Abstract: Techniques are disclosed relating to software failover across multiple computing regions. Software entities in a first computing region implement failure recovery routines on an as-needed basis, which can include utilizing code in a recovery API. These software entities can subscribe to receive failure notifications for that region. When an indication of a regional failure is received (e.g., indicating that some specified threshold of servers in the first computing region have failed or are likely to fail), a failure notification can be published. The computing region can then use a list of subscribing software entities to initiate recovery routines for those entities to failover to a different one of the computing regions. In some implementations, software entities can handle failover for dependent components. Thus, when failover is initiated for a particular software product, the product can initiate failover for any constituent components (e.g., services that make up the software product).

Abstract: Techniques are disclosed relating to software failover across multiple computing regions. Software entities in a first computing region implement failure recovery routines on an as-needed basis, which can include utilizing code in a recovery API. These software entities can subscribe to receive failure notifications for that region. When an indication of a regional failure is received (e.g., indicating that some specified threshold of servers in the first computing region have failed or are likely to fail), a failure notification can be published. The computing region can then use a list of subscribing software entities to initiate recovery routines for those entities to failover to a different one of the computing regions. In some implementations, software entities can handle failover for dependent components. Thus, when failover is initiated for a particular software product, the product can initiate failover for any constituent components (e.g., services that make up the software product).

Abstract: A support frame for supporting a blade on a machine is provided. The support frame includes a lower frame section including a first leg, a second leg and a transverse portion that extends between the first leg and the second leg. Each of the first and second legs has a respective end portion and the transverse portion carries a lower connecting element configured to connect to a blade. An upper frame section includes a first leg, a second leg and a transverse portion that extends between the first leg and the second leg, each of the first and second legs having a respective end portion. The end portions of the respective first legs of the lower frame section and the upper frame section are connected together and the respective transverse portions of the lower frame section and the upper frame section are spaced from each other.

Abstract: An apparatus for retaining and organizing multiple items. The apparatus may be particularly useful for retaining and organizing items for infants. Such items may include feeding bottles, pacifiers, toys, stimulating devices and articles. The apparatus may retain various items in the proximity of the infant after the items have been thrown or dropped. The apparatus may be attached to one or more structures which can include highchairs, strollers, shopping carts, cribs, furniture, car seats, and the like.

Abstract: This invention is a collaborative funding system which allows many people to work together to fund a project or to purchase a product or service. A computer system offers services to users, typically over the internet. Users may enter a new product into the system, contribute to a fund for buying a particular product or quote a product to sell it to other buyers. Once a product is quoted, the system chooses the best quote and offers the product for sale to the users. Buyers' funds are held in trust until the product is furnished. The system also provides a mechanism for the seller to build the product in stages and be paid for each stage. The system allows a negotiation between buyers and seller to determine whether the product or stage is complete.

Abstract: A backing material is made of low-density and/or high-density polyethylene(s) and/or a flexibilizer to provide high-strength, low-cost, and recyclable backing material for fabrics. The backing material can incorporate polypropylene(s), additional flexibilizers, fillers, flame-retardants, anti-microbials, odor minimizers/eliminators, scent, and protectants for further desired properties.

Abstract: A backing material is made of low-density and/or high-density polyethylene(s) and/or a flexibilizer to provide high-strength, low-cost, and recyclable backing material for fabrics. The backing material can incorporate polypropylene(s), additional flexibilizers, fillers, flame-retardants, anti-microbials, odor minimizers/eliminators, scent, and protectants for further desired properties.