Abstract: An improved method of vitalizing people or other living things using a time varying interaction of electrical fields, electrons, magnetic fields, air and mental in close proximity to the person to be vitalized. The principal embodiment has long battery life and fits in the pocket.

Abstract: A pad (20) is particularly suited for separating or restraining cargo and includes a top sheet surface (21) having longitudinally extending spaced ribs (27) forming a plurality of recesses (28) therebetween. A pattern of lugs (31) is formed in the recesses (28). The pad (20) also includes a bottom sheet surface (22) having longitudinally extending spaced ribs (29) forming a plurality of recesses (30) therebetween. A pattern of notches (32) is formed in the ribs (29), and the pad (20) may nest with a like pad (20) by placing the lugs (31) in the notches (32). The pads (20) may stack to form a thicker pad by positioning the ribs (27) of one pad (20) in the recesses (28) of a like pad (20). A flange (33) extends outwardly from one of the edges of the sheet surface (21) which assists in preventing the pad (20) from sliding when in use.

Abstract: Multiple frequency bands with nonlinear frequency variation are combined to enhance the effectiveness of therapy delivered by an infrasonic transducer or other delivery mechanism.

Abstract: Multiple frequency bands with nonlinear frequency variation are combined to enhance the effectiveness of therapy delivered by an infrasonic transducer or other delivery mechanism.

Abstract: A method and article of manufacture of amorphous diamond-like carbon. The method involves providing a substrate in a chamber, providing a mixture of a carbon containing gas and hydrogen gas with the mixture adjusted such that the atomic molar ratio of carbon to hydrogen is less than 0.3, including all carbon atoms and all hydrogen atoms in the mixture. A plasma is formed of the mixture and the amorphous diamond-like carbon film is deposited on the substrate. To achieve optimum bonding an intervening bonding layer, such as Si or SiO2, can be formed from SiH4 with or without oxidation of the layer formed.

Abstract: A therapy device, in its preferred embodiment, incorporates a chaos signal generator into a therapeutic massager for the purpose of increased therapeutic effectiveness in such areas as pain management, inducing calm, increasing mental clarity, interrupting repeating thoughts and emotions, and enhancing states of human awareness, such as mental analysis and intuitive functioning, by applying specific frequency bands of a highly unpredictable chaotic signal.

Abstract: A method and article of manufacture of amorphous diamond-like carbon. The method involves providing a substrate in a chamber, providing a mixture of a carbon containing gas and hydrogen gas with the mixture adjusted such that the atomic molar ratio of carbon to hydrogen is less than 0.3, including all carbon atoms and all hydrogen atoms in the mixture. A plasma is formed of the mixture and the amorphous diamond-like carbon film is deposited on the substrate. To achieve optimum bonding an intervening bonding layer, such as Si or SiO2, can be formed from SiH4 with or without oxidation of the layer formed.

Abstract: A biofield vitalizer offsets adverse effects of travel. A corona discharge air cleaner (12) produces high energy particles like ozone, nitric oxide, and free electrons to purify the air and provide electrical vitality to the passenger's body. A magnet (16) at the base of the cervical spine provides a magnetic field through the lungs and heart equivalent to that of Earth at ground level to supplement the available magnetic energy in the body. This magnetic field also pulls stagnant energy out of the base of the neck to reduce the buildup of tension in the neck, and in combination with the electric vitality, reduces the traveler's sensitivity to crowds. It may also be employed as an integral part of vehicles or spaces including chairs wherein the magnet is installed in the seat and an ionizer is installed in the space or in the ventilation system.

Abstract: A disposable fuel burner 10 is disclosed which comprises a container 11 having a closed bottom wall 12, an enclosing sidewall 13 and an open top 14, and at least partially filled with a liquid fuel 15. A support member 16 is supported adjacent the open top 14 above the fuel 15, and having a centrally located opening 17 of various diameters for receiving one end of an elongated wick 18 of a fibrous material. The support member 16 may be a cardboard or plastic disk supported on legs 21a, a cylinder 21, or may be a cup-shaped member 30. A first layer of fibrous material 22 substantially fills the open top 14 and overlies the support member and the end of the wick supported thereon and acts as an interface between the fuel 15 and the atmosphere. A second layer of a plastic 23, e.g., polyurethane, foam material overlies the first layer. A top cover 27 is secured on the container 11 closing the open top 14 and is at least partially removable, e.g.

Abstract: A disposable fuel burner 10 is disclosed which comprises a container 11 having a closed bottom wall 12, an enclosing sidewall 13 and an open top 14, and at least partially filled with a liquid fuel 15. A support member 16 is supported adjacent the open top 14 above the fuel 15, and having a centrally located opening 17 of various diameters for receiving one end of an elongated wick 18 of a fibrous material. The support member 16 may be a cardboard or plastic disk supported on legs 21a, a cylinder 21, or may be a cup-shaped member 30. A first layer of fibrous material 22 substantially fills the open top 14 and overlies the support member and the end of the wick supported thereon and acts as an interface between the fuel 15 and the atmosphere. A second layer of a plastic 23, e.g., polyurethane, foam material overlies the first layer. A top cover 27 is secured on the container 11 closing the open top 14 and is at least partially removable, e.g.

Abstract: An adjustable specular reflector adapted for use in existing fluorescent lighting fixtures includes a plurality of facets extending longitudinally and hingedly joined together. The reflector may be formed of a form-retaining cardboard web having a highly reflective material adhered to one side, with longitudinal score lines defining the hinge portions between adjacent facets. A malleable wire or strip is secured to each end of the web, so that the facets may be oriented in a desired focussing relationship and will remain in the field-configured orientation. A rigid channel member is secured to opposed, longitudinally extending edges of the web to maintain planarity of the reflector facets. Self-adhesive patches are secured to the non-reflector side of the web, so that the reflector may be installed in virtually any fluorescent fixture.

Abstract: A reflector assembly for fabricating as part of an original light fixture or for retrofitting a light fixture in the field. First (36) and second (52) reflector structures are formed with seams (38,58) about which the various reflector surfaces can be rotated for adjustment with respect to a fluorescent tube (30). A flap (62) and tape strip (74) are accessible through doors (76) for securing the reflectors in the fixture housing (24). A third reflector (178) can also be installed. A composite reflector (188) is formed by joining the respective reflectors with two additional sections (218, 228). The preferable reflector material is cardboard over which is formed a specular surface. For hallways, a reflector structure (240) is formed for mounting reflector surfaces (250) perpendicular to the longitudinal centerline (252) of housing and tube.

Abstract: In a method and apparatus for manufacturing two-ply agricultural storage bags, two supplies (36, 38) of flexible tubular materials are positioned on opposite sides of feed wheels (26) mounted on a generally cylindrical frame structure (24). The inner material (36a) from the first supply (36) extends through the frame (24) and outwardly around the feed wheels (26). The outer material (38a) from the second supply (38) extends around the feedwheels (26) in surrounding engagement over the inner material (36a). Actuation of the feedwheels (26) effects simultaneous advancement of the materials (36a, 38a) around the frame (24) so that a bag can be collected at the lower end of the frame.

Abstract: In an agricultural bag loading apparatus (10), a primary shaft (52) has a plurality of teeth (46). Rotation of the primary shaft (52) causes the teeth (46) to force silage into an agricultural bag (12). Silage is fed toward the shaft (52) by the rotation of a feeder shaft (60) having a plurality of angle irons (62) mounted thereon. The brake force of a brake (110) is applied through a drum (20), a cable (18), and a backstop (16) to the end of the agricultural bag (12) to control the degree of silage compression within the bag.

Abstract: In an agricultural bag loading apparatus (10) having an output chamber tunnel (32), the improvement comprising a tunnel cleanout mechanism. The tunnel cleanout plate (82) is pivotally mounted on the output chamber tunnel (32) and is pivoted from a retracted position to an extended position by means of dual hydraulic cylinders (88). Compressed silage and material entrapped within the tunnel (32) is extracted by pivotal movement of the tunnel cleanout plate (82) from the retracted position, where the plate (82) does not interfere with the loading operation, to the extended position.

Abstract: An improved brake mechanism is disclosed for use on an agricultural bag loading apparatus (10) having a pair of cable drums (20, 21) secured to the loading apparatus for deploying cables (18, 19) attached to the filled end of an agricultural bag (12). The brake mechanism comprises a disc brake rotor (23) rigidly secured to one end of a brake drum (20), a plurality of disc brake calipers (25) secured to the loading apparatus (10) and a hydraulic fluid pressurizer (29). Braking action between the rotor (23) and the calipers (25) permits control of the compression of the material packed within the agricultural bag (12).

Abstract: An improved brake mechanism is disclosed for use on an agricultural bag loading apparatus (10) having a pair of cable drums (20, 21) secured to the loading apparatus for deploying cables (18, 19) attached to the filled end of an agricultural bag (12). The brake mechanism comprises a disc brake rotor (23) rigidly secured to one end of a brake drum (20), a plurality of disc brake calipers (25) secured to the loading apparatus (10) and a hydraulic fluid pressurizer (29). Braking action between the rotor (23) and the calipers (25) permits control of the compression of the material packed within the agricultural bag (12).