81results about How to "Appropriate arrangement" patented technology

A module for cooling a heat generating element comprising a heat receiving plate thermally connected to at least one heat generating element; a heat transfer device one end portion of which is thermally connected to the heat receiving plate and other end portion of which is thermally connected to a heat dissipating plate; a thermoelectric cooler one face of which is thermally connected to one face of the heat dissipating plate; a first heat sink thermally connected to other face of the heat dissipating plate; and a second heat sink thermally connected to other face of said thermoelectric cooler.

In a variable printing system, content of a merchandise or the like (e.g., merchandise advertisement) extracted from a database can be arranged at the optimal position depending on a level of appeal or a priority of the content. In an automatic layout method for varying a layout of a sub-template for content depending on a size of the content to be laid out on a page, an area for flowing the sub-template is set in the page, position information is set in the page, content information is set for the content and an arrangement area for the sub-template is selected on the basis of the position information and the content information.

An apparatus for arranging and transferring ammunition, includes a slope conveyor, which is configured into an endless track structure so as to lift cartridges placed on a transfer track thereof using magnetic force, a plurality of permanent magnets, which are arranged on the slope conveyor so as to create a magnetic field outside the transfer track, one or more hole sifters, which are disposed near an outer surface of the transfer track and which have cartridge passage holes formed at locations through which the plurality of permanent magnets pass, and magnetizing controllers including electromagnets, which are disposed above and under the hole sifters and are assigned to the plurality of permanent magnets, wherein the magnetizing controllers detect a position of the permanent magnet when the permanent magnet passes through the cartridge passage hole, and controls the electromagnets to create a magnetic field, having polarity, orientation and density at least one of which is controlled, above or under the hole sifters.

Providing a cam for lifting and lowering the exhaust valve so that the exhaust gas return-flow from one cylinder to another cylinder can be realized as greatly as possible, wherein the pistons and the exhaust valves do not come in contact with each other, and the valve control method does not depend on an electronic control approach. An exhaust cam for lifting and lowering the valve lift of the exhaust valve of one of the cylinders wherein the cam profile of the exhaust cam regarding the one of the cylinders including, but not limited to: a main exhaust lobe part for opening the exhaust valve so that the exhaust gas is discharged out of the cylinder; and, a gas return lobe part for opening the exhaust valve so that the quantity of the exhaust gas from the one of cylinders to the other cylinder is increased, the gas return lobe part being formed on the cam-follower descending part of the profile so as to delay the closing timing of the exhaust valve or maintain the valve lift-displacement regarding the exhaust valve larger, and wherein the cam profile is formed so that the interference between the exhaust valve and the piston is evaded and the overlap regarding the exhaust valve of the one cylinder and the exhaust valve of the other cylinder is increased by the manner that the main exhaust lobe part and the gas return lobe part rise outward from the base circle.

A wheel assembly with an in-wheel motor, which transmits rotational output of an output shaft of a motor to a wheel via a counter gear, is such that a bearing on a vehicle outside, from among bearings provided on the vehicle inside and the vehicle outside in a vehicle width direction which rotatably support the output shaft of the motor, and a bearing on the vehicle inside, from among bearings provided on the vehicle inside and the vehicle outside in the vehicle width direction which rotatably support a rotating center shaft of the counter gear, are housed inside a main structure portion of a knuckle that defines a load transfer path.

An imaging lens substantially consists of six lenses of a negative first lens, a negative second lens, a positive third lens, a positive fourth lens, a negative fifth lens and a positive sixth lens in this order from an object side. An object-side surface of the second lens has a shape having negative refractive power at a center, and including a part having positive refractive power in an area between the center and an effective diameter edge, and having negative refractive power at the effective diameter edge (concave shape facing the object side), and the refractive power at the effective diameter edge being weaker than the refractive power at the center. Further, an object-side surface of the third lens is convex toward the object side. Further, a predetermined conditional formula about a combined focal length of the first lens, the second lens and the third lens is satisfied.

In constructing a lens for projection substantially consisting of seven lenses, and the reduction side of which is telecentric, a first-lens-group is composed of two lenses including at least one negative lens. A second-lens-group is composed of a positive second-group first-lens having a convex surface facing the magnification side, a negative second-group second-lens having a concave surface facing the magnification side, a positive second-group third-lens having a convex surface facing the reduction side, a positive second-group fourth-lens, and a positive second-group fifth-lens in this order from the magnification side. The formulas (A) and (B) are satisfied:

1.2≦Bf/f≦2.5  (A);

and

f23/f≦1.5  (B),

where

• • Bf is a back focus in air of an entire lens system,
  • f is the focal length of the entire lens system, and
  • f23 is the focal length of an air lens between a reduction-side surface of the second-group second-lens and a magnification-side surface of the second-group third-lens.

An image forming apparatus includes a communication portion arranged inside a cover covering an image forming portion in the main body of the apparatus and including an antenna surface for use in establishing near field communication. The cover includes a stacking portion in its upper section. The stacking portion is configured to receive a recording medium with an image thereon, the recording medium being discharged outside the main body of the apparatus. The antenna surface faces a region of the upper section of the cover downstream in a direction of discharging the recording medium. The antenna surface at least partially faces a region of the upper section of the cover outside the stacking portion in a direction perpendicular to the direction of discharging the recording medium. The communication portion is capable of communicating with another communication portion using near field communication.

A negative first lens having a concave surface facing the reduction side of a lens for projection, a positive second lens having a convex surface facing the magnification side of the lens for projection, a negative third lens having a concave surface facing the magnification side, a positive fourth lens having a convex surface facing the reduction side, a positive fifth lens, and a positive sixth lens are arranged in this order from the magnification side, and the reduction side of the optical system is telecentric. Further, the following formula (A) is satisfied:

1.2≦Bf/f≦2.5  (A), where

Bf: back focus in air of the entire lens system of the lens for projection, and

f: focal length of the entire lens system.

An engine generator including a soundproofing case that houses an engine and a generator therein. The engine includes an engine-side cooling fan and an engine-side inlet. The generator includes a generator-side cooling fan and a generator-side inlet. The engine generator further includes an engine-side partition and a generator-side partition fixedly disposed within the soundproofing case to define a chamber to be cooled that houses sections of the engine and the generator that are to be cooled, an engine-side air intake chamber that the engine-side inlet faces, and a generator-side air intake chamber that the generator-side inlet faces. The soundproofing case includes a cover part whose inside face is in intimate contact with the outer peripheries of the engine-side and generator-side partitions and has an exhaust vent in a part corresponding to the chamber to be cooled.

A spread illuminating apparatus includes a plurality (m×n pieces) of lighting units (P₁₁ to P_mn) which are disposed in a matrix with m rows and n columns, and each of which is an edge light type principally including a light conductor plate and at least one LED disposed at one side of the light conductor plate, and the entire luminous region of the spread illuminating apparatus is divided into segment areas constituted respectively by the lighting units (P₁₁ to P_mn) which can be turned on and off in a controlled manner independently of one another.

An elevator drive for driving and detaining an elevator car includes a traction wheel transmitting a driving or detaining force to an elevator car, a motor driving the traction wheel, a braking arrangement for detaining the traction wheel, and a drive shaft connecting the traction wheel, the motor and the braking arrangement. The braking arrangement contains at least two braking devices with the traction wheel arranged between to divide the braking torques transmitted by the traction wheel to the braking devices. Symmetrical division of the braking devices on either side of the traction wheel reduces by half the torque transmitted in the drive shaft. A risk of failure or breakage of the drive shaft is thereby significantly reduced and during a failure of the drive shaft, the braking function continues since the braking devices are distributed on both sides of the traction wheel.

An image forming apparatus includes a photoconductive body on which an electrostatic latent image is formed; an exposure member which has a plurality of blinking sections and which exposes the photoconductive body; a support frame which is made of resin and which supports the exposure member; a roller shaft which is made of metal and provided on the support frame; a roller which is made of resin, which is rotatably provided on the roller shaft and which maintains a spacing distance between the exposure member and the photoconductive body; and a metal plate which supports and is electrically connected to the roller shaft and which is electrically grounded. With the image forming apparatus, it is possible to solve a problem caused when the roller shaft is electrically floated, and to suitably arrange parts or components around the roller shaft.

The invention relates to a blade arrangement (1), having a rotor and having a plurality of blades (17) arranged at the periphery of the rotor, wherein a plurality of damping elements (5, 7) are arranged in series in the peripheral direction of the rotor between the blades (17) of at least one blade pair which is formed from two adjacent blades (17), and wherein adjacent damping elements (5, 7) come into contact in the event of a rotation of the rotor about a rotor axis as a result of a centrifugal force acting in the radial direction, and wherein the damping elements (5, 7) are also designed and arranged in series in the peripheral direction of the rotor such that the contact region is an areal contact region.

A lens for projection substantially consists of a negative first-lens having a concave surface facing the reduction side, a positive second-lens having a convex surface facing the magnification side, a negative third-lens having a concave surface facing the magnification side, a positive fourth-lens having a convex surface facing the reduction side, and a positive fifth-lens, arranged in this order from the magnification side. Further, the following formulas (A) through (D) are satisfied:

1.2≦Bf/f≦2.5  (A);

−3.0≦f3F/f≦−0.8  (B);

1.4≦f5F/f5≦8.5  (C); and

1.0≦d12/f≦2.7  (D), where

• • Bf is a back focus,
  • f is the focal length of an entire lens system,
  • f3F is the focal length of a magnification-side surface of the third-lens,
  • f5F is the focal length of a magnification-side surface of the fifth-lens,
  • f5 is the focal length of the fifth-lens, and
  • d12 is an air space between the first-lens and the second-lens.

A fluid separation apparatus suitable for separating a mixed fluid with different properties and capable of separating a complex fluid mixture efficiently is provided. The fluid separation apparatus includes a sampling entrance, a first separation column, a second separation column, a bypass line, a detector and a guide multi-channel valve. A mixed fluid flows into the first separation column via the sampling entrance. The second separation column is connected to the first separation column in series and connected to the bypass line in parallel. The detector is connected to the second separation column and the bypass line. The guide multi-channel valve has different modes to control a flow-through status and a closed status between the first separation column and the second separation column, between the first separation column and the bypass line, between the second separation column and the detector, and between the bypass line and the detector.

A disc transfer mechanism includes a feed roller provided between a drive unit incorporated in a drive apparatus main body and an insert slot formed in the apparatus main body; a roller supporting member pivotably supporting the feed roller between a disc transfer position and an evacuated position; a drive cam for pivoting the feed roller between the disc transfer position and the evacuated position; and a driven cam moving in cooperation with pivoting of the feed roller. The drive cam engages with a rotation shaft of the feed roller and moves rectilinearly along one peripheral end of the drive unit, and the driven cam moves rectilinearly along the other peripheral end of the drive unit.