mhurhangee/ep-ind-claims huggingface dataset:
A remote operation terminal for remotely operating a work machine driven via a PTO device in a vehicle, the remote operation terminal comprising: - a remote operation section that includes an operation input section (81, 82, 83, 84, 85, 86, 87, 88, 89, 90) for inputting an operation instruction to the work machine, a control section configured to generate an operation signal based on the operation instruction input from the operation input section (81, 82, 83, 84, 85, 86, 87, 88, 89, 90), and an operation signal transmission section configured to transmit the operation signal to the work machine; and - a transmission device (50, 50a) configured to transmit a wireless signal at a frequency different from a frequency of the operation signal, characterized in that the transmission device (50, 50a) is configured to transmit the wireless signal when the remote operation section is in a power OFF state, and not to transmit the wireless signal when the remote operation section is in a power ON state. - a remote operation section that includes an operation input section (81, 82, 83, 84, 85, 86, 87, 88, 89, 90) for inputting an operation instruction to the work machine, a control section configured to generate an operation signal based on the operation instruction input from the operation input section (81, 82, 83, 84, 85, 86, 87, 88, 89, 90), and an operation signal transmission section configured to transmit the operation signal to the work machine; and - a transmission device (50, 50a) configured to transmit a wireless signal at a frequency different from a frequency of the operation signal, characterized in that the transmission device (50, 50a) is configured to transmit the wireless signal when the remote operation section is in a power OFF state, and not to transmit the wireless signal when the remote operation section is in a power ON state.
A polyester resin for a binder, the polyester resin including terephthalic acid or an ester-forming derivative thereof as an acid component and including 2-methyl-1,3-propanediol, 2-methyl-1,3-pentanediol, and ethylene glycol as diol components.
A spatially selective coupler, the coupler comprising: a first ground plane and a second ground plane spaced apart from each other; a plurality of connections between the first ground plane and the second ground plane for connecting the first ground plane to the second ground plane; and a conductive strip being positioned at least partially between the first and second ground planes (52, 60) and configured to propagate a plurality of electromagnetic fields; the plurality of connections extending substantially around the conductive strip and defining one active side of the coupler free from connections; such that the first ground plane, the second ground plane, and the plurality of connections promote the propagation of the plurality of electromagnetic fields from the active side of the conductive strip; characterised by: the propagation of the plurality of electromagnetic fields from the active side of the conductive strip is in a direction generally perpendicular to a length of the conductive strip and generally parallel to the first and second ground planes. a first ground plane and a second ground plane spaced apart from each other; a plurality of connections between the first ground plane and the second ground plane for connecting the first ground plane to the second ground plane; and a conductive strip being positioned at least partially between the first and second ground planes (52, 60) and configured to propagate a plurality of electromagnetic fields; the plurality of connections extending substantially around the conductive strip and defining one active side of the coupler free from connections; such that the first ground plane, the second ground plane, and the plurality of connections promote the propagation of the plurality of electromagnetic fields from the active side of the conductive strip; characterised by: the propagation of the plurality of electromagnetic fields from the active side of the conductive strip is in a direction generally perpendicular to a length of the conductive strip and generally parallel to the first and second ground planes.
An aircraft with a safety distance display apparatus that is configured to display a visual indication on an obstacle for representing a current distance between the aircraft and the obstacle, the safety distance display apparatus comprises a first light source that emits a first light signal in a first predefined direction, and a second light source that emits a second light signal in a second predefined direction, wherein the first light signal crosses the second light signal at a predetermined safety distance from the aircraft, wherein the first light signal forms a first pattern and the second light signal forms a second pattern, wherein the first and second patterns (11a, 11b) overlap at the predetermined safety distance and/or wherein the first and second patterns (11a, 11b) are concentric at the predetermined safety distance, characterized in that the first pattern and the second pattern have geometrical shapes that correspond to each other, wherein the first pattern and the second pattern respectively comprise light sectors (26a, 26b) and unilluminated sectors, wherein the light sectors of the first pattern overlap with the unilluminated sectors of the second pattern at the predetermined safety distance, and wherein the light sectors of the second pattern overlap with the unilluminated sectors of the first pattern at the predetermined safety distance.
A vacuum insulating glazing comprising: - two glass panes (2,2') facing one another, and spaced apart from one another by one or more pillars (3,3',3") so as to create a void volume therebetween, - a non-evaporable getter system (5,5') placed within said volume, - a polymer-based sealing edge sealing off said volume in order to define a closed space in between said glass panes (2,2'), - said vacuum insulating glazing being characterized in that said sealing edge is obtained by curing of a sealant composition comprising: (a) a curable thermosetting non-halogenated polyepoxide resin comprising in average at least two epoxy groups per molecule; (b) an aromatic diamine curing agent in amount sufficient to provide from 0.5 to 2.0 equivalents of amine N-H per equivalent of epoxy groups in the epoxy resin; and (c) an inorganic dryer in amount ranging between 5% and 25% by weight with respect to the total weight of said organic composition. - two glass panes (2,2') facing one another, and spaced apart from one another by one or more pillars (3,3',3") so as to create a void volume therebetween, - a non-evaporable getter system (5,5') placed within said volume, - a polymer-based sealing edge sealing off said volume in order to define a closed space in between said glass panes (2,2'), - said vacuum insulating glazing being characterized in that said sealing edge is obtained by curing of a sealant composition comprising: (a) a curable thermosetting non-halogenated polyepoxide resin comprising in average at least two epoxy groups per molecule; (b) an aromatic diamine curing agent in amount sufficient to provide from 0.5 to 2.0 equivalents of amine N-H per equivalent of epoxy groups in the epoxy resin; and (c) an inorganic dryer in amount ranging between 5% and 25% by weight with respect to the total weight of said organic composition. (a) a curable thermosetting non-halogenated polyepoxide resin comprising in average at least two epoxy groups per molecule; (b) an aromatic diamine curing agent in amount sufficient to provide from 0.5 to 2.0 equivalents of amine N-H per equivalent of epoxy groups in the epoxy resin; and (c) an inorganic dryer in amount ranging between 5% and 25% by weight with respect to the total weight of said organic composition.
Method of invoking at least one service application server (AS, AS1, AS2, AS3), in a communication between an origin user agent and a terminal user agent, such that it comprises at least the steps consisting in: - opening two separate dialogs (a, b), said dialogs comprising messages, between a selective service invocation function and, respectively, the origin user agent and the terminal user agent, the selective service invocation function replacing the terminal user agent in its dialog with the origin user agent and replacing the origin user agent in its dialog with the terminal user agent, - at least partly storing the messages originating from the user agents in the two open dialogs, - checking at least one conditional service triggering criterion on the two dialogs, and, - if the triggering criterion is satisfied, creating at least one third dialog comprising messages between said selective service invocation function and the service application server (AS, AS1, AS2, AS3), correlating said third dialog with the two separate dialogs according to a correlation between the dialogs and at least partly restoring in the third dialog the stored messages to the service application server (AS, AS1, AS2, AS3) in order to trigger the invocation of the latter, using the two separate dialogs and said at least one third dialog, correlated together, the method being characterized in that if the triggering criterion is satisfied, the restoration in the third dialog is performed before transmission in the first (a) or second (b) dialog of the message which has triggered the invocation of the application server. - opening two separate dialogs (a, b), said dialogs comprising messages, between a selective service invocation function and, respectively, the origin user agent and the terminal user agent, the selective service invocation function replacing the terminal user agent in its dialog with the origin user agent and replacing the origin user agent in its dialog with the terminal user agent, - at least partly storing the messages originating from the user agents in the two open dialogs, - checking at least one conditional service triggering criterion on the two dialogs, and, - if the triggering criterion is satisfied, creating at least one third dialog comprising messages between said selective service invocation function and the service application server (AS, AS1, AS2, AS3), correlating said third dialog with the two separate dialogs according to a correlation between the dialogs and at least partly restoring in the third dialog the stored messages to the service application server (AS, AS1, AS2, AS3) in order to trigger the invocation of the latter, using the two separate dialogs and said at least one third dialog, correlated together, the method being characterized in that if the triggering criterion is satisfied, the restoration in the third dialog is performed before transmission in the first (a) or second (b) dialog of the message which has triggered the invocation of the application server.
A tongue blank consisting of at least two tongues, which are each designed to connect and lock building panels with vertical folding, and are made of a moulded polymer material, wherein the tongues are of an elongated shape, are flexible, and are designed to be fixed into a sidewardly open groove of an edge portion of one of the building panels, wherein the tongues when received in the groove are bendable in a plane substantially parallel with a main plane of the panel, such that the tongues are at least partially resiliently displaceable in said plane, wherein a part of the tongues can bend in length direction and spring back in such a way that a projecting portion thereof is displaceable in the range of 0,1 - 3,0 mm during locking to form a vertical locking of the building panels which prevents vertical movement.
Assembly device for electrically connecting battery cells, wherein an assembly plate having a top and a bottom side (3, 4) is provided, which is made of an electrically non-conductive material, wherein the assembly plate is designed such that it covers the connection areas of at least two neighboring cells and wherein at least two through holes are provided in the assembly plate, which are designed and arranged in such a way that at least a terminal lug of a battery cell can be passed through a through hole, such that the terminal lugs of at least two neighboring battery cells which have been passed through can be electrically and mechanically connected, characterized in that the top side of the assembly plate comprises a recess, which is intended for receiving at least two clamping plates and two terminal lugs.
A method of controlling the fuel supply to an internal combustion engine at start-up, the engine having a fuel supply system which can be set in at least two start modes, a lean mode, and a rich mode, the rich mode providing extra fuel during start-up of the engine, the method including: a) during a start attempt, determining if the next start attempt should be executed in lean or rich mode based on an evaluation of at least one engine parameters/s of the present start attempt, wherein the evaluation comprises determining if an ignition indication has occurred in the present start attempt based on at least one monitored engine parameter/s of the present start attempt; and b) setting the fuel supply system in rich or lean mode depending of the evaluation in such a way that the next start attempt is executed in said rich or lean mode, wherein if an ignition indication is determined to have occurred, the fuel supply system is set or maintained in lean mode. a) during a start attempt, determining if the next start attempt should be executed in lean or rich mode based on an evaluation of at least one engine parameters/s of the present start attempt, wherein the evaluation comprises determining if an ignition indication has occurred in the present start attempt based on at least one monitored engine parameter/s of the present start attempt; and b) setting the fuel supply system in rich or lean mode depending of the evaluation in such a way that the next start attempt is executed in said rich or lean mode, wherein if an ignition indication is determined to have occurred, the fuel supply system is set or maintained in lean mode.
A current measuring device comprising a conductive coil, said conductive coil being arranged to produce a voltage as a result of a current (I 1) being measured by the device, said conductive coil having a temperature-dependent coil sensitivity factor associated therewith; the device further comprising a terminating impedance (Z 2) connected to the conductive coil, said terminating impedance being arranged to attenuate the voltage produced by the conductive coil by a temperature-dependent attenuation factor and to connect the conductive coil to an output circuit, said output circuit being arranged to produce an output voltage (V out) indicative of the current (I 1) being measured, wherein the terminating impedance (Z 2) comprises a combination of a resistor and a capacitor; wherein the terminating impedance (Z 2) has a first impedance value below a predetermined threshold frequency for the output voltage (V out) and a second, different, impedance value above said predetermined threshold frequency, wherein the first impedance value is arranged so that, when there is a temperature change in the conductive coil which causes a corresponding change in the coil sensitivity factor, the attenuation factor also changes so that the value of the output voltage (V out) remains substantially unchanged, and wherein said second impedance value is determined so that it provides damping in the conductive coil.
A filter cartridge for a fuel circulation circuit of a vehicle, comprising: - a cartridge body fluidically connected to the fuel circulation circuit comprising an inlet mouth and outlet mouth and between them a filtration chamber, which extends along a main axis (X-X); - at least one filter insert extends along the main axis (X-X) housed in the filtration chamber to filter the fuel, wherein the filter insert divides said filtration chamber into: i) a dirty chamber containing fuel to be filtered, wherein said dirty chamber is in fluidic communication with the inlet mouth; and ii) a clean chamber containing the filtered fuel, wherein the clean chamber is in fluidic communication with the outlet mouth; wherein the filter cartridge is characterized by the fact that comprises: - a ventilation device suitable to ventilate air in the dirty chamber, wherein the ventilation device comprises at least one ventilation duct placed in an upper area of the filtration chamber in which the air floating in the fuel accumulates, wherein said ventilation duct has a plurality of ventilation holes mutually spaced from one another through which the air is removed from the filtration chamber. - a cartridge body fluidically connected to the fuel circulation circuit comprising an inlet mouth and outlet mouth and between them a filtration chamber, which extends along a main axis (X-X); - at least one filter insert extends along the main axis (X-X) housed in the filtration chamber to filter the fuel, wherein the filter insert divides said filtration chamber into: i) a dirty chamber containing fuel to be filtered, wherein said dirty chamber is in fluidic communication with the inlet mouth; and ii) a clean chamber containing the filtered fuel, wherein the clean chamber is in fluidic communication with the outlet mouth; i) a dirty chamber containing fuel to be filtered, wherein said dirty chamber is in fluidic communication with the inlet mouth; and ii) a clean chamber containing the filtered fuel, wherein the clean chamber is in fluidic communication with the outlet mouth; - a ventilation device suitable to ventilate air in the dirty chamber, wherein the ventilation device comprises at least one ventilation duct placed in an upper area of the filtration chamber in which the air floating in the fuel accumulates, wherein said ventilation duct has a plurality of ventilation holes mutually spaced from one another through which the air is removed from the filtration chamber.
An intermediate hydrocarbon composition comprising: a renewable first gasoline component in an amount of from 5 to 50 %-vol, preferably from 20 to 50 %-vol of the total intermediate hydrocarbon composition volume, wherein the renewable first gasoline component comprises alkanes selected from renewable C4-C9 n-alkanes, renewable C4-C11 iso-alkanes and renewable C4-C9 cyclo-alkanes, and the sum amount of said renewable C4-C9 n-alkanes, said renewable C4-C11 iso-alkanes and said renewable C4-C9 cyclo-alkanes is from 92 to 100 %-vol of the total renewable first gasoline component volume; and the rest of the total intermediate hydrocarbon composition volume consisting of a second gasoline component, wherein said second gasoline component comprises unsaturated hydrocarbons from 50 to 90 %-vol of the second gasoline component volume, and wherein said unsaturated hydrocarbons consist of a combination of C6 - C12 aromatic hydrocarbons, and C4 - C10 olefinic hydrocarbons, wherein the ratio by volume of C6 - C12 aromatic hydrocarbons to C4 - C10 olefinic hydrocarbons is from 0.01 to 1, preferably from 0.5 to 0.9, and wherein the renewable or petroleum origin of any hydrocarbons is determined by isotopic distribution involving 14 C, 13 C and/or 12 C as described in ASTM D6866. a renewable first gasoline component in an amount of from 5 to 50 %-vol, preferably from 20 to 50 %-vol of the total intermediate hydrocarbon composition volume, wherein the renewable first gasoline component comprises alkanes selected from renewable C4-C9 n-alkanes, renewable C4-C11 iso-alkanes and renewable C4-C9 cyclo-alkanes, and the sum amount of said renewable C4-C9 n-alkanes, said renewable C4-C11 iso-alkanes and said renewable C4-C9 cyclo-alkanes is from 92 to 100 %-vol of the total renewable first gasoline component volume; and the rest of the total intermediate hydrocarbon composition volume consisting of a second gasoline component, wherein said second gasoline component comprises unsaturated hydrocarbons from 50 to 90 %-vol of the second gasoline component volume, and wherein said unsaturated hydrocarbons consist of a combination of C6 - C12 aromatic hydrocarbons, and C4 - C10 olefinic hydrocarbons, wherein the ratio by volume of C6 - C12 aromatic hydrocarbons to C4 - C10 olefinic hydrocarbons is from 0.01 to 1, preferably from 0.5 to 0.9, and wherein the renewable or petroleum origin of any hydrocarbons is determined by isotopic distribution involving 14 C, 13 C and/or 12 C as described in ASTM D6866.
A sole assembly, comprising: a core portion including a lower surface and ribs extending downward from the lower surface, wherein the ribs define a shoulder extending about at least a portion of the core portion; a first insert contained within and bonded to the core portion, wherein an outer periphery of the first insert is completely surrounded by the core portion and contained within a first interior recess defined by the ribs of the core portion; and a perimeter portion bonded to the core portion, wherein the perimeter portion forms at least a portion of an outer periphery of the sole assembly, wherein the perimeter portion includes an aperture that defines an interior lip, and wherein the interior lip is seated on the shoulder of the core portion, wherein lower surfaces of the core portion, the first insert, and the perimeter portion include a plurality of grooves and lugs or projections, which form a grid of hexagonal projections with corresponding grooves surrounding the projections. a core portion including a lower surface and ribs extending downward from the lower surface, wherein the ribs define a shoulder extending about at least a portion of the core portion; a first insert contained within and bonded to the core portion, wherein an outer periphery of the first insert is completely surrounded by the core portion and contained within a first interior recess defined by the ribs of the core portion; and a perimeter portion bonded to the core portion, wherein the perimeter portion forms at least a portion of an outer periphery of the sole assembly, wherein the perimeter portion includes an aperture that defines an interior lip, and wherein the interior lip is seated on the shoulder of the core portion, wherein lower surfaces of the core portion, the first insert, and the perimeter portion include a plurality of grooves and lugs or projections, which form a grid of hexagonal projections with corresponding grooves surrounding the projections.