59results about How to "Minimize portion" patented technology

Techniques for designing and creating energy efficient cookware are provided. In accordance with the techniques cookware can include a cookware base having a cooking surface and heating surface. The heating surface can have a pattern of fins forming heat exchange channels. The fins can effectively increase surface area and the channels can guide thermal energy to the perimeter of the cookware base while the fins absorb the thermal energy. The channel fins can improve energy transfer while providing even distribution throughout the cooking surface. The use of fins can also improve the mechanical strength to the cookware. Methods of making the energy efficient cookware are provided. A piece of cookware with a thick base can be provided by casting and by bonding a metal plate to the cookware body. Within the base, heat exchange channels are created by manufacturing processes such as casting or cutting to improve heat transfer.

A disk-shaped information recording medium has spiral tracks in which land- and groove-shaped tracks are alternately switched in units of rounds, and one index header which is aligned in the radial direction of a disk and is allocated at only the boundary between the land- and groove-shaped tracks.

A reluctance pickup for a guitar including a pair of magnetic pole pieces disposed within wire coils. The coils are oppositely wound and wired in series. Each pole piece has an elongated magnetic pole end extending above its respective coil. The pole pieces are disposed so as to form a pickup face having two approximately parallel elongated pole ends. The elongated pole ends have opposite magnetic polarities and create a magnetic field therebetween. The pickup is mounted beneath a magnetically permeable string such that a projection of the string intersects the pole ends at a selected orientation angle between approximately 28 degrees and approximately 58 degrees, preferably, 43 degrees, so as to optimize selected performance parameters of the pickup, including: channel-to-channel separation, frequency response, and dynamic response.

A multifunction device includes an image scanning unit and an image printing unit. The multifunction device further includes au operation panel which is positioned on a front side of the image scanning unit. The operation panel includes a display portion. Each of the display portion and the operation panel has a horizontal center line and a vertical center line which is perpendicular to the horizontal center line. A length of the vertical center line of the display portion is about equal to a length of the vertical center line of the operation panel. A ratio of a length of the horizontal center line of the display portion to the length of the vertical center line of the display portion is greater than 4 / 3.

An image display device (1) of the present invention is an image display device having a function of rotating a display image, the image display device including: a size comparison section (17) for making a comparison (i) between a vertical length of an outer edge of a display region in which the display image is displayed and a vertical length of the display image and (ii) between a horizontal length of the outer edge of the display region in which the display image is displayed and a horizontal length of the display image; and a center-point-of-rotation determination section (18) for determining a center point of rotation of the display image in accordance with a result of the comparison made by the size comparison section (17). This makes it possible to provide a display device (i) which minimizes, regardless of how a display frame and a display image are related in position and size to each other, a portion of the display image which portion is to be hidden when the display image has been rotated and (ii) which can be easily employed in a rotation process.

A multifunction device includes an image scanning unit and an image printing unit. The multifunction device further includes au operation panel which is positioned on a front side of the image scanning unit. The operation panel includes a display portion. Each of the display portion and the operation panel has a horizontal center line and a vertical center line which is perpendicular to the horizontal center line. A length of the vertical center line of the display portion is about equal to a length of the vertical center line of the operation panel. A ratio of a length of the horizontal center line of the display portion to the length of the vertical center line of the display portion is greater than 4 / 3.

Disclosed herein are linear hydraulic turbines in which the linear machine converts the majority of available energy in the flowing water into useful torque directly in the runner, leaving the outflow with very little velocity.

The vehicle front body structure (2) comprises an upper longitudinal beam (10, 12) and a reinforcing element (14, 16) for reinforcing the wheel casing of the vehicle, said reinforcing element (14, 16) extending in a longitudinal direction substantially parallel to the upper longitudinal beam (10, 12), said upper longitudinal beam (10, 12) comprising an attachment portion (40), comprising an attachment area for attaching a connecting element (8) joining the upper longitudinal beam (10, 12) to a lower beam (22, 24) of the vehicle. The vehicle front body structure (2) further comprises a linking element (18, 20) joining the reinforcing element (14, 16) and the upper longitudinal beam (10, 12). The linking element (18, 20) is attached to the attachment portion (40) of the upper longitudinal beam (10, 12).

A disc drive designed to hold a cartridge containing an optical data storage disk is compatible with a memory card slot in a host digital electronics device such as a PDA, for example a slot designed for a Type I CompactFlash card. The disc drive contains a body assembly which is inserted into the memory card slot and which has a compatible connector at one end. The disc drive also includes a drive mechanism which contains the spindle motor and optics systems and which is located outside the memory card slot when the drive is in operation. The drive mechanism is lifted from the body assembly to form an opening to a tray into which a cartridge is loaded. The drive mechanism is then pressed against the body assembly to close the cartridge tray and to cause the spindle motor assembly to engage the optical disc within the cartridge. To minimize the extent to which the disc drive protrudes from the host device, part of the cartridge extends into the memory card slot when the disc drive is connected to the host.