mhurhangee/ep-ind-claims huggingface dataset:
A starter for starting up an engine having a ring gear, the starter (1, 1A, 1B) having a housing adapted to be mounted on the engine, a motor fixedly mounted on the housing to generate a rotational force, a pinion gear operative to transfer the rotational force from the motor to the ring gear, a motor circuit having a main contact to apply electric power from a battery to the motor, a main electromagnetic switch operative to open or close the main contact and operative to actuate the pinion gear toward the ring gear, energizing current limiting means connected to the motor circuit at a high voltage potential side for limiting an electric current flowing through the motor, and an auxiliary electromagnetic switch having an auxiliary switch composed of a pair of stationary contacts (25, 26), connected between low and high voltage potential sides of the energizing current limiting means, and a movable contact operative to connect or disconnect the pair of stationary contacts (25, 26) to short circuit the energizing current limiting means when the pair of stationary contacts are conducted with the movable contact, wherein when the main electromagnetic switch is turned on, the main contact is closed to cause the energizing current limiting means to limit the electric current flowing through the motor after which the auxiliary electromagnetic switch is energized at a given timing to short circuit the energizing current limiting means to allow a full voltage to be applied from the battery to the motor the main electromagnetic switch is fixedly mounted on the housing by means of a plurality of bolts in a first area close proximity to an outer circumferential periphery of the motor, the auxiliary electromagnetic switch is fixedly mounted on at least one of the housing or an end frame of the motor via a mounting member (24, 50) in a second area close proximity to the outer circumferential periphery of the motor and the auxiliary electromagnetic switch is fixedly mounted on the end frame of the motor via the mounting member (24, 50) such that at least a part of the auxiliary electromagnetic switch axially falls in an area to which the main electromagnetic switch is projected in an axial direction, characterized in that: the mounting member, with which the auxiliary electromagnetic switch is fixedly secured to the end frame, includes a annular band portion surrounding a radial outer circumferential periphery of the auxiliary electromagnetic switch, and a pair of leg portions, formed on the band portion at both ends thereof, which are fixed to the end frame by screws, and the band portion of the mounting member has an inner eircurnferentially formed with a plurality of protrusions. the mounting member, with which the auxiliary electromagnetic switch is fixedly secured to the end frame, includes a annular band portion surrounding a radial outer circumferential periphery of the auxiliary electromagnetic switch, and a pair of leg portions, formed on the band portion at both ends thereof, which are fixed to the end frame by screws, and the band portion of the mounting member has an inner eircurnferentially formed with a plurality of protrusions.
A method for imaging in real time the propagation of a mechanical wave (W1, W2) in an acoustically propagative medium and in non-clinical settings, wherein it comprises steps of: a) emitting of a mechanical wave (W1, W2) in an acoustically propagative medium, using an acoustic source being placed in an emission region of the acoustically propagative medium, b) measuring voltage signal waveform values at a reception region, using an acoustic measurement unit, said acoustic measurement unit including a sensor array comprising an array of individual sensors arranged along an orientation axis, and being placed at the reception region, said measurement comprising the simultaneous acquisition, by at least a sub-group of the sensors of the sensor array, of voltage signal waveform values at the reception region, for successive instants in time, c) calculating acoustic field values in the acoustically propagative medium, between the emission region and the reception region, using a reconstruction algorithm implemented in a signal processing unit, and the signal waveform values measured during step b), d) generating an image, using an image generation device and using the calculated acoustic field values. a) emitting of a mechanical wave (W1, W2) in an acoustically propagative medium, using an acoustic source being placed in an emission region of the acoustically propagative medium, b) measuring voltage signal waveform values at a reception region, using an acoustic measurement unit, said acoustic measurement unit including a sensor array comprising an array of individual sensors arranged along an orientation axis, and being placed at the reception region, said measurement comprising the simultaneous acquisition, by at least a sub-group of the sensors of the sensor array, of voltage signal waveform values at the reception region, for successive instants in time, c) calculating acoustic field values in the acoustically propagative medium, between the emission region and the reception region, using a reconstruction algorithm implemented in a signal processing unit, and the signal waveform values measured during step b), d) generating an image, using an image generation device and using the calculated acoustic field values.
Device for covering a recessed spotlight, intended to be installed in a wall, comprising: - a base having an inner surface, an outer surface opposed to the inner surface, a thickness and an opening passing through all the thickness, the outer surface of the base being in contact with the wall in a mounting position, the base being of annular shape with an inside diameter Di and an outside diameter De; and - a covering element able to cover a spotlight, comprising an upper part and at least one lateral part, said lateral part having an upper end in contact with the upper part, characterized in that: - the lower end of the lateral part is fixed removably to the inner surface of the base; - the base comprises reception elements (12, 13) on its inner surface that are intended to receive the lower end of the lateral part of the covering element, said reception elements (12, 13) being at least two rails or two lips which are spaced apart from one another; - the two rails or two lips (12, 13) respectively comprise through-openings (14, 15), one of which is defined perpendicularly to the radial direction and another is defined in the radial direction, these openings defining a first part of a bayonet-type locking device arranged to receive the second, complementary part of the locking device, namely protrusions situated on the free end of the lateral part of the covering element. - a base having an inner surface, an outer surface opposed to the inner surface, a thickness and an opening passing through all the thickness, the outer surface of the base being in contact with the wall in a mounting position, the base being of annular shape with an inside diameter Di and an outside diameter De; and - a covering element able to cover a spotlight, comprising an upper part and at least one lateral part, said lateral part having an upper end in contact with the upper part, - the lower end of the lateral part is fixed removably to the inner surface of the base; - the base comprises reception elements (12, 13) on its inner surface that are intended to receive the lower end of the lateral part of the covering element, said reception elements (12, 13) being at least two rails or two lips which are spaced apart from one another; - the two rails or two lips (12, 13) respectively comprise through-openings (14, 15), one of which is defined perpendicularly to the radial direction and another is defined in the radial direction, these openings defining a first part of a bayonet-type locking device arranged to receive the second, complementary part of the locking device, namely protrusions situated on the free end of the lateral part of the covering element.
A method of rendering images on a display device when playing an augmented reality scene from the point of view of a camera (101, 103), the method comprising: determining boundaries of the augmented reality scene, said boundaries embracing every element of the AR scene; determining a zoom coefficient according to an estimation of a pose of the camera (101, 103) and the boundaries of the scene; and rendering images on the display device from the camera (101, 103) according to the zoom coefficient. determining boundaries of the augmented reality scene, said boundaries embracing every element of the AR scene; determining a zoom coefficient according to an estimation of a pose of the camera (101, 103) and the boundaries of the scene; and rendering images on the display device from the camera (101, 103) according to the zoom coefficient.
Method for releasing a blockage in the case of a pump (1, 200), in particular a motor vehicle pump, the pump (1, 200) having a stator (40, 240) and a rotor (20, 220) which is arranged such that it can be turned rotationally with respect to the stator (40, 240), a rotational wobbling movement of the rotor (20, 220) being produced in the case of a blockage of the rotor (20, 220) in order to release the blockage, the rotational wobbling movement of the rotor (20, 220) being produced by way of an alternating action on the rotor (20, 220) of a force or a torque in a first rotational direction and a further force or a further torque in a second rotational direction which is opposed to the first rotational direction, characterized in that the wobbling movement is divided into a plurality of sequences (84a, 84b, 84c), the magnitude of the produced forces or the produced torques and the duration of the production of the forces or torques being substantially identical during one sequence (84a, 84b, 84c), and the magnitude of the force or the torque and the duration of the configuration of the force or the torque on the rotor (20, 220) being varied between the individual sequences (84a, 84b, 84c), in particular being increased from sequence (84a, 84b, 84c) to sequence (84a, 84b, 84c).
Outer lens for a luminous device, in particular for a motor vehicle, said outer lens comprising: - a main portion (6 1) made of transparent plastic material; - at least two upper, lower and/or lateral edges (6 2, 6 3), referred to as fastening edges, intended to interact with the edges of a housing of the luminous device; - an electrically conductive coating forming a defrosting electrical resistor; - at least two electrodes that are electrically connected to the conductive coating; characterized in that the electrodes are made of electrically conductive thermoplastic material and located on said fastening edges (6 2), each of the electrodes comprises a connector (12, 14) that is intended to allow electrical power to be supplied and each of the connectors comprises at least one electrical pin that protrudes from the electrode comprising said connector, and a device for engaging with a plug, said device being made of an electrical insulator material and said one or more pins being over-moulded by the material of the electrode so as to be electrically connected to said electrode. - a main portion (6 1) made of transparent plastic material; - at least two upper, lower and/or lateral edges (6 2, 6 3), referred to as fastening edges, intended to interact with the edges of a housing of the luminous device; - an electrically conductive coating forming a defrosting electrical resistor; - at least two electrodes that are electrically connected to the conductive coating;
Balancing and synchronizing device for a plant comprising a plurality of brake machines, wherein the brake machines and one or more winch machines are positioned on opposite sides with respect to pylons, for laying cables distinct and independent to each other, each brake machine comprising a plurality of unwinding members each having at least a pair of capstans, said balancing and synchronizing device comprising a plurality of control units (22, 22a) of the electronic card type, one for each pair of capstans of each of said brake machines, configured to automatically adjust the unwinding tension of each individual cable by the relative pair of capstans, and a mating plurality of user interface means, independently connected to each of said control units (22, 22a), so as to set predetermined functional and operating parameters of each pair of capstans, each control unit (22, 22a) also being connected to corresponding position detector elements of a corresponding pair of capstans of each brake machine, said balancing and synchronizing device comprising a data transmission and reception line to which the control units (22, 22a) of the brake machines for laying cables are connected for at least a part of the laying cycle, characterized in that the balancing and synchronizing device also comprises a synchronization command configured to be selectively activable for making at least a control unit, selected between said control units (22, 22a), to function as the main control unit so as to command, by means of said data transmission and reception network, one or more of the other control units different than the main control unit for the synchronized balancing and drive of the relative pairs of capstans, on the basis of specific functional and operating parameters set by the user interface means of the main control unit, the user interface means of the other control units different than the main control unit being disabled, and on the basis of the signals received from each of the position detector elements, so as to render the laying modes of all said cables substantially uniform, wherein said user interface means comprise at least an adjustment potentiometer (18, 18a) configured to adjust the working pressure of the corresponding hydraulic drive circuits associated with the pairs of capstans and, therefore, the traction applied to each cable, in which the main control unit is connected to a main potentiometer and in which the synchronization command is configured to enable the potentiometer directly connected to the main control unit and to disable the potentiometers of the other control units.
A medical imaging diagnosis apparatus for providing a diagnostic basis (402, 502, 602, 702) when performing computer aided diagnosis to diagnose the presence of a lesion in a target medical image, the apparatus comprising: a display; a memory configured to store instructions therein; and a processor, upon execution of the instructions, configured: to extract characteristic information related to an area suspected to be a lesion in the target medical image, as one or more image descriptors from the target medical image; to derive a comprehensive diagnostic result (401, 501, 601, 701) for the target medical image using one or more diagnostic rules (100, 402a, 402b, 402c, 502a, 502b, 602a, 602b, 602c, 702a, 702b), each of the diagnostic rules comprising: one or more of the extracted image descriptors; and an individual diagnostic result corresponding to the one or more of the extracted image descriptors; and to control the display to display the derived comprehensive diagnostic result together with the diagnostic basis comprising the diagnostic rules and the corresponding image descriptors used in deriving the comprehensive diagnostic result. a display; a memory configured to store instructions therein; and a processor, upon execution of the instructions, configured: to extract characteristic information related to an area suspected to be a lesion in the target medical image, as one or more image descriptors from the target medical image; to derive a comprehensive diagnostic result (401, 501, 601, 701) for the target medical image using one or more diagnostic rules (100, 402a, 402b, 402c, 502a, 502b, 602a, 602b, 602c, 702a, 702b), each of the diagnostic rules comprising: one or more of the extracted image descriptors; and an individual diagnostic result corresponding to the one or more of the extracted image descriptors; and to control the display to display the derived comprehensive diagnostic result together with the diagnostic basis comprising the diagnostic rules and the corresponding image descriptors used in deriving the comprehensive diagnostic result. to extract characteristic information related to an area suspected to be a lesion in the target medical image, as one or more image descriptors from the target medical image; to derive a comprehensive diagnostic result (401, 501, 601, 701) for the target medical image using one or more diagnostic rules (100, 402a, 402b, 402c, 502a, 502b, 602a, 602b, 602c, 702a, 702b), each of the diagnostic rules comprising: one or more of the extracted image descriptors; and an individual diagnostic result corresponding to the one or more of the extracted image descriptors; and one or more of the extracted image descriptors; and an individual diagnostic result corresponding to the one or more of the extracted image descriptors; and to control the display to display the derived comprehensive diagnostic result together with the diagnostic basis comprising the diagnostic rules and the corresponding image descriptors used in deriving the comprehensive diagnostic result.
Annular rotary bezel system arranged to be mounted for rotation on a peripheral shoulder of a timepiece middle, said rotary bezel system being formed by a premounted module, said module comprising an annular bezel, an annular support element, a toothed element and spring means cooperating elastically with the toothed element, said spring means and said toothed element being arranged to be placed between the bezel and the support element so as to be held axially, the toothed element being arranged to be angularly integral with said middle, whereas the spring means are angularly integral with the bezel and with the support element so that the spring means, the bezel and the support element can rotate together to allow positive location of the position of the rotary bezel system with respect to the middle, said rotary bezel system being characterised in that it further comprises fixing means for fixing together the spring means, the support element and the bezel.
A fitting part arrangement of a fitting for a sash of a window or a door, having at least one fitting part and at least one additional fitting part, wherein the fitting part is configured to be inserted into a C-shaped groove in the fold of a frame profile of the sash, wherein the fitting part has a base body, having a front side and a rear side, wherein the base body has, on opposite sides, a first edge region for engaging behind a groove leg of the C-shaped groove and a second edge region for engaging behind another groove leg of the C-shaped groove, wherein a, particularly angled, locking leg is provided on the front side of the base body, adjacent to the second edge region for forming a groove, wherein the fitting part and the additional fitting part are in particular detachably connectable to each other and wherein the additional fitting part has a bearing body with an engagement leg, formed on the edge, for engagement into the groove on the base body of the fitting part, characterized in that the additional fitting part is pivotably formed after insertion of the engaging leg into the groove in a mounting position in the fitting part, and the bearing body has a locking device having a locking body on the side opposite the engagement leg, wherein the locking body has a locking leg that, in the assembly position of the additional fitting part, is located in a locked position engaging behind the groove leg.
Holding device, in particular for use in ophthalmodynamometry, having a pressure transmitter and a holding element, wherein the pressure transmitter comprises a mechanically, hydraulically and/or pneumatically movable contact element in the form of a knob, plunger and/or contact plate for installation against the upper eyelid and/or the lower eyelid in the temporal eyelid angle and is held on the holding element in such a way that, in a state of use of the holding device, pressure can be exerted by means of the pressure transmitter on an eye from the lateral direction via an upper eyelid and/or a lower eyelid in the temporal eyelid angle of the eye at least crosswise to the visual axis of the eye.
A connection device for receiving at least one filter module which is connectable to the connection device by moving from a proximal position into a distal receiving position along a direction, in particular a tubular filter module, having at least one lateral connector, in particular a radial connector, comprising at least one first connecting apparatus having a connector piece with an inner lumen exhibiting a proximal end facing the filter module and a distal end facing the connection device in the receiving position, wherein the proximal end of the connector piece is designed to enable a connection of the connector piece to the lateral, in particular radial connector of the filter module, and having at least one first and one second guide member (202, 203) exhibiting a respective proximal end (202a, 203a) and distal end (202b, 203b) which define a receiving area of the connecting apparatus for receiving a filter module, in particular a tubular filter module, wherein at least the first guide member exhibits a side directed toward the receiving area which has at least one guide surface running from the proximal end to the distal end of the first guide member and connecting to the proximal end of the connector piece, characterized in that the side of the guide member facing the guide surface directed toward the receiving area is in a cross section S-shaped, wherein the S-shape results from two sequentially assembled curved sections (R1, R2) and the cross section coincides with an area that extends through the receiving area and both of the guide members (202, 203) of the connecting apparatus. at least one first connecting apparatus having a connector piece with an inner lumen exhibiting a proximal end facing the filter module and a distal end facing the connection device in the receiving position, wherein the proximal end of the connector piece is designed to enable a connection of the connector piece to the lateral, in particular radial connector of the filter module, and having at least one first and one second guide member (202, 203) exhibiting a respective proximal end (202a, 203a) and distal end (202b, 203b) which define a receiving area of the connecting apparatus for receiving a filter module, in particular a tubular filter module, wherein at least the first guide member exhibits a side directed toward the receiving area which has at least one guide surface running from the proximal end to the distal end of the first guide member and connecting to the proximal end of the connector piece, characterized in that the side of the guide member facing the guide surface directed toward the receiving area is in a cross section S-shaped, wherein the S-shape results from two sequentially assembled curved sections (R1, R2) and the cross section coincides with an area that extends through the receiving area and both of the guide members (202, 203) of the connecting apparatus.