mhurhangee/ep-ind-claims huggingface dataset:
The rear of a motorcycle with a cardan-shaft transmission comprising a rear frame, a fork, hinged to the frame around a hinge axis (X-X), the fork rotatably supporting the rotation pin of a rear wheel of the motorcycle around a rotation axis (Y-Y), the fork supporting a cardan-shaft transmission comprising at least a first transmission shaft, suitable to be connected to the power take-off of an associable engine, at least one final shaft fitted with a pinion rotatably connected to said rear wheel, wherein between the first transmission shaft and the final shaft a first cardan joint is interposed, a floating arm which supports said pinion of the final shaft, the arm being floating around said rotation axis (Y-Y) of the rear wheel, wherein the floating arm comprises a cup portion placed coaxially to the rotation pin and having at least one inner end housing and supporting said pinion, and an outer appendix positioned cantilevered with respect to said cup portion, wherein the cup portion is rotatably released from the rotation pin of the rear wheel, wherein the outer appendix is mechanically connected to the rear frame by means of the interposition of a reaction rod hinged, at opposite axial ends (68, 70), to the rear frame and to the outer appendix respectively, wherein the fork comprises a front cover panel, placed at least partially coaxially to the rotation pin on the opposite side to a centreline plane (M-M) of the associable rear wheel, characterised in that the outer appendix comprises a first section which projects in relation to the cup portion in an axial direction, parallel to said rotation axis (Y-Y) in order to come out axially from said cover panel, and a second section which comprises a portion axially recessed towards said centreline plane (M-M) of the associable rear wheel.
Pile driver comprising a cylinder, a piston movably guided in the cylinder, a striking piece movably guided in the cylinder, which is arranged below the piston in the operating position of the pile driver, a combustion chamber, which is axially delimited by a front face of the striking piece inside the cylinder and a front face of the piston as well as a fuel supply device, by means of which a predetermined amount of fuel is introducible into the combustion chamber during each work cycle, wherein a primary fuel supply device is arranged comprising a primary fuel nozzle designed as a high pressure injection nozzle connected to a primary fuel tank containing a fuel with high anti-knock characteristics, characterised in that furthermore an ignition oil supply device is arranged comprising an ignition oil nozzle designed as a low pressure injection nozzle connected to an ignition oil tank containing ignition oil.
A coupling device assembly for connecting at least two adjacent cable trays together, in which the assembly comprises: a coupling device comprising a first end, a second end, and a cable tray end engagement portion located between the first and second ends (4,5), in which the cable tray end engagement portion is adapted to receive adjacent ends of the first and second cable trays; and at least one rotatable engagement member located at at least one of the first and second ends (4.5) of the coupling device; in which the at least one rotatable engagement member is rotatable relative to the coupling device between a first disengaged position in which the at least one rotatable engagement member is arranged to be disengaged from an adjacent cable tray, and a second engaged position in which the at least one rotatable engagement member is arranged to engage an adjacent cable tray; characterized in that the coupling device has a longitudinal axis extending in a direction extending between the first and second ends (4,5) of the coupling device, and in which the rotatable engagement member has a longitudinal axis extending between a first end and a second opposed end, and in which in the first disengaged position of the coupling device assembly, the longitudinal axis of the rotatable engagement member is substantially aligned with the longitudinal axis of the coupling device, and in which in the second engaged position, the longitudinal axis of the rotatable engagement member is not aligned with the longitudinal axis of the coupling device. a coupling device comprising a first end, a second end, and a cable tray end engagement portion located between the first and second ends (4,5), in which the cable tray end engagement portion is adapted to receive adjacent ends of the first and second cable trays; and at least one rotatable engagement member located at at least one of the first and second ends (4.5) of the coupling device; in which the at least one rotatable engagement member is rotatable relative to the coupling device between a first disengaged position in which the at least one rotatable engagement member is arranged to be disengaged from an adjacent cable tray, and a second engaged position in which the at least one rotatable engagement member is arranged to engage an adjacent cable tray; characterized in that the coupling device has a longitudinal axis extending in a direction extending between the first and second ends (4,5) of the coupling device, and in which the rotatable engagement member has a longitudinal axis extending between a first end and a second opposed end, and in which in the first disengaged position of the coupling device assembly, the longitudinal axis of the rotatable engagement member is substantially aligned with the longitudinal axis of the coupling device, and in which in the second engaged position, the longitudinal axis of the rotatable engagement member is not aligned with the longitudinal axis of the coupling device.
A electrode array comprising: a substrate; a conductive metal located at a plurality of discrete portions on the substrate; and a single layer of insulation material over the conductive metal and the substrate; wherein the single layer of insulation material comprises a plurality of apertures that expose the conductive metal, the exposed conductive metal forming a plurality of electrodes, the electrode array having a Young's modulus of at least 100 GPa. a substrate; a conductive metal located at a plurality of discrete portions on the substrate; and a single layer of insulation material over the conductive metal and the substrate; wherein the single layer of insulation material comprises a plurality of apertures that expose the conductive metal, the exposed conductive metal forming a plurality of electrodes, the electrode array having a Young's modulus of at least 100 GPa.
Ventilation device of a ventilation unit of a passenger compartment of a motor vehicle, comprising an impeller generating an air flow (11, 12) and able to be driven by an electric motor, and a printed circuit board on which at least one electronic component able to release heat is attached, said printed circuit board comprising at least one through-hole provided in a part of said printed circuit board, the ventilation device being configured such that the air flow (11, 12) generated by the impeller passes over said part of the printed circuit board, the printed circuit board being delimited by a first face on which at least the electronic component able to release heat is attached, and by a second face opposite the first face relative to said printed circuit board, characterized in that said second face forms at least said part of the printed circuit board over which the air flow (11, 12) passes and in that a heat-conductive means extends into the hole.
An armoured vehicle comprising a body shell forming a cab interior which is closed at its rear part by a pivoting panel constituting a door which is hinged with respect to the body shell on a pivot (4, 13) and forms, in the open position, a ramp for accessing to the cab interior, the armoured vehicle being characterized in that the body shell comprises a lower plate which comprises a part which is gradually tilted to the rear of the body shell, the pivot (4, 13) of the door being arranged below said lower plate and means for operating the door being laterally housed above the lower plate, the body shell further comprising sidewalls on which the lower plate is supported in a ballistic manner, and in that the door, in the open position with the vehicle on a flat horizontal ground, has a first end separated from the ground by a first threshold and a second end separated from the lower plate by a second threshold.
A knotless suture anchor (120; 198; 210; 238; 320) for implanting in a bone hole, comprising: an outer tubular member (136; 200; 300) having a distal end, a proximal end (138; 232), an outer wall (180; 236) configured to retain the knotless suture anchor in the bone hole and an inner wall; an inner member (134; 260; 270; 290) being rotatably disposed within the outer tubular member, the inner member having an outer diameter; and the inner member and the outer tubular member each having an aperture (164; 130) for receiving a suture thread; characterized in that the outer diameter of the inner member is selected such that as the inner member having the suture thread received by its aperture is rotated, the suture thread is drawn through the aperture of the outer tubular member and wraps onto the inner member thereby increasing the effective diameter of the inner member with the wrapped suture thread coming into contact with the inner wall of the outer tubular member, such contact exerting an inward force on the wrapped suture thread to maintain it in position on the inner member. an outer tubular member (136; 200; 300) having a distal end, a proximal end (138; 232), an outer wall (180; 236) configured to retain the knotless suture anchor in the bone hole and an inner wall; an inner member (134; 260; 270; 290) being rotatably disposed within the outer tubular member, the inner member having an outer diameter; and the inner member and the outer tubular member each having an aperture (164; 130) for receiving a suture thread; characterized in that the outer diameter of the inner member is selected such that as the inner member having the suture thread received by its aperture is rotated, the suture thread is drawn through the aperture of the outer tubular member and wraps onto the inner member thereby increasing the effective diameter of the inner member with the wrapped suture thread coming into contact with the inner wall of the outer tubular member, such contact exerting an inward force on the wrapped suture thread to maintain it in position on the inner member.
A slotted heat pipe with circumferential slots, wherein a pipe shell of the slotted heat pipe with circumferential slots comprises a plurality of axial slots, circumferential slots, a steam passage and fins; the pipe shell has a hollow circular structure, and the hollow part is the steam passage, the plurality of axial slots are spaced apart in parallel in an inner wall of the pipe shell in a circumferential direction, and are configured to serve as liquid passages, and liquid and steam conduct heat and mass transfer through steam-liquid interfaces at openings of the axial slots; the fins are located on an outer circumference of the pipe shell and are configured to fixedly install the pipe shell and increase a heat transfer area of the heat pipe; a plurality of circumferential slots are arranged in parallel, a plane in which each of the circumferential slots lies is orthogonal to planes in which the axial slots lie, and the circumferential slots are in communication with the axial slots, wherein a plurality of slotted heat pipes with circumferential slots are connected by temperature equalization joints into an irregular-shaped slotted heat pipe system in which internal axial slots and steam passages are in communication with each other, wherein the temperature equalization joint comprises a main pipe shell, a branch pipe shell and a protective shell; the main pipe shell and the branch pipe shell both have a hollow circular structure, and the hollow part is a steam passage, a plurality of axial slots with small-sized openings are spaced apart in parallel in inner walls of the main pipe shell and the branch pipe shell in a circumferential direction, and are configured to serve as liquid passages, and liquid and steam conduct heat and mass transfer through steam-liquid interfaces at the openings of the axial slots; axial section sizes of the main pipe shell and the branch pipe shell are exactly the same as axial section sizes of the axial-slotted pipe; both the main pipe shell and the branch pipe shell are arranged inside the protective shell. wherein a plurality of slotted heat pipes with circumferential slots are connected by temperature equalization joints into an irregular-shaped slotted heat pipe system in which internal axial slots and steam passages are in communication with each other, wherein the temperature equalization joint comprises a main pipe shell, a branch pipe shell and a protective shell; the main pipe shell and the branch pipe shell both have a hollow circular structure, and the hollow part is a steam passage, a plurality of axial slots with small-sized openings are spaced apart in parallel in inner walls of the main pipe shell and the branch pipe shell in a circumferential direction, and are configured to serve as liquid passages, and liquid and steam conduct heat and mass transfer through steam-liquid interfaces at the openings of the axial slots; axial section sizes of the main pipe shell and the branch pipe shell are exactly the same as axial section sizes of the axial-slotted pipe; both the main pipe shell and the branch pipe shell are arranged inside the protective shell.
A fixing system (2; 202; 212) for an aligning device of a tibial resection guide for fixating attachment to limbs, comprising a carrier device having an attachment portion for attaching to an adjustment rod, characterized by a fixing magnet arranged on a face side of the carrier device, and a magnetic band (16; 116; 216) adapted to be attracted to the fixing magnet and adapted to be attached to limbs of a patient. a fixing magnet arranged on a face side of the carrier device, and a magnetic band (16; 116; 216) adapted to be attracted to the fixing magnet and adapted to be attached to limbs of a patient.
A method for plasma ion deposition and coating formation comprising: providing a vacuum chamber from a hollow substrate having a length, a diameter and an interior surface and an electrode connected to ground or positively biased and coupled to a gas inlet port; reducing the pressure in said chamber; introducing a precursor gas and generating a plasma within said chamber; and applying a negative bias to said hollow substrate to draw ions from said plasma in said interior surface of said hollow substrate to form a coating wherein said coating has a Vickers Hardness Number (Hv) of at least 500; characterized in that the electrode has a length; the electrode extends along all of said hollow substrate length and opposes the inner surface of the tubular substrate; the electrode is hollow and includes one or more spaced openings to provide a precursor gas; and said gas travels down the length of said hollow electrode and is uniformly distributed within said hollow substrate. providing a vacuum chamber from a hollow substrate having a length, a diameter and an interior surface and an electrode connected to ground or positively biased and coupled to a gas inlet port; reducing the pressure in said chamber; introducing a precursor gas and generating a plasma within said chamber; and applying a negative bias to said hollow substrate to draw ions from said plasma in said interior surface of said hollow substrate to form a coating wherein said coating has a Vickers Hardness Number (Hv) of at least 500; characterized in that the electrode has a length; the electrode extends along all of said hollow substrate length and opposes the inner surface of the tubular substrate; the electrode is hollow and includes one or more spaced openings to provide a precursor gas; and said gas travels down the length of said hollow electrode and is uniformly distributed within said hollow substrate.
An electromagnetic actuator comprising at least one stator assembly and a magnetic part, with the stator assembly having N poles of the same width LP and at least one coil surrounding one of said poles, and with the magnetic part being movable, relative to the stator assembly in a direction of relative movement and along a stroke C, and comprising N+1 magnetized regions (4, 5) having magnetizations perpendicular to the direction of relative movement and with alternate directions, with said magnetic part further comprising a yoke adjacent to said magnetized regions (4, 5) and ensuring the closing off of the magnetic flux passing through such magnetized regions (4, 5), with the stroke C of the magnetic part being smaller than or equal to the width LP of each pole of the stator assembly, with the number N of poles being N≥3, with the thickness of said magnetized regions (4, 5), perpendicularly to said direction of movement, being smaller than the stroke C of the magnetic part, characterized in that said magnetized regions comprise at least two internal magnetized regions (5a, 5b) having a length LA2 equal to the distance between the respective mid-planes of two consecutive stator poles, in said direction of movement, and in that said magnetized regions comprise at least two end magnetized regions (4a, 4b) having a length LA1 ranging from LP and 1.2 times LP, in said direction of movement.
A device for mounting at least one power module for a motor vehicle, especially for mounting at least one high-voltage power module for a hybrid or electric vehicle, wherein the device has a holding element, which can be attached to the vehicle body via one or more attachment portions, for mounting the at least one power module, wherein the holding element has at least one holding portion for mounting the at least one power module and at least one deformation portion which is designed in such a way that the deformation portion, upon application of a predetermined force to the holding element, under deformation permits a specified relative movement, resulting from the deformation, between the holding portion mounting the at least one power module and the one or the plurality of attachment portion(s) of the holding element, characterised in that the device furthermore has a housing element which is formed in such a way that the housing element surrounds the at least one holding portion of the holding element, preferably the holding portion and the deformation portion of the holding element, and is connected at least to the holding element at the one or the plurality of attachment portion(s).
A defecation detection apparatus comprising: a feces/urine receiving member that is placed to face the body of a wearer and that receives discharged feces and urine; a urine suction device that is detachably attached to the feces/urine receiving member and that can suck urine discharged in the feces/urine receiving member; a temperature sensor that is placed at a defecation position where discharged feces are received in the feces/urine receiving member; and characterized by a control section that is arranged to stop a detection of a signal that is output from the temperature sensor during a predetermined time after an actuating signal for actuating the urine suction device stops, restart the detection of the signal that is output from the temperature sensor, once a lapse of the predetermined time is detected with a timer, and detect presence of discharged feces based on the signal that is output from the temperature sensor after the restarting. a feces/urine receiving member that is placed to face the body of a wearer and that receives discharged feces and urine; a urine suction device that is detachably attached to the feces/urine receiving member and that can suck urine discharged in the feces/urine receiving member; a temperature sensor that is placed at a defecation position where discharged feces are received in the feces/urine receiving member; and characterized by a control section that is arranged to stop a detection of a signal that is output from the temperature sensor during a predetermined time after an actuating signal for actuating the urine suction device stops, restart the detection of the signal that is output from the temperature sensor, once a lapse of the predetermined time is detected with a timer, and detect presence of discharged feces based on the signal that is output from the temperature sensor after the restarting.
A dry sprinkler comprising: a fluid conduit that is configured to couple to a fluid supply, the conduit having a first end and a second end; a valve that is positioned proximate to the first end of the conduit, the valve having (i) a closed state that prevents fluid from the fluid supply from flowing through the conduit, and (ii) an open state that allows fluid from the fluid supply to flow through the conduit; a valve catch adjacent to the valve that maintains the valve in the closed state; a fire sprinkler head positioned proximate to the second end of the conduit, the fire sprinkler head having a thermally responsive element that reacts to an elevated temperature condition; and an unbiased tie positioned within the conduit and being coupled to the valve catch and the thermally responsive element, the unbiased tie having at least an unengaged state and an engaged state; wherein (i) the unbiased tie is not biased towards the sprinkler head in the unengaged state, (ii) the reaction of the thermally responsive element to the elevated temperature condition causes the tie to change from the unengaged state to the engaged state, and (iii) changing the tie to the engaged state from the unengaged state causes the valve catch to move to allow the valve to change from the closed state to the open state; and wherein the tie is flexible. a fluid conduit that is configured to couple to a fluid supply, the conduit having a first end and a second end; a valve that is positioned proximate to the first end of the conduit, the valve having (i) a closed state that prevents fluid from the fluid supply from flowing through the conduit, and (ii) an open state that allows fluid from the fluid supply to flow through the conduit; a valve catch adjacent to the valve that maintains the valve in the closed state; a fire sprinkler head positioned proximate to the second end of the conduit, the fire sprinkler head having a thermally responsive element that reacts to an elevated temperature condition; and an unbiased tie positioned within the conduit and being coupled to the valve catch and the thermally responsive element, the unbiased tie having at least an unengaged state and an engaged state; wherein (i) the unbiased tie is not biased towards the sprinkler head in the unengaged state, (ii) the reaction of the thermally responsive element to the elevated temperature condition causes the tie to change from the unengaged state to the engaged state, and (iii) changing the tie to the engaged state from the unengaged state causes the valve catch to move to allow the valve to change from the closed state to the open state; and wherein the tie is flexible.