 a centre electrode; 1.3 a connector pin; and 1.4 a resistor element; wherein 1.5 the earth electrode and the centre electrode are configured for generating an ignition spark between the earth electrode and the centre electrode; 1.6 the centre electrode is electrically connected to the connector pin via the resistor element; wherein 11.7 the resistor element comprises a resistance fusing and a resistor in the form of a ceramic high voltage resistor; characterized in that 1.8 the resistance fusing is arranged on the side of the resistor element facing the centre electrode, whereas the resistor is arranged on the side of the resistor element facing the connector pin. 1.1 an earth electrode; 1.2 a centre electrode; 1.3 a connector pin; and 1.4 a resistor element; wherein 1.5 the earth electrode and the centre electrode are configured for generating an ignition spark between the earth electrode and the centre electrode; 1.6 the centre electrode is electrically connected to the connector pin via the resistor element; wherein 11.7 the resistor element comprises a resistance fusing and a resistor in the form of a ceramic high voltage resistor; characterized in that 1.8 the resistance fusing is arranged on the side of the resistor element facing the centre electrode, whereas the resistor is arranged on the side of the resistor element facing the connector pin.
A luminaire comprising: a mixing chamber having an array of apertures (524,526) in one wall; a light source (103,110,111) to supply light into the mixing chamber; and an array of optics (528,530) outside the mixing chamber, each positioned to cooperate with a respective one of the apertures to emit light from the mixing chamber as a beam (546,554); wherein the array of optics and at least an effective edge of the array of apertures are relatively displaceable parallel to said one wall, characterized in that the array of apertures (524,526) are defined at least in part by controllably transmissive elements, said at least one effective edge being displaceable by changing said controllably transmissive elements between a more transparent (544,552) and a more reflective (542,550) state. a mixing chamber having an array of apertures (524,526) in one wall; a light source (103,110,111) to supply light into the mixing chamber; and an array of optics (528,530) outside the mixing chamber, each positioned to cooperate with a respective one of the apertures to emit light from the mixing chamber as a beam (546,554); wherein the array of optics and at least an effective edge of the array of apertures are relatively displaceable parallel to said one wall, characterized in that the array of apertures (524,526) are defined at least in part by controllably transmissive elements, said at least one effective edge being displaceable by changing said controllably transmissive elements between a more transparent (544,552) and a more reflective (542,550) state.
A method for manufacturing an organic semiconductor thin film, comprising: supplying a raw material solution, in which an organic semiconductor material is dissolved in a solvent, to a substrate; evaporating the solvent so that crystals of the organic semiconductor material are precipitated; and forming an organic semiconductor thin film on the substrate, wherein the method uses an edge forming member having a contact face on one side, the edge forming member is located opposite the substrate so that a plane of the contact face intersects a surface of the substrate at a predetermined angle, the substrate and the edge forming member are moved relative to each other in a direction parallel to the surface of the substrate so as to separate the edge forming member from the droplet, and while the raw material solution is supplied, the solvent contained in the droplet is evaporated to form the semiconductor thin film on the substrate after the contact face has been moved, and characterised in that: the raw material solution is supplied to the substrate and formed into a droplet that comes into contact with the contact face, and, in the precipitation process, a supply rate of the raw material solution and a speed of the relative movement are adjusted in accordance with a vapor rate of the solvent, so that a change in size of the droplet in the direction of the relative movement is maintained within a predetermined range in which an effect of defining a direction of growth of the crystals is obtained via an attachment of the droplet to the contact face. supplying a raw material solution, in which an organic semiconductor material is dissolved in a solvent, to a substrate; evaporating the solvent so that crystals of the organic semiconductor material are precipitated; and forming an organic semiconductor thin film on the substrate, wherein the method uses an edge forming member having a contact face on one side, the edge forming member is located opposite the substrate so that a plane of the contact face intersects a surface of the substrate at a predetermined angle, the substrate and the edge forming member are moved relative to each other in a direction parallel to the surface of the substrate so as to separate the edge forming member from the droplet, and while the raw material solution is supplied, the solvent contained in the droplet is evaporated to form the semiconductor thin film on the substrate after the contact face has been moved, and characterised in that: the raw material solution is supplied to the substrate and formed into a droplet that comes into contact with the contact face, and, in the precipitation process, a supply rate of the raw material solution and a speed of the relative movement are adjusted in accordance with a vapor rate of the solvent, so that a change in size of the droplet in the direction of the relative movement is maintained within a predetermined range in which an effect of defining a direction of growth of the crystals is obtained via an attachment of the droplet to the contact face.
A system for providing a visual indication of field surface conditions during the performance of an agricultural operation by an agricultural implement, the system comprising: a user interface; an imaging device provided in operative association with the agricultural implement, the imaging device having a field of view directed towards a portion of a surface of a field; and a controller communicatively coupled to the imaging device and the user interface, the controller being configured to: receive image data from the imaging device, the image data including a representation of surface features located at the portion of the surface of the field; transmit the image data for display on the user interface; and control the user interface to display at least one digital reference object in association with the image data, the at least one digital reference object providing a visual reference for assessing a characteristic of the surface features displayed on the user interface; characterized in that the controller is further configured to determine an image scale associated with the image data based on a position of the imaging device relative to the surface of the field. a user interface; an imaging device provided in operative association with the agricultural implement, the imaging device having a field of view directed towards a portion of a surface of a field; and a controller communicatively coupled to the imaging device and the user interface, the controller being configured to: receive image data from the imaging device, the image data including a representation of surface features located at the portion of the surface of the field; transmit the image data for display on the user interface; and control the user interface to display at least one digital reference object in association with the image data, the at least one digital reference object providing a visual reference for assessing a characteristic of the surface features displayed on the user interface; receive image data from the imaging device, the image data including a representation of surface features located at the portion of the surface of the field; transmit the image data for display on the user interface; and control the user interface to display at least one digital reference object in association with the image data, the at least one digital reference object providing a visual reference for assessing a characteristic of the surface features displayed on the user interface; characterized in that the controller is further configured to determine an image scale associated with the image data based on a position of the imaging device relative to the surface of the field.