mhurhangee/ep-ind-claims huggingface dataset:
An electric bicycle which can be driven by an auxiliary driving force generated by an electric motor fed with power from a battery in addition to human power generated by a pedal force from pedals and perform a regeneration operation for charging the battery by using a passive driving force received by a rear wheel from a ground plane during passive running to rotate the electric motor, the electric bicycle comprising: a motor drive unit including the electric motor, an auxiliary-driving-force output ring body for outputting an auxiliary driving force, and a control part located at an intermediate position between a front wheel and the rear wheel; and an endless driving force transmitting member for transmitting a pedal force from the pedals to the rear wheel, the endless driving force transmitting member being capable of transmitting a passive driving force received by the rear wheel during the passive running and being engaged with the auxiliary-driving-force output ring body of the motor drive unit; characterized in that the electric bicycle further comprises an input/output changeover clutch for switching a force transmission direction and a damper provided on a force transmission path between a motor output shaft serving as an output shaft of the electric motor and an auxiliary driving force output shaft with the auxiliary-driving-force output ring body attached thereto in the motor drive unit, wherein the input/output changeover clutch is switched between an output state in which a driving force of the electric motor can be transmitted to the auxiliary-driving-force output shaft and an input state in which the passive driving force from the rear wheel can be transmitted to the electric motor, and the damper reduces a shock during clutch connection. a motor drive unit including the electric motor, an auxiliary-driving-force output ring body for outputting an auxiliary driving force, and a control part located at an intermediate position between a front wheel and the rear wheel; and an endless driving force transmitting member for transmitting a pedal force from the pedals to the rear wheel, the endless driving force transmitting member being capable of transmitting a passive driving force received by the rear wheel during the passive running and being engaged with the auxiliary-driving-force output ring body of the motor drive unit; characterized in that
A cap for a cell, comprising: a base; a top engaging the base and moveable relative to the base; a connector arranged between the base and the top and moveable relative to only one of the base and the top; one or more wings moveably disposed between the base and the top, each wing having a first portion engaging the connector and a second portion configured to engage the cell; and a lock; wherein, when pressure within the cell exceeds pressure outside the cell, the lock lies in a first position, preventing relative movement between the base and the top; wherein, when pressure within the cell does not exceed pressure outside the cell, the lock lies in a second position, allowing relative movement between the base and the top; and wherein relative movement between the base and the top causes the connector to move the first portion of each wing, thereby causing the second portion of each wing to move, characterised in that the lock comprises a bar extending through an opening defined in the base, a plunger disposed adjacent a base end of the bar, and a button disposed adjacent a top end of the bar; wherein the first position of the lock is an upward position, whereby the button extends into an opening of the top; and wherein the second position of the lock is a downward position where the button does not extend into the opening of the top and the one or more wings are able to disengage the cell. a base; a top engaging the base and moveable relative to the base; a connector arranged between the base and the top and moveable relative to only one of the base and the top; one or more wings moveably disposed between the base and the top, each wing having a first portion engaging the connector and a second portion configured to engage the cell; and a lock;
A press forming method for forming a press formed part having a product shape that has a groove-shaped portion extending in a longitudinal direction and includes a flange portion curved along the longitudinal direction on at least one of a pair of side wall portions defining the groove-shaped portion, using a first press forming tool and a second press forming tool each including a side wall forming portion (1a, 3a), a flange forming portion (1b, 3b), and a joining portion (1c, 3c) that joins the flange forming portion (1b, 3b) to the side wall forming portion (1a, 3a), characterized in that the press forming method comprises: a first forming step of forming the press formed part by using the first press forming tool having a line length in the cross-sectional direction of the joining portion contacting with a flange portion subjected to stretch flange deformation or a flange portion subjected to shrink flange deformation is a line length L 1 in the cross-sectional direction that is shorter than a line length L 2, where the line length L 2 is a line length in a cross-sectional direction of the joining portion of the second press forming tool for making the product shape, in order to make a line length of the flange portion subjected to stretch flange deformation in a longitudinal direction longer than a line length of the flange portion of the product shape and to make a line length of the flange portion subjected to shrink flange deformation in the longitudinal direction shorter than the line length of the flange portion of the product shape; and a second forming step of forming the press formed part in the product shape by crash forming by using the second press forming tool in which the line length in the cross-sectional direction of the joining portion is L 2. a first forming step of forming the press formed part by using the first press forming tool having a line length in the cross-sectional direction of the joining portion contacting with a flange portion subjected to stretch flange deformation or a flange portion subjected to shrink flange deformation is a line length L 1 in the cross-sectional direction that is shorter than a line length L 2, where the line length L 2 is a line length in a cross-sectional direction of the joining portion of the second press forming tool for making the product shape, in order to make a line length of the flange portion subjected to stretch flange deformation in a longitudinal direction longer than a line length of the flange portion of the product shape and to make a line length of the flange portion subjected to shrink flange deformation in the longitudinal direction shorter than the line length of the flange portion of the product shape; and a second forming step of forming the press formed part in the product shape by crash forming by using the second press forming tool in which the line length in the cross-sectional direction of the joining portion is L 2.
A process cartridge detachably mountable to a main assembly of an electrophotographic image forming apparatus including a main assembly side drive transmission member and a main assembly side urging member, said process cartridge comprising: (i) a rotatable photosensitive member; (ii) a rotatable developing roller configured to develop a latent image formed on said photosensitive member, said developing roller being capable of contacting to and spacing from said photosensitive member; (iii) an urging force receiving portion configured to receive an urging force from the main assembly side urging member to space said developing roller from said photosensitive member; (iv) a cartridge side drive transmission member capable of coupling with the main assembly side drive transmission member to receive a rotational force for rotating said developing roller; and characterized by further comprising: (v) a releasing member capable of urging the main assembly side drive transmission member to decouple said cartridge side drive transmission member from the main assembly side drive transmission member by said urging force receiving portion receiving the urging force from the main assembly side urging member. (i) a rotatable photosensitive member; (ii) a rotatable developing roller configured to develop a latent image formed on said photosensitive member, said developing roller being capable of contacting to and spacing from said photosensitive member; (iii) an urging force receiving portion configured to receive an urging force from the main assembly side urging member to space said developing roller from said photosensitive member; (iv) a cartridge side drive transmission member capable of coupling with the main assembly side drive transmission member to receive a rotational force for rotating said developing roller; and
A method for determining an actual position of a portable device (132,.., 136, 214) in an environment using one or more luminaires (110,.., 120, 212) and one or more wireless beacons (122,..., 128, 210), the method comprising: receiving a wireless signal from a wireless beacon (122,.., 128); performing, by a processor, a distance calculation using a signal parameter of the wireless signal; determining, by the processor, an estimated position of the portable device (132,.., 136, 214) in the environment using the distance calculation; receiving an image of a field of view of an imaging sensor, wherein the one or more luminaires (110,.., 120, 212) are within the field of view; determining, by the processor, an estimated position of each of the one or more luminaires (110,.., 120, 212) in the field of view based on an angle at which the imaging sensor receives a light signal from each of the one or more luminaires (110,.., 120, 212); querying a database, by the processor, to identify an actual position of each of the one or more luminaires (110,.., 120, 212) using the estimated positions of the one or more luminaires (110,.., 120, 212) and the estimated position of the portable device (132,.., 136, 214); and performing, by the processor, a triangulation using the actual position of the one or more luminaires (110,.., 120, 212) from the database to determine the actual position of the portable device (132,.., 136, 214). receiving a wireless signal from a wireless beacon (122,.., 128); performing, by a processor, a distance calculation using a signal parameter of the wireless signal; determining, by the processor, an estimated position of the portable device (132,.., 136, 214) in the environment using the distance calculation; receiving an image of a field of view of an imaging sensor, wherein the one or more luminaires (110,.., 120, 212) are within the field of view; determining, by the processor, an estimated position of each of the one or more luminaires (110,.., 120, 212) in the field of view based on an angle at which the imaging sensor receives a light signal from each of the one or more luminaires (110,.., 120, 212); querying a database, by the processor, to identify an actual position of each of the one or more luminaires (110,.., 120, 212) using the estimated positions of the one or more luminaires (110,.., 120, 212) and the estimated position of the portable device (132,.., 136, 214); and performing, by the processor, a triangulation using the actual position of the one or more luminaires (110,.., 120, 212) from the database to determine the actual position of the portable device (132,.., 136, 214).
A dispenser and applicator head for associating with a dispenser unit, such as a pump, a valve, or a squeezable tube, the head comprising: • a connection stub for connecting to the dispenser unit, • an assembly core that is connected to the connection stub, • a fluid applicator pad that is mounted on the assembly core and that is for coming into contact with a target surface, such as the skin, so as to apply the fluid onto the target surface, • a dispenser channel (Caa) that passes through the connection stub and the assembly core and that forms a dispenser orifice, the dispenser channel (Caa) including an outlet segment that is formed jointly by the assembly core and by the fluid applicator pad, the dispenser and applicator head being characterized in that the connection stub and the assembly core define a longitudinal axis, the dispenser channel (Caa) extending along the longitudinal axis of the connection stub to the dispenser orifice. • a connection stub for connecting to the dispenser unit, • an assembly core that is connected to the connection stub, • a fluid applicator pad that is mounted on the assembly core and that is for coming into contact with a target surface, such as the skin, so as to apply the fluid onto the target surface, • a dispenser channel (Caa) that passes through the connection stub and the assembly core and that forms a dispenser orifice, the dispenser channel (Caa) including an outlet segment that is formed jointly by the assembly core and by the fluid applicator pad,
A drone, comprising a main circuit board on which are mounted electronic components as well as an inertial unit, IMU, comprising gyrometric sensors for measuring instantaneous rotations of the drone in an absolute reference frame, and/or accelerometric sensors for measuring accelerations of the drone in said reference frame, the IMU including an internal temperature sensor issuing a chip temperature signal (θ° puce), characterized in that it comprises: - a heating component mounted on the circuit board near the IMU; - a thermal guide incorporated to the circuit board, said thermal guide extending between the heating component and the IMU so as to allow a transfer to the IMU of the heat produced by the heating component; and - a thermal regulation circuit, receiving as an input the chip temperature signal (θ° puce) and a predetermined set-point temperature signal (θ° ref), and outputting a heating component piloting signal (TH_PWM), so as to control the heat supply to the IMU according to the difference between chip temperature and set-point temperature. - a heating component mounted on the circuit board near the IMU; - a thermal guide incorporated to the circuit board, said thermal guide extending between the heating component and the IMU so as to allow a transfer to the IMU of the heat produced by the heating component; and - a thermal regulation circuit, receiving as an input the chip temperature signal (θ° puce) and a predetermined set-point temperature signal (θ° ref), and outputting a heating component piloting signal (TH_PWM), so as to control the heat supply to the IMU according to the difference between chip temperature and set-point temperature.
A seat cushion of a vehicle seat, the seat cushion comprising: a cushion made of foam, wherein the cushion has an upper surface; and at least one motor assembly located on or near the upper surface of the cushion, wherein the at least one motor assembly includes a plurality of transducer cells, said seat cushion characterized in that the at least one motor assembly includes a piece of fabric, the plurality of transducer cells are encased within the piece of fabric to define a vibratory alert patch, and the vibratory alert patch is flexible. a cushion made of foam, wherein the cushion has an upper surface; and at least one motor assembly located on or near the upper surface of the cushion, wherein the at least one motor assembly includes a plurality of transducer cells, said seat cushion characterized in that the at least one motor assembly includes a piece of fabric, the plurality of transducer cells are encased within the piece of fabric to define a vibratory alert patch, and the vibratory alert patch is flexible.
Automated device for gripping and handling a tread for a tyre, characterized in that it comprises: - at least one module for pricking said tread, - means for moving said pricking module vertically, - means for moving said pricking module horizontally in a linear direction of horizontal movement X-X', and in that said pricking module comprises a frame provided with at least one movable pricking assembly and at least one fixed pricking assembly, said fixed pricking assembly comprising a flat, horizontal abutment surface formed at the base of said frame, at least two spikes projecting downward from said surface, said movable pricking assembly comprising: - at least one pricking plate provided at its base with at least one flat horizontal contact surface from which at least two spikes (476, 476') project, this pricking plate being disposed inside a vertical guiding space (45, 451, 452) formed in said frame, such that the spikes (476, 476') thereof project downward, and this plate being freely movable vertically in this space (45, 451, 452) over a limited travel, - a device for moving said plate vertically from top to bottom inside said vertical guiding space, and - a device for locking the height position of said plate inside said vertical guiding space. - at least one module for pricking said tread, - means for moving said pricking module vertically, - means for moving said pricking module horizontally in a linear direction of horizontal movement X-X', - at least one pricking plate provided at its base with at least one flat horizontal contact surface from which at least two spikes (476, 476') project, this pricking plate being disposed inside a vertical guiding space (45, 451, 452) formed in said frame, such that the spikes (476, 476') thereof project downward, and this plate being freely movable vertically in this space (45, 451, 452) over a limited travel, - a device for moving said plate vertically from top to bottom inside said vertical guiding space, and - a device for locking the height position of said plate inside said vertical guiding space.
Molding unit for the production of sanitary wares, comprising at least one support frame, at least one first portion and one second portion, associated with said frame, bearing respectively at least one first molding component and one second molding component selectively connectable to each other, so as to define at least one molding cavity adapted to receive the casting of at least one pressurized fluid mixture which, once solidified, forms at least one sanitary ware, said first portion and second portion being connected to said frame according to a hanging configuration and being able to be selectively and mutually approached in a closed configuration, so as to bring into mutual contact said molds (5,6) to define said at least one molding cavity, and mutually movable away from each other in an open configuration to allow the removal of the sanitary ware once formed within said cavity, wherein at least said first portion comprises clamping means selectively movable from an inactive position, corresponding to said open configuration, to an operating position, corresponding to said closed configuration, in which they act on at least one abutment zone of said second portion and corresponding to at least one junction surface between said first molding component and said second molding component in said closed configuration, wherein said clamping means comprise at least one housing provided in said first portion and at least one pressing member which defines at least one of the inner surfaces of said housing, said abutment zone of said second portion, in said closed configuration of said molding unit, being at least partially engaged in said housing, wherein said housing is defined by said pressing member and by a portion of the perimeter surface of said first molding component coupled with said first portion, said first portion comprising at least one support reinforcement, said pressing member comprising at least one cross member, which can be moved from said inactive position to said operating position, having at least one pressure surface adapted to act on said abutment zone, and which defines at least one of the inner surfaces of said housing, and at least one linear actuator to operate in translation said at least one first cross member, said linear actuator comprising at least one part rigidly connected to said reinforcement, characterised in that said linear actuator comprises one cylinder and one stem which selectively comes out of said cylinder, said first cross member being rigidly connected to said cylinder, being provided with at least one rod which connects, in a coaxial manner, said stem to said reinforcement so that, during the translation from said inactive position to said operating position of said first cross member, the operation of said linear actuator determines the translation of said first cross member towards said reinforcement, and thereby towards said first molding component.
A refillable aerosol-generating article for use with an electrically-operated aerosol-generating device (400, 500) comprising a cavity (410, 510) and a heating element (420, 520), the refillable aerosol-generating article having a mouth end for insertion into a user's mouth during use, and a distal end upstream from the mouth end and configured to be inserted into and removed from the cavity, the article comprising: a refillable liquid retention section and an aerosol-generation section located within a casing, the refillable liquid retention section comprising a liquid retention medium, the liquid retention medium having a capacity to absorb up to 35 microlitres of liquid, and the aerosol-generation section located downstream of the refillable liquid retention section, in which the article is configured such that, during use, air can be drawn through the article from the distal end to the mouth end, passing through the refillable liquid retention section, and the heating element heats the liquid retention medium, and in which the article defines an opening or port for allowing the refillable liquid retention section to be charged with liquid. a refillable liquid retention section and an aerosol-generation section located within a casing, the refillable liquid retention section comprising a liquid retention medium, the liquid retention medium having a capacity to absorb up to 35 microlitres of liquid, and the aerosol-generation section located downstream of the refillable liquid retention section, in which the article is configured such that, during use, air can be drawn through the article from the distal end to the mouth end, passing through the refillable liquid retention section, and the heating element heats the liquid retention medium, and in which the article defines an opening or port for allowing the refillable liquid retention section to be charged with liquid.
A display substrate, wherein the display substrate comprises an array of a plurality of pixels, each of the plurality of pixels comprising several organic light emitting diode, OLED, devices for emitting light of different color, each OLED device including at least a first electrode having a reflective surface, an emitting layer, and a second electrode having a transflective surface, wherein each OLED device comprises a microcavity having an optical length based on a physical distance between the reflective surface and the transflective surface; wherein the OLED devices emitting light within wavelength range of same color in any two adjacent pixels of the plurality of pixels have at least two microcavities with different optical lengths, corresponding to at least two different emission spectra and intensities, characterized in that the different optical lengths of the at least two microcavities are obtained by adjusting a thickness of at least one layer among all layered structures between the first and second electrodes and keeping a total thickness of all the layered structures between the first and second electrodes the same.