mhurhangee/patent-ind-claim-en huggingface dataset:
An olefin-based copolymer which exhibits a single peak when analyzed by gel permeation chromatography, and comprises three elution temperatures Te1, Te2 and Te3 of the olefin-based copolymer in a temperature range from -20°C to 120°C when measuring temperature rising elution fractionation, wherein the olefin-based copolymer has a density ranging from 0.86 g/cc to 0.88 g/cc; wherein the olefin-based copolymer comprises a first semi-crystalline olefin-based copolymer, a second semi-crystalline olefin-based copolymer and a third semi-crystalline olefin-based copolymer, and a fraction ratio of a peak for the first semi-crystalline olefin-based copolymer is 30% to 80%, a fraction ratio of a peak for the second semi-crystalline olefin-based copolymer is 5% to 40%, and a fraction ratio of a peak for the third semi-crystalline olefin-based copolymer is 5% to 50% when measuring TREF; and wherein the measuring of the TREF is conducted by using a TREF apparatus and an o-dichlorobenzene solvent while elevating the temperature from -20°C to 120°C.
A gas turbine engine assembly, comprising: an aft engine cover structure ; a compartment that is accessible and removable via removal of the aft engine cover structure ; and a clutch configured to move from a first position to a second position in response to rotation of a gas turbine engine fan at a speed greater than a threshold speed, wherein, when the clutch is in the first position and when the clutch is in the second position, the clutch permits rotation of the gas turbine engine fan in a first direction (Di), wherein the clutch is disposed within the compartment, whereby the clutch is removable on-wing, characterised in that when the clutch is in the first position, the clutch blocks rotation of the gas turbine engine fan only in an opposite, second direction (D 2 ). an aft engine cover structure ; a compartment that is accessible and removable via removal of the aft engine cover structure ; and a clutch configured to move from a first position to a second position in response to rotation of a gas turbine engine fan at a speed greater than a threshold speed, wherein, when the clutch is in the first position and when the clutch is in the second position, the clutch permits rotation of the gas turbine engine fan in a first direction (Di), wherein the clutch is disposed within the compartment, whereby the clutch is removable on-wing, characterised in that when the clutch is in the first position, the clutch blocks rotation of the gas turbine engine fan only in an opposite, second direction (D 2 ).
A two-hole core drilling machine comprising: a body; a vertically reciprocating carriage vertically reciprocably mounted to the body; a fixing plate coupled to one side surface of the carriage , to rotatably support a drive shaft of a motor ; the two-hole core drilling machine being characterized by comprising: a pivoting plate fastened to the fixing plate , a pivot angle of the pivoting plate is changeable; a moving plate fastened to the pivoting plate , a length of the moving plate from the pivoting plate is variable; a belt or chain mounted between a drive pulley coupled to the drive shaft and a driven pulley coupled to a driven shaft rotatably mounted to the moving plate ; a first core bit coupled to the drive shaft ; and a second core bit coupled to the driven shaft . a body; a vertically reciprocating carriage vertically reciprocably mounted to the body; a fixing plate coupled to one side surface of the carriage , to rotatably support a drive shaft of a motor ; the two-hole core drilling machine being characterized by comprising: a pivoting plate fastened to the fixing plate , a pivot angle of the pivoting plate is changeable; a moving plate fastened to the pivoting plate , a length of the moving plate from the pivoting plate is variable; a belt or chain mounted between a drive pulley coupled to the drive shaft and a driven pulley coupled to a driven shaft rotatably mounted to the moving plate ; a first core bit coupled to the drive shaft ; and a second core bit coupled to the driven shaft . a pivoting plate fastened to the fixing plate , a pivot angle of the pivoting plate is changeable; a moving plate fastened to the pivoting plate , a length of the moving plate from the pivoting plate is variable; a belt or chain mounted between a drive pulley coupled to the drive shaft and a driven pulley coupled to a driven shaft rotatably mounted to the moving plate ; a first core bit coupled to the drive shaft ; and a second core bit coupled to the driven shaft .
A door drive device for a door of a wagon , comprising - at least one door panel mount displaceable along a first spatial axis (Y) substantially vertical to the plane of a door panel mounted on the at least one door panel mount and along a second spatial axis (X) extending substantially horizontal in use and substantially vertical to the first spatial axis (Y), - a drive motor and - a spindle arranged in the direction of the second spatial axis (X) which may be rotated by means of the drive motor , characterized in that a displacement of the at least one door panel mount along the first and/or second spatial axis (Y, X) is effected by means of a guide fork being displaceable by an associated spindle nut slidably engaged with the guide fork , the at least one guide fork being slidably displaceable with respect to the associated spindle nut along the first spatial axis (Y), wherein the spindle nut is driven by rotation of a spindle , wherein the spindle and the drive motor are fixed with respect to the wagon . - at least one door panel mount displaceable along a first spatial axis (Y) substantially vertical to the plane of a door panel mounted on the at least one door panel mount and along a second spatial axis (X) extending substantially horizontal in use and substantially vertical to the first spatial axis (Y), - a drive motor and - a spindle arranged in the direction of the second spatial axis (X) which may be rotated by means of the drive motor ,
Moulding unit for moulding containers, in particular by blow-moulding thermoplastic preforms, which comprises - a first mould support and a second mould support which are intended to each support a part of a mould, the mould supports being articulated with respect to one another about a vertical hinge axis (B) arranged along a rear vertical edge of the mould supports between an open position in which front vertical free edges of the mould supports are moved transversely away from one another, and a closed position in which said free edges are in contact with one another over a vertical longitudinal parting line (P); - a device for locking the mould supports in the closed position that comprises at least one locking hook , of which a free hooked end is equipped with a hooking face , the at least one locking hook being pivotably mounted about a pivot axis (C) on the second mould support between a locked position in which the hooking face is hooked transversely behind a fixed blocking face of the first mould support to prevent the opening of the mould supports by transverse contact, and an unlocked position in which the at least one locking hook is pivoted to retract the hooking face with respect to the blocking face in order to allow the opening of the mould supports ; characterized in that the pivot axis (C) of the at least one locking hook is situated in a plane perpendicular to the hinge axis (B) of the moulds. - a first mould support and a second mould support which are intended to each support a part of a mould, the mould supports being articulated with respect to one another about a vertical hinge axis (B) arranged along a rear vertical edge of the mould supports between an open position in which front vertical free edges of the mould supports are moved transversely away from one another, and a closed position in which said free edges are in contact with one another over a vertical longitudinal parting line (P); - a device for locking the mould supports in the closed position that comprises at least one locking hook , of which a free hooked end is equipped with a hooking face , the at least one locking hook being pivotably mounted about a pivot axis (C) on the second mould support between a locked position in which the hooking face is hooked transversely behind a fixed blocking face of the first mould support to prevent the opening of the mould supports by transverse contact, and an unlocked position in which the at least one locking hook is pivoted to retract the hooking face with respect to the blocking face in order to allow the opening of the mould supports ; characterized in that the pivot axis (C) of the at least one locking hook is situated in a plane perpendicular to the hinge axis (B) of the moulds.
An electric drive , comprising: - an electric machine , comprising: - a stator and a rotor mounted so as to be movable with respect to the stator , wherein - the stator comprises at least two first conductor sections and at least two second conductor sections , - the stator comprises at least one first short-circuiting means and at least one second short-circuiting means , - the first conductor sections are electrically connected to the first short-circuiting means , and - the second conductor sections are electrically connected to the second short-circuiting means , characterized in that - the first conductor sections and the second conductor sections are each designed to be supplied with a separate electric phase, and - the first short-circuiting means and the second short-circuiting means are arranged side by side along an axis of rotation of the rotor . - an electric machine , comprising: - a stator and a rotor mounted so as to be movable with respect to the stator , wherein - the stator comprises at least two first conductor sections and at least two second conductor sections , - the stator comprises at least one first short-circuiting means and at least one second short-circuiting means , - the first conductor sections are electrically connected to the first short-circuiting means , and - the second conductor sections are electrically connected to the second short-circuiting means , characterized in that - the first conductor sections and the second conductor sections are each designed to be supplied with a separate electric phase, and - the first short-circuiting means and the second short-circuiting means are arranged side by side along an axis of rotation of the rotor .
A multi-view display controller , wherein said multi-view display controller is configured to generate view information specifying, for at least one pixel area of a multi-view display , a selected first sub-set of a set of multiple view directions (10-17) along which additional information is to be simultaneously projected with the media data of a media content, wherein that said view information also specifying, for said at least one pixel area , a second sub-set (10-14, 17) of said set of multiple view directions (10-17) along which media data of said media content but no additional information is to be projected, characterized in that the additional information is meta data or text information, wherein said multi-view display controller is configured to select said first sub-set among said set of multiple view directions (10-17) for said at least one pixel area based on position information representing a position of a viewer relative to said multi-view display , wherein said multi-view display controller is configured to determine at least one current view direction for said viewer based on said position information; and said multi-view display controller is configured to select said first sub-set of said set of multiple view directions (10-17) along which said additional information is to be projected simultaneously with the media data of said media content based on information of said at least one current view direction , wherein said first sub-set is accessible to the viewer when moving laterally the head slightly. said multi-view display controller is configured to determine at least one current view direction for said viewer based on said position information; and said multi-view display controller is configured to select said first sub-set of said set of multiple view directions (10-17) along which said additional information is to be projected simultaneously with the media data of said media content based on information of said at least one current view direction , wherein said first sub-set is accessible to the viewer when moving laterally the head slightly.
Wheel spacer disc for motor vehicles, having: - a central opening - a plurality of wheel bolt openings and - at least two wheel hub centring elements for centring the wheel spacer disc relative to a wheel hub , wherein at least two rim centring pins are provided for centring the wheel spacer disc relative to a rim , wherein the at least two wheel hub centring elements are arranged on a circumferential wall of the central opening , wherein the at least two wheel hub centring elements project at least in sections into the central opening of the wheel spacer disc , and wherein a diameter of the central opening is larger than a diameter of a centring element of the wheel hub , characterized in that that in each case a bevel is provided at the transition between a radially external outer surface of the rim centring pins and a rim bearing surface of the wheel spacer disc , and in that an annular projection surrounding the central opening and adjoining the central opening is provided, said annular projection transitioning into the bevels of the rim centring pins . - a central opening - a plurality of wheel bolt openings and - at least two wheel hub centring elements for centring the wheel spacer disc relative to a wheel hub , wherein at least two rim centring pins are provided for centring the wheel spacer disc relative to a rim , wherein the at least two wheel hub centring elements are arranged on a circumferential wall of the central opening , wherein the at least two wheel hub centring elements project at least in sections into the central opening of the wheel spacer disc , and wherein a diameter of the central opening is larger than a diameter of a centring element of the wheel hub , characterized in that that in each case a bevel is provided at the transition between a radially external outer surface of the rim centring pins and a rim bearing surface of the wheel spacer disc , and in that an annular projection surrounding the central opening and adjoining the central opening is provided, said annular projection transitioning into the bevels of the rim centring pins .
A display device , comprising: a display panel ; an optical sheet positioned at a rear of the display panel ; a guide panel positioned at a lateral side of at least one of the display panel and the optical sheet ; and a back cover positioned at a rear of the guide panel , the back cover coupled to the guide panel , wherein the guide panel includes a guide latch assembly facing the back cover , and wherein the back cover includes a back cover latch assembly coupled to the guide latch assembly , characterized in that : the guide latch assembly includes a first rib and a second rib spaced apart from the first rib to form coupling spaces with the first rib , wherein the second rib includes a protrusion protruded from an end portion of the second rib in an opposite direction to the first rib , wherein the back cover latch assembly includes: coupling ribs accommodated in the coupling spaces , and an engaging rib spaced apart from the coupling ribs and engaged with the protrusion . a display panel ; an optical sheet positioned at a rear of the display panel ; a guide panel positioned at a lateral side of at least one of the display panel and the optical sheet ; and a back cover positioned at a rear of the guide panel , the back cover coupled to the guide panel , wherein the guide panel includes a guide latch assembly facing the back cover , and wherein the back cover includes a back cover latch assembly coupled to the guide latch assembly , characterized in that : the guide latch assembly includes a first rib and a second rib spaced apart from the first rib to form coupling spaces with the first rib , wherein the second rib includes a protrusion protruded from an end portion of the second rib in an opposite direction to the first rib , wherein the back cover latch assembly includes: coupling ribs accommodated in the coupling spaces , and an engaging rib spaced apart from the coupling ribs and engaged with the protrusion . the guide latch assembly includes a first rib and a second rib spaced apart from the first rib to form coupling spaces with the first rib , wherein the second rib includes a protrusion protruded from an end portion of the second rib in an opposite direction to the first rib , wherein the back cover latch assembly includes: coupling ribs accommodated in the coupling spaces , and an engaging rib spaced apart from the coupling ribs and engaged with the protrusion . coupling ribs accommodated in the coupling spaces , and an engaging rib spaced apart from the coupling ribs and engaged with the protrusion .
A cooking appliance comprising a top sheet , a lower wall and at least four side walls connecting the top sheet and the lower wall , thereby delimiting an inner space of the cooking appliance , wherein the top sheet has at least a cooking hob , wherein the lower wall is divided into at least a fixing fin and a closing lid , wherein the top sheet , the side walls and the fixing fin of the lower wall are made in one piece of metal sheet forming a housing set , characterized in that a fixing fin part extends over the lower perimeter of the side walls towards the opposite side wall , and wherein the fixing fin part of a side wall is joined at its end to the fixing fin part of the adjacent side wall .
A picking assistant system , comprising: an article shelf in which articles (P) are to be stocked, the article shelf having a plurality of openings ; a projector ; a processor ; and an imaging device , wherein the article shelf includes a plurality of flexible screens hung at the respective openings of the article shelf and configured to be caused to move due to a worker (W) inevitably touching at least one of the screens when the worker (W) takes out an article (P) from the article shelf through the respective opening , wherein the projector is configured to display an instruction to a worker (W) in a display region defined on the screens , wherein the imaging device is configured to capture a captured image in which the screens are reflected, and wherein the processor is configured to detect worker-caused motions of the screens in the captured image and to detect an operational error of the worker (W) based on the detected motions of the screens . an article shelf in which articles (P) are to be stocked, the article shelf having a plurality of openings ; a projector ; a processor ; and an imaging device , wherein the article shelf includes a plurality of flexible screens hung at the respective openings of the article shelf and configured to be caused to move due to a worker (W) inevitably touching at least one of the screens when the worker (W) takes out an article (P) from the article shelf through the respective opening , wherein the projector is configured to display an instruction to a worker (W) in a display region defined on the screens , wherein the imaging device is configured to capture a captured image in which the screens are reflected, and wherein the processor is configured to detect worker-caused motions of the screens in the captured image and to detect an operational error of the worker (W) based on the detected motions of the screens .
A method of controlling a device installed in a vehicle, the method comprising: executing (S810) a first application by a first system-on-chip, SoC; outputting (S820) first video data corresponding to the first application by the first SoC; generating (S830) a frame buffer for the first video data by the first SoC; transmitting (S840) the generated frame buffer to a second SoC; outputting (S850) the same video data as the first video data at a first time by the second SoC; and outputting (S860) second video data different from the first video data in response to an event that has occurred at a second time after the first time by the second SoC; the method further comprising: transmitting a touch ID and coordinates to the first SoC when a touch for partial mirroring is detected in the second SoC, by the second SoC, wherein partial mirroring implies that only a partial screen of the first video data is output in a first area of the second SoC, and a screen unique to the second SoC is output in a different second area; updating an additionally defined UI frame buffer, by the first SoC; and transmitting the updated UI frame buffer to the second SoC, by the first SoC. executing (S810) a first application by a first system-on-chip, SoC; outputting (S820) first video data corresponding to the first application by the first SoC; generating (S830) a frame buffer for the first video data by the first SoC; transmitting (S840) the generated frame buffer to a second SoC; outputting (S850) the same video data as the first video data at a first time by the second SoC; and outputting (S860) second video data different from the first video data in response to an event that has occurred at a second time after the first time by the second SoC; the method further comprising: transmitting a touch ID and coordinates to the first SoC when a touch for partial mirroring is detected in the second SoC, by the second SoC, wherein partial mirroring implies that only a partial screen of the first video data is output in a first area of the second SoC, and a screen unique to the second SoC is output in a different second area; updating an additionally defined UI frame buffer, by the first SoC; and transmitting the updated UI frame buffer to the second SoC, by the first SoC. transmitting a touch ID and coordinates to the first SoC when a touch for partial mirroring is detected in the second SoC, by the second SoC, wherein partial mirroring implies that only a partial screen of the first video data is output in a first area of the second SoC, and a screen unique to the second SoC is output in a different second area; updating an additionally defined UI frame buffer, by the first SoC; and transmitting the updated UI frame buffer to the second SoC, by the first SoC.