Abstract: A doser cap for liquid containers can include a cap having a storage chamber enclosing powder material or active substance that can be dispensed into the liquid container by rupturing an associated seal. The doser cap can include a bottom cap, top cap, cutting unit, spiral cam slot, pushing rib, and entry groove on top cap.

Abstract: The present invention relates to doser cap for liquid containers. More particularly the present invention relates to doser cap for liquid containers, wherein the cap has storage chamber enclosing powder material or active substance that can be dispensed into the liquid container by rupturing the seal. The doser cap of the present invention comprises bottom cap, top cap, cutting unit, spiral cam slot, pushing rib, and entry groove on top cap.

Abstract: A database request management system in electronic communication with a database may be configured to compare new requests for data stored in the database to a registry of queued requests to determine if each new request is a duplicate of a queued request, reject duplicate requests, and add non-duplicate requests to a request queue and to a request registry. The request management system may also be configured to continuously transmit the top request from the queue of requests to the database, receive a response to the top request from the database, and remove the top request from the queue and unregister the top request from the request registry after receiving the response.

Abstract: A system and a method of analyzing an electrophysiological signal, wherein the system comprises an acquisition device for acquiring a test electrophysiological signal associated with an anatomical part of a patient and a processor configured to divide a cycle of the test electrophysiological signal into test time windows, compare a test signal value of each of the test time windows with a reference signal value of reference time windows of the reference segments of respective representations representing respective predetermined morphological classes to obtain a difference, define grid points associated with respective test time windows, respective reference time windows and respective differences, obtain a warping path using the grid points non-linearly in a predetermined order, sum differences along the grid points of each of the warping paths to obtain a cumulative distance for each of the warping paths, and classify the test electrophysiological signal into one of the respective predetermined morphologica

Abstract: A system and a method of analyzing an electrophysiological signal, wherein the system comprises an acquisition device for acquiring a test electrophysiological signal associated with an anatomical part of a patient and a processor configured to divide a cycle of the test electrophysiological signal into test time windows, compare a test signal value of each of the test time windows with a reference signal value of reference time windows of the reference segments of respective representations representing respective predetermined morphological classes to obtain a difference, define grid points associated with respective test time windows, respective reference time windows and respective differences, obtain a warping path using the grid points non-linearly in a predetermined order, sum differences along the grid points of each of the warping paths to obtain a cumulative distance for each of the warping paths, and classify the test electrophysiological signal into one of the respective predetermined morphologica