TH2145A - Improving L-Glutamic Acid Production Method - Google Patents

Abstract

The objectives of this invention are: The determination of the computational properties of part P, even when part P has a bulging part, P3 at its center, to accomplish this purpose. This invention A PH3 inspection path is provided to verify the alignment direction. The body of part P is raised, part P is transported into the PH3 probe in the direction perpendicular to its longitudinal axis Lo. 32b) to navigate the corresponding address ends. Across each of the P parts together with the ends that are straight. The crosses of part P are directed in such a way that part P is in the right direction, thus making the long diameter P3 segment at the midpoint. Of it doesn't have any effect on this function. The selected figure shows Figure 8.

Claims (9)

1.Aligning and feeding devices for part feeders positioned along the conveyor path of part feeders. For conveying parts with alignment properties The body is and has a cylindrical shape with the end of the longitudinal side. One of them is shorter than the other end. Where it contains the following items Path to determine the direction in order to determine the direction. Arrangement of parts, a reverse path for turning the part inversion, and a control path for controlling the direction of the reverse track. Part direction Known, alignment and feeding devices for feeding parts from the conveyor line. Upward To the transport route downward Which is parallel to the transport path upward where during this time it also serves to determine the direction of the part, where the directional path consists of The inspection paths that lie between the upward and downward conveying routes and capable of transporting parts where Its longitudinal axis is aligned The same as the transport path above. And next to it In the direction perpendicular to the longitudinal axis while at the same time It will keep the parts aligned in the specified direction all the time, the transport path for transporting the parts from the upward conveyor to the downward transport path through the inspection path with the axes followed. The length of the parts will be in one line. In conjunction with the carrier path, a pair of guides positioned opposite each other to guide the diameter. The middle length of the piece goes in such a way that Axis along the length of the piece The portions sent by the inspection path are aligned with the correlations established in the inspection paths, the guide grooves are in both guides. To navigate the line segment Simultaneously cut the short centers of the parts and will work together Together with the navigation part that serves to guide the section with the diameter The middle length of the moving part along the inspection path, the part sensor To check that There are pieces In the inspection path or not, and the orientation sensor To determine which groove contains a part of a short diameter part when a part is in the inspection path In order to determine the direction Arrange the parts according to the results of the part sensor and the direction sensor. 2. Aligning and feeding device As stated in claim 1, where the sensor detects parts And sensors Each direction Will consist of light-emitting devices And a pair of optical devices and the transmission path will consist of Part catcher To accommodate the parts in a groove that are connected to each other, an opening through which the light from the device emits Will shine through To a pair of exposure equipment 3. Aligning and feeding device As set out in Clause 1 or Clause 2, which follows a stopper for closing the line. The transportway above As the means of delivery for Sending parts to inspection path 4. Aligning and feeding device As stated in claim 1, where the reciprocating path is reversed, the transmission path is 180 ° C around an axis perpendicular to the longitudinal direction of the captured part by the transmission path. 5. Aligning and feeding device As set out in any of Clause 1, 2, 3 or 4, where The audit trail will be Made up of a pair of blocks placed opposite each other. And the transport path above And next to it will be arranged to match the same size with the adjacent block. 6. Aligning and feeding device As set out in claim 5, where the means of delivery will consist of Part catcher for part pick-up and driveway for driving the part to During the receiving position Which is the point where The piece holder faces the transport path upward. And the delivery position, where the part handle is facing the downward transport path 7. Aligning and feeding device As set out in Clause 6, which includes The forward path forward to deliver parts from the transported piece holder to the forwarding position to the downstream conveyor. 8.Aligning and feeding device As set out in claim 7, which further includes the part feeding path for forward parts. To the descending conveyor using compressed air 9. Aligning and feeding device As set out in Clause 8, where the means of delivery will consist of An air stopper to open the airways descending. When the part catcher comes At delivery location As usual It will close the path Transports next down all the time Unless the part holder is in the transmission position (9 claims, 2 faces, 15 photos)