摘要:
A lens barrel and a lens unit each include a lens drive operation member that drives a lens holding member holding a movable lens group, in an axial direction by a rotation operation of a rotating member. This lens drive operation member has a body disposed so as to be rotatable about an axis of a fixed barrel and so as not to be movable in the axial direction and connected to the rotating member by a connecting portion, and the connecting portion includes at least two connecting members, that is, a first connecting member formed integrally with the body, and a second connecting member formed separately from the body.
摘要:
A lens barrel of the present invention is provided with an electric section having a plurality of sliding portions that slide along the predetermined conductor pattern. The electric section is provided with a thin-sheet electric section body supporting the plurality of sliding portions, and a reinforcing portion is provided at the electric section body. Therefore, in the lens barrel 1, the reinforcing portion increases the deformation resistance of the electric section body that supports the sliding portions.
摘要:
The present invention provides a method for fabricating a lens unit in which an inter-barrel member can be fixed with a high degree of accuracy without enlarging the lens barrels and the accuracy of the dimension of the inter-barrel member is not required. The method comprises the steps of: disposing an inter-barrel member 11 in a gap “g” defined between a front lens barrel 7 on a subject side in an optical-axis direction x and a rear lens barrel 8 on an imaging surface side in the optical-axis direction x; bringing the inter-barrel member 11 into close contact with one of the front lens barrel 7 and the rear lens barrel 8 in the optical-axis direction x; inserting a resilient member 12 into a space in the optical-axis direction x between the inter-barrel member 11 and the other of the front lens barrel 7 and the rear lens barrel 8; and fixing the front lens barrel 7 and the rear lens barrel 8 integrally with each other to compress the resilient member 12 in the optical-axis direction x.
摘要:
There is provided an imaging apparatus having a lens barrier in which a gap does not arise between the lens barrier and a casing when the lens barrier is closed, and yet a driving source exclusively for the lens barrier is not required. The imaging apparatus has casings 1, 2 having a lens opening 5 provided therein, a lens barrel unit 4 that is swingably supported inside the casings 1, 2 and faces out onto a photographic subject from the lens opening 5, swinging means 101, 10b for swinging the lens barrel unit 4 so as to control the attitude of the lens barrel unit 4, and a lens barrier 7 that is movably supported on the casing 1, 2 and can be moved so as to close or open up the lens opening 5. The lens barrel unit 4 has a linking member 11 that drives the lens barrier 7. The linking member 11 is isolated from the lens barrier 7 at least when the swinging means 10a, 10b are changing the attitude of the lens barrel unit 4.
摘要:
A compact lens housing which is of a multistage type in which it is projected and retracted through three stages. The lens housing includes three pairs, each of which is composed of a straight-moving member which is movable in an axial direction of the lens housing but not rotatable and is composed of a rotation member which can rotate relative to the straight-moving member, in which the rotation member moves integrally together with the straight-moving member in the axial direction. The straight-moving members of the three pairs have straight-moving interlocking parts, respectively, and the straight-moving interlocking parts slidably engage with each other so as to be able to move in the axial direction. The straight-moving interlocking parts are arranged generally in the same circumference when the lens housing is viewed in the axial direction.
摘要:
The present invention provides an installation system that facilitates the operation on computer terminals in the network system and allows for automatic installation of an operating system software program on computer terminals. A PC to be shipped is connected to a network. After the PC is switched on, an installation floppy disk is inserted in the drive and started up. The installation start-up program stored in the floppy disk is copied to the internal memory of the PC. After the PC is connected to an installation server, the hard disk drive is initialized. The bar coded ID of the PC is read with a bar code reader. The installation information relevant to that ID is retrieved from the installation server by using the ID as a key. Based on the installation information retrieved, the software information stored in the storage device of installation server is read to obtain the operating system software program and the pertinent information for setting up the environment, and then the operating system software is installed. In the next step, application software programs are also installed.
摘要:
In an engaging member 1 which holds a contact member 8 made of metal and having two contact surfaces 9 which form a recess 6 for receiving a shaft member 5 so as to be slidably displaceable on the shaft member 5 in accordance with displacement in a direction of the axis of the shaft member 5, a holding groove 12 is formed for exposing at least either end of a back side of the contact surface 9 of the contact member 8 in a direction of the axis of the shaft member 5, and not for exposing a central section of a back side of the contact surface 9 of the contact member 8 in the axial direction. As a result, it becomes possible to hold the contact member 8 in the manufacturing process, so that the contact surface 9 is accurately positioned.
摘要:
A lens barrel is provided with: a first movable frame and a second movable frame of a plurality of movable frames that are coaxially disposed to be movable back and forth to a stationary main frame and are inserted telescopically into the stationary frame; and two U-shaped support and drive members each having a first engagement portion, wherein each of the support and drive members is constituted of two arm portions, a second engagement portion, and a coupling member which connects the two arm portions. The first movable frame is driven by one of the support and drive members, and the second movable frame and the first movable frame are engaged with each other.
摘要:
In a lens barrel having an image pickup optical system including a first lens frame held movably in the optical axis direction for holding at least one lens and a second lens frame held movably in the optical axis direction for holding at least one lens, the first lens frame has a movable member which moves in the direction perpendicular to the optical axis in correspondence with the movement of the first lens frame in the optical axis direction, and has a cam connection with the second lens frame, thus the second lens frame moves in correspondence with the movement of the first lens frame in the optical axis direction.
摘要:
There are provided a lens barrel unit and an imaging apparatus in which a plurality of constituent elements can be driven using a linear driving mechanism. The lens barrel unit 6 comprises: an actuator 31 for positioning a driving member 40 that is linearly movable along a driving shaft 39; a movably supported first moving member 33 that is linked to a lens 13; a movably supported second moving member 36; a first force-applying member 34 that applies a force to the first moving member 33 in a direction to cause the first moving member 33 to contact the driving member 40, thus causing the first moving member 33 to follow linear movement of the driving member 40; a first restricting member 70 that limits movement of the first moving member 33, thus isolating the first moving member 33 from the driving member 40; a second force-applying member 37 that applies a force to the second moving member 36 in a direction to cause the second moving member 36 to contact the driving member 40, thus causing the second moving member 33 to follow linear movement of the driving member 40; and a second restricting member 28a that limits movement of the second moving member 36, thus isolating the second moving member 33 from the driving member 40, wherein the direction of the force applied by the first force-applying member 34 and the direction of the force applied by the second force-applying member 37 are opposite.