mhurhangee/patent-ind-claim-en huggingface dataset:
A rotation drive device including a housing having first and second chambers partitioned from each other by a diaphragm , a rotor rotatably provided in said first chamber along said diaphragm , and a drive unit provided in said second chamber for driving said rotor to rotate with said diaphragm interposed there between, said rotor comprising a plurality of first permanent magnets provided in said rotor , each of said first permanent magnets being magnetized in a direction orthogonal to said rotation direction of said rotor , every two adjacent ones of said first permanent magnets having magnetic polarities different from each other, said drive unit including a plurality of drive unit magnetic materials arranged to face said plurality of first permanent magnets , and a plurality of coils wound around said plurality of drive unit magnetic materials , respectively, for generating a rotating magnetic field, wherein said plurality of first permanent magnets is aligned with a gap therebetween in a rotation direction of said rotor , characterized in that , a plurality of second permanent magnets is provided in said rotor and magnetically coupled to said plurality of first permanent magnets , wherein each of said second permanent magnets is provided correspondingly to a gap between every two adjacent first permanent magnets , and is magnetized in said rotation direction of said rotor , wherein said second permanent magnets are overlapping said first permanent magnets in a circumferential direction of said rotor , and wherein a plurality of magnetic materials are provided in said rotor and inserted in said plurality of gaps between said plurality of second permanent magnets and adjacent to said first permanent magnets . a plurality of drive unit magnetic materials arranged to face said plurality of first permanent magnets , and a plurality of coils wound around said plurality of drive unit magnetic materials , respectively, for generating a rotating magnetic field,
A cover swivel joint of a kitchen utensil for opening and closing a cover, comprising: - a first bearing block and a second bearing block , - a central piece rotatably arranged between the first bearing block and the second bearing block , - a stationary first cam element connected to the first bearing block and having a first cam track and a stop , and - a second cam element connected to the center piece and having a second cam track , - wherein the first and second cam elements are in sliding engagement by means of the first and second cam tracks and a maximum adjustment angle is defined by the stop , - characterized by - an adjustment means which is arranged to define a maximum adjustment angle between the center piece and the first and second bearing blocks . - a first bearing block and a second bearing block , - a central piece rotatably arranged between the first bearing block and the second bearing block , - a stationary first cam element connected to the first bearing block and having a first cam track and a stop , and - a second cam element connected to the center piece and having a second cam track , - wherein the first and second cam elements are in sliding engagement by means of the first and second cam tracks and a maximum adjustment angle is defined by the stop , - characterized by - an adjustment means which is arranged to define a maximum adjustment angle between the center piece and the first and second bearing blocks .
Method for controlling a set of tell-tales of a man-machine interface to be displayed on at least one screen of a vehicle, said set of tell-tales comprising at least one tell-tale, said method being implemented by a computer on board said vehicle and comprising the following steps: - receiving a request comprising a first piece of information identifying at least in part said vehicle and a second piece of information identifying said set of witnesses to be checked; identifying , in a memory associated with said computer, first data representative of a display configuration of said set of indicators in said human-machine interface on the basis of said first information and said second information; generating second data representative of a part of a video stream as a function of said first data, a control information item of said second data being associated with said second data; comparing said control information with reference control information corresponding to said configuration, said reference control information being stored in said memory; - determination of a third item of information representative of a display conformity status of said set of indicators according to a result of said comparison . - receiving a request comprising a first piece of information identifying at least in part said vehicle and a second piece of information identifying said set of witnesses to be checked; identifying , in a memory associated with said computer, first data representative of a display configuration of said set of indicators in said human-machine interface on the basis of said first information and said second information; generating second data representative of a part of a video stream as a function of said first data, a control information item of said second data being associated with said second data; comparing said control information with reference control information corresponding to said configuration, said reference control information being stored in said memory; identifying , in a memory associated with said computer, first data representative of a display configuration of said set of indicators in said human-machine interface on the basis of said first information and said second information; generating second data representative of a part of a video stream as a function of said first data, a control information item of said second data being associated with said second data; comparing said control information with reference control information corresponding to said configuration, said reference control information being stored in said memory; - determination of a third item of information representative of a display conformity status of said set of indicators according to a result of said comparison .
Mounting aid for fastening fittings to the mouth of an opening with a fastening element made of elastic material, a front compression element and a rear compression element , wherein the fastening element is arranged between the two compression elements (2a-b), the compression elements (2a-b) are connected to one another by means of at least one screw and the distance between the compression elements (2a-b) is changed by actuating the at least one screw , the fastening element is compressed in one direction when the compression elements (2a-b) are moved towards one another and is expanded in the direction perpendicular thereto, the fastening element and the compression elements (2a-b) have at least one inner opening so that the mounting aid has at least one continuous longitudinal opening (3 ') between the compression elements (2a-b), the at least one screw is located at least partially in the fastening element , with the screw head on the front compression element , characterized in that the rear compression element has a fastening means in the inner opening for fastening a fitting. the fastening element is arranged between the two compression elements (2a-b), the compression elements (2a-b) are connected to one another by means of at least one screw and the distance between the compression elements (2a-b) is changed by actuating the at least one screw , the fastening element is compressed in one direction when the compression elements (2a-b) are moved towards one another and is expanded in the direction perpendicular thereto, the fastening element and the compression elements (2a-b) have at least one inner opening so that the mounting aid has at least one continuous longitudinal opening (3 ') between the compression elements (2a-b), the at least one screw is located at least partially in the fastening element , with the screw head on the front compression element , characterized in that the rear compression element has a fastening means in the inner opening for fastening a fitting.
A wound dressing for use in a vacuum wound therapy treatment comprising: a reinforced cover layer for positioning over a wound (W) to define a reservoir in which a reduced pressure may be maintained over the wound (W) and a filler material within the reservoir to promote the wicking of wound fluids subject to a reduced pressure; and a portal member or vacuum port , mounted relative to the cover layer , the portal member or vacuum port defining a fluid passage for fluid coupling with a reduced pressure supply conduit or vacuum tube for creating the reduced pressure within the reservoir wherein the portal member or vacuum port includes a flange secured to the cover layer that defines an outer surface and a patient surface generally facing the wound and wherein the fluid passage extends through the outer surface and the patient surface; and wherein the reinforced cover layer is formed from a composite including a backing layer , a reinforcement layer and an adhesive layer and wherein an aperture extends through the reinforcement layer and an aperture extends through the backing layer to permit fluid communication between the reservoir and a vacuum system connected to the wound dressing ; and a filter screen mounted relative to the fluid passage, the filter screen dimensioned to minimize passage of tissue particles of predetermined dimension through the passage of the portal member or vacuum port . a reinforced cover layer for positioning over a wound (W) to define a reservoir in which a reduced pressure may be maintained over the wound (W) and a filler material within the reservoir to promote the wicking of wound fluids subject to a reduced pressure; and a portal member or vacuum port , mounted relative to the cover layer , the portal member or vacuum port defining a fluid passage for fluid coupling with a reduced pressure supply conduit or vacuum tube for creating the reduced pressure within the reservoir wherein the portal member or vacuum port includes a flange secured to the cover layer that defines an outer surface and a patient surface generally facing the wound and wherein the fluid passage extends through the outer surface and the patient surface; and wherein the reinforced cover layer is formed from a composite including a backing layer , a reinforcement layer and an adhesive layer and wherein an aperture extends through the reinforcement layer and an aperture extends through the backing layer to permit fluid communication between the reservoir and a vacuum system connected to the wound dressing ; and a filter screen mounted relative to the fluid passage, the filter screen dimensioned to minimize passage of tissue particles of predetermined dimension through the passage of the portal member or vacuum port .
Front unit for a ski binding, in particular for an alpine touring binding, the front unit being adjustable between an open position and a closed position, comprising: a base plate comprising a fastening assembly for fastening to a ski, two lateral bearing elements , which are arranged on a transverse ski axis extending substantially orthogonally to a longitudinal ski axis and in parallel with a ski axis and are configured to engage with lateral counter-bearing elements of a ski boot in order to hold the ski boot so as to be pivotable about the transverse ski axis, the bearing elements having a spacing in the closed position of the front unit that is configured for engagement with the counter-bearing elements and having a spacing in the open position of the front unit that is greater than in the closed position, such that the ski boot can be introduced between the bearing elements or can be removed from the front unit , and a movement apparatus for moving the bearing elements between the open position and the closed position of the front unit , the movement apparatus comprising a closing actuation portion , the actuation of which causes the bearing elements to move from the open position into the closed position, characterised in that a width b of the closing actuation portion is between 30 mm and 40 mm in a ski width direction orthogonal to the longitudinal ski axis. a base plate comprising a fastening assembly for fastening to a ski, two lateral bearing elements , which are arranged on a transverse ski axis extending substantially orthogonally to a longitudinal ski axis and in parallel with a ski axis and are configured to engage with lateral counter-bearing elements of a ski boot in order to hold the ski boot so as to be pivotable about the transverse ski axis, the bearing elements having a spacing in the closed position of the front unit that is configured for engagement with the counter-bearing elements and having a spacing in the open position of the front unit that is greater than in the closed position, such that the ski boot can be introduced between the bearing elements or can be removed from the front unit , and a movement apparatus for moving the bearing elements between the open position and the closed position of the front unit , the movement apparatus comprising a closing actuation portion , the actuation of which causes the bearing elements to move from the open position into the closed position, characterised in that a width b of the closing actuation portion is between 30 mm and 40 mm in a ski width direction orthogonal to the longitudinal ski axis.
A method for configuring a remote access to at least one home automation device (D) belonging to a home automation installation (Su), the home automation installation comprising the at least one home automation device (D) and at least one central control unit (U), the method being implemented by a first remote access service (Svc1) executed by a management unit (Sv) and comprising the following steps of: - Receiving (ECfSvc12) an information message (MIn) concerning a presence of the home automation device (D) originating from a central control unit (U) to which the device (D) is attached; - Determining (ECfSvc13) a second remote access service (Svc2) associated with a type of the home automation device (D) for which a remote access must be configured with corresponding access rules; - Configuring (ECfSvc14) an access right repository (Rf) in order to accept at least one control command (MCa) originating from the second service (Svc2) or sending supervision data (MSa) to the second service (Svc2) on behalf of the home automation device (D); and - Sending (ECfSvc15) an acceptance/registration message to the second remote access service (Svc2). - Receiving (ECfSvc12) an information message (MIn) concerning a presence of the home automation device (D) originating from a central control unit (U) to which the device (D) is attached; - Determining (ECfSvc13) a second remote access service (Svc2) associated with a type of the home automation device (D) for which a remote access must be configured with corresponding access rules; - Configuring (ECfSvc14) an access right repository (Rf) in order to accept at least one control command (MCa) originating from the second service (Svc2) or sending supervision data (MSa) to the second service (Svc2) on behalf of the home automation device (D); and - Sending (ECfSvc15) an acceptance/registration message to the second remote access service (Svc2).
A check valve comprising: a valve housing defining at least one valve opening ; and at least one flapper pivotably mounted for rotation relative to the valve housing between an open position in which it permits fluid flow through the respective valve opening and a closed position in which it prevents fluid flow through the valve opening ; the valve housing comprising a hinge body , the hinge body comprising a hinge groove extending in a straight line in a longitudinal direction therethrough from a first end to a second end ; and the at least one flapper comprising a hinge tongue formed along a proximal edge thereof, the hinge tongue extending in a straight line in a longitudinal direction along the proximal edge of the flapper from a first end to a second end , characterised in that the hinge groove has, in a plane transverse to the longitudinal direction, an arcuate profile; and the hinge tongue has, in a plane transverse to the longitudinal direction, an arcuate profile which is complementary to that of the hinge groove , the hinge tongue being received within the hinge groove and rotatable therein to allow the flapper to rotate between its open position and its closed position. a valve housing defining at least one valve opening ; and at least one flapper pivotably mounted for rotation relative to the valve housing between an open position in which it permits fluid flow through the respective valve opening and a closed position in which it prevents fluid flow through the valve opening ; the valve housing comprising a hinge body , the hinge body comprising a hinge groove extending in a straight line in a longitudinal direction therethrough from a first end to a second end ; and the at least one flapper comprising a hinge tongue formed along a proximal edge thereof, the hinge tongue extending in a straight line in a longitudinal direction along the proximal edge of the flapper from a first end to a second end , characterised in that the hinge groove has, in a plane transverse to the longitudinal direction, an arcuate profile; and the hinge tongue has, in a plane transverse to the longitudinal direction, an arcuate profile which is complementary to that of the hinge groove , the hinge tongue being received within the hinge groove and rotatable therein to allow the flapper to rotate between its open position and its closed position.
A computer-implemented method for determining when a traffic signal associated with one or more paths through a road intersection is malfunctioning, the method comprising: receiving a plurality of probe reports from a plurality of devices; identifying whether there is congestion prior to (A310, A330) and subsequent to (A320) the road intersection for the one or more paths by analysis of the plurality of probe reports; and determining a traffic signal malfunction based on whether or not congestion is identified prior to and subsequent to the road intersection, wherein, either: (i) a traffic signal malfunction is determined when there is congestion prior to the road intersection for all paths of the one or more paths and no congestion subsequent to the road intersection for all paths of the one or more paths; or (ii) a number of crossing cycles for the road intersection within a time period is calculated and the traffic signal malfunction is determined (A460) when the number of crossing cycles equals a threshold crossing cycle count and there is identified congestion prior to the road intersection for all but one path of the one or more paths and there is no identified congestion subsequent to the road intersection for all paths of the one or more paths. receiving a plurality of probe reports from a plurality of devices; identifying whether there is congestion prior to (A310, A330) and subsequent to (A320) the road intersection for the one or more paths by analysis of the plurality of probe reports; and determining a traffic signal malfunction based on whether or not congestion is identified prior to and subsequent to the road intersection, wherein, either: (i) a traffic signal malfunction is determined when there is congestion prior to the road intersection for all paths of the one or more paths and no congestion subsequent to the road intersection for all paths of the one or more paths; or (ii) a number of crossing cycles for the road intersection within a time period is calculated and the traffic signal malfunction is determined (A460) when the number of crossing cycles equals a threshold crossing cycle count and there is identified congestion prior to the road intersection for all but one path of the one or more paths and there is no identified congestion subsequent to the road intersection for all paths of the one or more paths. (i) a traffic signal malfunction is determined when there is congestion prior to the road intersection for all paths of the one or more paths and no congestion subsequent to the road intersection for all paths of the one or more paths; or (ii) a number of crossing cycles for the road intersection within a time period is calculated and the traffic signal malfunction is determined (A460) when the number of crossing cycles equals a threshold crossing cycle count and there is identified congestion prior to the road intersection for all but one path of the one or more paths and there is no identified congestion subsequent to the road intersection for all paths of the one or more paths.
Method for determining 3D coordinates of an object by an optical measuring device , the method comprising a structured-light measurement with • illuminating the object with a predefined pattern , particularly with a sequence of predefined patterns ; • capturing a 2D image of the pattern as reflected from the object , particularly a sequence of 2D images ; • measuring at least one brightness value , particularly a sequence of brightness values (180, 180', 180"), of at least one 2D image point from the 2D image ; and • calculating a 3D coordinate of an object point which is correlated with the at least one measured brightness value of the 2D image point ; characterized in that • the method further comprises capturing with a TOF camera at least one range image of the object , the range image comprising distance information of a plurality of points of the object , and • the range image is considered in the calculation of the 3D coordinate . • illuminating the object with a predefined pattern , particularly with a sequence of predefined patterns ; • capturing a 2D image of the pattern as reflected from the object , particularly a sequence of 2D images ; • measuring at least one brightness value , particularly a sequence of brightness values (180, 180', 180"), of at least one 2D image point from the 2D image ; and • calculating a 3D coordinate of an object point which is correlated with the at least one measured brightness value of the 2D image point ; characterized in that • the method further comprises capturing with a TOF camera at least one range image of the object , the range image comprising distance information of a plurality of points of the object , and • the range image is considered in the calculation of the 3D coordinate .