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A position tracking system for a plurality of mobile tractors and trailers includes an unique electronic identifier for each of a plurality of trailers. For each tractor of a plurality of tractors, the position tracking system includes a navigation system for determining a current position of the tr

A position tracking system for a plurality of mobile tractors and trailers includes an unique electronic identifier for each of a plurality of trailers. For each tractor of a plurality of tractors, the position tracking system includes a navigation system for determining a current position of the tractor, an electronic identifier reader for acquiring the electronic identifier of a trailer coupled to the tractor, and a position-reporting subsystem for reporting to a remote system the current position of the tractor and the electronic identifier of the trailer coupled to the tractor. In addition, the position tracking system includes, at each facility of a plurality of fixed-location facilities, one or more electronic identifier readers for acquiring the electronic identifier of one or more trailers located within the facility, and a trailer-presence reporting subsystem for reporting to the remote system the presence of the one or more trailers located within the facility.

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A position tracking system for a plurality of mobile tractors and trailers includes an unique electronic identifier for each of a plurality of trailers. For each tractor of a plurality of tractors, the position tracking system includes a navigation system for determining a current position of the tr

A position tracking system for a plurality of mobile tractors and trailers includes an unique electronic identifier for each of a plurality of trailers. For each tractor of a plurality of tractors, the position tracking system includes a navigation system for determining a current position of the tractor, an electronic identifier reader for acquiring the electronic identifier of a trailer coupled to the tractor, and a position-reporting subsystem for reporting to a remote system the current position of the tractor and the electronic identifier of the trailer coupled to the tractor. In addition, the position tracking system includes, at each facility of a plurality of fixed-location facilities, one or more electronic identifier readers for acquiring the electronic identifier of one or more trailers located within the facility, and a trailer-presence reporting subsystem for reporting to the remote system the presence of the one or more trailers located within the facility. uish tachycardia events as either ventricular tachycardia events or supraventricular tachycardia events. erein the sequence of bursts of electrical pulses and the vibration are provided to the skin at a same time in order to enhance absorption of the substance applied to the skin. 6. The treatment method according to claim 5, wherein the electrodes are parallel metallic stripes that are alternately connected to each other and that are provided on an outer surface of the vibrating plate. 7. The treatment method according to claim 5, wherein the electrodes are round electrodes alternately electrically connected to each other and that are provided on an outer surface of the vibrating plate. 8. The treatment method according to claim 5, wherein a D.C. current is applied between the electrodes and a ground plate connected to the patient. 9. The treatment method according to claim 5, wherein the applying step a) is accomplished by dispensing of liquid or gel or cream or lotion by way of a roller integrated in the probe. 10. The treatment method according to claim 9, wherein a D.C. current is applied between the electrodes and a plate connected to the patient. 11. A method for reducing cellulite on skin, comprising: a) applying mechanical vibrations to the skin by way of a probe; b) applying electrical pulses to the skin, by way of the probe, at a same time the mechanical pulses are applied to the skin in step a); and c) concurrently with steps a) and b), generating a suction at the probe to suck the skin towards the probe while the probe is being moved along the skin. 12. The method according to claim 11, further comprising: prior to the vibrating applying step, applying a cellulite-reducing substance to the skin, wherein the vibrating applying step enhances absorption of the substance within the skin, and wherein the suction generating step evenly distributes the substance within the skin. e 22 and an optical switch 24, for projecting light into the container 12; a light-detecting section, comprising photodetectors 30 and shutters 32, for detecting the light from the inside of the container 12; and an arithmetic/control section 14 for calculating a spatial distribution of absorption coefficient. The arithmetic/control section 14 has a function of determining a spatial distribution of a characteristic amount concerning a part of an object to be measured 200 according to a comparison of an optical intensity signal actually measured by each detector 30 in a state where the container 12 is filled with the optical interface member 20 with an optical signal actually measured by each detector 30 in a state where the optical interface member 20 is partly replaced by the part of object to be measured 200.