Abstract: Provided is a vehicle measurement system for an automatic conveyor. The measurement system includes: an information measurement unit, disposed at a position higher than the ready-for-loading vehicle and including two laser radars: a rear radar and a side radar; a voice prompt unit, configured to send a voice prompt; and a control unit; where when the ready-for-loading vehicle is approaching, the rear radar measures a distance between it and the ready-for-loading vehicle in real time as a predetermined parking distance; when a value of the predetermined parking distance is within a predetermined range, the control unit controls the voice prompt unit to send a voice prompt for parking; and after the ready-for-loading vehicle stops, the information measurement unit measures the distance between the ready-for-loading vehicle and the rear radar, carriage size information, and a deviation angle of a parking position of the ready-for-loading vehicle from the predetermined parking area.

Abstract: A molding machine for in-mold-decoration using a film includes a female mold, a male mold capable of engaging with the female mold, and a moving member. The moving member is mounted between the male mold and the female mold. The moving member defines a plurality of cooling passages for coolant flowing therethrough to cool the moving member. The male mold is capable of being moved to resist against the female mold with the moving member being sandwiched therebetween. The female mold, the male mold, and the moving member bound to form a molding space for molding articles.

Abstract: An electrical connector (1) includes an insulating housing (2), a plurality of contacts (4) received in a plurality of passageways (24) defined in the housing, a metal shell (3) and a spacer (5). The housing has a pair of protrusions (26) projecting downwardly on a lower wall (22) thereof. The shell encloses the insulating housing and comprises an upper and a lower body portions (30, 31). The lower body portion defines a pair of receiving apertures (310), which each receive a corresponding protrusion of the housing therein. The spacer has a base plate (50) defining a plurality of through holes (500) to allow extension of the contacts therethrough. The spacer is assembled to the housing and presses the lower body portion of the shell against the lower wall of the housing.

Abstract: An electrical connector (1) includes an insulating housing (2), a plurality of contacts (4) received in a plurality of passageways (24) defined in the housing, a metal shell (3) and a spacer (5). The housing has a pair of protrusions (26) projecting downwardly on a lower wall (22) thereof. The shell encloses the insulating housing and comprises an upper and a lower body portions (30, 31). The lower body portion defines a pair of receiving apertures (310), which each receive a corresponding protrusion of the housing therein. The spacer has a base plate (50) defining a plurality of through holes (500) to allow extension of the contacts therethrough. The spacer is assembled to the housing and presses the lower body portion of the shell against the lower wall of the housing.

Abstract: A releasable pick-up device (30) for assisting in positioning an electrical connector (1) on a circuit board by a vacuum-suction nozzle, comprises a rectangular plate (31) having a flat upper surface (311) to be manipulated by the nozzle and an opposite lower surface (312), and a pair of retaining portions (32) extending from opposite transverse sides of the plate. Each retaining portion forms a pair of downwardly projecting legs (320) having a pair of respective retaining feet (321) formed at free ends thereof and protruding in directions opposite to each other.