34results about How to "Action indeed" patented technology

The present invention relates to a mechanical element, and more particularly, to a crank connected to a bicycle pedal or a handle for rotating a rotary body and to a bicycle using the same. The present invention uses a cylindrical cam, an end cam, or a swash plate cam, and the shafts of these cams and a shaft of a pedal or a handle for applying force are equipped with a miter gear (a bevel gear the number of teeth of which is 1:1 and the shaft angle of which is 90 degrees), such that the crank retracts / extends one time per one rotation of the pedal or the handle. The retractable / extendable crank of the present invention is advantageous in that the length of the crank is elongated to generate a large amount of rotating force in a force-applying section, and shortened in a section where no force is applied to reduce the actuating space occupied by the crank and apply a large amount of torque to the rotary body from the same force, without deviating from the normal motion range of the arms or legs during rotation. The retractable / extendable crank of the present invention has a significantly rigid structure and provides reliable operation, and thus is suitable as a driving crank to beconnected to a pedal of a bicycle. As compared with conventional bicycles, the bicycle using the crank of the present invention is supplied with a larger amount of rotating force in proportion to theelongation of the crank from the same force, thus enabling the bicycle of the present invention to travel quickly with less force and climb a steep upward slope in an easy manner.

An automatic massage apparatus may include a main body, a massaging unit, at least two first belts and at least two second belts. The main body has two positioning units, a cover, a long guiding groove. A rail is disposed underneath the cover and aligned with the top surface of the main body. The guiding rail is hollow to provide a space for a driving unit of a massaging unit, and a long groove is formed on both sides of the guide rail. The driving unit has a driving shaft extending towards both sides of the driving unit. When the driving unit is disposed into the space of the guiding rail, the long groove is used for the extension of the driving shaft, so the driving unit can be connected to an eccentric massaging body through the driving shafts. Furthermore, both ends of the driving shaft have a plurality of wheels disposed against the rail of the main body, and these wheels are appropriately spaced. Both sides of the massaging unit have at least a first compartment and a second compartment. One end of the first belt is secured on the first end of the positioning unit, and the other end is wrapping the driving shaft in the first compartment. Likewise, one end of the second belt is secured on the second end of the positioning unit, and the other end is wrapping the driving shaft in the second compartment.

The invention discloses a power switching device for a vehicle. The power switching device comprises a power transferring unit and a drive unit. The power transferring unit comprises an input shaft, an output shaft which is separated from the input shaft, a second coupling piece which can move on the input shaft and the output shaft, and a first coupling piece which can move on an axle cylinder of a wheel axle and a differential. The drive unit comprises a control box, a first drive mechanism and a second drive mechanism. The control box can drive the first drive mechanism to drive the second drive mechanism to move, so that the first coupling piece is poked; therefore, the wheel axle does not generate differential power, or the first drive mechanism pokes the second coupling piece so as to switch drive power of the vehicle, the effects of high power switching stability and exact actuating are achieved, and a control mode can be simplified to ensure that the power switching device has the optimum integral design.

The invention relates to an LED lighting device and a lighting device. The LED lighting device includes: a pair of input terminals, which input AC voltage whose phase is controlled by a dimmer, and the dimmer controls the phase of the AC voltage of the AC power supply; a damping circuit, including resistors, AC power and dimming A resistor and a capacitor and an inductor forming a closed circuit are inserted in series to a position where an input current flows from the AC power source through the dimmer, and when the phase control element of the dimmer is turned on, the resistor in the dimmer is suppressed. generated high-frequency vibration; and an LED lighting circuit that rectifies the phase-controlled AC voltage input through a pair of input terminals, converts the rectified DC output voltage so that the DC output voltage is suitable for the load, and Turn on the LED. The lighting device includes: a lighting device body, the above-mentioned LED lighting device and LEDs.

An operating mechanism of a housing for a portable electronic equipment and portable electronic equipment with the same. The operating mechanism has simple structure as possible, and comprises a shoe plate, a base plate, a sliding plate and rotating motion control means. The shoe plate is erected at the front of an operating part on the upper surface of a first housing towards the operating part by an inclining mechanism. The sliding is arranged at the lower surface of the a second housing, the rotating motion control means is used for controlling the rotating motion of the base plate. The second housing slides to the front relative to the first housing to be fully opened, the second housing rotates at 90 DEG from the horizontal direction relative to the first housing, after the second housing rotates at 90 DEG from the horizontal direction, the second housing is erected to the operating part relative to the first housing.

The trailing end-processing device (10) comprises a turret plate (3a), a film roll rotation roller (11), and a trailing end-contacting plate (12a). Just prior to completion of winding of a film sheet (S) on a paper tube (4) at a roll formation position (42), the turret plate (3a) transfers the film roll (R) to the trailing end-processing position (43). In the process thereof, the roll (R) is severed from the succeeding sheet (S) and a trailing end is formed on the roll (R). At the processing position (43), the roller (11) contacts the roll (R) by the pivoting of a pivot arm (11b) to stop the rotation of the roll (R). Moreover, the plate (12a) contacts the roll (R) by the forward movement of a piston rod (13a). When the roller (11) then rotates the roll (R) in the unwinding direction, the plate (12a) prevents the movement of the unwound trailing end and the trailing end is rounded and forms a rolled grip (20).

The invention provides a steaming utensil drain tap with a button-shaped actuator device and relates to a technique of the steaming utensil drain tap. The steaming utensil drain tap comprises the button-shaped actuator device and a drain tap substrate fixed on the pot wall of the steaming utensil, wherein the button-shaped actuator device is a button-shaped temperature control actuator component which is provided with a cleaning hole and can be quickly disassembled; the drain tap substrate is provided with an air inlet end extending into the button-shaped actuator device; and a bimetal reed temperature control actuator inside the button-shaped actuator device controls the tap to open and close. The drain tap makes the frequent cleaning work become easy.

The invention discloses a configuration structure of a variable valve lift mechanism and an oil controlled valve of an engine. The engine is provided with a cylinder head, one side of the cylinder head is provided with a gas inlet and a gas inlet valve, the other side of the cylinder head is provided with an exhaust hole and an exhaust valve, a throttling valve body penetrates through a gas inlet pipe to be communicated with the gas inlet, a cam shaft seat is arranged between the gas inlet valve and the exhaust valve and provided with a cam shaft, the cam shaft is provided with a gas inlet cam and an exhaust cam which can push a gas inlet valve push member and an exhaust valve push member, the gas inlet cam is provided with a first gas inlet cam and a second gas inlet cam, the gas inlet valve push member is provided with a low-lift push member and a high-lift push member corresponding to the first gas inlet cam and the second gas inlet cam respectively, the low-lift push member and the high-lift push member are provided with oil hydraulic cylinders which are communicated, pistons are arranged in the oil hydraulic cylinders; and the oil controlled valve is provided with a drive oil path communicated with the oil hydraulic cylinders, a lower-lift push member of the high-lift push member is closer to the oil controlled valve, and a path of a drive oil path of the oil controlled valve and the high-lift push member is shorter than that of a drive oil path of driving the low-lift push member by the oil controlled valve.

A curtain body braking mechanism for cordless curtains, which mainly uses a one-way clutch unit to control the movement of a transmission rope. The one-way clutch unit has a wheel shaft seat, a clutch wheel shaft, a clutch wheel and three planetary gears. The clutch wheel shaft is fixed on the wheel shaft seat and has three brake blocks spaced apart from each other. A rolling groove is formed between each of the brake blocks. The clutch wheel can be sleeved on the clutch wheel shaft in a rolling manner and has an inner ring gear. Surrounding the two brake pads, the planetary gear is rotatably arranged in the rolling groove of the clutch wheel shaft and meshes with the inner ring gear of the clutch wheel, so that the planetary gear can be driven by the inner ring gear of the clutch wheel and The brake blocks of the clutch axle are engaged or separated from each other, so that when the planetary gear is engaged with the brake blocks, the transmission rope cannot be stretched to complete the positioning of the curtain body.

An improved structure of a connector has a shell base component with a concave hole and a plurality of channels extending in the axial direction at two ends. A plurality of through holes are providedbetween each channel and the concave hole. The plurality of plug-in components respectively have conductive parts extending in the through holes and the concave holes. The structure also includes wiring pieces provided in each channel. The conductive portion is connected to a receiving portion through a connecting portion. The connecting piece is inserted into the receiving portion to form a combination, and the connecting piece is provided with a receiving space for receiving the elastic pressing piece. Each elastic pressing piece has an obliquely extending abutting tip for elastically clamping a wire extending into the accommodating space. A side convex portion protruding outside the accommodating space is provided on the side abutting the top end. The plural unlocking components are respectively provided with a push-pull block on the side of each connecting piece, and the push-pull block is combined with a push-pull piece that partially protrudes outside the channel. The side convexportion of the elastic pressing piece is disposed on the sliding path of the push-pull block along the channel. The side convex portion can be pushed by the push block and interlocked against the lead wire loosened by the tip.

A nozzle joint of an air charging device comprises a shell with an air inlet channel, a least a nozzle component inside the shell and connected with the air inlet channel, the nozzle component composed of a spring sleeve, a hold part with a bottom, extending two parallel arm from the bottom, the shell contained between two arms of the holding parts, whose bottom corresponding to each nozzle part having a through hole, a banner part setting between holder two arms through a pin, with two end surfaces with one of it having smaller distance to the pivot center than the other. When the first end surface contacts with the shell, spring component of the nozzle sleeve at loose ends, and when the second end surface contacts with the shell, bottom of the holder part attaches to the shell and spring sleeve of the squeeze nozzle component deformed. It is convenient assembly, solid action and labor saving.

The invention discloses a dynamic starting structure of dynamic auxiliary wheel chair, which consists of motor and starting mechanism in the wheel on two sides of wheel, wherein the user pulls the wheel chair forwards or backwards, which anchors driving disc to rotate to push rotor from deep end to shallow end, when the rotor lies in the shallow region, whose touching disc is pushed out by rotor to trigger switch to move, the motor is started, which outputs auxiliary power for wheel chair.

The invention provides a hydraulic lifter, of which the hydraulic unit comprises a hydraulic pump connected to a motor serving as a driving source and supplies working pressure to a lifting plate to drive an actuator, and a proportional valve which receives the signals form a controller to change opening degree and change the quantity of the work liquid supplied to the actuator via the hydraulic pump. The controller controls the rotation speed of the hydraulic pump and the quantity of the work liquid supplied to the actuator is controlled by the opening degree of the proportional valve. The controller at least carrying following control processes: receiving input of lifting speed of the lifting plate, allowing the motor to rotate at the lowest speed enabling generating torque after a switch starts lifting operation, changing the proportional valve from a fully-closed state to a fully-opened state after the motor rotates in the lowest speed, and gradually increasing the rotating speed of the motor to an object speed corresponding to the elevating speed of the lifting plate received from the switch at the completion of the control of the proportional valve.