mhurhangee/ep-ind-claims huggingface dataset:
A vacuum cleaner comprising: a cleaner body; a suction hose connected to the cleaner body and configured to suction dust; a moving wheel installed at the cleaner body; a main motor provided inside the cleaner body and configured to generate a suction force for suctioning the dust; a base frame provided inside the cleaner body and configured to form a space in which the main motor is installed; a battery unit provided inside the base frame and supplying electric power; a rear opening formed at a rear surface of the cleaner body and opened to insert the battery unit into the vacuum cleaner; a rear cover configured to open and close the rear opening; and a battery guide formed at a side surface of the base frame, extending toward the rear opening, and configured to guide insertion and withdrawal of the battery unit, characterized in that the main motor is disposed above the base frame, and the vacuum cleaner further comprises a frame hole, through which air discharged from the main motor is introduced into a space for accommodating the battery unit, formed at an upper surface of the base frame. a cleaner body; a suction hose connected to the cleaner body and configured to suction dust; a moving wheel installed at the cleaner body; a main motor provided inside the cleaner body and configured to generate a suction force for suctioning the dust; a base frame provided inside the cleaner body and configured to form a space in which the main motor is installed; a battery unit provided inside the base frame and supplying electric power; a rear opening formed at a rear surface of the cleaner body and opened to insert the battery unit into the vacuum cleaner; a rear cover configured to open and close the rear opening; and a battery guide formed at a side surface of the base frame, extending toward the rear opening, and configured to guide insertion and withdrawal of the battery unit, characterized in that the main motor is disposed above the base frame, and the vacuum cleaner further comprises a frame hole, through which air discharged from the main motor is introduced into a space for accommodating the battery unit, formed at an upper surface of the base frame.
A voltage detector comprising: a microcontroller, a display, a watchdog timer configured to determine a malfunction of the microcontroller, wherein the watchdog timer is configured to trigger a visual warning on the display, if a malfunction is determined, a display controller configured to control the display, wherein the microcontroller is configured to regularly generate a reset pulse and communicate said reset pulse to the watchdog timer, wherein the watchdog timer is configured to determine a malfunction of the microcontroller by checking whether the reset pulse has been generated by the microcontroller, characterised in that the display is configured to display voltage values detected by the voltage detector, and in that the display controller is configured to implement an asynchronous reset that causes a visual warning to be displayed if a specific sequence of signals from the microcontroller is not received by the watchdog timer within a predetermined time period. a microcontroller, a display, a watchdog timer configured to determine a malfunction of the microcontroller, wherein the watchdog timer is configured to trigger a visual warning on the display, if a malfunction is determined, a display controller configured to control the display, wherein the microcontroller is configured to regularly generate a reset pulse and communicate said reset pulse to the watchdog timer, wherein the watchdog timer is configured to determine a malfunction of the microcontroller by checking whether the reset pulse has been generated by the microcontroller, characterised in that the display is configured to display voltage values detected by the voltage detector, and in that the display controller is configured to implement an asynchronous reset that causes a visual warning to be displayed if a specific sequence of signals from the microcontroller is not received by the watchdog timer within a predetermined time period.
A side airbag device disposed between a vehicle body and a seat, the side airbag device comprising: an airbag; an inflator configured to supply the airbag with gas; a base member configured to accommodate the airbag and the inflator, and to be fixed to the vehicle body; an outer covering member configured to cover at least a front side of the base member to form a front-facing interior surface; and a mounting bracket which includes an inflator fixing portion to which the inflator is fixed and a base member fixing portion which is located in a position different from a position of the inflator fixing portion and fixed to the base member, wherein the base member comprises, at a left or right side portion thereof, a bracket fixing portion to which the mounting bracket is fixed, characterized in that the base member includes a wire frame made of a metal rod. an airbag; an inflator configured to supply the airbag with gas; a base member configured to accommodate the airbag and the inflator, and to be fixed to the vehicle body; an outer covering member configured to cover at least a front side of the base member to form a front-facing interior surface; and a mounting bracket which includes an inflator fixing portion to which the inflator is fixed and a base member fixing portion which is located in a position different from a position of the inflator fixing portion and fixed to the base member, wherein the base member comprises, at a left or right side portion thereof, a bracket fixing portion to which the mounting bracket is fixed,
A liquid mixing system comprising: a support housing at least partially bounding a chamber, the support housing having a top opening that communicates with the chamber; a mount secured to the support housing so as to span across the top opening; and a drive motor assembly secured to the mount so that the drive motor assembly can be selectively raised and lowered between at least two positions, the drive motor assembly being configured to engage a drive shaft for moving the drive shaft within the chamber of the support housing, characterized by the drive motor assembly being secured to the mount by a four bar linkage system that is movable to selectively raise and lower the drive motor assembly between the at least two positions. a support housing at least partially bounding a chamber, the support housing having a top opening that communicates with the chamber; a mount secured to the support housing so as to span across the top opening; and a drive motor assembly secured to the mount so that the drive motor assembly can be selectively raised and lowered between at least two positions, the drive motor assembly being configured to engage a drive shaft for moving the drive shaft within the chamber of the support housing, characterized by the drive motor assembly being secured to the mount by a four bar linkage system that is movable to selectively raise and lower the drive motor assembly between the at least two positions.
A conveyor comprising: a first belt which is configured to move in a closed loop; a support element which comprises a first surface which is configured to cooperate with a first surface of the first belt such that the first belt rests on the first surface to support the first belt during an outgoing part of the closed loop and a second surface which is configured to cooperate with a second surface of the first belt such that the first belt rests on the second surface to support the first belt during a return part of the closed loop, so that the first belt is prevented from hanging; characterized in that it comprises a second belt which is configured to move in a closed loop, and the support element comprises a third surface which is configured to cooperate with a first surface of the second belt such that the second belt rests on the third surface to support the second belt during an outgoing part of the closed loop and a fourth surface which cooperates with a second surface of the second belt such that the second belt rests on the fourth surface to support the second belt during a return part of the closed loop, so that the second belt is prevented from hanging; and in that the support element comprises a first member which has an inverted T-shaped cross-section, which defines the second and fourth surfaces (16b, 16d) of the support element. a first belt which is configured to move in a closed loop; a support element which comprises a first surface which is configured to cooperate with a first surface of the first belt such that the first belt rests on the first surface to support the first belt during an outgoing part of the closed loop and a second surface which is configured to cooperate with a second surface of the first belt such that the first belt rests on the second surface to support the first belt during a return part of the closed loop, so that the first belt is prevented from hanging; characterized in that it comprises a second belt which is configured to move in a closed loop, and the support element comprises a third surface which is configured to cooperate with a first surface of the second belt such that the second belt rests on the third surface to support the second belt during an outgoing part of the closed loop and a fourth surface which cooperates with a second surface of the second belt such that the second belt rests on the fourth surface to support the second belt during a return part of the closed loop, so that the second belt is prevented from hanging; and in that the support element comprises a first member which has an inverted T-shaped cross-section, which defines the second and fourth surfaces (16b, 16d) of the support element.
A milling device comprising: - a shaft having a shaft axis; - a spindle drum rotatably mounted relative to the shaft axis and rotatable about a spindle drum axis coaxial to the shaft axis; - a plurality of tool spindle receptions (48, 50) provided in the spindle drum, the plurality of tool spindle receptions (48, 50) including at least one first tool spindle reception and at least one second tool spindle reception; - a plurality of tool spindles (16, 18), each one of the tool spindles (16, 18) being rotatably mounted in one of the tool spindle receptions (48, 50) of the spindle drum and rotatable about tool spindle axes, each tool spindle axis being arranged parallel to and spaced apart from the shaft axis and having the same distance to the shaft axis; - a plurality of machining tools (20, 22), each one of the machining tools (20, 22) being carried by one of the tool spindles (16, 18); - a plurality of planetary gear wheels (36, 38) rotatably mounted relative to the spindle drum and rotatable about planetary gear axes arranged parallel to and spaced apart from the shaft axis, the planetary gear wheels (36, 38) being configured to rotatably drive the tool spindles (16, 18), characterised by - the at least one first tool spindle reception being positioned displaced from the at least one second tool spindle reception in the direction of the shaft axis; and by - at least two of the plurality of machining tools (20, 22) being positioned displaced from one another in the direction of the shaft axis. - a shaft having a shaft axis; - a spindle drum rotatably mounted relative to the shaft axis and rotatable about a spindle drum axis coaxial to the shaft axis; - a plurality of tool spindle receptions (48, 50) provided in the spindle drum, the plurality of tool spindle receptions (48, 50) including at least one first tool spindle reception and at least one second tool spindle reception; - a plurality of tool spindles (16, 18), each one of the tool spindles (16, 18) being rotatably mounted in one of the tool spindle receptions (48, 50) of the spindle drum and rotatable about tool spindle axes, each tool spindle axis being arranged parallel to and spaced apart from the shaft axis and having the same distance to the shaft axis; - a plurality of machining tools (20, 22), each one of the machining tools (20, 22) being carried by one of the tool spindles (16, 18); - a plurality of planetary gear wheels (36, 38) rotatably mounted relative to the spindle drum and rotatable about planetary gear axes arranged parallel to and spaced apart from the shaft axis, the planetary gear wheels (36, 38) being configured to rotatably drive the tool spindles (16, 18), characterised by - the at least one first tool spindle reception being positioned displaced from the at least one second tool spindle reception in the direction of the shaft axis; and by - at least two of the plurality of machining tools (20, 22) being positioned displaced from one another in the direction of the shaft axis.
A bonnet mounting apparatus of an agricultural work vehicle, the bonnet mounting apparatus comprising: a fastener on which a coupling protrusion is provided, and which is attached to an inside of one end portion of a bonnet; and a hinge on which a coupling recess is provided, and which is hingedly coupled to an upper end of a bonnet support at a vehicle body side so as to be rotatable upward and downward, thereby allowing the bonnet to be mounted by inserting the coupling protrusion of the bonnet into the coupling recess of the hinge at the vehicle body side characterized in that a latching fixing part is provided on a part of a circumference of the coupling protrusion, and a latching projection, which engages with the latching fixing part, is provided on the coupling recess, wherein the latching projection is elastically moved outward when the coupling protrusion is inserted into the coupling recess. a fastener on which a coupling protrusion is provided, and which is attached to an inside of one end portion of a bonnet; and a hinge on which a coupling recess is provided, and which is hingedly coupled to an upper end of a bonnet support at a vehicle body side so as to be rotatable upward and downward, thereby allowing the bonnet to be mounted by inserting the coupling protrusion of the bonnet into the coupling recess of the hinge at the vehicle body side characterized in that a latching fixing part is provided on a part of a circumference of the coupling protrusion, and a latching projection, which engages with the latching fixing part, is provided on the coupling recess, wherein the latching projection is elastically moved outward when the coupling protrusion is inserted into the coupling recess.
An outdoor unit electric cabinet, comprising a box body, an upper mounting plate, and a fixing plate; wherein the upper mounting plate is flippable; characterised by: two supporting frames, wherein the two supporting frames are arranged on inner walls on the opposite sides of the box body; a mounting location is arranged on each supporting frame; the opposite sides of the upper mounting plate are mounted into the mounting location from an entrance of the mounting location; wherein the upper mounting plate is flippable relative to the mounting location; the fixing plate is mounted on the entrance of the mounting location to seal the entrance of the mounting location, so as to prevent the upper mounting plate from sliding out from the mounting location.
Cement clinker cooler grate for cooling and conveying clinker in a forward direction comprising at least: - a grate surface for supporting the clinker, - at least one reciprocating conveying means, - an actuator being operably connected to the reciprocating conveying means for driving the reciprocating conveying means, wherein the actuator comprises at least one electric motor being operably connected to the reciprocating conveying means for driving said conveying means, characterized in that the actuator further comprises a controller being connected to the electric motor for controlling the rotational speed of the motor as a function of the position and/or the direction of movement of the reciprocating conveying means. - a grate surface for supporting the clinker, - at least one reciprocating conveying means, - an actuator being operably connected to the reciprocating conveying means for driving the reciprocating conveying means,
An electromechanical brake actuator for a rail vehicle, the brake actuator comprising a motor configured to move a brake component by being accelerated and decelerated in order to initiate or stop braking of the rail vehicle and to function as a generator while being decelerated, a power supply connector configured to supply electrical components of the brake actuator with electrical energy from outside of the brake actuator, an internal energy storage device connectable to the motor, and a switching device configured to enable and to disable the power supply from the outside of the brake actuator. a motor configured to move a brake component by being accelerated and decelerated in order to initiate or stop braking of the rail vehicle and to function as a generator while being decelerated, a power supply connector configured to supply electrical components of the brake actuator with electrical energy from outside of the brake actuator, an internal energy storage device connectable to the motor, and a switching device configured to enable and to disable the power supply from the outside of the brake actuator.
An externally heated pyrolysis furnace for processing solid carbon-containing materials, comprising a base 1; a pyrolysis chamber 2 disposed on said base and being in the shape of a cylinder with end covers 3, which are connected to a charging tube 4 and a discharging tube 5; a heating chamber 6, which surrounds the pyrolysis chamber 2 and includes a thermally-insulated housing 7 having disposed therein heating elements 8 and 9, partitions 10, 11, 12 and a branch pipe 13 for the removal of flue gases, which is situated in the upper part of the heating chamber 6; a feed pipe 14 for supplying an atmosphere of water vapour or carbon dioxide gas to the pyrolysis chamber 2; and a pipe 15 for the removal of gaseous products from the pyrolysis chamber 2, characterized in that the heating chamber 6 is assembled from an upper part and a lower part, which can be joined; each of the parts of the heating chamber 6 is provided with two rows of heating elements 8, 9, which are arranged along the length of the housing 7 of the heating chamber 6 symmetrically relative to a vertical plane passing through the axis of the pyrolysis chamber 2; the heating elements 8, 9 are in the form of units containing at least one flameless gas burner, wherein the heating elements 8 in the upper part of the heating chamber 6 are arranged in a checkerboard fashion relative to the heating elements 9 in the lower part of the heating chamber 6; the partitions 10, 11, 12 comprise: two end annular partitions 10 disposed on the edges of the heating chamber 6; a partition 11 disposed along the lower part of the heating chamber 6; annular partitions 12 defining pairwise separate gas channels 16 for each heating element 8, 9 for exhaust gas streams leaving them; the branch pipe 13 for the removal of flue gases is provided with a heat exchanger 17, to which the feed pipe 14 is connected for supplying an atmosphere of water vapour or carbon dioxide to the pyrolysis chamber 2.
Luminous module for a motor vehicle lighting and/or signalling optical unit, comprising first and second light ray emission means arranged on the two opposite faces (30A, 30B) of the same printed circuit board, first and second light guides of flat type capable respectively of receiving the light rays coming from the said first and second emission means and capable of ensuring respectively with the said corresponding emission means a first and a second predetermined photometric function, and a support part comprising two shafts passing successively through two corresponding first orifices formed in the said first light guide and two corresponding second orifices formed in the said second light guide, the said first and second orifices being arranged in the said support part, as well as a support part comprising two shafts passing successively through two corresponding first orifices provided in said first light guide and two corresponding second orifices provided in said printed circuit board, said second light guide being fitted onto the free ends of said shafts, each of said shafts also having an internal bore opening at its free end and into which is screwed a screw which has previously passed through a corresponding hole formed in said second light guide and whose head is pressed against the face of this second light guide opposite said printed circuit board on the periphery of this hole; characterized in that said shafts have a conical shape, their section decreasing from their base attached to said support part to their free end.
A fluidic actuator unit comprising: a joint; a first arm coupled to the joint; a second arm coupled to the joint; wherein the first arm and the second arm are rotatably coupled via the joint; characterised by first and second plates associated with the joint and coupled at respective ends of the first arm and second arm; an inflatable bellows actuator extending between the first and second plates and having a geometry of a constant cylindrical tube or a cylinder of varying cross-sectional area, and defining a bellows cavity, the inflatable bellows actuator configured to extend along a length of the bellows actuator when inflated by introducing fluid into the bellows cavity and to apply force to the first and second plates and cause rotation of the first and second arms about the joint; and one or more constraint ribs extending from the joint and surrounding portions of the bellows actuator along the length of the bellows actuator. a joint; a first arm coupled to the joint; a second arm coupled to the joint; wherein the first arm and the second arm are rotatably coupled via the joint; characterised by first and second plates associated with the joint and coupled at respective ends of the first arm and second arm; an inflatable bellows actuator extending between the first and second plates and having a geometry of a constant cylindrical tube or a cylinder of varying cross-sectional area, and defining a bellows cavity, the inflatable bellows actuator configured to extend along a length of the bellows actuator when inflated by introducing fluid into the bellows cavity and to apply force to the first and second plates and cause rotation of the first and second arms about the joint; and one or more constraint ribs extending from the joint and surrounding portions of the bellows actuator along the length of the bellows actuator.