346results about How to "Reduce width size" patented technology

Provided is a film letting-off device for a rolled bale V, which is arranged immediately upstream of a roll baling device B for covering and wrapping the outer circumference of the rolled bale V with a film F, for letting off said film F. A width reducing device H, which is constituted such that a pair of width reducing rollers 96 arranged in the widthwise direction of the film F so as to reduce the width of the film F being let off from a film rolling device E, while said rolled bale V is being covered with the film F, are brought close to and apart from each other while being centered, is arranged between said film rolling device E and said drive roller device D.

A baby carriage includes: a pair of front legs; a pair of connecting members; a pair of guide sleeves respectively fixed to intermediate regions of the pair of front legs, a pair of rear legs having their upper ends pivotally connected to the connecting members, respectively; a pair of push bars slidably held by the pair of connecting members and the pair of guide sleeves, respectively; a pair of slide members provided slidably on upper regions of the pair of rear legs, respectively; a back cross member having its upper end pivotally connected to the pair of slide members and its lower end pivotally connected to respective lower regions of the pair of rear legs; and a bottom cross member having its front end pivotally connected to respective lower ends of the pair of push bars, and its rear end pivotally connected to respective intermediate regions of the pair of rear legs.

An electronic control device including a circuit board, a connector with connector pins having a board connecting portion at which the connector pins are electrically connected with the circuit board, a pair of housing members accommodating the circuit board and the connector therebetween, a waterproof seal portion through which connection between the connector and the pair of housing members and connection between the pair of housing members are provided in a fluid-tight manner, the waterproof seal portion including a connector-side waterproof seal portion disposed between the connector and one of the pair of housing members which is opposed to the board connecting portion of the connector pins, and a barrier portion disposed between the board connecting portion of the connector pins and the connector-side waterproof seal portion.

A densely packed electronic assemblage has a substrate media for supporting at least one heat generating component and means for reducing the temperature of the at least one heat generating component. A heat sink cooperates with the heat removing element for reducing heat of the at least one heat generating component by absorbing heat from the at least one heat generating component.

An electronic control device including a circuit board, a connector with connector pins having a board connecting portion at which the connector pins are electrically connected with the circuit board, a pair of housing members accommodating the circuit board and the connector therebetween, a waterproof seal portion through which connection between the connector and the pair of housing members and connection between the pair of housing members are provided in a fluid-tight manner, the waterproof seal portion including a connector-side waterproof seal portion disposed between the connector and one of the pair of housing members which is opposed to the board connecting portion of the connector pins, and a barrier portion disposed between the board connecting portion of the connector pins and the connector-side waterproof seal portion.

A portable plastic film wrapping system comprises a push-cart having a vertical mast member mounted thereon, and a film roll carriage is vertically movable along the mast member. The film roll carriage is operatively connected to negator spring members by a film roll carriage lift cable, and a holding pawl mechanism is adapted to be movable between ENGAGED and DISENGAGED positions with respect to the film roll carriage lift cable. When the holding pawl mechanism is moved to its DISENGAGED position, the negator spring members cause the film roll carriage to be vertically elevated, whereas when the holding pawl mechanism is disposed at its ENGAGED position, movement of the film roll carriage lift cable, and the film roll carriage, is effectively prevented. The film roll carriage can also be controllably moved in both upward and downward directions so as to achieve bottom-to-top, as well as top-to-bottom, wrapping modes of operation upon palletized loads.

There is provided a mounting structure in which a component is mounted on a substrate. In the mounting structure, substrate-side first wirings, substrate-side first terminals formed in a mounting area where the component is mounted on the substrate, substrate-side second terminals formed in the mounting area and substrate-side second wirings are disposed over the substrate.Component-side first terminals and component-side second terminals are provided to the component. The substrate-side first wirings and the substrate-side second wirings extend in a first direction. The substrate-side first terminals are connected to corresponding substrate-side first wirings, and the substrate-side second terminals are connected to corresponding substrate-side second wirings. The substrate-side second wirings pass between corresponding adjacent two substrate-side first wirings and between corresponding adjacent two substrate-side first terminals. One of the component-side first terminals overlaps with the corresponding substrate-side first terminal in plan view and is connected electrically with the corresponding substrate-side first terminal, and one of the component-side second terminals overlaps with a corresponding substrate-side second terminal in plan view and is connected electrically with the corresponding substrate-side second terminal. Widths Wa1, Wa2, Wf1 and Wf2 satisfy all of the following relationships:Wa1<Wa2 Wf1>Wf2 Wa1<Wf1 Wa2>Wf2; whereinthe width Wa1 is a dimension of the substrate-side first terminal in a second direction perpendicular to the first direction, the width Wa2 is a dimension of the substrate-side second terminal in the second direction, the width Wf1 is a dimension of the component-side first terminal in the second direction, and the width Wf2 is a dimension of the component-side second terminal in the second direction, andeach of the substrate-side first wirings does not pass between corresponding adjacent two substrate-side second terminals.