mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for feeding tubular blanks to a packaging machine, comprising a collecting group, provided with first gripping means suitable to grip single flat-folded tubular blanks at a first face, and alternatively mobile between a station for picking up said single tubular blanks from a store, wherein the said tubular blanks are arranged flat folded, and a station for releasing said single tubular blanks erected, at a transport line, and an opening group, provided with second gripping means suitable to grip said single flat folded tubular blanks at a second face, opposite to said first face gripped by said first gripping means, to perform the erecting of the same tubular blanks, characterized in that said collecting group comprises a drive mechanism (12, 15) provided with a first arm tilting on a plane longitudinal to said transport line, about a first rotation axis, under control of motor members, and with a second arm, carrying said first gripping means, said second arm being mounted tilting on said first arm, about a second rotation axis, and being slidable axially with respect to a fixed point, to impart to said first gripping means an alternated rototranslation motion on said longitudinal plane, and said opening group comprises support means for said second gripping means pivoted on said second arm of the collecting group, about a further rotation axis, and constrained to pulling means suitable to determine, in suitable step relation with said alternated rototranslation motion of the first gripping means, an alternated angular rotation of said second gripping means to perform the gripping and erecting of said tubular blanks.
An arrangement for introducing a liquid medium, e.g. urea, into exhaust gases from a combustion engine, which arrangement comprises - a mixing duct intended to have exhaust gases flowing through it, - an injection means for injecting the liquid medium into the mixing duct at the centre of the upstream end of the mixing duct, and - an inlet duct which is situated upstream of the mixing duct, has at its upstream end an inlet for receiving exhaust gases and at its downstream end an outlet to the upstream end of the mixing duct in order to deliver exhaust gases to the mixing duct, wherein - in the inlet duct comprises a first duct section which is annular in cross-section and which has at its downstream end an annular outlet, - the inlet duct comprises a second duct section which is annular in cross-section, is situated downstream of the first duct section and surrounds the mixing duct, which second duct section is connected via its downstream end to the outlet of the inlet duct and has at its upstream end an annular inlet, - said first duct section surrounds said second duct section, and - the inlet duct further comprises a flow reversal section via which the annular outlet of the first duct section is connected to the annular inlet of the second duct section and which is adapted to reversing the direction of flow of the exhaust gases flowing through the inlet duct so that they are caused to flow through the second duct section in a direction opposite to that of the exhaust gases in the first duct section, characterised in that said flow reversal section has an annular guide surface which is rounded in its axial direction, to cause the exhaust gases received from the outlet of the first duct section to flow towards the inlet of the second duct section. - a mixing duct intended to have exhaust gases flowing through it, - an injection means for injecting the liquid medium into the mixing duct at the centre of the upstream end of the mixing duct, and - an inlet duct which is situated upstream of the mixing duct, has at its upstream end an inlet for receiving exhaust gases and at its downstream end an outlet to the upstream end of the mixing duct in order to deliver exhaust gases to the mixing duct, wherein - in the inlet duct comprises a first duct section which is annular in cross-section and which has at its downstream end an annular outlet, - the inlet duct comprises a second duct section which is annular in cross-section, is situated downstream of the first duct section and surrounds the mixing duct, which second duct section is connected via its downstream end to the outlet of the inlet duct and has at its upstream end an annular inlet, - said first duct section surrounds said second duct section, and - the inlet duct further comprises a flow reversal section via which the annular outlet of the first duct section is connected to the annular inlet of the second duct section and which is adapted to reversing the direction of flow of the exhaust gases flowing through the inlet duct so that they are caused to flow through the second duct section in a direction opposite to that of the exhaust gases in the first duct section,
Ventilation device for supplying air to and extracting air from a room, in particular a cleanroom, comprising a housing which defines an interior in which the following are arranged: a through-duct which extends from a waste air inlet provided on the housing for waste air extracted from the room, through the interior, to a supply air outlet which is provided on the housing and which serves for feeding supply air to the room; a fan, which is arranged in the through-duct, for conveying air from a suction-side chamber, which is connected in flow terms to the waste air inlet, to a pressure-side chamber, which is connected in flow terms to the supply air outlet, the speed of the fan being adjustable; an outside air duct, which is connected in flow terms to an outside air connection provided on the housing, for receiving outside air, said outside air duct having an outside air outlet for discharging outside air into the through-duct, a first volume flow regulator being installed in the outside air duct; an exhaust air duct, which has an exhaust air inlet connected in flow terms to the through-duct for receiving a portion of the waste air discharged from the room as exhaust air, and an exhaust air connection provided on the housing for conveying the received exhaust air out of the housing to the outside, a second volume flow regulator being installed in the exhaust air duct; and a control device for controlling the operation of the first and second volume flow regulator (36, 37) and the speed of the fan. a through-duct which extends from a waste air inlet provided on the housing for waste air extracted from the room, through the interior, to a supply air outlet which is provided on the housing and which serves for feeding supply air to the room; a fan, which is arranged in the through-duct, for conveying air from a suction-side chamber, which is connected in flow terms to the waste air inlet, to a pressure-side chamber, which is connected in flow terms to the supply air outlet, the speed of the fan being adjustable; an outside air duct, which is connected in flow terms to an outside air connection provided on the housing, for receiving outside air, said outside air duct having an outside air outlet for discharging outside air into the through-duct, a first volume flow regulator being installed in the outside air duct; an exhaust air duct, which has an exhaust air inlet connected in flow terms to the through-duct for receiving a portion of the waste air discharged from the room as exhaust air, and an exhaust air connection provided on the housing for conveying the received exhaust air out of the housing to the outside, a second volume flow regulator being installed in the exhaust air duct; and a control device for controlling the operation of the first and second volume flow regulator (36, 37) and the speed of the fan.
Shower drain (1; 20; 30) comprising: - a tray with a bottom and a peripheral wall upright along the edge of the bottom with an outflow opening arranged in the bottom of the tray for discharging water; - a finishing part (7; 21, 22, 23; 31, 32, 33, 34) with at least a bottom wall (21; 31), which bottom wall (21; 31) is arranged between the peripheral wall, in the tray, and with at least one opening (8; 32) which is arranged in the finishing part (7; 21, 22, 23; 31, 32, 33, 34), which is arranged in the bottom wall (21; 31) of the finishing part (7; 21, 22, 23; 31, 32, 33, 34) and which is in liquid connection with the outflow opening characterized in that the tray is manufactured from a plastic material, wherein the finishing part (7; 21, 22, 23; 31, 32, 33, 34) is manufactured from a material differing from the plastic material of the tray and wherein the bottom wall (21; 31) of the finishing part (7; 21, 22, 23; 31, 32, 33, 34) extends up to the upright peripheral wall of the tray. - a tray with a bottom and a peripheral wall upright along the edge of the bottom with an outflow opening arranged in the bottom of the tray for discharging water; - a finishing part (7; 21, 22, 23; 31, 32, 33, 34) with at least a bottom wall (21; 31), which bottom wall (21; 31) is arranged between the peripheral wall, in the tray, and with at least one opening (8; 32) which is arranged in the finishing part (7; 21, 22, 23; 31, 32, 33, 34), which is arranged in the bottom wall (21; 31) of the finishing part (7; 21, 22, 23; 31, 32, 33, 34) and which is in liquid connection with the outflow opening characterized in that the tray is manufactured from a plastic material,
Household appliance having at least one door which comprises a guide element sliding in a first guide constrained to a structure of the household appliance, the door comprising a second guide inside which a joint of a first hinge is slidingly engaged, the first hinge comprising a frame fixed to the structure of the household appliance, the joint and the frame being reciprocally hinged at a first point, the joint being also hinged at a second point different from the first point to a tie rod loaded by an elastic element constrained to the frame, the hinge comprising a damper configured to brake the door at least near a closed position of the door itself, the damper is fixed to the frame and cooperates with the tie rod to brake the door, characterized in that the damper having a movable stem which cooperates with a first pin slidably engaged in a first slot of the frame.
Vibratory conveyer, comprising a vibrating rail, on which goods can be conveyed in the direction of a first position on the vibrating rail by a vibration of the vibrating rail, and at least one excitation element for exciting the vibration, wherein the excitation element is an ultrasonic transducer coupled to the vibrating rail at the first position, by which the vibrating rail can be excited to vibrate at the first position as a function of a control signal provided by a control device, a damping element, characterized in that the damping element is formed as a lateral boundary extending parallel to a conveying direction of the vibrating rail, which bounds a conveying surface of the vibrating rail, at least on one side, wherein the boundary is formed as a separate component which is fixed to the vibrating rail at at least two points and/or is in rubbing contact with the vibrating rail, so that the amplitude of the vibration decreases along the vibrating rail with increasing distance from the first position.
A device (100, 900, 1200) for containing a liquid or semi-liquid cosmetic or pharmaceutical product, the device comprising: - a closure (102, 202, 902, 1203) comprising a product withdrawing conduit; - a rigid container (101, 201, 901, 1201) having a first means (108, 208) for engaging with the closure, thereby closing the container; and - a cartridge (105, 405, 505, 905, 1005, 1105) enclosed within the rigid container, the cartridge having a second means (109, 309, 409) for engaging with the closure, thereby forming a substantially airtight seal between the cartridge and the closure; wherein the cartridge comprises a biodegradable or recyclable rigid outer (106, 406, 506, 606, 706, 906, 1006, 1106) enclosing a collapsible liner (107, 307, 407, 507, 907, 1107), the collapsible liner defining a cavity for containing the product, wherein the product withdrawing conduit extends inside the cavity; and wherein the cartridge also comprises one or more further components (110, 510, 710, 810, 910, 1010) for holding together the collapsible liner and the biodegradable or recyclable rigid outer, which is or are configured to restrict undesirable movement of the liner relative to the biodegradable or recyclable rigid outer when the rigid container is engaged with and/or disengaged from the closure, wherein the liner and biodegradable or recyclable rigid outer may still be deliberately decoupled from each other by a user for separate disposal, by means of removal or disengagement of the one or more further components; characterised in that the one or more further components comprise a ring, e.g. a screw-down ring (110, 510, 710, 810, 910, 1010), one or more clips, or a snap-off fastener, configured to engage with the biodegradable or recyclable rigid outer and to hold together the collapsible liner and the biodegradable or recyclable rigid outer. - a closure (102, 202, 902, 1203) comprising a product withdrawing conduit; - a rigid container (101, 201, 901, 1201) having a first means (108, 208) for engaging with the closure, thereby closing the container; and - a cartridge (105, 405, 505, 905, 1005, 1105) enclosed within the rigid container, the cartridge having a second means (109, 309, 409) for engaging with the closure, thereby forming a substantially airtight seal between the cartridge and the closure;
Drive for a casement of a window, having an electromotive drive unit and a scissors-type hold-out mechanism for pivoting the casement, wherein, for actuating the scissors-type hold-out mechanism, a push rod is provided between the drive unit and the scissors-type hold-out mechanism, characterized in that the motorized drive unit and the scissors-type hold-out mechanism adjoin one another in longitudinal extent and, as a structural unit, are provided with a common cover, wherein the scissors-type hold-out mechanism pivots out from a receptacle in the cover in order to open the casement.
A high-resolution pulse-width modulation (HRPWM) controller comprising: a first channel having a first coarse_on register and a first coarse_off register; a counter configured to determine a repetition rate for the first channel, wherein: when a coarse_on value of the first coarse_on register and the counter are equal, the first channel is set "active"; when a coarse_off value of the first coarse_off register and the counter are equal, the first channel is set "inactive"; and a delay line configured to generate a set of delay locked waveforms (P1-P16) offset by a fine resolution value; a control module configured to select a delay locked waveform from the set of delay locked waveforms and apply the selected delay locked waveform to the first channel. a first channel having a first coarse_on register and a first coarse_off register; a counter configured to determine a repetition rate for the first channel, wherein: when a coarse_on value of the first coarse_on register and the counter are equal, the first channel is set "active"; when a coarse_off value of the first coarse_off register and the counter are equal, the first channel is set "inactive"; and when a coarse_on value of the first coarse_on register and the counter are equal, the first channel is set "active"; when a coarse_off value of the first coarse_off register and the counter are equal, the first channel is set "inactive"; and a delay line configured to generate a set of delay locked waveforms (P1-P16) offset by a fine resolution value; a control module configured to select a delay locked waveform from the set of delay locked waveforms and apply the selected delay locked waveform to the first channel.
A hydrogenated block copolymer comprising, in its molecule, a polymer block having a conjugated diene compound as a main component, a polymer block having a conjugated diene compound as a main component, and a polymer block having a vinyl aromatic compound as a main component, wherein: the polymer block comprises polymer blocks and; in the hydrogenated block copolymer, a content of the polymer block is 1 to 20 mass%, a content of the polymer block is 73 to 97 mass%, and a content of the polymer block is 1 to 15 mass%; an amount of vinyl bond before hydrogenation of the polymer block is 1 to 25 mol%, an amount of vinyl bond before hydrogenation of the polymer block is 40 mol% or more and 60 mol% or less, and an amount of vinyl bond before hydrogenation of the polymer block is more than 60 mol% and 100 mol% or less; and a degree of hydrogenation is 80 mol% or more. the polymer block comprises polymer blocks and; in the hydrogenated block copolymer, a content of the polymer block is 1 to 20 mass%, a content of the polymer block is 73 to 97 mass%, and a content of the polymer block is 1 to 15 mass%; an amount of vinyl bond before hydrogenation of the polymer block is 1 to 25 mol%, an amount of vinyl bond before hydrogenation of the polymer block is 40 mol% or more and 60 mol% or less, and an amount of vinyl bond before hydrogenation of the polymer block is more than 60 mol% and 100 mol% or less; and a degree of hydrogenation is 80 mol% or more.
A method for operation of multi-interface transponder, MIT, device, comprising: entering into a low power mode in which a first radio of the MIT device is enabled and a second radio of the MIT device is disabled, wherein the first radio includes circuitry supporting a first radio access technology, RAT, and wherein the second radio includes circuitry supporting a second RAT; receiving, while in the low power mode, a wake-up signal from a neighboring wireless device; transmitting, after transitioning to a higher power mode in response to receipt of the wake-up signal, beacons via the second radio, wherein the second radio is enabled in the higher power mode; characterised in determining a first condition of the MIT device based, at least in part, on a duration of time since communication with a companion device; and transitioning to a lost mode of operation based on the first condition. entering into a low power mode in which a first radio of the MIT device is enabled and a second radio of the MIT device is disabled, wherein the first radio includes circuitry supporting a first radio access technology, RAT, and wherein the second radio includes circuitry supporting a second RAT; receiving, while in the low power mode, a wake-up signal from a neighboring wireless device; transmitting, after transitioning to a higher power mode in response to receipt of the wake-up signal, beacons via the second radio, wherein the second radio is enabled in the higher power mode; characterised in determining a first condition of the MIT device based, at least in part, on a duration of time since communication with a companion device; and transitioning to a lost mode of operation based on the first condition.
A method for performing broadcast and unicast transmissions in a wireless communication system that comprises a plurality of communication cells, the method being performed by a communication unit and comprising: performing at least one time discontinuous broadcast transmission in at least one sub-frame of a radio frame of a physical resource,wherein the at least one time discontinuous broadcast transmission comprises broadcast data that uses a first cell identifier; and performing transmission of unicast control information in a plurality of time-continuous sub-frames of the radio frame of the physical resource using a second cell identifier, wherein the first cell identifier is different to the second cell identifier, and the at least one sub-frame used for the transmission of the at least one time discontinuous broadcast transmission comprises a first duration that is less than a second duration of the plurality of sub-frames of the radio frame for transmitting unicast control information, and the at least one sub-frame of the at least one time discontinuous broadcast transmission is included in the plurality of subframes in which the unicast control information is transmitted, the at least one time discontinuous broadcast transmission being time coincident with the continuous transmission of the unicast control information. performing at least one time discontinuous broadcast transmission in at least one sub-frame of a radio frame of a physical resource,wherein the at least one time discontinuous broadcast transmission comprises broadcast data that uses a first cell identifier; and performing transmission of unicast control information in a plurality of time-continuous sub-frames of the radio frame of the physical resource using a second cell identifier, wherein the first cell identifier is different to the second cell identifier, and the at least one sub-frame used for the transmission of the at least one time discontinuous broadcast transmission comprises a first duration that is less than a second duration of the plurality of sub-frames of the radio frame for transmitting unicast control information, and the at least one sub-frame of the at least one time discontinuous broadcast transmission is included in the plurality of subframes in which the unicast control information is transmitted, the at least one time discontinuous broadcast transmission being time coincident with the continuous transmission of the unicast control information.
An inverted pendulum type vehicle including at least a first moving operation part capable of moving on a floor surface, a first actuator device for driving the first moving operation part, a base assembled with the first moving operation part and the first actuator device, and an occupant boarding part assembled to the base so as to be tiltable with respect to a vertical direction, the first moving operation part being configured to be capable of being moved in all directions including a forward-rearward direction and a left-right direction of an occupant boarded on the occupant boarding part by a driving force of the first actuator device, characterized in that the inverted pendulum type vehicle comprises: a second moving operation part coupled to the first moving operation part or the base with an interval between the second moving operation part and the first moving operation part present in the forward-rearward direction, and configured to be movable on the floor surface in all the directions; a second actuator device for generating a driving force for making at least the second moving operation part move in the left-right direction; an operating device for outputting a command to move the inverted pendulum type vehicle according to an operation by the occupant boarded on the occupant boarding part; a notifying section for notifying information on movement of the occupant boarding part to the occupant boarded on the occupant boarding part; and a control device for controlling the first actuator device and the second actuator device so as to move the inverted pendulum type vehicle according to the command output from the operating device and tilting of the occupant boarding part. a second moving operation part coupled to the first moving operation part or the base with an interval between the second moving operation part and the first moving operation part present in the forward-rearward direction, and configured to be movable on the floor surface in all the directions; a second actuator device for generating a driving force for making at least the second moving operation part move in the left-right direction; an operating device for outputting a command to move the inverted pendulum type vehicle according to an operation by the occupant boarded on the occupant boarding part; a notifying section for notifying information on movement of the occupant boarding part to the occupant boarded on the occupant boarding part; and a control device for controlling the first actuator device and the second actuator device so as to move the inverted pendulum type vehicle according to the command output from the operating device and tilting of the occupant boarding part.