345results about How to "Reduce width size" patented technology

An ultracapacitor energy storage cell pack includes an ultracapacitor assembly having a plurality of series connected ultracapacitors and balancing resistors, each balancing resistor connected in parallel with each ultracapacitor to automatically balance each ultracapacitor over time, thereby automatically over time discharging the ultracapacitors of the ultracapacitor assembly; an enclosure to enclose and protect the ultracapacitor assembly; a controller for the ultracapacitor assembly; and one or more temperature sensors to monitor temperature of the ultracapacitor assembly and coupled to the controller.

A knee-protecting airbag device is configured so that a folded airbag is accommodated and held in an accommodation part at the side of a lower portion in a column cover. An outer peripheral wall at completion of inflation of the airbag includes a driver-side wall portion and a column-sidewall portion. At the completion of inflation of the airbag, the column-side wall portion covers a bottom surface of a periphery of the accommodation part of the column cover, and areas of a panel surface, which are located at both left and right sides of the column cover from below the column cover. A front-side portion and a rear-side portion of the column-side wall portion are set so that at the completion of inflation of the single airbag, the intersection angle between a front surface of the front-side part and a front surface of the rear-side part is substantially equal to the intersection angle between the panel surface and a bottom surface of the column cover protruded from the panel surface.

An ultracapacitor energy storage cell pack includes an ultracapacitor assembly including a plurality of parallel ultracapacitors and balancing resistors in series; an enclosure for the ultracapacitor assembly; a controller; one or more temperature sensors; a pack voltage sensor; a GFI sensor; one or more cooling fans carried by the enclosure; an on/off relay coupled to the ultracapacitor assembly and the controller, the on/off relay activated by the controller during normal operation of the ultracapacitor assembly and deactivated by the controller when the GFI sensor detects a ground fault interrupt condition, the one or more temperature sensors detect an over-temperature condition, or the pack voltage sensor detects an over-voltage condition; and a pre-charge resistor and a pre-charge relay coupled to the ultracapacitor assembly and the controller, and activated by the controller to cause the pre-charge resistor to limit pack charge current until the ultracapacitor assembly reaches a minimum voltage.

A method of printing a gate pattern on a substrate comprising the steps of: identifying at least one area in the pattern in which one of the gate features overlays one of the active regions; reducing a width dimension of the one of the gate features at the location which the one of the gate features overlays the one of the active regions; extracting the gate features from the pattern; decomposing the gate features into a vertical component mask and a horizontal component mask; and illuminating the vertical component mask and the horizontal component mask utilizing dipole illumination.

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.

There is provided a wire grid type polarization element equipped with a plurality of lines of metal grid on a translucent substrate. A plurality of lines of groove like concave portions are formed on the substrate, and the metal grid is embedded in the plurality of lines of groove like concave portions.

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.

The invention discloses an environment-friendly building pipe paint spraying device. The environment-friendly building pipe paint spraying device comprises a rack, a conveying motor is arranged on oneside of the rack, a toothed bar is arranged on one side of the inner wall of the rack, a conveying roller is arranged in the rack, the conveying roller is fixedly connected with the conveying motor,a conveying belt is arranged on the outer side of the conveying roller, a clamping mechanism is arranged on the surface of the conveying belt, a box body is arranged at the upper end of the rack, an air suction pump is arranged at the upper end of the box body, the air suction pump communicates with the box body, the exhaust end of the air suction pump is provided with an exhaust pipe connected with a water box, a bearing plate is arranged in the box body, and a nozzle is arranged at the bottom of the bearing plate. The device has the beneficial effects that automatic conveying and automatic paint spraying of pipes can be achieved, the paint spraying effect is good, the efficiency is high, in the paint spraying process, paint mist generated by paint spraying can be absorbed, and the phenomenon that due to paint mist drifting, the health of an operator is affected is avoided.

An embodiment of the invention relates to the technical field of display, provides a backlight module and a display device and aims to narrow the backlight module. The backlight module comprises a back plate, the back plate comprises a bottom plate and a plurality of side plates perpendicular to the bottom plate, the side plates are in sequential end-to-end connection around the bottom plate, and the bottom plate and the side plates form a storage space. The backlight module further comprises a light guide plate and a light source, and the light source is positioned on a light incidence surface of the light guide plate which is positioned in the storage space. The light source comprises a base plate and a light emitting device on the base plate, the base plate is parallelly mounted on one of the side plates, and a light emergence surface of the light emitting device is opposite to the light incidence surface of the light guide plate. The backlight module is used for providing a backlight source for a display panel.

Provided is a blood collection tube preparing apparatus which is simple, downsized, portable, capable of being easily placed on a desk or the like, excellent in responding to an emergency such as a disaster, and capable of preparing various kinds of blood collection tubes depending on a blood collection instruction from a doctor. A blood collection tube holding member is arranged along one transferring belt and between a forward-side transferring belt and a backward-side transferring belt of the one transferring belt, and lower end surfaces of a cap of a blood collection tube is supported on upper end surfaces of the blood collection tube holding member and the forward-side transferring belt. The forward-side transferring belt applies a transferring force to the blood collection tube through the cap. Further, the members constituting a storage box are accommodated in one module, and the storage box is detachably mounted onto a mounting portion of an apparatus main body. Further, the storage box is in the form of module, and hence an operation in the case of failure or during maintenance is significantly facilitated.

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.

A surface acoustic wave device utilizing a Rayleigh wave includes a LiNbO₃ substrate having Euler angles of (0°±5°, 0±5°, 0°±10°), an electrode which is disposed on the LiNbO₃ substrate and which includes an IDT electrode primarily including Au, a first silicon oxide film disposed in a region other than the region in which the above-described electrode is disposed, the first silicon oxide film having a film thickness substantially equal to the thickness of the above-described electrode, and a second silicon oxide film arranged to cover the electrode and the first silicon oxide film, wherein the film thickness of the electrode is in the range of about 0.062λ to about 0.14λ, where λ represents the wavelength of a surface acoustic wave, and θ of the above-described Euler angles of (0°±5°, 0±5°, 0°±10°) is in the range satisfying the following Formula (1):

θ=31.72−206.92×exp (−1×T_Au/0.0138)   Formula (1)

where T_Au is a value of Au electrode film thickness normalized with the wavelength λ.

The invention provides a flexible circuit board and a manufacturing method thereof, a display device and a mobile terminal. The flexible circuit board comprises a body and a bending portion arranged on one side of the body. The bending portion is bent along a bending line relative to the body. The bending portion comprises a flexible substrate and a conductive layer. The conductive layer is arranged on the flexible substrate, a first stress groove is arranged in one side surface, facing the flexible substrate, of the conductive layer, a second stress groove is arranged in the other side surface of the conductive layer, and the first stress groove and the second stress groove extend along a direction parallel to a bending line. By using the display device and the mobile terminal of the flexible circuit board, an occupied width of the flexible circuit board can be reduced by bending the bending portion of the flexible circuit board so that frame widths of the display device and the mobile terminal are reduced, and a narrow frame design is realized.

A disc device which takes out a disc stored in a magazine and conveys the disc to any disc drive, in which the magazine comprises a tray which stores a plurality of discs, and a case which has a substantially rectangular parallelepiped shape and which stores the tray. The case has an opening at front face into which the tray can be inserted into or taken out therefrom. The tray has an outer shape being substantially rectangular in planar view. The tray is provided with cut portions formed at corner portions positioned on the back side of the case being cut off. The disc device further comprises a picker which holds the tray and draws out the tray from the case. The picker rotates the tray when the cut portion passes through the opening.

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;

• • wherein
    • the 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, and
  • each of the substrate-side first wirings does not pass between corresponding adjacent two substrate-side second terminals.

The invention provides a manufacturing method of a shallow groove isolation structure, which is used for manufacturing the shallow groove isolation structure. A silicon-on-insulator orderly comprises a silicon substrate layer, an oxidation buried layer and a monocrystalline silicon top layer. The manufacturing method of the shallow groove isolation structure comprises the following steps of: depositing a layer of silicon dioxide and silicon nitride on the monocrystalline silicon top layer to serve as a hard screening layer, coating photoresist and exposing for development, etching the hard screening layer by means of dry etching, removing the residual photoresist, and exposing the position on the monocrystalline silicon top layer for manufacturing the shallow groove isolation structure; and performing oxygen ion implantation from upward side of the monocrystalline silicon top layer and annealing at high temperature to form a silicon dioxide isolation zone on the monocrystalline silicon top layer. The manufacturing method of the shallow groove isolation structure provided by the invention is not required to perform silicon dioxide deposition and chemical mechanical polishing to the shallow groove and can improve the component integration level so as to enhance the integration level, simplify the manufacturing flow and reduce the cost.