mhurhangee/ep-ind-claims huggingface dataset:
A pre-cooler system comprising: an inlet plenum adapted to receive bypass engine fan air; a powered pre-cooler fan assembly having a fan receiving the bypass engine fan air through the inlet plenum; an outlet guide vane array, OGVA, having variable guide vanes and adapted to control airflow from the inlet plenum and the fan; a rotational power source (30, 60) connected to drive the fan; and, a shroud adapted to direct airflow from the inlet plenum, fan and the OGVA; a pre-cooler downstream of the powered pre-cooler fan assembly receiving airflow from the shroud, and a sensor for sensing temperature of outlet air from the pre-cooler and providing a temperature signal to a controller which, in a first mode of operation, controls the OGVA responsive to the temperature signal; and in a second mode of operation, controls speed of the fan. an inlet plenum adapted to receive bypass engine fan air; a powered pre-cooler fan assembly having a fan receiving the bypass engine fan air through the inlet plenum; an outlet guide vane array, OGVA, having variable guide vanes and adapted to control airflow from the inlet plenum and the fan; a rotational power source (30, 60) connected to drive the fan; and, a shroud adapted to direct airflow from the inlet plenum, fan and the OGVA; a fan receiving the bypass engine fan air through the inlet plenum; an outlet guide vane array, OGVA, having variable guide vanes and adapted to control airflow from the inlet plenum and the fan; a rotational power source (30, 60) connected to drive the fan; and, a shroud adapted to direct airflow from the inlet plenum, fan and the OGVA; a pre-cooler downstream of the powered pre-cooler fan assembly receiving airflow from the shroud, and a sensor for sensing temperature of outlet air from the pre-cooler and providing a temperature signal to a controller which, in a first mode of operation, controls the OGVA responsive to the temperature signal; and in a second mode of operation, controls speed of the fan. in a first mode of operation, controls the OGVA responsive to the temperature signal; and in a second mode of operation, controls speed of the fan.
A control assembly for selectively controlling actuation of an electric motor arranged to power a working assembly of a hand-held power tool, the control assembly being configured to provide the selective control based on combined performance of two dissimilar operator actions, the control assembly comprising: an electronic control unit; and a switch member configured to be operable to an actuated state responsive to an enabling action comprising a first of the two dissimilar operator actions; and a throttle control member configured to become operable responsive to actuation of the throttle control member past a first movement threshold (REF_LATCH) while the switch member is in the actuated state, and wherein actuation of the throttle control member past the first movement threshold (REF_LATCH) comprises a second of the two dissimilar operator actions, characterized in that, the throttle control member is configured to remain repeatedly operable responsive to actuation of the throttle control member above a second movement threshold (REF_RELEASE) located below the first movement threshold (REF_LATCH), even if the switch member is brought to a non-actuated state, wherein the electric motor is not rotating, and wherein actuation of the throttle control member to below the second movement threshold (REF_RELEASE) is configured to render the throttle control member non-operable until renewed combined performance of the first and second dissimilar operator actions. an electronic control unit; and a switch member configured to be operable to an actuated state responsive to an enabling action comprising a first of the two dissimilar operator actions; and a throttle control member configured to become operable responsive to actuation of the throttle control member past a first movement threshold (REF_LATCH) while the switch member is in the actuated state, and wherein actuation of the throttle control member past the first movement threshold (REF_LATCH) comprises a second of the two dissimilar operator actions, characterized in that, the throttle control member is configured to remain repeatedly operable responsive to actuation of the throttle control member above a second movement threshold (REF_RELEASE) located below the first movement threshold (REF_LATCH), even if the switch member is brought to a non-actuated state, wherein the electric motor is not rotating, and wherein actuation of the throttle control member to below the second movement threshold (REF_RELEASE) is configured to render the throttle control member non-operable until renewed combined performance of the first and second dissimilar operator actions.
A vehicle comprising: - a chassis which has a longitudinal axis and which is supported by wheels (3, 4); - a cab mounted on the chassis; - a trailer pivotally connected to the chassis, the trailer having a longitudinal axis; - a camera monitoring system which includes a camera arranged on a supporting arm mounted on the cab, for providing a captured image of an area located rearward of the cab; - at least one lighting assembly mounted on the cab; the lighting assembly includes at least one light source configured to project a picture rearward of the cab, the picture forming a mark on a functional face of the trailer, said mark being detectable by the camera, and being representative of an angle (α) between the trailer longitudinal axis and the chassis longitudinal axis; characterized in that vehicle further comprises a wind deflecting assembly comprising at least two side deflector panels, each side deflector panel having a front edge linked to a rear portion of a corresponding cab side wall and a rear edge, and extending vertically over at least part of the height of the corresponding cab side wall rear portion, the lighting assembly being mounted on a side deflector panel. - a chassis which has a longitudinal axis and which is supported by wheels (3, 4); - a cab mounted on the chassis; - a trailer pivotally connected to the chassis, the trailer having a longitudinal axis; - a camera monitoring system which includes a camera arranged on a supporting arm mounted on the cab, for providing a captured image of an area located rearward of the cab; - at least one lighting assembly mounted on the cab; the lighting assembly includes at least one light source configured to project a picture rearward of the cab, the picture forming a mark on a functional face of the trailer, said mark being detectable by the camera, and being representative of an angle (α) between the trailer longitudinal axis and the chassis longitudinal axis; characterized in that vehicle further comprises a wind deflecting assembly comprising at least two side deflector panels, each side deflector panel having a front edge linked to a rear portion of a corresponding cab side wall and a rear edge, and extending vertically over at least part of the height of the corresponding cab side wall rear portion, the lighting assembly being mounted on a side deflector panel.
A canopy for trucks with a vehicle body open in the roof area, wherein a plurality of belt-like, high tensile strength and elastically flexible stiffening elements is attached to the canopy in force-transmitting manner, stabilising the canopy and bracing it against tensile forces, characterised in that the plurality of belt-like stiffening elements is arranged at an angle to the longitudinal axis of the canopy and forms a diagonal bracing element, and that the plurality of belt-like stiffening elements are connected to each other in force-transmitting manner, particularly at joining points.
Combination of a device for cleaning a continuously revolving clothing and of such a clothing for a paper machine for producing and/or processing a paper, cardboard, or tissue web or another fibrous web, said combination comprising at least one cleaning nozzle (3, 3.1) which from a fluid generates at least one cleaning jet that is directed onto the clothing, and a discharge duct for discharging the fluid and the dirt that is released from the clothing by the cleaning jet in a discharging direction, wherein the discharge duct has a first portion (5.1) having a cleaning opening that points toward the revolving clothing and forms a cleaning zone, and the at least one cleaning nozzle (3, 3.1) is disposed in such a manner that the at least one cleaning jet impacts the clothing in the region of the cleaning zone and has a velocity component in the transverse direction (9.1), that is to say transversely to the running direction of the clothing and, when viewed in the running direction of the clothing, the cleaning jet in relation to the clothing plane (2.1) impacts the clothing at an angular range of 20° < B < 80°, in particular at an angular range of 30° < B < 70°, wherein the angle B lies in the plane that is defined by the transverse direction and a perpendicular to the clothing plane, characterized in that the first portion (5.1) of the discharge duct at the beginning of the discharge duct has a receptacle opening which points counter to the running direction of the revolving clothing.
Valve module comprising a threaded mounting sleeve, attachable to a housing of a power tool further comprising an inlet air flow limiting valve arranged to be located inside an air inlet passage of a power tool, the inlet air flow limiting valve is adjustable to provide a varying flow area between a closed position and an open position, said valve module further comprises a rotatable valve and a non-rotatable valve cylinder, both provided with interacting flow openings (32, 30), and a rotatable maneuver ring connected to said valve for rotating said valve and shift said flow limiting valve between the open and the closed positions such that the inlet air flow limiting valve is adjustable to provide for a varying flow area between said closed position to fully open position with an optimum fully open flow area in relation to the available valve dimensions, and characterised in that the rotatable valve is a rotatable valve disc, the non-rotatable valve cylinder has a closed transverse end wall, the rotatable valve disc and the non-rotatable valve cylinder with the closed transverse end wall are both provided with identical interacting butterfly shaped openings.
An electronic device comprising: a display configured to include a main display area, a first curved sub display area and a second curved sub display area; wherein the first curved sub display area is extended from the main display area in an integrated manner and is bent toward a first side of the main display area and is smaller than the main display area, and wherein the second curved sub display area is extended from the main display area in an integrated manner and is bent toward a second side of the main display area opposite to the first side of the main display area and is smaller than the main display area; and a controller configured to, in response to a request to receive a call occurring while a video content associated with a video application is provided on the main display area and a user interface to control the video application and associated with the video application is provided on the first curved sub display area, provide a sub user interface associated with the request to receive the call on the second curved sub display area, wherein the sub user interface associated with the request to receive the call comprises a user interface element to accept or reject the call, wherein the controller, in response to a user touch interaction to accept to receive the call being input through the sub user interface, is further configured to control the display so as to keep providing video content associated with the video application on the main display area while making the call, and not output audio of the video content while conducting the call. a display configured to include a main display area, a first curved sub display area and a second curved sub display area; wherein the first curved sub display area is extended from the main display area in an integrated manner and is bent toward a first side of the main display area and is smaller than the main display area, and wherein the second curved sub display area is extended from the main display area in an integrated manner and is bent toward a second side of the main display area opposite to the first side of the main display area and is smaller than the main display area; and a controller configured to, in response to a request to receive a call occurring while a video content associated with a video application is provided on the main display area and a user interface to control the video application and associated with the video application is provided on the first curved sub display area, provide a sub user interface associated with the request to receive the call on the second curved sub display area, wherein the sub user interface associated with the request to receive the call comprises a user interface element to accept or reject the call, wherein the controller, in response to a user touch interaction to accept to receive the call being input through the sub user interface, is further configured to control the display so as to keep providing video content associated with the video application on the main display area while making the call, and not output audio of the video content while conducting the call.
A method for determination of a contact point for a clutch of a vehicle, such that said clutch is intended to transmit driving power between a first power source in the form of an engine and at least one powered wheel (113, 114), characterized in that said contact point determination involves opening of said clutch, whereby, when the vehicle is in motion and the contact point is being determined the method further comprises - controlling the speed of said first power source towards a first speed (ω1) which is higher than an idling speed of said first power source - and, after the contact point has been determined, engaging the gear in which the vehicle was at the time of opening of the clutch. - controlling the speed of said first power source towards a first speed (ω1) which is higher than an idling speed of said first power source - and, after the contact point has been determined, engaging the gear in which the vehicle was at the time of opening of the clutch.
A method for determining the presence of Listeria grayi in a sample comprising, combining the sample with a culture medium for enriching Listeria species for a time to generate a sample enriched for said species; extracting nucleic acid from at least some of the enriched sample; contacting the extracted nucleic acid with at least one primer pair having hybridization specificity for amplifying the rnpB gene of Listeria grayi, or for amplifying a fragment of the rnpB gene of Listeria grayi; optionally at least one probe sequence for detecting an amplified rnp8 gene of Listeria grayi or a fragment thereof; and optionally one or more PCR reagents, wherein the primer pair is selected from the group consisting of SEQ ID NO:5 and SEQ ID NO:6, or SEQ ID NO:31 and SEQ ID NO:32, or SEQ ID NO:34 and SEQ ID NO:35, or SEQ ID NO: 37 and SEQ ID NO:38, or SEQ ID NO:40 and SEQ ID NO:41, or SEQ ID NO:43 and SEQ ID NO:44, or SEQ ID NO:46 and SEQ ID NO:47, or a nucleic acid molecule with at least 90% sequence homology to said SEQ ID sequences.
A pharmaceutical formulation comprising: (i) domperidone or a pharmaceutically acceptable salt thereof, a glyceryl stearate, and a medium chain triglyceride; or (ii) domperidone or a pharmaceutically acceptable salt thereof, a stearoyl polyoxyl glyceride, a nonionic poly(ethylene oxide) polymer, and a medium chain triglyceride; or (iii) domperidone or a pharmaceutically acceptable salt thereof, a nonionic poly(ethylene oxide) polymer, and a polyethylene glycol. (i) domperidone or a pharmaceutically acceptable salt thereof, a glyceryl stearate, and a medium chain triglyceride; or (ii) domperidone or a pharmaceutically acceptable salt thereof, a stearoyl polyoxyl glyceride, a nonionic poly(ethylene oxide) polymer, and a medium chain triglyceride; or (iii) domperidone or a pharmaceutically acceptable salt thereof, a nonionic poly(ethylene oxide) polymer, and a polyethylene glycol.
An image forming apparatus configured to perform an image forming operation on a recording medium and allow a replenishment container for replenishing toner to be detachably attached thereto, the image forming apparatus comprising: a drum unit including a photosensitive drum; a development unit (230; 330) configured to be movable relative to the drum unit, the development unit (230; 330) including a development roller, a reception portion configured to receive the replenishment container, and a containing portion for containing the toner replenished from the replenishment container; and a housing containing the drum unit and the development unit (230; 330), the housing including an opening/closing member, the opening/closing member being movable between a cover position, at which the opening/closing member covers the reception portion, and an exposing position, at which the reception portion is exposed; wherein the image forming apparatus further comprises a support member (233; 333; 433) configured to be movable between a support position, at which the support member (233; 333; 433) supports the development unit (230; 330), and a retracted position, at which the support member (233; 333; 433) is retracted from the support position, in conjunction with the movement of the opening/closing member, characterized in that the support member (233; 333; 433) is located at the support position when the opening/closing member is located at the exposing position, and the support member (233; 333; 433) is located at the retracted position when the opening/closing member is located at the cover position. a drum unit including a photosensitive drum; a development unit (230; 330) configured to be movable relative to the drum unit, the development unit (230; 330) including a development roller, a reception portion configured to receive the replenishment container, and a containing portion for containing the toner replenished from the replenishment container; and a housing containing the drum unit and the development unit (230; 330), the housing including an opening/closing member, the opening/closing member being movable between a cover position, at which the opening/closing member covers the reception portion, and an exposing position, at which the reception portion is exposed; wherein the image forming apparatus further comprises a support member (233; 333; 433) configured to be movable between a support position, at which the support member (233; 333; 433) supports the development unit (230; 330), and a retracted position, at which the support member (233; 333; 433) is retracted from the support position, in conjunction with the movement of the opening/closing member, characterized in that the support member (233; 333; 433) is located at the support position when the opening/closing member is located at the exposing position, and the support member (233; 333; 433) is located at the retracted position when the opening/closing member is located at the cover position.
A flange connection structure (100;200) including a flange (102;202) and another flange (104;204), the flanges being fastened by bolts, whereby flange surfaces (102a,104a;202a,204a) of the flanges (102,104;202,204) are joined together for coupling, the flange connection structure (100;200) comprising: an annular seal groove (105;205) formed in the flange surface (102a,104a;202a,204a) of one of the flanges (102,104;202,204); a pouring passage (106;206) formed in the one of the flanges (102,104;202,204) for bringing the seal groove (105;205) and an outer circumferential surface of the one of the flanges (102,104;202,204) into communication with each other, wherein one end (106a;206a) of the pouring passage (106;206) opens at the outer circumferential surface; a discharge passage (107;207) formed in the one of the flanges for bringing the seal groove (105;205) and the outer circumferential surface of the one of the flanges (102,104;202,204) into communication with each other, wherein one end (107a;207a) of the discharge passage (107;207) opens at the outer circumferential surface; sealing liquid pouring means connected to the one end (106a;206a) of the pouring passage (106;206) for pouring a sealing liquid into the seal groove (105;205); and a discharge device comprising a float mechanism and an exhaust valve connected to the one end (107a;207a) of the discharge passage (107;207) for discharging a gas contained in the sealing liquid to an outside while preventing the sealing liquid, which has exited from the discharge passage (107;207), from being released to the outside. an annular seal groove (105;205) formed in the flange surface (102a,104a;202a,204a) of one of the flanges (102,104;202,204); a pouring passage (106;206) formed in the one of the flanges (102,104;202,204) for bringing the seal groove (105;205) and an outer circumferential surface of the one of the flanges (102,104;202,204) into communication with each other, wherein one end (106a;206a) of the pouring passage (106;206) opens at the outer circumferential surface; a discharge passage (107;207) formed in the one of the flanges for bringing the seal groove (105;205) and the outer circumferential surface of the one of the flanges (102,104;202,204) into communication with each other, wherein one end (107a;207a) of the discharge passage (107;207) opens at the outer circumferential surface; sealing liquid pouring means connected to the one end (106a;206a) of the pouring passage (106;206) for pouring a sealing liquid into the seal groove (105;205); and a discharge device comprising a float mechanism and an exhaust valve connected to the one end (107a;207a) of the discharge passage (107;207) for discharging a gas contained in the sealing liquid to an outside while preventing the sealing liquid, which has exited from the discharge passage (107;207), from being released to the outside.