Abstract: An electrical treatment device includes: a plurality of electrodes to be in contact with a part of a body of a user; and a controller that performs a treatment onto the part by applying, to the plurality of electrodes, a burst wave that is constituted of a continuous wave of a plurality of pulses. The controller outputs a first burst wave including a plurality of pulses each having a first amplitude, and after outputting the first burst wave, controller repeatedly outputs a second burst wave including a plurality of positive pulses each having a second amplitude and a third burst wave including a plurality of negative pulses having a third amplitude. The first amplitude is larger than each of the second amplitude and the third amplitude.

Abstract: Just as fitted sheets provide structure to the lower bed sheet, pocket sheets give structure to the upper bed sheet. To provide a hygienic shield between a duvet and a sleeping person, the upper bed sheet is customarily folded back over the duvet at the head end. The pocket sheet fixes this folded portion in place by fastening together the side hems, either permanently by sewing or releasably using press buttons, thus forming a pocket structure to house the duvet's head end and prevent the sheet and duvet from separating when tossed about by the sleeping person. The pocket sheet is convertible into a simplified duvet cover by attaching a separate matched-size cover sheet using releasable fasteners at their side hems. The bed maker places the cover sheet over the duvet and tucks both into the pocket, then fastens cover sheet to pocket sheet to hold the duvet securely.

Abstract: A wireless power transmitter apparatus including a transmit resonator having a resonant frequency; and a transmit coil located within the transmit resonator; wherein the transmit resonator is configured to inductively couple to a receive resonator having a resonant frequency that is the same as the resonant frequency of the transmit resonator to thereby transmit power to the receive resonator.

Abstract: A non-invasive glucose monitoring apparatus comprises at least one microstrip transmission line (MLIN) component comprising: a microstrip conductor that is arranged relative to a ground plane such that a body part of a user, such as a finger or wrist, is receivable in a space defined between the microstrip conductor and the ground plane, the microstrip transmission line component having an input port; a signal input component for transmitting an input signal to the input port; and a concentration determining component configured to: determine at least one parameter of an output signal of the microstrip transmission line component; and determine, based on a comparison of the at least one parameter to at least one respective calibration curve, a glucose concentration of the user.