Abstract: The present disclosure generally relates to displaying information related to a physical activity. In some embodiments, methods and user interfaces for managing the display of information related to a physical activity are described.

Abstract: A system may include: a server comprising a rule cache; a user device communicably coupled to the server; a computer-readable medium comprising instructions that cause the server to: monitor a plurality of third-party data sources; obtain, via a queueing service, a plurality of pieces of content from the plurality of third-party data sources; for each piece of content, fetch a rule ID from a list of rule IDs on the user device, wherein the rule ID is fetched based on the content and a pre-selected setting on the user device; use the rule ID to fetch a rule from the rule cache, the rule comprising a script, the script comprising executable code; execute the script on the piece of content to determine if the piece of content matches the rule; and in response to determining that the piece of content matches the rule, send an alert to the user device.

Abstract: A system may include: a server comprising a rule cache; a user device communicably coupled to the server; a computer-readable medium comprising instructions that cause the server to: monitor a plurality of third-party data sources; obtain, via a queueing service, a plurality of pieces of content from the plurality of third-party data sources; for each piece of content, fetch a rule ID from a list of rule IDs on the user device, wherein the rule ID is fetched based on the content and a pre-selected setting on the user device; use the rule ID to fetch a rule from the rule cache, the rule comprising a script, the script comprising executable code; execute the script on the piece of content to determine if the piece of content matches the rule; and in response to determining that the piece of content matches the rule, send an alert to the user device.

Abstract: A system may include: a server comprising a rule cache; a user device communicably coupled to the server; a computer-readable medium comprising instructions that cause the server to: monitor a plurality of third-party data sources; obtain, via a queueing service, a plurality of pieces of content from the plurality of third-party data sources; for each piece of content, fetch a rule ID from a list of rule IDs on the user device, wherein the rule ID is fetched based on the content and a pre-selected setting on the user device; use the rule ID to fetch a rule from the rule cache, the rule comprising a script, the script comprising executable code; execute the script on the piece of content to determine if the piece of content matches the rule; and in response to determining that the piece of content matches the rule, send an alert to the user device.

Abstract: A system may include: a server comprising a rule cache; a user device communicably coupled to the server; a computer-readable medium comprising instructions that cause the server to: monitor a plurality of third-party data sources; obtain, via a queueing service, a plurality of pieces of content from the plurality of third-party data sources; for each piece of content, fetch a rule ID from a list of rule IDs on the user device, wherein the rule ID is fetched based on the content and a pre-selected setting on the user device; use the rule ID to fetch a rule from the rule cache, the rule comprising a script, the script comprising executable code; execute the script on the piece of content to determine if the piece of content matches the rule; and in response to determining that the piece of content matches the rule, send an alert to the user device.

Abstract: A high-temperature, rapid-cycle pin oven for the curing of coatings on hollow container components, includes an oven unit (2) whose housing (14) is divided into three compartments interconnected by internal explosion relief panels (136,142,144). One of the compartments (36), designed for a normal working pressure in the range 1 to 1.01 atmosphere, has a light explosion-relief panel (132) which provides primary pressure relief to atmosphere while ensuring that if the internal panels blow out, the entire interior is vented to atmosphere. This panel comprises a light casing (202) with thin tinplate bursting diaphragms (210) in the bottom, overlaid by a light, absorbent mattress (220), and a light top cover (222) which can blow out. A perforated hot air delivery screen (38) forms one wall of the narrow working chamber (34) and comprises a number of plates removably and replaceably fastened to a frame (72) fixed in the housing.

Abstract: A high-temperature, rapid-cycle pin oven for the curing of coatings on hollow container components, includes an oven unit (2) whose housing (14) is divided into three compartments interconnected by internal explosion relief panels (136,142,144). One of the compartments (36), designed for a normal working pressure in the range 1 to 1.01 atmosphere, has a light explosion-relief panel (132) which provides primary pressure relief to atmosphere while ensuring that if the internal panels blow out, the entire interior is vented to atmosphere. This panel comprises a light casing (202) with thin tinplate bursting diaphragms (210) in the bottom, overlaid by a light, absorbent mattress (220), and a light top cover (222) which can blow out. A perforated hot air delivery screen (38) forms one wall of the narrow working chamber (34) and comprises a number of plates removably and replaceably fastened to a frame (72) fixed in the housing.

Abstract: A needle punched synthetic fabric of polyester fibers is impregnated with asphalt emulsion which is absorbed in an amount to approximately double the weight of the needled fabric. There is no fiber-free agglomoration of asphalt and the impregnated fabric is flexible and relatively immune to concentrated impact loads even at freezing temperature. It can be made waterproof for a single membrane built up roof by application of asphalt emulsion or hot-mopped asphalt and in such applications has properties acceptable under existing fire simulation tests. Other synthetic fibers such as nylon or polyester-nylon mixes can be used.