Abstract: An exemplary storage arrangement can be provided, which can include a first section and a second section. The first section can be moveable between a first configuration and a second configuration and can have at least one slot. The second section can be coupled to the first section and comprising at least one protrusion configured and dimensioned to mate with the slot(s) to facilitate movement of the first section. In the exemplary storage arrangement, the space formed by the first and second sections can receive a portable transportation arrangement, and at least one of the first section or the second section can be coupled to a configuration provided at or near a patient. Alternatively or in addition, the exemplary storage arrangement can include a locking mechanism which can be configured to secure at least one portion of the first section to the second section.

Abstract: An exemplary storage arrangement can be provided, which can include a first section and a second section. The first section can be moveable between a first configuration and a second configuration and can have at least one slot. The second section can be coupled to the first section and comprising at least one protrusion configured and dimensioned to mate with the slot(s) to facilitate movement of the first section. In the exemplary storage arrangement, the space formed by the first and second sections can receive a portable transportation arrangement, and at least one of the first section or the second section can be coupled to a configuration provided at or near a patient. Alternatively or in addition, the exemplary storage arrangement can include a locking mechanism which can be configured to secure at least one portion of the first section to the second section.

Abstract: Apparatus for transporting measuring and/or logging equipment in a borehole filled with drilling fluid, the apparatus being in the form of a transporter body of normal diameter less than that of the borehole characterized by apparatus for effectively advancing the transporter in a borehole and for reducing the possibility that the transporter will become stuck in a borehole.

Abstract: Disclosed is a well logging method and apparatus for obtaining impulse response of a formation traversed by a borehole by means of correlation techniques. Use is made of a source of radiant energy and of a control element for said source to produce a substantially random or pseudorandom sequence of discrete bursts of radiant energy from the source to cause interactions of these bursts with the formation whereby characteristic radiations of interactions are produced. A detector is provided which is responsive to these radiations to produce corresponding signals. In one embodiment of my invention the impulse response, expressed by a function h(t), is obtained by crosscorrelating signals produced by the detector with signals representing the bursts of radiant energy from the source. In another embodient the impulse response h(t) of the formation is obtained by autocorrelating signals produced by the detector.

Abstract: Disclosed is a well logging method and apparatus for obtaining impulse response of a formation traversed by a bore hole by means of correlation techniques. Use is made of a source of radiant energy and of a control element for said source to produce a substantially random or pseudorandom sequence of discrete bursts of radiant energy from the source to cause interactions of these bursts with the formation whereby characteristic radiations of interactions are produced. A detector is provided which is responsive to these radiations to produce corresponding signals. In one embodiment of my invention the impulse response, expressed by a function h(t), is obtained by crosscorrelating signals produced by the detector with signals representing the bursts of radiant energy from the source. In another embodiment the impulse response h(t) of the formation is obtained by autocorrelating signals produced by the detector.

Abstract: Disclosed is a well logging method and apparatus for obtaining impulse response of a formation traversed by a bore hole by means of correlation techniques. Use is made of a source of radiant energy and of a control element for said source to produce a substantially random or pseudorandom sequence of discrete bursts of radiant energy from the source to cause interactions of these bursts with the formation whereby characteristic radiations of interactions are produced. A detector is provided which is responsive to these radiations to produce corresponding signals. In one embodiment of my invention the impulse response, expressed by a function h(t), is obtained by crosscorrelating signals produced by the detector with signals representing the bursts of radiant energy from the source. In another embodiment the impulse response h(t) of the formation is obtained by autocorrelating signals produced by the detector.