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1.
J Am Diet Assoc ; 84(6): 648-54, 1984 Jun.
Article in English | MEDLINE | ID: mdl-6725795

ABSTRACT

Labor times for microwave-heating activities were developed by using Master Standard Data (MSD). Step 1 involved defining the layout of the actual hospital galley , dividing into small motions the labor activities involved in assembling menu items that would be microwave heated, and identifying basic elements for each motion. Step 2 was the development of seven macro elements under simulated conditions in the laboratory. In step 3, a stopwatch time study in the laboratory was used to verify MSD-predicted times for the seven macro elements. For the final step, a stopwatch time study was conducted under actual operating conditions in a hospital galley . Predicted time derived from laboratory simulation of microwave-heating activities indicated that it should take a foodservice employee 1.71 minutes to assemble menu items from two trays and heat the items by using two microwave ovens . Total labor time for assembling and microwave heating menu items under actual conditions in the hospital galley was similar to MSD-predicted times. Although labor times reported are specific for the cook/chill foodservice system used in this study, the methods and the code may be applied in other hospital foodservices to develop specific labor times for those facilities.


Subject(s)
Food Handling , Food Service, Hospital , Hot Temperature , Task Performance and Analysis , Time and Motion Studies , Humans , Microwaves
2.
J Food Prot ; 46(2): 100-104, 1983 Feb.
Article in English | MEDLINE | ID: mdl-30913603

ABSTRACT

Temperatures from the same menu items were obtained during the processes of meal assembly, distribution, and service under actual operating conditions in a hospital using the cook/chill/re-heat/serve method of foodservice. Internal temperatures of all portioned menu items on one supper tray were recorded for a total of 18 meals, over a 6-week period. At meal assembly, internal temperatures of 20 chilled menu items, from a total of 93, were ≤45°F (≤7°C). After distribution of meals in unrefrigerated food carts from the central kitchen to galleys in patient units, internal temperatures of 11, from a total of 93 chilled menu items, were ≤45°F (≤7°C). After cold-holding in galley refrigerators or freezers, internal temperatures of 26, from a total of 99 menu items, were ≤45°F (≤7°C). During meal service, menu items that were to be served hot were heated in microwave ovens. Of the 40 menu items which were microwave-heated, internal temperatures of 25 items were ≤165°F (≤74°C). Findings emphasize the need for managers to become aware of temperature quality as meals are transported through subsystems in the food service on route to patients. Improvements in procedures and equipment used and increased supervision of time-temperature relationships were recommended, especially when microwave-heating menu items. Temperature surveys should be part of the Food Quality Assurance Program in every hospital foodservice.

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