configure

US20140022177
FIG. 5 depicts an example implementation 500 of a backlight mechanism as including a light guide 406 of FIG. 4 and a light source. As previously described, the light guide 406 may be configured（構成（物理的））in a variety of ways to support transmission of light that is to act as a backlight for the input device 102. For example, the light guide 406 may be configured（構成（物理的））from a clear plastic or other material that supports transmission of light from a light source 502, which may be implemented using one or more light emitting diodes (LEDs). The light guide 406 is positioned to receive the emitted light from the light source 502 through a side（側、面、側面）of the light guide 406 and emit the light through one or more other sides and/or surface regions of the light guide 406.

US6636936
The configuration（構成）circuit in FIG. 2 shows two Altera PLD devices EPF81188 being configured from（構成、成る）a parallel EPROM. There may be up to eight passively configured（構成（論理的））PLD devices in the configuration circuit utilizing a 256K byte-wide EPROM. The first 32K bytes store the active parallel up (APU) data for the actively configured device, i.e., PLD 200. The next 192K bytes contain the bit-slice configuration data for the passively. configured PLD devices. Depending on the EPROMs chosen, PLD devices of different sizes may be accommodated.

Because the nCONFIG signal of PLD 220 is coupled to the CFG_STRT signal of PLD 200, PLD 220 does not start to configure until PLD 200 is fully configured and asserts its CFG_STRT signal. In one embodiment, configuration proceeds automatically at a minimum of 2 MHz (bit-rate). On each PLD, the nSTATUS pin is pulled up to VCC via a pull-up resistor.

US8825036
The activities presented by user interface 200 and available to the user of child device 134 are configurable and customizable. However, such configuration and customization does not take place at the child device 134. Rather, parent device 132 may be configured to remotely configure（構成（論理的））and customize the specific activities available at child device 134. Moreover, the user of parent device 132 may have alternate interfaces available to configure and customize child device 134, such as a Web interface accessible via any device that accesses the Internet. Specifically, child device configurations settings are specified by the user of parent device 132 and then communicated to child device 134. The configuration settings indicate the activities that are to be made available on the graphical user interface 200 and menu 202 of the child device 134. The child device 134 receives the configuration settings and applies them automatically and without participation of the user of child device 134. This allows the user of parent device 132 to both limit the activities available to the user of child device 134 and to introduce the user to new activities. The user of parent device 132 can change the configuration settings at any time, upon which they are recommunicated to the child device 134 and implemented there to change the activities indicated by the menu 202.

US7771452
When in its collapsed configuration（構成（物理的））(FIG. 4a), the device 10 has a reduced diameter, so that its cross-sectional profile is less than the outer diameter of the device 10 in the expanded state. The struts 14 are generally straight and the bag 22 is distal to the distal end 18 of the basket 12. The filter bag 22 may include a set of radial spokes 33 embedded in the bag to prevent the bag from flopping around when it is disengaged from the basket 12. Moreover, the spokes 33 may be pre-set so that the filter bag 22 self-collapses about the core wire 20 when the bag 22 is disengaged from the basket 12.

US5028830
The hub 4 may take any of the conventional forms of hub structure suitable for placement in a winding machine to have the magnetic strip, ribbon or tape material wound thereon and is configured（構成、形）, as shall be seen below, to have a central aperture therethrough to accept the central structure of the spider to be employed herein. It should be noted, however, that under these circumstances the central hub of the spider will be similarly apertured so that the same accepts the shaft of the motor in which the rotor being formed is to be mounted. Alternatively, the hub 4 could be configured（構成、形）to be mounted upon the motor shaft per se and under these circumstances would cooperate with the spokes of the spider, as shall be seen below, to form an integral central hub portion thereof. Thus, the hub 4 would typically be configured of（構成、成る）copper, aluminum or the like which may be suitably machined into appropriate form. However, as the principal function of the hub is to merely have a roll of magnetic material disposed thereon, other materials are readily available therefor including magnetic or non-magnetic materials, as well as various forms of plastic or graphite materials and the like.

US6862350
Before describing in detail the new and improved `dial on off-hook` (DOO) call routing mechanism of the invention, it should be observed that the present invention resides primarily in an augmentation of the call routing software employed by user terminal equipment, such as that employed by an integrated access device. The equipment itself is configured of（構成、成る）conventional communication circuits and associated digital signal processing components and attendant supervisory control circuitry therefor, that controls the operations of such circuits and components. 

US20050218183
In FIGS. 30 and 52, the lower bumper 2102 may be coupled to the backbone 14 in any desired manner and may be configured to contact a portion of the driver 32, such as the contact surfaces 670 of the bumper tabs 632, to prevent the driver 32 from directly contacting the backbone 14 at the end of the stroke of the driver 32. The lower bumper 2102 may be configured of（構成、成る）any suitable material and may have any desired configuration, but in the example provide a pair of lower bumper members 2200 that are disposed in-line with a respective one of the bumper tabs 632 on the driver 32.

US5385492
The socket connector assembly 14 is configured of（構成、成る）a mating array, that is, a like plurality of row aligned tubular socket members, generally designated 22, each of which is generally identical and formed of tubular seamless electrically conductive material. In the preferred embodiment, both the pin 16 and the socket member 22 are formed of（形成）gold plated conductive metallic material to meet the demanding requirements of today's electronic devices.

US6747740
Referring in detail to the drawings, a flow cell utilizing a stepped element of the present invention is shown in section in FIG. 4a. It comprises（有する）a cell body 13 that is formed from（形成）stainless steel, however, it can also be formed from materials such as titanium, peek or other materials known in the art that are inert to the sample substance and solvents utilized. The cell body 13 contains within it an element holder 14. The element holder contains within it an entrance lens 16. The entrance lens 16 is positioned within the element holder 14 adjacent to a stepped element 10. The stepped element 10 is configured of（構成、成る）optical glass, which in the illustrative embodiment is fused silica glass. In alternative embodiments, optical glasses such as BK7, Sapphire, Flint and Crown glasses may be used. Additionally, numerous other optical materials known in the art may be used, provided that the material possesses sufficient optical qualities such as wavelength range, inertness to the sample substance and solvent utilized, and ease of manufacturing.

US9105850(Photo-patterned carbon electronics)
"In one embodiment of the present invention, the laser 34 may be configured with（で、を用いて、から構成）lenses and optical components 60 and other components configured of（構成、成る）or coated with materials resistant to chemical attack, including, but not limited to sapphire, diamond-like carbon or other suitably resistant coatings."

US8109054(Construction fastener)
"3. The construction fastener as recited in claim 1, wherein the construction fastener is configured of（構成、成る）one or more of: plastic; steel; spring steel; and, aluminum."

US8115493(Trainline integrity locomotive test device)
"In accordance with at least one embodiment, the test device may be configured of（構成、成る）solid state components and enclosed in a robust, light-weight, ergonomic enclosure to facilitate portability, increase reliability and improve ease of use."