mhurhangee/ep-ind-claims huggingface dataset:
A reductant filter for a reductant delivery system, comprising: a housing; a first filter medium within the housing; a second filter medium nested within an interior space of the first filter medium to define a filtered reductant space between the first and second filter media (172, 192); a first reductant inlet port in reductant providing communication with the first filter medium; a second reductant inlet port in reductant providing communication with an interior space of the second filter medium, wherein the first and second inlet ports (150, 194) are positioned proximate bottom ends (162, 182) of the first and second filter media (172, 192); a reductant outlet port in reductant receiving communication with the filtered reductant space, the reductant outlet port being positioned proximate the bottom ends (162, 182) of the first and second filter media (172, 192); and a gas venting port in gas receiving communication with the filtered reductant space and configured to vent gas discharged from the reductant drawn through the first and second reductant inlet ports (150, 194), the gas venting port being positioned proximate top ends (160, 180) of the first and second filter media (172, 192), and the top end (160, 180) of the first and second filter media (172, 192) being opposite the bottom ends (162, 182) of the first and second filter media (172, 192). a housing; a first filter medium within the housing; a second filter medium nested within an interior space of the first filter medium to define a filtered reductant space between the first and second filter media (172, 192); a first reductant inlet port in reductant providing communication with the first filter medium; a second reductant inlet port in reductant providing communication with an interior space of the second filter medium, wherein the first and second inlet ports (150, 194) are positioned proximate bottom ends (162, 182) of the first and second filter media (172, 192); a reductant outlet port in reductant receiving communication with the filtered reductant space, the reductant outlet port being positioned proximate the bottom ends (162, 182) of the first and second filter media (172, 192); and a gas venting port in gas receiving communication with the filtered reductant space and configured to vent gas discharged from the reductant drawn through the first and second reductant inlet ports (150, 194), the gas venting port being positioned proximate top ends (160, 180) of the first and second filter media (172, 192), and the top end (160, 180) of the first and second filter media (172, 192) being opposite the bottom ends (162, 182) of the first and second filter media (172, 192).
A method for providing an on-site service which acquires a requested service based on an on-site service system, the method comprising: step 101) considering node p i in a network as a service request accessing node, when the node p i receives a service request command r; wherein, said request command r comprises: a requested service type k r, a processing requirement σ k r of the requested service, a requested data volume ψ k r, a set time limit t k r for the node to respond the service request command; step 102) extracting service type information and QoS demand regarding a request contained in the service request command, selecting a candidate service node by a candidate service point selection module, in conjunction with a neighborhood information index table and a neighborhood node set maintained by the node p i, and then to obtain a set of candidate service nodes ∑ i r with a size of N i,r; wherein said QoS demand comprises bandwidth and delay; step 103) selecting, according to the set time limit t k r for the node to respond the service request command, a service execution node from the candidate service nodes or the candidate service node, in accordance with a selection function; step 104) providing service directly by the current service request accessing node, if the service execution node selected in step 103) is the current service request accessing node; transmitting the service request command to a service execution node and executing the requested service by the service execution node, if the service execution node is a node from the set of candidate service nodes. step 101) considering node p i in a network as a service request accessing node, when the node p i receives a service request command r; wherein, said request command r comprises: a requested service type k r, a processing requirement σ k r of the requested service, a requested data volume ψ k r, a set time limit t k r for the node to respond the service request command; step 102) extracting service type information and QoS demand regarding a request contained in the service request command, selecting a candidate service node by a candidate service point selection module, in conjunction with a neighborhood information index table and a neighborhood node set maintained by the node p i, and then to obtain a set of candidate service nodes ∑ i r with a size of N i,r; wherein said QoS demand comprises bandwidth and delay; step 103) selecting, according to the set time limit t k r for the node to respond the service request command, a service execution node from the candidate service nodes or the candidate service node, in accordance with a selection function; step 104) providing service directly by the current service request accessing node, if the service execution node selected in step 103) is the current service request accessing node; transmitting the service request command to a service execution node and executing the requested service by the service execution node, if the service execution node is a node from the set of candidate service nodes.
A gas turbine engine comprising: a mid-turbine frame located axially between a first turbine and a second turbine, the mid-turbine frame comprising: an outer frame case; an inner frame case including a fluid passage; at least one spoke (65;65A) connecting the outer frame case to the inner frame case, wherein the spoke (65;65A) includes an inlet passage (118;118') with at least one branch (124;124') extending in an axial direction in fluid communication with the fluid passage; a swirler tube (142;242;242';342;442;542) in fluid communication with the fluid passage and configured to direct cooling airflow in a radial inward and downstream direction, characterised by: a fitting extending through the inner frame case and connecting the fluid passage to the swirler tube. a mid-turbine frame located axially between a first turbine and a second turbine, the mid-turbine frame comprising: an outer frame case; an inner frame case including a fluid passage; at least one spoke (65;65A) connecting the outer frame case to the inner frame case, wherein the spoke (65;65A) includes an inlet passage (118;118') with at least one branch (124;124') extending in an axial direction in fluid communication with the fluid passage; a swirler tube (142;242;242';342;442;542) in fluid communication with the fluid passage and configured to direct cooling airflow in a radial inward and downstream direction, an outer frame case; an inner frame case including a fluid passage; at least one spoke (65;65A) connecting the outer frame case to the inner frame case, wherein the spoke (65;65A) includes an inlet passage (118;118') with at least one branch (124;124') extending in an axial direction in fluid communication with the fluid passage; a swirler tube (142;242;242';342;442;542) in fluid communication with the fluid passage and configured to direct cooling airflow in a radial inward and downstream direction, characterised by: a fitting extending through the inner frame case and connecting the fluid passage to the swirler tube.
An electric motor with a housing, made up of housing parts, and an electromagnetically actuatable brake, wherein the motor coolable with a cooling fluid has cooling channels, wherein the brake has a coil former, in particular a magnetic body, in particular in which there is received a coil able to be supplied with electric current, wherein a pipe part opens into the distribution channel and is guided through a bore of the coil former, wherein a seal is arranged axially between a first housing part, which is an intermediate part, and a second housing part, which is the coil former, which seal seals the interior space of the brake, in particular the brake interior-space encompassing the coil, from the external environment and with respect to the pipe part, wherein the radial spacing region covered by the pipe part overlaps with the radial spacing region covered by the seal or is covered by the radial spacing region covered by the seal, in particular wherein the pipe part is not sealed with respect to the external environment and/or wherein the seal partially surrounds the pipe part, in particular in a circumferential direction, and has a corresponding opening, wherein the intermediate part surrounds, in particular radially, an armature plate of the brake and a brake lining carrier of the brake in a housing-forming manner and has an axially through-passing bore through which the pipe part is guided, wherein the bore is oriented coaxially with the bore passing through the coil former, through which the pipe part is likewise guided, wherein the seal is in the form of a flat seal and partially encloses the pipe part, so that a cut-out, in particular opening, is formed.
A die for ironing working, said die having a carbon film that is so formed as to cover a working surface thereof, and wherein the carbon film extends up to the non-working surface of said die; and characterized in that said carbon film exhibits such a Raman spectrum that an intensity ratio represented by the following formula, I D / I G wherein I D is a maximum peak intensity at 1333 ± 10 cm -1 in the Raman spectrum of the surface of said carbon film, and I G is a maximum peak intensity at 1500 ± 100 cm -1 in the Raman spectrum of the surface of said carbon film, is not less than 1.2, and a surface of said carbon film being a smooth surface having an arithmetic mean roughness R of not more than 0.1 μ m. wherein I D is a maximum peak intensity at 1333 ± 10 cm -1 in the Raman spectrum of the surface of said carbon film, and I G is a maximum peak intensity at 1500 ± 100 cm -1 in the Raman spectrum of the surface of said carbon film,
Method of supplying liquid from a packaging to a fluidic assembly, wherein the packaging comprises a support and a cover, between which a cavity is formed, and wherein the cavity is deformed by means of a first punch and the liquid is thereby put under pressure, characterised in that the packaging comprises an opening device integrated in the packaging for opening the cavity, the actuation of the opening device by means of a second punch being coupled thereto.
A spark ignition internal combustion gas engine, including a fuel system which comprises a first fuel tank with main gaseous fuel and a second fuel tank with second gaseous fuel differing from the main fuel, the engine further including an engine cylinder which comprises a main combustion space and an ignition chamber, in which is arranged a means for igniting the gas fuel located therein, whereby the ignition chamber is connected via interconnecting holes to the main combustion space, whereby a pure main fuel feed from the first fuel tank opens into a supply duct in front of a suction valve of the cylinder, whereby the internal combustion engine is coupled to an engine control unit to monitor the current state of the engine operation and, according to it, to control at least the fuel system, an ignition timing system and the engine performance, whereby the fuel system comprises a mixer of the gaseous fuels, which is connected to a supply from the first fuel tank with the main gaseous fuel and to a supply from the second fuel tank with the second gaseous fuel, whereby a means for setting the mutual ratio of mixing the main fuel and the second fuel in the mixer is coupled to the engine control unit, whereby an auxiliary fuel supply pipe, extending from the mixer and leading to the engine, opens into the ignition chamber, characterized in that the resulting mixing ratio of the main and second fuels in the auxiliary fuel supply pipe downstream of the mixer is adjustable in the range between 0 and 100% of one of the gases.
A brake control device for applying a brake to a railway vehicle provided with a target member (2, 3) by pressing a frictional member (14, 34A, 34B) against the target member (2, 3), the brake control device comprising: a detection unit detecting whether it is in a brake application state in which the frictional member (14, 34A, 34B) is pressed against the target member (2, 3); and characterized in that it comprises an acquiring unit acquiring, when the railway vehicle is stopped, a brake release command for releasing the pressing of the target member (2, 3) by the frictional member (14, 34A, 34B); and a determination unit determining, when the railway vehicle is stopped, whether the brake application state is maintained by using a detection result provided by the detection unit after the acquiring unit has acquired the brake release command. a detection unit detecting whether it is in a brake application state in which the frictional member (14, 34A, 34B) is pressed against the target member (2, 3); and characterized in that it comprises an acquiring unit acquiring, when the railway vehicle is stopped, a brake release command for releasing the pressing of the target member (2, 3) by the frictional member (14, 34A, 34B); and a determination unit determining, when the railway vehicle is stopped, whether the brake application state is maintained by using a detection result provided by the detection unit after the acquiring unit has acquired the brake release command.
Lamp holder, in particular for cooking appliance luminaires, such as a G9 lamp holder, - having a holder block, - having a socket receiving means for the socket of a lamp, formed on the upper side of the holder block, - having terminal contacts for an external connecting conductors of the power supply on the underside of the holder block, - having a holder clamp by means of which the socket of a lamp can be anchored in the socket receiving means, - having two spring legs of the holder clamp, formed between a receiving gap for the lamp socket, which in each case has a free spring leg end and a spring leg end connected to a holder leg and in each case is held in the socket receiving means, wherein - the holder leg is arranged on the upper side of the holder block and - the free ends of the spring legs is held in the socket receiving means pointing in the direction of the underside of the holder block, characterised in that - the holder clamp is a part of a fastening ring, which is set on the holder block and surrounds the socket receiving means, - the holder block forms a lamp receiving means surrounded by a wall on its upper side, the base of which forms the socket receiving means. - having a holder block, - having a socket receiving means for the socket of a lamp, formed on the upper side of the holder block, - having terminal contacts for an external connecting conductors of the power supply on the underside of the holder block, - having a holder clamp by means of which the socket of a lamp can be anchored in the socket receiving means, - having two spring legs of the holder clamp, formed between a receiving gap for the lamp socket, which in each case has a free spring leg end and a spring leg end connected to a holder leg and in each case is held in the socket receiving means, wherein - the holder leg is arranged on the upper side of the holder block and - the free ends of the spring legs is held in the socket receiving means pointing in the direction of the underside of the holder block, characterised in that - the holder clamp is a part of a fastening ring, which is set on the holder block and surrounds the socket receiving means, - the holder block forms a lamp receiving means surrounded by a wall on its upper side, the base of which forms the socket receiving means.
A case for an auxiliary device (180, 380, 480), the case comprising: a housing adapted to store the auxiliary device (180, 380, 480) therein; an input unit adapted to receive first speech input in a first language from a first user; a transceiver configured to wirelessly communicate the received first speech input to a mobile computing device (170, 370), and to wirelessly receive second information from the mobile computing device (170, 370), wherein the second information results from second input in a second language by a second user; and an output configured to provide the second information to the first user. a housing adapted to store the auxiliary device (180, 380, 480) therein; an input unit adapted to receive first speech input in a first language from a first user; a transceiver configured to wirelessly communicate the received first speech input to a mobile computing device (170, 370), and to wirelessly receive second information from the mobile computing device (170, 370), wherein the second information results from second input in a second language by a second user; and an output configured to provide the second information to the first user.
A method comprising: receiving, at a display control bits in a header byte of a secondary data packet from a source, wherein the secondary data packet is in compliance with a DisplayPort specification and the control bits comprise: a first bit to indicate whether a frame sent to the display is an updated frame changed from a previously sent frame, a second bit to indicate whether the display is to enter a self refresh mode wherein an image stored in a buffer is displayed, and a third bit to indicate whether to reduce power of a main link between the source and the display; performing, by a controller of the display, a first command causing the display to store the frame in the buffer in response to the first bit indicating that the frame is an updated frame, further performing by the controller, in response to determining that the second bit indicates that the display is to enter the self refresh mode and the third bit indicates to reduce power of the main link between the source and the display device, a second command causing the display to enter the self refresh mode wherein a frame is captured in the buffer and repeatedly output to the display, and a third command causing the display to reduce the power of the main link between the source and the display. a first bit to indicate whether a frame sent to the display is an updated frame changed from a previously sent frame, a second bit to indicate whether the display is to enter a self refresh mode wherein an image stored in a buffer is displayed, and a third bit to indicate whether to reduce power of a main link between the source and the display; performing, by a controller of the display, a first command causing the display to store the frame in the buffer in response to the first bit indicating that the frame is an updated frame, further performing by the controller, in response to determining that the second bit indicates that the display is to enter the self refresh mode and the third bit indicates to reduce power of the main link between the source and the display device, a second command causing the display to enter the self refresh mode wherein a frame is captured in the buffer and repeatedly output to the display, and a third command causing the display to reduce the power of the main link between the source and the display.
Compactor trolley for aeronautical applications having a substantially parallelepiped structure and comprising a compactor device positioned in a front upper zone of the trolley; the trolley being configured with a compaction chamber comprising a front opening/closing door, said compaction chamber being situated underneath the compactor device and designed to house at least one box for collecting the waste which is open at the top and along the sides, and being provided at the front with a flap for access to the compaction chamber, movable between a closed position and an open position, wherein the compactor device comprises a compaction plate designed to move in both senses of the vertical direction between a raised rest position and a lowered position for compaction of the waste inside a box housed inside the compaction chamber, the compactor trolley further comprising a safety locking mechanism for the flap, arranged inside the trolley and configured to lock mechanically the flap in the closed position when the compaction plate is in a position other than the raised rest position; wherein the safety locking mechanism comprises a first element fixed to the flap and a locking element (52; 54) connected to the trolley structure or the door and movable between a position disengaged from said first element, corresponding to the raised rest position of the compaction plate, and a position engaged with the first element, wherein the locking element and the first element fixed to the flap mechanically lock the flap in the closed position when the compaction plate is not in the raised disengaged position, the first element comprising a collar which defines a seat or a hole and is fixed to the flap and the locking element comprising a sliding pin having dimensions suitable for insertion inside the seat or hole of the first element so as to cause stable coupling together of the sliding pin and seat or hole in the engaged position of the locking element and first element; wherein the locking element comprises an arm integral with the pin and projecting towards the inside of the trolley structure, so that by operating the projecting arm the locking pin is actuated in both senses of the sliding direction; characterized in that it comprises an actuating block integral with the compaction plate in the vertical direction (Z-Z) and comprising an actuating part designed to act mechanically on the safety locking mechanism so as to cause locking and/or release of the flap, in that said actuating part is arranged at a height in the vertical direction (Z-Z) situated above the compaction plate and in that the arm, the sliding pin and the collar are arranged at a height in the vertical direction above the compaction plate in the raised rest position.