Abstract: An apparatus for three-dimensional inspection includes a carrier, an image sensing component, and a processor. The carrier is configured to hold an object. The image sensing component is configured to capture a first image, a second image and a third image of the object along a first axis, a second axis, and a third axis respectively, and the first axis, the second axis, and the third axis are not parallel with each other. The processor is configured to analyze the first image and the second image to obtain a first directional stereo information, and analyze the third image and a determined image of the object to obtain a second directional stereo information.

Abstract: An apparatus for three-dimensional inspection includes a carrier, an image sensing component, and a processor. The carrier is configured to hold an object. The image sensing component is configured to capture a first image, a second image and a third image of the object along a first axis, a second axis, and a third axis respectively, and the first axis, the second axis, and the third axis are not parallel with each other. The processor is configured to analyze the first image and the second image to obtain a first directional stereo information, and analyze the third image and a determined image of the object to obtain a second directional stereo information.

Abstract: A three-dimensional measurement system includes a measurement platform, a projection module, an image-capturing module, and a control unit. The measurement platform carries a test object. The projection module includes a light-emitting unit, a light-shielding rotary disc, a grating unit, and an optical-reflective ring structure. The light-emitting unit generates a light beam. An aperture formed in the light-shielding rotary disc is located at different rotational positions time-sequentially while the light-shielding rotary disc rotates, and the light beam passes through the aperture to form light beam segments. The grating unit transforms the light beam segments into stripe-patterned structure-light beams. The optical-reflective ring structure reflects the stripe-patterned structure-light beams onto the test object. The image-capturing module captures stripe-patterned images formed after reflection of the stripe-patterned structure-light beams from the test object.

Abstract: A measuring system for a 3D object includes a base, a horizontal scanning device disposed on the base, a first light emitting device, a second light emitting device, an image capture device, and a control device. The first light emitting device, the second light emitting device, and the image capture device are connected to the horizontal scanning device. The control device controls the horizontal scanning device to cause planar motion relative to the base. With the control of the control device, the first light emitting device and the second light emitting device alternate in projecting a light source onto a 3D object. The image capture device includes a double-sided telecentric lens to capture a plurality of images of the 3D object when the light source is projected onto the 3D object.

Abstract: A three-dimensional image measuring apparatus includes a measurement platform, a movable optical head, a three-dimensional calculator module, a moving module and a calibration controlling module. The movable optical head includes a beam splitter unit, a projecting module, an image-capturing module and an indicator module. The measurement platform supports an object under measurement. The projecting module generates a structure light of parallel sinusoid strips pattern to the object under measurement. The image-capturing module includes image-capturing units facing the object under measurement from different directions or angles. Each image-capturing unit is configured to capture a reflection image which is formed from the structure light of parallel sinusoid strips pattern reflected by the object under measurement. The indicator module projects an alignment beam onto the object under measurement for forming an alignment mark.

Abstract: A three-dimensional image measuring apparatus includes a measurement platform, a movable optical head, a three-dimensional calculator module, a moving module and a calibration controlling module. The movable optical head includes a beam splitter unit, a projecting module, an image-capturing module and an indicator module. The measurement platform supports an object under measurement. The projecting module generates a structure light of parallel sinusoid strips pattern to the object under measurement. The image-capturing module includes image-capturing units facing the object under measurement from different directions or angles. Each image-capturing unit is configured to capture a reflection image which is formed from the structure light of parallel sinusoid strips pattern reflected by the object under measurement. The indicator module projects an alignment beam onto the object under measurement for forming an alignment mark.

Abstract: A three-dimensional measurement system includes a measurement platform, a projection module, an image-capturing module, and a control unit. The measurement platform carries a test object. The projection module includes a light-emitting unit, a light-shielding rotary disc, a grating unit, and an optical-reflective ring structure. The light-emitting unit generates a light beam. An aperture formed in the light-shielding rotary disc is located at different rotational positions time-sequentially while the light-shielding rotary disc rotates, and the light beam passes through the aperture to form light beam segments. The grating unit transforms the light beam segments into stripe-patterned structure-light beams. The optical-reflective ring structure reflects the stripe-patterned structure-light beams onto the test object. The image-capturing module captures stripe-patterned images formed after reflection of the stripe-patterned structure-light beams from the test object.

Abstract: A three-dimensional measurement system includes a measurement carrier, first and second projection modules, an image-capturing module, and a control unit. The measurement carrier carries a test object on a measurement plane. The first projection module projects a first patterned structure light onto the test object along a first optical axis that forms a first incident angle relative to the measurement plane, and the second projection module projects a second patterned structure light onto the test object along a second optical axis that forms a second incident angle different from the first incident angle. The image-capturing module captures first and second patterned images formed after reflection of the first and second patterned structure lights from the test object. The control unit controls the first and second projection modules, and measures a three-dimensional shape of the test object according to the first and second patterned images.

Abstract: A measuring system for a 3D object is disclosed. The system comprises a base, a horizontal scanning device disposed on the base, a first light emitting device, a second light emitting device, an image capture device, and a control device. The first light emitting device, the second light emitting device, and the image capture device are connected to the horizontal scanning device. The control device controls the horizontal scanning device to cause planar motion relative to the base. With the control of the control device, the first light emitting device and the second light emitting device alternate in projecting a light source onto a 3D object. The image capture device comprises a double-sided telecentric lens to capture a plurality of images of the 3D object when the light source is projected onto the 3D object.

Abstract: The apparatus includes: an illumination system having a planar printed circuit board, and a plurality of light producing elements mounted on the planar printed circuit board and divided into at least one area, a control system, wherein the light producing elements can be selected from at least one area and lighted to illuminate by the control system, and a flat thin lens system in front of and connected to the illumination system to focus the lights emitted from the light producing elements onto any position of the printed circuit board. The method applied to proposed apparatus includes steps of: (a) choosing a position, (b) setting the illumination conditions, (c) producing the required illumination through focusing the lights on the chosen position, (d) recording the image of chosen position, (e) displaying the image, (f) comparing the recording image with the referencing image, and (g) making a record of comparison.

Abstract: A laser marker control system includes a personal computer, a programmable logic control (PLC), a movable carrier table, an industrial man-machine interface and a laser device. The personal computer is linked to the PLC to control the laser device and is linked to the carrier table in a point-teaching operation. The PLC is provided for numeral calculation, signal input, status output and control of the carrier table, and provides signal, data and status exchange when linked to the man-machine interface. The carrier table is the carrier of the work piece, controlled by the PLC to change the position thereof. In the point-teaching operation, the carrier table is linked to the personal computer and the PLC. The man-machine interface is a touch-control monitor for status display and may indirectly control the carrier table when linked to the PLC. The laser device which generates and emits a laser beam for marking operation is connected to the PLC.

Abstract: A CD-ROM testing system includes a personal computer, a programmable logic control (PLC), a testing apparatus with sensors and an industrial man-machine interface. The personal computer is in communication with the PLC for performing tests on the CD-ROM. The PLC is connected to both the personal computer and the man-machine interface to control the operation of the testing apparatus. The testing apparatus is to carry out tests on the CD-ROM and collects the test results. The man-machine interface is to indirectly control the testing apparatus and display test signal. The CD-ROM testing system is capable to replace human labor in continuously testing a plurality of CD-ROMs to provide an efficient and precise test results of the functions of the CD-ROMs and the test results are stored in the personal computer for further use and analysis.

Abstract: A dynamic random access memory (DRAM) testing apparatus includes a substantially upright support plate on which at least one elongated feeding chute is provided, having a channel co-extensive therewith for receiving and holding therein an IC bar which contains a number of DRAMs to be tested. The DRAMs are movable downward along the channel by means of gravity. A shifting mechanism, which is controlled by a control unit, sequentially transfers the DRAMs from the feeding chute to a testing device defining a holder for receiving the DRAM to carry out the test. The test is conducted by the control unit and the test result is transmitted thereto for classifying the DRAM being tested. The tested DRAM is then forwarded to a movable member to be conveyed thereby to a particular one of a plurality of out-feeding chutes which are associated with different classifications of the DRAMs. The DRAM is then moved from the out-feeding chute to an empty IC bars to be collected therein.

Abstract: A compact cassette recorder capable of loading digital or analogue cassettes which comprises: (a) a cassette holder which is dimensioned for insertion of a digital or an analogue compact cassette; (b) a base plate mounted in the cassette holder, the base plate being disposed in a parallel relationship with respect to the digital or analogue cassette when the latter is inserted inside the cassette holder; (c) a guiding slot formed on the base plate; (d) a pin mounted in the base plate and is slidable along the guiding slot, the pin has a projecting height which is slight less than the depth of the recessed region of the digital cassette so as to allow the pin to move into the recessed region and in contact with an edge of the digital cassette cover when the digital cassette is inserted into the cassette holder; and (e) a return spring for retaining the pin in the initial position until the pin is being pushed.

Abstract: A magnetic tape loading mechanism for a magnetic recording and/or reproducing apparatus is disclosed. The loading mechanism includes a reversible driving motor which can be actuated by signals sent from a positional detector to drive a gear train in order to perform a switching operation of work modes. The gear train includes five actuating gears which are operatively connected to the corresponding members, such as a pair of mounting blocks each having an inclination post and a guide roller provided thereon, a moving post, a tension post and a pinch roller, so that these members can be moved to a predetermined position according to the various time sequences and work modes, to enable the magnetic tape to be led out of a tape cassette located in the apparatus and to be wound around a magnetic head having a magnetic drum, thereby allowing to record or reproduce signals from the magnetic tape.

Abstract: A cassette loading mechanism comprising a movable plate-like member which is maintained on the same plane with a stationary plate-like member and slidable relative to the stationary member. A symmetrical four bar linkage is connected between the two members. The movable member is moved, under the guidance of fixed shaped slots, with a cassette holder into which a cassette is inserted between an unloading position and a loading position by an actuation device acting at one side of the cassette holder. The four bar linkage transmits the actuation to the other side of the cassette holder in a substantially synchronous way to make both sides of the cassette holder move symmetrically and synchronously and thus reducing the risk of jamming.

Abstract: A tape loading device for a magnetic tape recording and/or reproducing apparatus, characterized in a mechanism having slidable plates and linkages for urging movable guide posts, movable blocks, guide rollers, a pinch roller, a tension post, and reel brakes in order to extract a length of magnetic tape from a magnetic tape cassette and moving the length of magnetic tape to various positions corresponding to various operation modes of the tape loading device.