mhurhangee/ep-ind-claims huggingface dataset:
Valve control device for controlling the stroke of a valve of a combustion engine, which device comprises: - a first body part and a second body part, co-axially arranged, rotatably arranged relative to each other and axially displaceable between a first axial relative position and a second axial relative position; - spring means for urging the first body part and the second body part away from each other; wherein the first and second body part have both axial surfaces facing each other and provided with cams (5, 6) evenly distributed along the circumference of the axial surface and wherein the pitch of the cams (5, 6) on both axial surfaces is equal; characterized by - a locking pin arranged in axial direction through the first body and extending on both sides, wherein one end of the locking pin extends through a cam. - a first body part and a second body part, co-axially arranged, rotatably arranged relative to each other and axially displaceable between a first axial relative position and a second axial relative position; - spring means for urging the first body part and the second body part away from each other; wherein the first and second body part have both axial surfaces facing each other and provided with cams (5, 6) evenly distributed along the circumference of the axial surface and wherein the pitch of the cams (5, 6) on both axial surfaces is equal; characterized by - a locking pin arranged in axial direction through the first body and extending on both sides, wherein one end of the locking pin extends through a cam.
Side-delivery rake comprising: a frame, connectable to an automotive vehicle for transport in a travelling direction; a comb-type first windrowing assembly and a second windrowing assembly, which are fitted to the frame and movable angularly, with respect to the frame and crosswise to the travelling direction between respective working positions, in which the first windrowing assembly and the second windrowing assembly are lowered, and respective transport positions, in which the first windrowing assembly and the second windrowing assembly are lifted; characterized in that the first windrowing assembly and the second windrowing assembly are hinged to the frame and rotatable about a common rotation axis. a frame, connectable to an automotive vehicle for transport in a travelling direction; a comb-type first windrowing assembly and a second windrowing assembly, which are fitted to the frame and movable angularly, with respect to the frame and crosswise to the travelling direction between respective working positions, in which the first windrowing assembly and the second windrowing assembly are lowered, and respective transport positions, in which the first windrowing assembly and the second windrowing assembly are lifted; characterized in that the first windrowing assembly and the second windrowing assembly are hinged to the frame and rotatable about a common rotation axis.
A device for evaluating the orosensory perception of a subject, which evaluation device comprises a body including at least one compound of interest liable to constitute an orosensory stimulus, wherein the body comprises at least one removable part that, on the one hand, includes said at least one compound of interest, and on the other hand, is adapted to be separated from a residual part of said body to be deposited into the buccal cavity of said subject, wherein the at least one removable part is formed in said body, making a single-piece unit, wherein the at least one removable part is delimited by a peripheral edge at least one portion of which is made integral with a residual part of said body, characterized in that said body is made of an edible material, and in that at least one portion of said peripheral edge of said at least one removable part is fastened with said residual part of said body by a line of least resistance.
A food processor arrangement comprising a base housing an electrical drive motor and having coaxial drive outlets driven from the motor; the base supporting a lidded bowl having a central axis along which extends a drive shaft conveying the coaxial rotational drives (40, 42) from the outlets to a location proximate the underside of the lid of said bowl; wherein: the lid of the bowl is apertured to allow insertion therethrough of foodstuffs to be processed in said bowl; said shaft is adapted to support, for rotation by one of said drives, a cutter disk bearing a cutting blade (48; 48a) for impacting said foodstuffs to effect processing thereof; characterized in that said shaft can also rotate, by means of the other of said drives, a cam means (54; 68, 68a) adapted to co-operate with cam-follower means (56a, 56b; 72, 74) to impart to said blade (48; 48a) a reciprocating, slicing motion relative to said disk.
Apparatus, comprising means for: receiving an image from a camera sensor; receiving selection of one or more target objects representing unwanted objects (102, 400, 501, 502) appearing in the image; tracking the one or more target objects over a plurality of subsequently-received images; for the subsequently-received images in turn: estimating one or more performance metric(s) comprising a value based on one or more parameters known to affect or influence processing performance in performing a fill-in processing operation of the one or more tracked target objects; saving the image as an optimised reference image in the event that the respective performance metric(s) indicate an improved performance over that of one or more previously-received images from the time of receiving selection; performing the fill-in processing operation for one or more of the saved optimised reference images for output to a display screen. receiving an image from a camera sensor; receiving selection of one or more target objects representing unwanted objects (102, 400, 501, 502) appearing in the image; tracking the one or more target objects over a plurality of subsequently-received images; for the subsequently-received images in turn: estimating one or more performance metric(s) comprising a value based on one or more parameters known to affect or influence processing performance in performing a fill-in processing operation of the one or more tracked target objects; saving the image as an optimised reference image in the event that the respective performance metric(s) indicate an improved performance over that of one or more previously-received images from the time of receiving selection; estimating one or more performance metric(s) comprising a value based on one or more parameters known to affect or influence processing performance in performing a fill-in processing operation of the one or more tracked target objects; saving the image as an optimised reference image in the event that the respective performance metric(s) indicate an improved performance over that of one or more previously-received images from the time of receiving selection; performing the fill-in processing operation for one or more of the saved optimised reference images for output to a display screen.
Powder dispenser including a box, a tank removably mounted in a housing formed in the box, said tank containing the powder and having a dispensing orifice, said dispenser comprising locking means associated with means for confirming the correct positioning of the tank by vertical translation inside an open housing of the box, characterised in that the confirmation means actuate a switch (43, 53) for controlling operation and in that said dispenser comprises unlocking means actuated from outside the box.
Barrier system for vehicles in the region of roads, said traffic barrier system comprising repelling elements that are produced by way of example from concrete and are combined with essentially panel-shaped screening and/or noise protection elements, wherein the screening and/or noise protection elements lie on the side surfaces that are facing the screening and/or noise protection elements, said side surfaces extending in the longitudinal direction of the repelling elements, wherein the repelling elements are connected to braces that are provided on the other side of the screening and/or noise protection elements, and wherein the screening and/or noise protection elements are held between the repelling elements and the side surfaces of the braces that are facing the screening and/or noise protection elements, characterised in that the repelling elements are connected to the braces (4, 4') by way of connecting pieces (3, 3'), wherein the screening and/or noise protection elements comprise on their lower edge open slots or recesses into which the connecting pieces (3, 3') of the repelling elements engage, and that the screening and/or noise protection elements lie with the base of their slots on the connecting pieces (3, 3'), wherein the slot depth of the slots is less than the height of the connecting pieces (3, 3') from the installation surface so that in the assembled state a gap remains between the installation surface and the screening and/or noise protection element.
A method for sorting a bulk-material stream having at least a first bulk-material fraction and a second bulk-material fraction, wherein the bulk-material stream is directed toward a splitter, to be positioned between the bulk-material fractions (S1, S2), having a separating edge preferentially directed contrary to the bulk-material stream, wherein the bulk-material fractions (S1, S2) only partially overlap or do not overlap on or slightly above the separating edge, wherein with at least one sensor the number stream is detected of the particles that pass through a detection region of the at least one sensor, the detected number stream being assigned to the corresponding position of the at least one sensor, wherein a control signal is generated from the measured number stream and from the corresponding position of the at least one sensor, wherein the separating edge and the bulk-material stream are aligned relative to one another on the basis of the control signal in such a manner that the first bulk-material fraction comes to be situated substantially on the one side and the second bulk-material fraction comes to be situated substantially on the other side to of the splitter, wherein for the purpose of determining the distribution function of the number stream the position of the at least one sensor relative to the bulk-material stream and/or to the separating edge is varied in the detection region during operation, and/or wherein several sensors make available several parallel measurement sections.
A communication node (100, 410), comprising: a case (114, 414) having a first face with plurality of ports; a card module (200, 325, 420) mounted near the front face, the card module including: a circuit board (312, 430), the circuit board including a front edge and a rear edge and a plurality of housing slots positioned at the front edge; a chiclet mounted on the circuit board between two housing slots, the chiclet having a frame and a plurality of terminals configured to engage a mating connector, each terminal of the plurality of terminals including a tail electrically connected to the circuit board; a port module that includes a housing with a plurality of slot walls (479a, 479b), the slot walls positioned in the housing slots, the housing including a port recess aligned with the plurality of terminals; and a transformer box (340, 490) mounted on the circuit board (312, 430), the transformer box associated with the port recess and configured to provide magnetic coupling between a cable side and a chip side of a transformer, the transformer box positioned between the rear edge and the housing. a case (114, 414) having a first face with plurality of ports; a card module (200, 325, 420) mounted near the front face, the card module including: a circuit board (312, 430), the circuit board including a front edge and a rear edge and a plurality of housing slots positioned at the front edge; a chiclet mounted on the circuit board between two housing slots, the chiclet having a frame and a plurality of terminals configured to engage a mating connector, each terminal of the plurality of terminals including a tail electrically connected to the circuit board; a port module that includes a housing with a plurality of slot walls (479a, 479b), the slot walls positioned in the housing slots, the housing including a port recess aligned with the plurality of terminals; and a transformer box (340, 490) mounted on the circuit board (312, 430), the transformer box associated with the port recess and configured to provide magnetic coupling between a cable side and a chip side of a transformer, the transformer box positioned between the rear edge and the housing. a circuit board (312, 430), the circuit board including a front edge and a rear edge and a plurality of housing slots positioned at the front edge; a chiclet mounted on the circuit board between two housing slots, the chiclet having a frame and a plurality of terminals configured to engage a mating connector, each terminal of the plurality of terminals including a tail electrically connected to the circuit board; a port module that includes a housing with a plurality of slot walls (479a, 479b), the slot walls positioned in the housing slots, the housing including a port recess aligned with the plurality of terminals; and a transformer box (340, 490) mounted on the circuit board (312, 430), the transformer box associated with the port recess and configured to provide magnetic coupling between a cable side and a chip side of a transformer, the transformer box positioned between the rear edge and the housing.
A control system for use with a sound controller that is configured to transmit sounds to a passenger cabin of a vehicle, the vehicle including a transmission having multiple gears and being controllable to select a different gear resulting in either an upshift or a downshift, and an accelerator pedal that is configured to be manually actuated to control a throttle valve to regulate a supply of air to an engine, the vehicle engine being operable in multiple different modes and engine speeds, the control system comprising: a shift sensor configured to output data indicative of a transmission target gear; an accelerator pedal sensor that is configured to output data indicative of a position of the accelerator pedal; and a controller configured to control operation of the sound controller in accordance with a sound control logic that is based on vehicle engine mode, transmission target gear selection, accelerator pedal position, and vehicle engine speed, characterised in that the controller is also configured to control operation of the sound controller in accordance with an audible downshift logic if the transmission target gear corresponds to a downshift of the vehicle transmission and the accelerator pedal sensor detects that the accelerator pedal position is not above a predetermined threshold, the audible downshift logic then controlling the sound controller to enhance engine sound transmitted to the passenger cabin. a shift sensor configured to output data indicative of a transmission target gear; an accelerator pedal sensor that is configured to output data indicative of a position of the accelerator pedal; and a controller configured to control operation of the sound controller in accordance with a sound control logic that is based on vehicle engine mode, transmission target gear selection, accelerator pedal position, and vehicle engine speed, characterised in that the controller is also configured to control operation of the sound controller in accordance with an audible downshift logic if the transmission target gear corresponds to a downshift of the vehicle transmission and the accelerator pedal sensor detects that the accelerator pedal position is not above a predetermined threshold, the audible downshift logic then controlling the sound controller to enhance engine sound transmitted to the passenger cabin.
A method of correcting mass or mass to charge ratio resolution drift of a quadrupole mass filter or mass analyser, said method comprising: automatically measuring a parameter during an experimental run, wherein said parameter is an environmental parameter; and automatically correcting the mass or mass to charge ratio resolution of said quadrupole mass filter or mass analyser one or more times during said experimental run or acquisition in response to said measured parameter; wherein: said step of automatically correcting the mass or mass to charge ratio resolution of said quadrupole mass filter or mass analyser comprises automatically altering a resolving DC offset voltage of said quadrupole mass filter or mass analyser. automatically measuring a parameter during an experimental run, wherein said parameter is an environmental parameter; and automatically correcting the mass or mass to charge ratio resolution of said quadrupole mass filter or mass analyser one or more times during said experimental run or acquisition in response to said measured parameter; wherein: said step of automatically correcting the mass or mass to charge ratio resolution of said quadrupole mass filter or mass analyser comprises automatically altering a resolving DC offset voltage of said quadrupole mass filter or mass analyser.
A method of synthesizing cariprazine represented by formula, comprising: in a reaction solvent, in the presence of an aqueous solution of an inorganic base, acylating a compound represented by formula or a salt thereof with dimethylcarbamoyl chloride to obtain cariprazine represented by formula, as shown in the reaction formula: wherein the the aqueous solution of the inorganic base is Na 2 CO 3 aqueous solution or K 2 CO 3 aqueous solution, and wherein the reaction solvent is dichloromethane or toluene wherein the the aqueous solution of the inorganic base is Na 2 CO 3 aqueous solution or K 2 CO 3 aqueous solution, and wherein the reaction solvent is dichloromethane or toluene
A transmission assembly for a gas turbine comprising: a first gear with a first set of gear teeth; a second gear with a second set of gear teeth meshed with the first set of gear teeth; a baffle surrounding a subset of the second set of gear teeth, the baffle comprising: a disk; a rim connected to and circumferentially surrounding a portion of the disk; a peripheral portion connected to and circumferentially surrounding the rim, the peripheral portion forming a channel; a slot disposed in the peripheral portion and in fluid communication with the second set of gear teeth wherein the slot is configured to allow lubricant to flow through the slot and into the channel; and an outlet fluidly connected to the channel of the peripheral portion, characterised in that the outlet comprises: a cover covering a distal end of the outlet; and a series of openings disposed on a portion of the outlet, wherein the series of openings is fluidly connected to the channel via the outlet. a first gear with a first set of gear teeth; a second gear with a second set of gear teeth meshed with the first set of gear teeth; a baffle surrounding a subset of the second set of gear teeth, the baffle comprising: a disk; a rim connected to and circumferentially surrounding a portion of the disk; a peripheral portion connected to and circumferentially surrounding the rim, the peripheral portion forming a channel; a slot disposed in the peripheral portion and in fluid communication with the second set of gear teeth wherein the slot is configured to allow lubricant to flow through the slot and into the channel; and an outlet fluidly connected to the channel of the peripheral portion, characterised in that the outlet comprises: a cover covering a distal end of the outlet; and a series of openings disposed on a portion of the outlet, wherein the series of openings is fluidly connected to the channel via the outlet. a disk; a rim connected to and circumferentially surrounding a portion of the disk; a peripheral portion connected to and circumferentially surrounding the rim, the peripheral portion forming a channel; a slot disposed in the peripheral portion and in fluid communication with the second set of gear teeth wherein the slot is configured to allow lubricant to flow through the slot and into the channel; and an outlet fluidly connected to the channel of the peripheral portion, characterised in that the outlet comprises: a cover covering a distal end of the outlet; and a series of openings disposed on a portion of the outlet, wherein the series of openings is fluidly connected to the channel via the outlet. a cover covering a distal end of the outlet; and a series of openings disposed on a portion of the outlet, wherein the series of openings is fluidly connected to the channel via the outlet.
A railway carriage comprising: - a passenger space extending along at least part of the length of the coach and having an access opening at one unique end; and - a toilet cubicle equipped with a toilet bowl, occupying the entire width of the vehicle and accessible from an entrance door characterised in that the toilet cubicle is placed in the passenger space, at the back of the hall opposite the single access opening, the access door opening into the passenger space. - a passenger space extending along at least part of the length of the coach and having an access opening at one unique end; and - a toilet cubicle equipped with a toilet bowl, occupying the entire width of the vehicle and accessible from an entrance door
Use of a gas-retaining layer, which is arranged on a body that can be immersed in a liquid or that can be wetted with a liquid, and which, when the body is immersed/wetted, is in contact with the liquid with a liquid-facing side thereof, wherein the body is a wall of a watercraft or a construction arranged in the water or an inner wall of a liquid container or a liquid line, wherein the gas-retaining layer on the liquid-facing side has recesses and/or protruding elements (26, 27), wherein the surfaces of the recesses are at least partially hydrophobic and the surface of the protruding elements (26, 27) is substantially hydrophobic, wherein a gas layer with a thickness of 10 nm to 10 mm, which is held in the immersed/wetted region of the gas-retaining layer, separates the liquid and the immersed/wetted area of the body at least partially from each other, wherein the liquid is a polar solvent, and wherein the gas-retaining layer is subdivided into a plurality of subregions by fluid-impermeable partition walls, and the partition walls are formed to be at least partially hydrophilic.
Three-phase electrical energy distribution system, comprising a set of current distribution bars extending side by side and clad with an insulator, the bars including opposing insulator-free zones (11a, 11b, 11c), characterised in that the pattern of the insulator-free zones is adapted so that said zones constitute means for guiding an electric arc liable to propagate along the bars.