Controlled self-adjusting process for reducing selected dimensions of electronic products
View Patent ↗A method provides a self-learning mechanism for developing a database of information to be used in guiding selection of parts for temporary removal from a product, in order to reduce product dimensions for shipping and delivery or the like. In one embodiment a product is of a specified type, such as a specified computer product, and comprises a configuration of parts. A procedure is first carried out to select parts for removal from the product, in order to reduce one or more dimensions by pre-specified corresponding amounts. The selected parts are removed, and also listed in a Reduction History Record constructed to indicate the parts removed from successive orders of the specified product type. A work reduction unit is created that comprises the selected parts, and a routing is generated for the work unit, for use in guiding delivery and re-installation of the selected parts back into the product.
1. In connection with delivery of a product of specified type to a specified location, wherein the product comprises a configuration of parts and delivery requires reducing one or more dimensions of the product by respective corresponding amounts, a method comprising the steps of:
carrying out a procedure to select one or more parts for removal from said product, in order to reduce each of said dimensions by its corresponding amount;
listing each of said selected parts in a Reduction History Record constructed to indicate the parts removed from successive orders of products of said specified type;
creating one or more reduction work units, wherein each reduction work unit comprises one or more of said selected parts; and
generating a routing for each of said reduction work units, for use in guiding the delivery of said selected parts, and the re-installation of said selected parts back into said product, at said specified location.
2. The method of claim 1 , wherein:
said parts selection procedure comprises a first step of listing candidate parts available for removal from said product, a second step of recommending parts to be removed from said product, and a third step of selecting parts from said listed recommended parts for removal from said product.
3. The method of claim 2 , wherein:
said step of recommending parts is based on data from said Reduction History Record.
4. The method of claim 3 , wherein:
said Reduction History Record contains exclude counts and include counts for respective parts of said product, the exclude count for a given part indicating the number of times the given part was not removed in said product orders, and the include count for the given part indicating the number of times the given part was removed in said product orders.
5. The method of claim 2 , wherein:
data in said Reduction History Record is automatically updated to represent the results of said first and third steps of said parts selection procedure.
6. The method of claim 2 , wherein:
said third step is performed by a human build operator.
7. The method of claim 1 , wherein:
successive steps of said method are performed by a selectively configured data processing device.
8. The method of claim 1 , wherein:
said routing comprises procedures for directing said reduction work units to said specified location, and for re-installing said selected parts back into said product.
9. The method of claim 8 , wherein:
information for use in re-installing said parts back into said product is shipped together with each of said reduction work units.
10. The method of claim 1 , wherein:
said product dimensions to be reduced are selected from a group that includes at least product height, product weight and product width.
11. In connection with delivery of a product of specified type to a specified location, wherein the product comprises a configuration of parts and delivery requires reducing one or more dimensions of the product by respective corresponding amounts, a computer program product in a computer readable medium comprising:
first instructions for carrying out a procedure to select one or more parts for removal from said product, in order to reduce each of said dimensions by its corresponding amount;
second instructions for listing each of said selected and removed parts in a Reduction History Record constructed to indicate the parts removed from successive orders of products of said specified type;
third instructions for creating one or more reduction work units, wherein each reduction work unit comprises one or more of said selected parts; and
fourth instructions for generating a routing for each of said reduction work units, for use in guiding delivery of said selected parts and re-installation of said selected parts back into said product, at said specified location.
12. The computer program product of claim 11 , wherein:
said parts selection procedure comprises a first step of listing candidate parts available from said product, a second step of recommending parts for removal, and a third step of selecting parts for removal from said product.
13. The computer program product of claim 12 , wherein:
said step of recommending parts is based on data from said Reduction History Record.
14. The computer program product of claim 13 , wherein:
said Reduction History Record contains exclude counts and include counts for respective parts of said product, the exclude count for a given part indicating the number of times the given part was not removed in said product orders, and the include count for the given part indicating the number of times the given part was removed in said product orders.
15. The computer program product of claim 12 , wherein:
data in said Reduction History Record is automatically updated to represent the results of said first and third steps of said parts selection procedure.
16. In connection with delivery of a product of specified type to a specified location, wherein the product comprises a configuration of parts and delivery requires reducing one or more dimensions of the product by respective corresponding amounts, an apparatus comprising:
a first processing device for carrying out a procedure to select one or more parts for removal from said product, in order to reduce each of said dimensions by its corresponding amount;
a database containing a Reduction History Record, said Reduction History Record constructed to indicate the parts removed from successive orders of products of said specified type; and
a second processing device for creating one or more reduction work units, wherein each reduction work unit comprises one or more of said selected parts and for generating a routing for each of said reduction work units, said routing for use in guiding the delivery of said selected parts and the re-installation of said selected parts back into said product, at said specified location.
17. The apparatus of claim 16 , wherein:
said first processing device carries out a parts selection procedure comprising a first step of listing candidate parts available for removal from said product, a second step of recommending parts for removal, and a third step of selecting parts from said listed candidate parts for removal from said product.
18. The apparatus of claim 17 , wherein:
said step of recommending parts is based on data from said Reduction History Record.
19. The apparatus of claim 18 , wherein:
said database is adapted to provide a Reduction History Record containing exclude counts and include counts for respective parts of said product, the exclude count for a given part indicating the number of times the given part was not removed in said product orders, and the include count for the given part indicating the number of times the given part was removed in said product orders.
20. The apparatus of claim 17 , wherein:
data in said Reduction History Record is automatically updated to represent the results of said first and third steps of said parts selection procedure.