请问EXceed WMS 的上架规则是什么样子

powerfly

根据ITEM基础信息设置里面设置的上架策略来寻找默认系统分配货位，一般默认上架策略会按顺序指向一个或多个Zone，所有的可供分配货位都会在相应的ZONE中间选择，分配策略中会对这些zone的判定设置条件，所有的条件都有两个后续动作：条件成功动作和条件失败动作，在同一个zone中具体上架货位的选择目前EXE4000的版本中只能做到按货位序号从小到大排列选择（据说2000是有根据当前拣货位选择最近的上架存储位功能）,当然这只是EXE中最常用的上架规则。
其实EXE的上架规则是可以完全根据客户的要求自定义的，比如某些变态的客户需求如：收货数量部分进zone A，部分进zone B；同一板货要进到两个不同的货位。不过这些客户化是需要花钱的，并且上架规则是按照条件行来进行系统计算的，把上架规则设置的越复杂则系统上架时系统的速度就越慢。

johnny_lbs

取决于商品的上架区域,订单的属性,商品的库存量,货位的容量, 可以灵活设置

flyingrat

规则是很多可满足的功能模块
具体的你的系统说要实现的规则根据项目实施的时候的具体管理要求而定
系统可以满足这些要求的实现而已

xiepingshun

在上架之前一般会由系统自动做储位指派，产生上架储位，在上架时，根据实际情况，允许修改实际的上架储位。商品不同，储位指派原则也会有差异。一般会考虑：1、物流中心内该商品是否已经有拣货储位  2、拣货储位上面是否放的下 3、是否使用整托盘上架 4、是否有对应保管储位 这些只是列举一些。具体视物流中心流程而定

grantlx

原帖由 powerfly 于 2008-2-11 01:26 发表
根据ITEM基础信息设置里面设置的上架策略来寻找默认系统分配货位，一般默认上架策略会按顺序指向一个或多个Zone，所有的可供分配货位都会在相应的ZONE中间选择，分配策略中会对这些zone的判定设置条件，所有的条件都有两个后续动作：条件成功动作和条件失败动作，在同一个zone中具体上架货位的选择目前EXE4000的版本中只能做到按货位序号从小到大排列选择（据说2000是有根据当前拣货位选择最近的上架存储位功能）,当然这只是EXE中最常用的上架规则。
其实EXE的上架规则是可以完全根据客户的要求自定义的，比如某些变态的客户需求如：收货数量部分进zone A，部分进zone B；同一板货要进到两个不同的货位。不过这些客户化是需要花钱的，并且上架规则是按照条件行来进行系统计算的，把上架规则设置的越复杂则系统上架时系统的速度就越慢。

powerfly很了解EXCEED呀,但是据我了解"在同一个zone中具体上架货位的选择目前EXE4000的版本中只能做到按货位序号从小到大排列选择（据说2000是有根据当前拣货位选择最近的上架存储位功能）"这点我略有异议.PUTAWAY到指定货位,这个不仅2000可以,4000甚至1000都是可以的,关键在于对货位的定义(位置定义),上架的策略.

rlc666

7楼的feilian99
老兄，能否详细说下分配策略，有什么资料也好。多谢

dongsilin

发大家一个别人写的比较全面的东西:
Location Sequence.  This is the simplest logic;
Zone Logic.  By breaking down storage locations into zones you can direct picking, putaway, or replenishment to or from specific areas of warehouse.
Fixed Location.  Logic uses predetermined fixed locations per item in picking, putaway, and replenishment.  
First-in-first-out (FIFO).  Directs picking from the oldest inventory first.
Last-in-first-out (LIFO).  Opposite of FIFO.
Quantity or Unit-of-measure. Allows to direct picking from different locations of the same item based upon the quantity or unit-of-measured ordered. For example, pick quantities less than 25 units would pick directly from the primary picking location while quantities greater than 25 would pick from reserve storage locations.

Fewest Locations.  This logic is used primarily for productivity. Pick-from-fewest logic will use quantity information to determine least number of locations needed to pick the entire pick quantity. Put-to-fewest logic will attempt to direct putaway to the fewest number of locations needed to stock the entire quantity.  

Pick-to-clear.  Logic directs picking to the locations with the smallest quantities on hand.  This logic is great for space utilization.

Reserved Locations.  This is used when want to predetermine specific locations to putaway to or pick from.  An application for reserved locations would be cross-docking, where may specify certain quantities of an inbound shipment be moved to specific outbound staging locations or directly to an awaiting outbound trailer.

Nearest Location.  Also called proximity picking/putaway, this logic looks to the closest available location to that of the previous putaway or pick.  

Maximize Cube.  ube logic basically uses unit dimensions to calculate cube (cubic inches per unit) and then compares this to the cube capacity of the location to determine how much will fit.  

Consolidate.  Looks to see if there is already a location with the same product stored in it with available capacity.  May also create additional moves to consolidate like product stored in multiple locations.

Lot Sequence.  Used for picking or replenishment, this will use the lot number or lot date to determine locations to pick from or replenish from.

dongsilin

上面说的策略,exe基本都可以实现.

但是, 如果考虑的方式过多,系统的performance会有很严重的问题