Abstract: Methods and systems of patient treatment are disclosed. The methods and systems include use of medical device informatics to modify and validate therapies and drugs used in those therapies. In certain embodiments, a medical device, such as a medical infusion pump, interfaces with a server to administer the patient treatments. In one aspect, a server is disclosed which includes a memory configured to store identification information regarding a plurality of medical devices at different customer sites, and a programmable circuit operatively connected to the memory. The programmable circuit is configured to execute program instructions to receive data from medical devices at one or more of the different customer sites, store data in the memory associated with the one or more different customer sites, and associate a portion of the data with the medical device that transmitted that portion of data.

Abstract: Methods and systems of patient treatment are disclosed. The methods and systems include use of medical device informatics to modify and validate therapies and drugs used in those therapies. In certain embodiments, a medical device, such as a medical infusion pump, interfaces with a server to administer the patient treatments. In one aspect, a software development kit is disclosed. The kit includes medical device installation software containing computer-readable instructions allowing a user to define metadata related to one or more characteristics of a medical device. The kit also includes data package delivery software including computer-readable instructions configured to deliver a data package from a server to a medical device. The kit further includes server software containing computer-readable instructions for execution on a medical device server, the server software configured to control communication from the server to the medical device.

Abstract: Methods and systems of patient treatment are disclosed. The methods and systems include use of medical device informatics to modify and validate therapies and drugs used in those therapies. In certain embodiments, a medical device, such as a medical infusion pump, interfaces with a server to administer the patient treatments. In one aspect, a method of tracking changed parameters in a medical infusion pump is disclosed. The method includes establishing a communication session between a medical infusion pump and a medical device server, and communicating an original parameter value, an updated parameter value, and a final parameter value from the medical infusion pump to the medical device server. The method further includes storing the original parameter value, the updated parameter value, and the final parameter value on the medical device server. Metadata associated with one or more of the parameter values identifies that parameter value to the medical device server and the medical infusion pump.

Abstract: Methods and systems of patient treatment are disclosed. The methods and systems include use of medical device informatics to modify and validate therapies and drugs used in those therapies. In certain embodiments, a medical device, such as a medical infusion pump, interfaces with a server to administer the patient treatments. In one such embodiment, a method for use of metadata on medical devices is disclosed. A method includes associating metadata with one or more medical devices, the metadata corresponding to an attribute of the medical devices. The method also includes storing the metadata on a server, the server configured to communicate with each of the medical devices by using the metadata.

Abstract: The present invention relates generally to consumer research methods for measuring emotive response to visual stimuli.

Abstract: A bar code scanner which preferably generates an asterisk-like scan pattern has a scanner head at the end of a flexible mount enabling operator personnel to orient the scanner head in virtually any position and direction. The scan pattern generator is compact in size, utilizing a laser diode as a source, so that the scan head is easily manipulated to the desired position. In preferred embodiments the scanning mechanism generates the asterisk scan pattern with a rotating mirror or mirrors and a series of peripheral mirrors or lenses, one for each scan line, in an efficient and compact arrangement. The entire asterisk scan pattern may be constantly rotated at a relatively slow rate, so that bar code labels are more likely to be read without deliberate orientation by the operator, particularly in the case of bar codes of high aspect ratio.

Abstract: A point of sale bar code scanner, such as a grocery store check-out label scanner, that is attendant-free and completely automated in providing a listing or a total pricing of a customer's selected items. At each automated check-out, the customer initiates the process, places items on a conveyor, which carries each item separately through a scanner. The scanner reads all sides of each package, including the bottom of the package, since the bar code label could be located on any surface. Serial conveyors are used, and gates preferably control the advancement of items onto a conveyor which will carry the item through the scanning area, such that only one item can be scanned at a time. The conveyor in the scanning area includes a series of belt strips through which an upwardly scanned beam can read the package bottom. Various methods and systems are disclosed for handling "no reads". The customer signifies termination of the process at the appropriate time.