33results about How to "Shortened front and rear length" patented technology

The present invention provides a saddle type vehicle. An exhaust purifier on the saddle type vehicle can confirm the catalyst standard and improve the exhaust purifying performance according to the configuration position of the catalyst when a plurality of catalysts are configured in series. The saddle type vehicle comprises an inner pipe assembly (181) of the exhaust purifier, wherein an exhaustpipe (51) is connected with a motor. The back end of the exhaust pipe is connected with the front end of a catalyst housing (180). The plurality of catalysts (a first catalyst (191), a second catalyst(192) and a third catalyst (193)) which comprises a carrier and the catalyst composition loaded by the carrier are separately accommodated and held in the catalyst casing. The catalyst housing is accommodated in a muffler (52). Additionally, the catalysts are set to a sequence that the first catalyst, the second catalyst and the third catalyst are sequentially provided from the upstream side of the exhaust air flow. The three catalysts, namely the first catalyst, the second catalyst and the third catalyst are sequentially configured in series in the catalyst housing.

A miniature view-finding wide-angle lens is suitable for image capture products and comprises a first lens of negative diopter, a free curved prism of positive diopter, a second lens of positive diopter and a third lens of negative diopter. Wherein, the free curved prism is arranged in parallel with the first lens. The second lens and the third lens are positioned below the free curved prism and adjacent to an image space. The free curved prism is equivalent to that an aspheric lens coefficients are evaluated on a right-angled prism surface. A lens structure using the present invention can not only reduce total lens length, save cost and decrease common difference but also obtain better optical quality.

The present invention provides a motorcycle provided with an interconnected brake system, wherein a structure is adopted in which the length around an equalizer in the longitudinal direction of the vehicle can be shortened. An equalizer 50 is supported, via a first linking part 53, on an arm part 28 extending upward from a brake pedal 25. A ring member 55 is supported on the upper portion of the equalizer 50 via a second linking part 58. An interconnecting brake cable 31 is linked to the upper portion of the ring member 55. The first linking part 53, the second linking part 58, a rotation support shaft 63 for the ring member 55, and a third linking part 59 are positioned in the stated order from bottom to top; therefore, it is possible for a vertically long structure to be assumed around the equalizer 50, and for the length around the equalizer 50 in the longitudinal direction of the vehicle to be shortened.

Disclosed is a structural arrangement for a battery for a saddle-ridden vehicle wherein the main frame is formed of one frame passing above the centre line of the vehicle, and further the battery is disposed below the main frame.

A motorcycle handlebar cover device is provided with a handlebar cover (31) which has an opening for a headlight (32) and swingably supports the upper portion of the headlight, said opening being formed to surround the headlight; and a top cover (33) which is formed as a separate article from the handlebar cover (31), and covers the gap between the upper edge (89) of the headlight and the peripheral edge (45a) of the opening for the headlight. The top cover (33) is formed in such a way as to be fixed to the headlight (32) and to be swingable together with the headlight.

The invention relates to a zigzag sewing machine. The zigzag sewing machine is provided with a lower pipe seat, a lower shaft, a transmission mechanism and a rotating shuttle, wherein the lower shaftis connected to the transmission mechanism and rotates in the lower pipe seat with the X-axis direction as the axis, the lower shaft can drive an outer kettle of a rotating shuttle to rotate with theY-axis direction as the axis through the transmission mechanism, and the transmission mechanism is provided with a rotating shuttle seat, a bearing and a transmission part; the rotating shuttle seat is arranged in the Y-axis direction of the outer kettle and form a penetrating part arranged in the outer kettle, an accommodating space is formed between the penetrating part and the outer kettle, thebearing is positioned in the accommodating space, the transmission piece is connected to the outer part of the outer kettle, and the transmission piece, the bearing and the penetrating part are sequentially arranged from the outer part of the inner kettle to the inner part of the outer kettle; the end part volume of the lower pipe seat can be reduced along the Y direction through the assembling state of the rotating shuttle seat, the bearing, the outer kettle and the transmission part, so that the zigzag sewing machine can perform sewing operation of welt edge covering on shoes with smaller sizes.

A general purpose combined harvester and thresher comprising a first rotor (51) and a second rotor (52) provided in a thresh unit (5) and arranged longitudinally in parallel to each other with axes thereof right and left, and a first receiving net (55) and a second receiving net (56) arranged below the respective rotors to define a first treating chamber (D1) and second treating chamber (D2). A grain tank (79) is arranged above the threst unit (5), a base end of a discharge auger (83) is arranged outside the grain tank (79), an engine (84) is arranged behind the grain tank (79), and a transmission casing (85) is arranged below the engines A tooth bar (T1) is provided on an outer peripheral surface of the first rotor (51) facing a grain rod inlet (36), and a screw vane (53) has a pitch (P) equal to a width of a rear end of a feeder housing (35). A terminal end of a return conveyor (81) for returning of a second product communicates with the first treating chamber (D1).

The present invention relates to a panel joining structure for computer which includes the following parts: a chassis which forms the main frame and has a front panel 22 having plural lock holes formed on the front surface; a panel which is mounted on the front plate of the chassis to form front appearance and has plural hooks locked with the lock holes; a hanging rod which is protruding to the outside of the panel and can rotate around a control rod rotating shaft, and has rotating hooks penetrating the lock holes of the front plate and locked with the chassis. According to the invention having the above constitution, the panel can be easily separated from the chassis without separating the expand device protruded from the expand window. And the panel can be mounted to the front plate by hooks and hanging rod. So, the length from the front to the rear of the computer can be shorted, the computer can be made more thin and short. And the manufacturing cost also can be reduced by reducing the number of components.

A food material mixing machine is provided with the components of a mechanical frame; and a mixing roller which is rotatably supported on the mechanical frame around a roller rotation mandrel. The mixing roller is provided with the components of a roller body of which the upper part is open; and a roller cover which seals the upper opening of the roller body. A plurality of food materials are mixed in the mixing roller through rotating and driving the roller body. The bottom side of the roller body is provided with a liquid accommodating part with a liquid discharging part. On condition that the mixing roller rotates around the roller rotation mandrel and the roller body is overturned, a liquid food material in the liquid accommodating part can fall from the upper part for supplying to a granular food material in the mixing roller. The food material mixing machine can realize simplification of a structure which is used for supplying vinegar into rice in the mixing roller.

The invention relates to an adjustable sport bicycle. The adjustable sport bicycle comprises a fixed support, a chair, a movable support, a locking device, a pedal device and an auxiliary device. The chair is arranged on the fixed support. The movable support swings between a first angle and a second angle relative to the fixed support. The locking device is used for locking the angle of the movable support. The pedal device is pivoted to the movable support around a rotating shaft; when being located at the first angle, the movable support is located at the first position around the rotating shaft; when being located at the second angle, the movable support is located at the second position around the rotating shaft; and the distance between the first position and the chair is smaller than the distance between the second position and the chair. The auxiliary device exerts force to the movable support to generate first moment with a pivoting shaft as the axis. The movable support and the total weight on the movable support generate second moment with the pivoting shaft as the axis. Resultant moment of the first moment and the second moment is third moment; and the third moment enables the movable support to swing towards the first angle. In addition, a user can exert force to the pedal device to enable the movable support to swing towards the second angle.