A system (10) for sorting articles (20) having a track (22) which defines a route starting at least one loading point (16) continuing on to a plurality of destination points (18) and arriving back at the loading point (16).
A pre-load force of 500 N ± 25 N shall be applied at the prescribed loading point X indicated in figure 2 Annex 9.
A pre-load force of 500 N ± 25 N shall be applied at the prescribed loading point X indicated in Figure 2 of Annex 9.
By this the difference between the loading force and the actual load of the normal line direction of the blade on the loading point can be reduced.
The present invention provides a charging system, charging point and charging server.
When the driver has a plan to go to a charging point, the control device (60) sets an accumulator state quantity (SOC) smaller than a value when the driver has a plan to go to a charging point.
The organized group is then moved onto a carrier (74) from the loading position (61).
The carrier (74) then moves from its loading position to a position within the wheeled cart (130).
The apparatus can be sealed at the load-in station and the transfer port.
The van sections may be individually removed and left at a location for loading or unloading.
According to the invention the unit has a common charging and sampling station and the workpiece can be moved between the common charging and sampling station and the irradiating zone.
The bundles (B) are first delivered at a controlled rate from a source thereof to a device that arranges and delivers the objects in organized groups to an initial loading position (61).
This form of drive avoids the high point loading of conventional stairlift drive systems and obviates the need for lubrication.
The device has a docking position for locating the earpiece in charging proximity to the charging point to charge the earpiece power source from the parent power source.