30results about How to "Simple, rational" patented technology

A device for locking wheel rims for vehicles on repair workshop machines, has a supporting structure rotating around a work axis with a repair workshop machine or the like and has a resting portion for a wheel rim for vehicles, a locking element removably connected to a fastening element on the supporting structure, and a movement arrangement. The movement arrangement has a main actuator cylinder with fluid operation suitable for moving the fastening element from a release position, wherein the locking element is disengaged from the rim, to a retention position, wherein the locking element is engaged on the rim, an auxiliary actuator cylinder with fluid operation suitable for moving the fastening element from the release position to the retention position of the rim, and a feeding mouth for a fluid connected to one of the main actuator cylinder and the auxiliary actuator cylinder.

The device (1) for locking workpieces on machine tools comprises: —a first hydraulic cylinder (2) inside which at least one piston (3, 4) is inserted slidably along a main line (A); —a second hydraulic cylinder (15) inside which the first hydraulic cylinder (2) is inserted slidably along the main line (A), the feeding of a pressurised hydraulic fluid into a first chamber (8) being designed to apply to the first hydraulic cylinder (2) a primary force (F) that shifts the first hydraulic cylinder (2) from a home position to a second operating position; —an auxiliary chamber (28) provided between the first hydraulic cylinder (2) and the second hydraulic cylinder (15) and associated with pneumatic feeding means (29, 30, 31) designed to feed pressurised air into the auxiliary chamber (28), the feeding of the pressurised air applying to the first hydraulic cylinder (2) an auxiliary force (Fa) along the main line (A) in the same direction as and operating in conjunction with the primary force (F).

The device for the motion transmission onto cycles comprises:a connecting core able to be associated with a frame of a cycle in a rotatable way around an axis of rotation; anda ring gear lying on a lying plane surrounding the core and able to be coupled to a flexible transmission element closed on itself in a loop for starting said cycle along a direction of forward movement;oscillation means placed between the connecting core and the ring gear and able to tilt the lying plane with respect to the axis of rotation.

An apparatus (100) for manufacturing pods (M) for beverage extraction machines is described, comprising: movement means to advance a belt (110) of waterproof material in a predetermined rectilinear direction (A), a plurality of forming plates (125) arranged below the belt and provided with at least one cavity (135), movement means to advance said forming plates in a synchronized manner with the belt, and a plurality of operational devices (165, 200, 300, 400, 500) arranged in succession along the belt; wherein said operational devices comprise for example one device for pressing down a portion of the belt into the cavity of the forming plate, a device for releasing a dose of a powder substance inside a cap (C1), a device for compacting the dose, a device for applying a second cap (C2), a device for sealing the second cap to the belt.

The container (1) for fluid products, particularly for medical products, pharmaceuticals, cosmetics, food or the like, comprises:a hollow body (2) for the containment of a fluid product having a neck (3);a closing element (8) having an attachment portion (9) which, in a closing configuration, is associated with the hollow body (2) along a preset breaking line (10) adapted to allow the separation of the closing element (8) from the hollow body (2) in a separation configuration wherein on the hollow body (2) is formed an opening for the outflow of the fluid product;at least a flap element (11) for supporting information, data or logos (12), joined to the attachment portion (9) and movable between an initial configuration wherein the flap element (11) is moved away from the neck (3), and a final configuration wherein the flap element (11) is fitted at least partially around the neck (3) to form a maneuver key (13) adapted to allow the removal by tearing the closing element (8) off.

A method for extrusion of polymer products is provided. The method includes preparing a base mixture in a turbomixer the base mixture containing polymer powders and at least an additive. The method also includes introducing the base mixture into at least an extruder, via a mixer into which an additional quantity of the additive and / or at least a further additive is introduced.

The invention describes an apparatus (100) for transferring electrical power to an electrical load (110), comprising: a primary circuit (115), an electrical source (105) adapted for supplying said primary circuit with a direct input voltage, a secondary circuit (120) adapted for feeding the electrical load (110), and a coupling device (125) adapted for transferring electrical power from the primary circuit (115) to the secondary circuit (120), wherein the primary circuit (115) comprises: a converter (300) adapted for receiving the input voltage, for modifying said input voltage and for outputting said modified voltage, and a wave generator (190) comprising at least one switching circuit provided with at least one active switch (250), which is adapted for receiving in input the modified voltage in output from the converter (300), for converting said modified voltage into voltage waves and for applying said voltage waves to said coupling device (125), and wherein said converter comprises at least one active switch (315) adapted for selectively allowing or preventing the passage of electrical current from the electrical source (105) to the wave generator (190).

The electric motorcycle (M) comprises a support frame, a rear wheel (RW), a front wheel (FW), an electric propulsion motor (E), an electronic control unit (2) for driving the electric motor (E) and a wheel anti-lock system (1) operatively connected to the control unit (2), the system (1) having detection means (18) of a slippage condition (SLP) of at least one of the wheels (RW, FW) and limiting means (19) operatively connected to the detecting means (18), able to receive at input at least a maximum regeneration torque value (RTMAX) of the electric motor (E) of the electric motorcycle (M) and able to limit the maximum regeneration torque (RTMAX) in case of detection of the slippage condition (SLP), wherein the system (1) comprises verification means (20) of the friction conditions of the wheels (RW, FW) on the road surface, in order to verify the presence or not of a high friction condition (HIGH_MU) or a low friction condition (LOW_MU), wherein the limiting means (19) are operatively connected to the verification means (20) and, in case of detection of the slippage condition (SLP), are able to limit the maximum regeneration torque (RTMAX) according to the high friction (HIGH_MU) or low friction (LOW_MU) condition, and wherein the verification means (20) of the friction conditions comprise:a first detection unit (35) able to detect the high friction condition (HIGH_MU) according to at least an acceleration value (AV_ACC), a pressure value (P1) of a front brake of the electric motorcycle (M) and an instantaneous torque value (T_IN) of the electric motor (E);a second detection unit (36) able to detect the low friction condition (LOW_MU) according to at least a pressure value (P1) of a front brake of the electric motorcycle (M) and an instantaneous torque value (T_IN) of the electric motor (E)-.

A method for detecting the shape or dimensions of a wheel on vehicle repair workshop machines comprises the stages of: projection of a line of light onto the surface of a portion of a wheel (3) mounted rotating on a vehicle repair workshop machine; acquisition of at least a two-dimensional image of the projected line of light; processing the acquired image to determine the profile of the portion of the wheel; at least two stages of complete rotation of the wheel; and a distributed detection stage, wherein the projection stage and acquisition stage are performed in correspondence to first angular positions of the wheel during the first rotation stage, and in correspondence to second angular positions of the wheel during the second rotation stages, the first angular positions and the second angular positions being at least partially distinct the one from the other.