TH58742B - Transfer device - Google Patents

Abstract

DC60 (20/06/57) This transfer device is formatted so that the carriage path (9), which drives and drives Both left and right carriage units (7a, 7b) that support the left and right sides of the object (W) to be transmitted as On the other hand, it consists of a pair of left and right screw shafts (8a, 8b) that are rotated around the axis. In a rotatable way along the carriage path (7a, 7b); driven rollers (35a-35c) that are supported sixly around the axis in a rotating manner by carriage units (7a, 7b) and hook. Attach to the screw shaft (8a, 8b); power transmission path (26) for connecting a pair of left and right screw shafts (8a, 8b) through the outside of the transfer path (2) in such a way that the screw shaft. Left and right (8a, 8b) are connected and tight. Leech; and one motor (27) for driving both left and right screw shafts (8a, 8b) through the transmission trajectory. Power (26) in such a way that the left and right screw shafts (8a, 8b) are connected and driven:

Claims (5)

Disclaimer (all) which will not appear on the advertisement page: edit 05/09/2016 1. The transfer device is assembled with a carriage, which has left and right carriage units for the Supports the left and right sides of the object to be transmitted in person, the carriage path for driving and driving. Left and right carriage units move the carriage along the transfer path where the carriage trajectory is assembled. It is included with the left and right screw shafts that are supported in turn around the axis along the respective trajectory. Of the carriage unit, the driven rollers are supported in a rotating axis to each carriage unit and are Respectively fixed to the screw shafts, trajectory for connecting and tightening the left and right screw shafts which Each other outside of the transfer path, and a single motor which connects and drives the left screw shaft and Right through the trajectory, and where the trajectory for each carriage unit is assembled It is included with the lower guide rail that guides the lower end of the carriage unit and the upper guide rail that guides the The top end of the carriage unit, and both upper and lower guide rails are supported individually. Go through the pieces Each upper and lower cantilever supports are positioned opposite to the side to which the path is transferred. Is located relative to the respective guide rail, and the driven rollers of each carriage unit extend from Each carriage unit externally opposite to the side in which the transfer path is located, at a height between The upper and lower guide rails, and the screw shaft are rotated around the axis to penetrate between the Upper and lower cantilever support parts 2. The transfer device in accordance with claim No. 1, where the transmission path will be equipped with a shaft. The transverse power relay, which cuts horizontally under the transfer path, the left vertical relay shaft and The right coupling is coupled and bolted to both ends of the horizontal transverse transmission shaft, and the gear mechanism which connects and tightens the vertical relay shaft and screw shaft respectively, and whereby the motor is Is welded and bolted to one end of a horizontal transverse transmission shaft 3. The device is transferred according to claim 2, where the trajectory for the carriage unit, but Each unit consists of a lower guide rail that guides the bottom end of the carriage unit and a guide rail. The upper, guiding the upper end of the carriage unit, and the upper and lower guide rails are both supported as The body goes through the upper and lower cantilever supports, each positioned opposite to the Side on which the transfer route is located relative to the respective guide rail, and the driven roller of the carriage unit. Each unit extends from each carriage unit to the outside opposite to the side where the transfer path is located, at the height between the top and bottom guide rails, and the screw shaft is supported in a rotating axis. In order to penetrate between the cantilevered support and the lower 4. Transfer device according to claim 1, where each carriage unit is included. The main body of the carriage is positioned on the side where the respective screw shaft is located relative to both the upper and lower guide rails, the transported object support mounting part that extends down from the main body of the carriage. Litter to the inside The transfer route is located, between both the upper and lower guide rails, the main wheel is supported in turn. Axis on the side where the transfer path for the carriage main body is located so that it rotates around the horizontal axis. And rolling on the lower main guide rail, the external positioning roller that is supported in rotation around the The lower end of the main body of the carriage in order to rotate around the vertical axis and roll on part of the surface. Outside of the lower main guide rail and above the cantilever support, positioning roller The inside of the support rotates around the axis where the tool mounting part supports the object being transmitted in order to rotate. Around the vertical axis and rolling on the lower end of the inner surface of the lower main guide rail, and the left and right fixed rollers that are rotated around the axis at the upper end of the main carriage body to rotate. Around the vertical axis and articulate the lower end of the upper assist guide rail from both inside and outside. 5. Transfer device according to claim 3, where each carriage unit is included. The main body of the carriage is positioned on the side where the respective screw shaft is located relative to both the upper and lower guide rails, the transported object support mounting part that extends down from the main body of the carriage. Litter to the inside The transfer route is located, between both the upper and lower guide rails, the main wheel is supported in turn. Axis on the side where the transfer path for the main body of the carriage will be located so that it rotates around the horizontal axis. And rolling on the lower main guide rail, the external positioning roller that is supported in rotation around the The lower end of the main body of the carriage in order to rotate around the vertical axis and roll on part of the surface. Outside of the lower main guide rail and above the cantilever support, positioning roller The inside of the support rotates around the axis where the tool mounting part supports the object being transmitted in order to rotate. Around the vertical axis and rolling on the lower end of the inner surface of the lower main guide rail, and the left and right fixed rollers that are rotated around the axis at the upper end of the main carriage body to rotate. Around the vertical axis and articulate the lower end of the upper assist guide rail from both inside and outside. -------------------------------------------------- -