Abstract: A fuse unit (1) includes a unit body (10) fixed to a battery post (3) of a battery (2) via a battery terminal (4) and disposed along a top surface (2a) and a side surface (2b) of the battery (2), and a battery cover (20) mounted to the unit body (10) and configured to cover an outer periphery of the unit body (10). The unit body (10) has a battery abutment rib (17) at a portion of the unit body (10) facing the side surface (2b) of the battery (2). The battery abutment rib (17) is configured to secure a mounting space for the battery cover (20).

Abstract: A camera body according to the present disclosure is one on which a lens unit is detachably mounted. The lens unit includes an optical system to form an optical image of a subject onto an imaging surface. The camera body includes: an imaging part having the imaging surface to form an image by converting light incident from the optical system into an electric signal; a first blur-detecting part capable of detecting motion of the camera body at least in a pitching, yawing, and rolling directions; a first blur-correction part capable of correcting a blur caused by the motion in the pitching, yawing, and rolling directions, based on a result of the detection by the first blur-detecting part; and a first controller, capable of communicating with the lens unit, controlling both the first blur-detecting part and the first blur-correction part.

Abstract: A locking portion (13) is provided to lock an open/close cover (15) to a fuse unit (5) or a cover main body (9) assembled to the fuse unit (5) in a state where the open/close cover (15) is closed. The open/close cover (15) is openably and closably connected to the cover main body (9), and includes first and second side walls (17, 19) respectively on both end sides in an orthogonal direction orthogonal to an opening/closing direction and extending in the opening/closing direction. The locking portion (13) includes a locking protrusion (21) provided in the first side wall (17) deformable in the orthogonal direction, and a mating locking protrusion (23) provided in the fuse unit (5) or the cover main body (9) and facing the first side wall (17).

Abstract: A cover covers a fuse unit to which a terminal is fixed in a manner such that a nut is fastened onto a bolt placed with the tip thereof facing outward. The cover is provided, on the inner surface thereof in a position corresponding to the nut, with a protrusion having a height set in a manner such that the protrusion does not interfere with the nut located in a fastened position, but interferes with the nut located in another position other than the fastened position. A thin portion is formed on the circumference of the protrusion.

Abstract: A fuse according to the present invention includes terminal connecting portions connected to a counterpart terminal, and a fusible portion provided between terminal connecting portions and breaking a current not less than a rated current, and the terminal connecting portions and the fusible portion are integrally formed with a conductive plate. The terminal connecting portion includes a main body face and a bent face bent from the main body face and brought into contact with the main body face. The fusible portion includes a fusible conductor portion connecting a pair of the main body faces with each other, low-melting point metal provided on the fusible conductor portion and having a lower melting point than the fusible conductor portion, and a swaging portion for swaging and fixing the low-melting point metal. The swaging portion is bent toward a side of the bent face to fix the fusible conductor portion.

Abstract: Approaches to a solder ball bonding (SBB) tool and a method for solder ball bonding work pieces. The SBB tool comprises a rotatable feed plate for transporting solder balls from a reservoir to a nozzle, which is a position at which a laser light source can irradiate and melt the solder balls. The melted solder ball is then ejected from the nozzle and onto one or more work pieces, for electrically interconnecting the work pieces. The feed plate is configured with first holes and second holes, the first holes for receiving and transporting solder balls and the second holes for providing an aperture for the laser light to irradiate the solder balls, as the feed plate rotates and the holes are moved to positions in relation to the reservoir and the nozzle.

Abstract: The imaging apparatus includes an optical system including a focus lens operable to adjusts a focus state of a subject image, an imaging unit operable to capture a subject image obtained through the optical system to generate image data, a controller operable to obtain a plurality of image data generated in the imaging unit while moving the focus lens along an optical axis, a display unit operable to display an image based on the plurality of generated image data; a receiving unit operable to receive an instruction of a user for selecting one of the plurality of images displayed on the display unit, a storage unit operable to store information on a focus lens position at which the image data selected by the receiving unit is captured; and an autofocus control.

Abstract: A fuse unit includes a fuse element and an insulative resin part. The fuse element includes a power supply connecting part fixed to a battery post of a battery so as to receive power supply and arranged along an upper surface of the battery, a terminal connecting part to which a terminal is connected, and a fusible part provided between the power supply connecting part and the terminal connecting part. The insulative resin part is arranged on outer surface of the fuse element. The fuse element is bent upwards at a position between the power supply connecting part and the terminal connecting part. The terminal connecting part is arranged at a position above the upper surface of the battery and along a side surface direction of the battery.

Abstract: A state machine; a BIST circuit including a test pattern generator and an expected value comparison circuit; a state monitoring circuit configured to monitor whether or not a state of the state machine is a specific state; and a transition request detection circuit configured to detect a transition request signal from the specific state to a next state, are held. When the state monitoring circuit decides that the state of the state machine is the specific state, the state machine outputs a signal indicating the specific state as a state output of the state machine, and the BIST circuit performs a test of the state machine. When the transition request detection circuit detects the transition request signal while the test is performed, the BIST circuit stops the test of the state machine.

Abstract: A microscope includes a light source, a condenser lens, an objective lens, a polarizer, a compensator which is disposed on an optical path XA of the light source between the condenser lens and the polarizer and is rotatable about the optical path XA and is configured to adjust variation of retardation with respect to a specimen S by transmitting only a component of light in a specified vibration direction transmitted through the polarizer depending on an angle of rotation from a reference position, a driving unit configured to rotate the compensator, and a control unit configured to cause the compensator to increase or decrease the retardation within a range including a position where the retardation is zero as a reference.

Abstract: A bus bar device 1 includes a bus bar 2 connected to a battery post 52 provided in a battery 50, an insulative housing 3 that covers the bus bar 2, a circuit board 5 attached to the housing 3 and an electronic parts 4 mounted on the circuit board 5. The bus bar 2 includes a first flat plate part 9 having a battery attaching part 13 to which the battery post 52 is attached, a second flat plate part 11 having a first parallel part 16 parallel to the first flat plate part 9 and an electric wire connecting part 21 extended from the first parallel part 16 to connect a terminal fitting of an electric wire connected to a load and a third flat plate part 10 provided between the second flat plate part 11 and the first flat plate part 9 and arranged in parallel with the circuit board 5. The third flat plate part 10 is provided in a direction intersecting the first flat plate part 9.

Abstract: A fuse unit (1) includes a unit body (10) fixed to a battery post (3) of a battery (2) via a battery terminal (4) and disposed along a top surface (2a) and a side surface (2b) of the battery (2), and a battery cover (20) mounted to the unit body (10) and configured to cover an outer periphery of the unit body (10). The unit body (10) has a battery abutment rib (17) at a portion of the unit body (10) facing the side surface (2b) of the battery (2). The battery abutment rib (17) is configured to secure a mounting space for the battery cover (20).

Abstract: An illuminating unit that is a part of a microscope for forming an image of a specimen being an observation object, that is located above a stage on which the specimen is placed, and that applies transmitting illumination light to the specimen includes a light source unit including a light source that generates the transmitting illumination light, and a condenser unit that includes a condenser lens for collecting and applying the transmitting illumination light emitted by the light source unit onto the specimen, and that is detachably connected to the light source unit.

Abstract: A locking portion (13) is provided to lock an open/close cover (15) to a fuse unit (5) or a cover main body (9) assembled to the fuse unit (5) in a state where the open/close cover (15) is closed. The open/close cover (15) is openably and closably connected to the cover main body (9), and includes first and second side walls (17, 19) respectively on both end sides in an orthogonal direction orthogonal to an opening/closing direction and extending in the opening/closing direction. The locking portion (13) includes a locking protrusion (21) provided in the first side wall (17) deformable in the orthogonal direction, and a mating locking protrusion (23) provided in the fuse unit (5) or the cover main body (9) and facing the first side wall (17).

Abstract: A solder-jet nozzle for laser-soldering head-connection pads of a head-stack assembly (HSA) for a hard-disk drive (HDD). The solder-jet nozzle includes a body, a central duct, and an outer surface of the body. The body includes a tip configured to deliver a solder ball in proximity to head-connection pads of a head-gimbal assembly (HGA) of the HSA. The central duct is configured to convey the solder ball to the tip. The outer surface of the body includes a first portion, and at least a first flat. The first portion substantially coincides with a conical surface of a cone with axis disposed about along the central axis of the body. The first flat, which is parallel to the central axis, is contiguous with the first portion, and intersects the conical surface of the cone. A laser-soldering tool and a method, for laser-soldering head-connection pads of the HSA are also provided.

Abstract: A fusible link unit includes a fuse busbar and a housing. The fuse busbar includes a first busbar having a first input connecting portion; a second busbar having a second input connecting portion; and a fusible element provided between the first busbar and the second busbar. The housing is provided with the fuse busbar. The fusible element is configured to melt down when a current of a predetermined value is conducted therethrough. The first input connecting portion and the second input connecting portion are formed into the same shape. The first and second input connecting portions are passed through inserting holes, which are provided on both end portions of the housing, and are projected outwards. The housing is formed symmetrical transversely.

Abstract: An inverted microscope includes: a stage which places a specimen thereon; a light source unit which has a light source irradiating light to the specimen on the stage; an objective lens which focuses at least observation light from the specimen on the stage; a body unit which holds at least the objective lens; a condenser which is provided on an optical axis of the objective lens; a condenser holding unit which holds the condenser; a condenser moving mechanism which movably supports the condenser holding unit and moves the condenser holding unit along the optical axis; a transmission mechanism which transmits power for moving the condenser to the condenser moving mechanism; and an input unit which inputs the power to the transmission mechanism. The input unit is provided above the condenser holding unit.

Abstract: A fuse unit includes a fuse element and an insulative resin part. The fuse element includes a power supply connecting part fixed to a battery post of a battery so as to receive power supply and arranged along an upper surface of the battery, a terminal connecting part to which a terminal is connected, and a fusible part provided between the power supply connecting part and the terminal connecting part. The insulative resin part is arranged on outer surface of the fuse element. The fuse element is bent upwards at a position between the power supply connecting part and the terminal connecting part. The terminal connecting part is arranged at a position above the upper surface of the battery and along a side surface direction of the battery.

Abstract: A fuse unit includes a fuse element and an insulative resin part. A terminal connecting part is formed in the fuse element. Then insulative resin part is arranged on an outer surface of the fuse element. A temporary bolt fixing part which temporarily fixes a bolt to the terminal connecting part is provided in the fuse element.

Abstract: A fusible link unit includes a conductive busbar, a resin housing, and a resin cover. The conductive busbar includes a fusible part. The resin housing is integrally formed at a predetermined position of the busbar. The resin cover is locked so as to cover an exposure window of the resin housing which is formed so that the fusible part is faced. The resin housing has an integral wall at the back position of the exposure window which faces the fusible part.