mhurhangee/patent-ind-claim-en huggingface dataset:
A vacuum cleaner comprising: a cleaner main body ; a suction device communicated with the cleaner main body ; a wheel which may move the cleaner main body ; a motor for driving the wheel; a sensor to detect a rotation angle of the cleaner main body about a rotation center of the wheel; characterized in that the vacuum cleaner comprises: a memory in which a plurality of reference values about the sensor are stored; and a controller which determines one reference value of the plurality of reference values and controls the motor depending on a size of an angle value detected from the sensor based on the determined reference value. a cleaner main body ; a suction device communicated with the cleaner main body ; a wheel which may move the cleaner main body ; a motor for driving the wheel; a sensor to detect a rotation angle of the cleaner main body about a rotation center of the wheel; characterized in that the vacuum cleaner comprises: a memory in which a plurality of reference values about the sensor are stored; and a controller which determines one reference value of the plurality of reference values and controls the motor depending on a size of an angle value detected from the sensor based on the determined reference value. a memory in which a plurality of reference values about the sensor are stored; and a controller which determines one reference value of the plurality of reference values and controls the motor depending on a size of an angle value detected from the sensor based on the determined reference value.
Key actuating device for turning a key located in a door lock of a door , in particular, a house door or the door of a flat, around a rotational axis (RA) comprising a rotary holding unit for a torque-proof accommodation of the free end of the key , at least one controllable drive motor unit (9, 9', 9"), a multi-part coupling device for drivingly coupling the controllable drive motor unit (9, 9', 9") with the rotary holding unit , a housing and a control unit for controlling the at least one controllable drive motor unit (9, 9', 9"), wherein the rotary holding unit and the multi-part coupling device are rotatably mounted relative to each other around the rotational axis (RA), and wherein the rotary holding unit for rotatably mounting around the rotational axis (RA) is accommodated and integrated in the multi-part coupling device at least in sections, characterized in that the multi-part coupling device comprises at least an annular crown gear (10.1) and at least a coupling sleeve (10.2) accommodated in the annular crown gear (10.1) for establishing a torque-proof mechanical operative connection between the annular crown gear (10.1) and the rotary holding unit , which is accommodated in the coupling sleeve (10.2) at least in sections.
A platform for a fan rotor of an aircraft turbomachine, this platform being configured to be secured to a fan disk between two adjacent fan vanes , the platform comprising a longitudinal wall defining an aerodynamic external face , said wall comprising a honeycomb structure interposed between two skins (7; 8) made of composite material, respectively internal and external , the external skin defining said aerodynamic external face , characterised in that the external skin comprises a three-dimensional woven structure and the internal skin comprises a stratified structure, wherein the external skin has a thickness greater than that of the internal skin .
An image forming apparatus comprising: a main body ; a cover unit to be disposed on an upper side of the main body to press a manuscript; and at least one hinge assembly to connect the cover unit to the main body , wherein the hinge assembly includes: a first body removably housed within the main body ; a second body part of which a part is fastened to the cover unit and another part of which is hinge-connected with the first body ; and a biasing mechanism , comprising: a pressing unit accommodated in the first body to apply a pressing force to the second body ; and an adjustment unit to adjust a pressing force of the pressing unit that is applied to the second body , so as to adjust a biasing rotational force between the first body and the second body . a main body ; a cover unit to be disposed on an upper side of the main body to press a manuscript; and at least one hinge assembly to connect the cover unit to the main body , wherein the hinge assembly includes: a first body removably housed within the main body ; a second body part of which a part is fastened to the cover unit and another part of which is hinge-connected with the first body ; and a biasing mechanism , comprising: a pressing unit accommodated in the first body to apply a pressing force to the second body ; and an adjustment unit to adjust a pressing force of the pressing unit that is applied to the second body , so as to adjust a biasing rotational force between the first body and the second body . a first body removably housed within the main body ; a second body part of which a part is fastened to the cover unit and another part of which is hinge-connected with the first body ; and a biasing mechanism , comprising: a pressing unit accommodated in the first body to apply a pressing force to the second body ; and an adjustment unit to adjust a pressing force of the pressing unit that is applied to the second body , so as to adjust a biasing rotational force between the first body and the second body . a pressing unit accommodated in the first body to apply a pressing force to the second body ; and an adjustment unit to adjust a pressing force of the pressing unit that is applied to the second body , so as to adjust a biasing rotational force between the first body and the second body .
A method of video image compression comprising: providing a sequence of referenceable (I, P) and bidirectional predicted (B) frames each comprising pixel values arranged in macroblocks; and determining at least one macroblock within a bidirectional predicted frame (B) using direct mode prediction based on a motion vector between two referenceable frames (I, P) being scaled by a frame scale fraction of greater than one, wherein the two referenceable frames are previous in display order to the bidirectional predicted frame. providing a sequence of referenceable (I, P) and bidirectional predicted (B) frames each comprising pixel values arranged in macroblocks; and determining at least one macroblock within a bidirectional predicted frame (B) using direct mode prediction based on a motion vector between two referenceable frames (I, P) being scaled by a frame scale fraction of greater than one, wherein the two referenceable frames are previous in display order to the bidirectional predicted frame.
A curtain airbag apparatus comprising: an inflator which supplies gas; and a cushion which is suitable to be stored, in an elongated storage form in a vehicle front-rear direction, on an inner side of a headliner above a side window, and receives the gas so as to inflate and deploy, wherein the cushion in the storage form has a bent-over portion which is obtained by bending over a front end or a rear end of the cushion towards a center side thereof from a state in which the cushion is folded or rolled upwards from below, characterized in that the state in which the cushion is folded or rolled is achieved by folding or rolling the cushion from a state in which a prescribed area at a front end side or a rear end side of the cushion in a deployed state is folded over towards the center side in the vehicle front-rear direction. an inflator which supplies gas; and a cushion which is suitable to be stored, in an elongated storage form in a vehicle front-rear direction, on an inner side of a headliner above a side window, and receives the gas so as to inflate and deploy, wherein the cushion in the storage form has a bent-over portion which is obtained by bending over a front end or a rear end of the cushion towards a center side thereof from a state in which the cushion is folded or rolled upwards from below, characterized in that the state in which the cushion is folded or rolled is achieved by folding or rolling the cushion from a state in which a prescribed area at a front end side or a rear end side of the cushion in a deployed state is folded over towards the center side in the vehicle front-rear direction.
Electromagnetic device for stopping the weft thread in a weft feeder of a weaving machine, of the type comprising a slider (C), apt to be moved along an alternate rectilinear path between two end-stop positions responsive to the activation of electromagnetic coils (B) housed in a case , and consisting of a bush-shaped ferromagnetic core , of a cylindrical end-piece for stopping the weft thread projecting from one side of said ferromagnetic core and of an intermediate element forming the mechanical connection between said ferromagnetic core and said end-piece , characterised in that said intermediate element is a cylindrical aluminium element which is fastened, through a mechanical coupling with interference, within the cylindrical inner cavity of said bush-shaped ferromagnetic core , and which further is provided with an axial cylindrical inner cavity within which said end-piece is fastened, through a mechanical coupling with interference.
A vertical machining center for machining a workpiece (W) by relatively moving a tool and the workpiece (W) comprising: an X-axis guide (29a,b) configured to guide a table in left and right direction on a bed ; a column provided on the bed and having an opening formed to span the X-axis guide (29a,b) in forward and backward direction so as to allow the table to enter in the left and right direction, a saddle provided to move in the forward and backward direction along a first Y-axis guide extending in the forward and backward direction and a second guide which are disposed at a top portion of the column , the second guide disposed below, parallel to and offset in the left and right direction from the first Y-axis guide ; and a spindle head disposed at a side of the saddle close to the second Y-axis guide so as to move in the vertical direction, and characterized in that the machining center further comprises a protection cover connected to the saddle , and configured to expand and contract according to the movement of the forward and backward movement of the saddle , wherein a guide rail , configured to slidably support the protection cover , is extended through a through hole in the saddle , whereby an upper end of the protection cover is positioned lower than the height of the saddle . an X-axis guide (29a,b) configured to guide a table in left and right direction on a bed ; a column provided on the bed and having an opening formed to span the X-axis guide (29a,b) in forward and backward direction so as to allow the table to enter in the left and right direction, a saddle provided to move in the forward and backward direction along a first Y-axis guide extending in the forward and backward direction and a second guide which are disposed at a top portion of the column , the second guide disposed below, parallel to and offset in the left and right direction from the first Y-axis guide ; and a spindle head disposed at a side of the saddle close to the second Y-axis guide so as to move in the vertical direction, and characterized in that the machining center further comprises a protection cover connected to the saddle , and configured to expand and contract according to the movement of the forward and backward movement of the saddle , wherein a guide rail , configured to slidably support the protection cover , is extended through a through hole in the saddle , whereby an upper end of the protection cover is positioned lower than the height of the saddle .
Shielding for a signal connector , the shielding comprising a plurality of shielding walls which are arranged so as to electromagnetically shield at least one signal contact of the connector , the shielding further comprising a forward end at which the shielding is open for receiving a mating connector along an insertion direction (I), wherein at least two shielding walls are parallel with each other at least in sections in a cross section perpendicular to the insertion direction (I), and wherein the shielding is provided with at least one longitudinal circumferential retention element that extends along a circumferential direction (C) of the shielding , the circumferential direction (C) extending around a longitudinal axis (L) of the shielding , wherein at least two adjacent shielding walls are basically plane and are connected with each other by at least one bend , a longitudinal direction (L) of the bend extending basically parallel with the insertion direction (I), wherein the at least one longitudinal circumferential retention element extends through the bend , and wherein the at least one longitudinal circumferential retention element comprises at least one cut-out in the region of the bend , characterized in that the at least one longitudinal circumferential retention element is a groove , the groove being limited by three limiting walls , the limiting walls being formed monolithically with at least one shielding wall , wherein one limiting wall is a front wall that extends perpendicular to the insertion direction (I) and that is located closer to the forward end than another limiting wall that is a rear wall , the rear wall extending perpendicular to the insertion direction (I) and being spaced apart from the front wall in a direction away from the forward end , and wherein the front wall and the rear wall are connected via a ground wall that extends perpendicular to the front wall and/or the rear wall .
A method for reconstructing an image, comprising: receiving a sinogram input ; performing a first denoising operation on the sinogram input prior to performing the initial reconstruction, wherein the first denoising operation is performed using a first trained artificial neural network; performing an initial reconstruction on the sinogram input to generate one or more intermediate images ; generating one or multiple intermediate sinogram(s) from the one or multiple intermediate image(s) generated from the sinogram input , wherein generating one or multiple intermediate sinogram(s) from the one or multiple intermediate image(s) generated from the sinogram input comprises reprojecting all or a portion of the one or more intermediate images to generate the one or more intermediate sinograms ; iteratively processing the intermediate sinogram(s) , wherein the iterative processing comprises performing at least an iterative datafit update on a reconstructed image generated by a most recent iteration of an iterative loop and comparing the reconstructed image with the intermediate image ; performing a second denoising operation in addition to the datafit update , wherein the second denoising operation is performed on the reconstructed image using a second trained artificial neural network; and upon completion of the iterative processing, reconstructing a final image and outputting the final image for review, storage, or further processing, wherein the datafit update and the second denoising operation are performed in parallel within the iterative loop. receiving a sinogram input ; performing a first denoising operation on the sinogram input prior to performing the initial reconstruction, wherein the first denoising operation is performed using a first trained artificial neural network; performing an initial reconstruction on the sinogram input to generate one or more intermediate images ; generating one or multiple intermediate sinogram(s) from the one or multiple intermediate image(s) generated from the sinogram input , wherein generating one or multiple intermediate sinogram(s) from the one or multiple intermediate image(s) generated from the sinogram input comprises reprojecting all or a portion of the one or more intermediate images to generate the one or more intermediate sinograms ; iteratively processing the intermediate sinogram(s) , wherein the iterative processing comprises performing at least an iterative datafit update on a reconstructed image generated by a most recent iteration of an iterative loop and comparing the reconstructed image with the intermediate image ; performing a second denoising operation in addition to the datafit update , wherein the second denoising operation is performed on the reconstructed image using a second trained artificial neural network; and upon completion of the iterative processing, reconstructing a final image and outputting the final image for review, storage, or further processing, wherein the datafit update and the second denoising operation are performed in parallel within the iterative loop.
Motor vehicle headlamp having at least one semiconductor light source and an optical system which influences a propagation direction of the light within the headlamp , characterized in that the optical system has a first projection lens which has a main surface and a light entry surface , the semiconductor light source being arranged in a focal point of the first projection lens and the headlamp being adapted to produce a light distribution having a bright region and a dark region separated from the bright region by an at least partially horizontal cut-off , and having an optical axis connecting a central point of the cut-off to the semiconductor light source , the first projection lens being arranged to be inclined relative to the optical axis such that points of the main surface of the first projection lens lying at a radial distance (r) from the optical axis above the optical axis have, in the direction of the optical axis , a smaller axial distance (d_32) from the semiconductor light source than points of the main surface of the first projection lens lying at the same radial distance (y) from the optical axis below the optical axis have, the first projection lens being adapted to direct light of the semiconductor light source incident on the light entry surface directly into the light distribution , in that a course of the focal length of the first projection lens in a plane parallel to the horizon deviates from a course of the focal length of the first projection lens in a vertical plane perpendicular to the horizon, and in that the light-emitting surface of the semiconductor light source lies in a Petzval surface of the vertical cross-section of the projection lens in which the optical axis also extends, the Petzval surface being the surface of all points which are sharply imaged by the projection lens .
Fire-protected floor structure of a wagon body, wherein the floor structure has a sandwich plate made of a metallic top layer and a metallic base layer and a core layer lying therebetween as well as metallic edge profiles , wherein the edge profiles are configured in such a way that the core layer is completely enclosed by the metallic top and base layers and the edge profiles , and the floor structure has a mineral coolant layer on the side of the base layer facing away from the core layer and the side of the mineral coolant layer facing away from the core layer is covered with an intumescent layer , characterized in that the core layer is made of a structural foam, in particular of PET foam, or of balsa wood, in particular of a balsa wood end grain board, or contains at least 95% by weight of PET or balsa wood.
Electric or hybrid vehicle provided with a traction battery disposed beneath the rear floor between the rear side members and the partition between the parts of the rear floor, the vehicle being provided with a right-hand reinforcement disposed in contact with the partition and the rear right-hand side member, and with a left-hand reinforcement disposed in contact with the partition and the rear left-hand side member, each reinforcement being provided with a slot intended to receive a fastening means of the traction battery , each reinforcement being able to receive a fastening means of a traction battery, and makes it possible to stiffen the partition and the longitudinal side member in order to protect the traction battery from deformations resulting from a pole side impact, the reinforcement comprises a first surface intended to be disposed in contact with the partition , a second surface which is essentially perpendicular to the first surface and is intended to be disposed in contact with a longitudinal side member , and an angle bracket disposed projecting between these two surfaces, delimiting a volume between the partition , the adjacent longitudinal side member and the rear floor , a slot intended to receive a fastening means of the traction battery is provided in the angle bracket . the vehicle being provided with a right-hand reinforcement disposed in contact with the partition and the rear right-hand side member, and with a left-hand reinforcement disposed in contact with the partition and the rear left-hand side member, each reinforcement being provided with a slot intended to receive a fastening means of the traction battery , each reinforcement being able to receive a fastening means of a traction battery, and makes it possible to stiffen the partition and the longitudinal side member in order to protect the traction battery from deformations resulting from a pole side impact, the reinforcement comprises a first surface intended to be disposed in contact with the partition , a second surface which is essentially perpendicular to the first surface and is intended to be disposed in contact with a longitudinal side member , and an angle bracket disposed projecting between these two surfaces, delimiting a volume between the partition , the adjacent longitudinal side member and the rear floor , a slot intended to receive a fastening means of the traction battery is provided in the angle bracket .