Abstract: A cover 78d, having a static cling property, is formed in a cover perimeter pattern, and with a plurality of holes 82b, 84b, 98b and 100b in accordance with a cover hole-location pattern. The cover 78d is formed from a clear plastic static cling sheet 80, or a white plastic static cling sheet, each having a thickness of 7.5 mil, and may have a decorative design 110 applied to one surface thereof. In a preassembled guitar 48, strings 64 are located over a body top 52, with pickups 56 extending outward from the body top toward, but spaced from, the strings by a pickup-to-strings space, which is greater than 7.5 mil. While the guitar remains preassembled, the cover 78d can be moved into the pickup-to-strings space, and into static clinging engagement with the body top 48.

Abstract: A storage system 84 provides facility for storing a support mat 62 on a crane 20, for transport with the crane to and from work sites, and for placement of the mat on a terrain 22 for receipt of a pad 40 extendable from an outrigger beam 26 of the crane, to support and stabilize the crane during heavy duty operation thereof. The storage system 84 includes a carrier 86 formed with a nest 88 for storing the mat 62, a support mount 154, mountable on, and for attaching the storage system to, the crane 20. A linking couple 171 attaches the carrier 86 to the support mount 154. A cable 184, or a drive chain 228, is attached to the mat 62, and is movable by operation of a hoist 182, or a powered cylinder 190, to move the mat 62 into and out of the nest 88.

Abstract: A storage system 84 provides facility for storing a support mat 62 on a crane 20, for transport with the crane to and from work sites, and for placement of the mat on a terrain 22 for receipt of a pad 40 extendable from an outrigger beam 26 of the crane, to support and stabilize the crane during heavy duty operation thereof. The storage system 84 includes a carrier 86 formed with a nest 88 for storing the mat 62, a support mount 154, mountable on, and for attaching the storage system to, the crane 20. A linking couple 171 attaches the carrier 86 to the support mount 154. A cable 184, or a drive chain 228, is attached to the mat 62, and is movable by operation of a hoist 182, or a powered cylinder 190, to move the mat 62 into and out of the nest 88.

Abstract: One embodiment (100) of a storage organizer includes three panels (52), (94) and (102) which are structured for attachment by a hook and loop fastener (86) to exterior surfaces of a computer unit including a computer (84). Other panels (81), (105) and (380), and a top storage unit (106), are attached to exterior surfaces of respective ones of the panels (52), (94) and (102). The panels (81), (105) and (380), and the top storage unit (106), are structured to form various configurations of storage cells for storing accessories typically used in conjunction with the use of the computer (84). The panels (52), (81), (94), (102), (105) and (380) are composed of a panel material (54) which includes three layers (216), (218) and (220) of a non-metallic material which are bound together by an edge binder (226) sewn in place by a thread (228).

Abstract: A device 560, for administering multiple single doses of a medicated cream, includes a cartridge 562 having a barrel 564 for containing the cream, a plunger 608 for moving the cream from within the cartridge, and a stem 610 for moving the plunger within the cartridge. A carrier 612 is formed with a cartridge-receiving nest 712 for receiving the barrel 564. A plurality of spaced, transaxial grooves 726, 728, 730 and 732 are formed in the carrier 612 for receiving a flange 572 of the cartridge 562 during the dispensing of multiple, successive, single doses of the cream. The carrier 612 is formed with a pair of resilient ears 750 and 752 and a passage 738 for removably retaining the stem 610 with the carrier while allowing axial movement of the stem.

Abstract: A seating structure 30 includes spaced housings 34 and 36 between which a seating portion 92 of a platform 60 is located. The platform 60 is also formed with non-seating portions 94a and 94b at opposite sides of the seating portion 92, which are isolated and are within the housings 34 and 36, respectively. The non-seating portions 94a and 94b engage resilient elements 90a through 90h above and below the non-seating portions. When a user sits on the seating portion 92, the resilient elements 90a through 90h provide a buoyant and floating experience for the user. The seating portion 92 is movable relative to the housings 34 and 36 to allow for outward movement and for a rocking action.

Abstract: A face mask for ventilation of a patient. A face piece is disposed on the patient's face. An oral tube and a nasal tube are disposed through corresponding ports in the face piece. The oral tube extends through the mouth of the patient and the nasal tube extends through the nasal passage of the patient. The ends of the oral tube and the nasal tube are received in the posterior oropharynx of the patient. An adapter is connected to the ends of the oral tube and the nasal tube exteriorly of the face piece. Oxygen is introduced into an inlet port of the adapter wherein the oxygen enters the oral tube and the nasal tube concomitantly and ventilates the patient.

Abstract: A mask to facilitate ventilation of a patient. The mask has a face piece, an oropharyngeal airway, and an ambu bag. The oropharyngeal airway is incrementally movable to move the patient's tongue to clear the patient's oropharynx and to assist in sealing the face mask to the patient's face. A method of use is disclosed.

Abstract: An intubation system for intubating a patient includes an esophageal obturator 10, an intubation slide 30, a directing guide wire assembly 48 and an airway tube 60. In a method for obtaining an unobstructed airway into the patient's lungs, the esophageal obturator 10 is used to occlude the patient's esophagus F. The intubation slide 30 is inserted into the patient's mouth C and provides a guide for a directing guide wire 50 of the assembly 48 to locate a distal end 59 of the wire in the patient's trachea E. A distal end of the airway tube 60, which surrounds, or may be slipped over, the emplaced assembly 48, is also thereby located in the patient's trachea E. The obturator 10, the slide 30 and the assembly 48 are removed, thereby leaving the airway tube 60 in place to provide ventilation for the patient.

Abstract: A golf club, such as a sand wedge 20, is formed with a head 26 having a front face 42 and a centrally located ball-impact surface 44 having a width greater than either of two passages 46 and 50 formed in the front face on each side of the ball-impact surface. A hood 72 is formed in cantilever on the head 26 and extends from an edge of the front face 42 adjacent the ball-impact surface 44 and the passages 46 and 50. A mark 80 is formed on a portion of the hood 72 and is aligned with the ball-impact surface 44, and is visible by a golfer when using the sand wedge 20. A mass 78 is formed in the head 26 to the rear of the ball-impact surface 44 on a rear face 54 of the head 26.

Abstract: A valve assembly 20 includes a housing 22, a stem 24, a reversible stop 30 and a retainer 32. A coupler 34, a rotatable ceramic disk 36, a fixed ceramic disk 38 and a bottom seal 40. Also form components of the valve assembly 30. The rotatable disk 36, the coupler 34 and a drive bar 90 of the stem 24 are assembled and are located within a bore 52 of the housing 22 with a shank portion 74 of the stem 24 extending outward from an opening 56 of the housing 22. A pair of ears 148 and 150 extend radially from a side 144 on diametrically opposite sides of the fixed disk 38. The ear 148 is located symmetrically about a centerline which passes through both ears 148 and 150. The ear 150 is wider than the ear 148, and includes a portion which is offset from the centerline. The bore 52 is formed with a pair of slots 70 and 72, which are complementary to the ears 148 and 150, respectively, for receipt of the fixed disk 38.

Abstract: A non-riser valve assembly 30 includes a bonnet or housing 32, a bushing 34, a stem 36, a washer 38 and a stop 40. The assembly 30 further includes a coupling 42, a rotatable or movable disk 44, a fixed disk 46 and a bottom seal 48. In assembly, the bushing 34 and the stem 36 are located within an opening 50 of the housing 32 with the bushing being located between the housing and the stem. One of the stem 36 extends from one end of the opening 50 and the stop 40 is removably attached to the stem to limit the rotational movement of the stem within the housing. The coupling 42 is located in the opening 50 of the housing 32 and is in driving engagement with the opposite end of the stem 36. The movable disk 44 is located with the opening 50 and is coupled to the coupling 42 for rotation therewith. The fixed disk 46 is attached to the housing 32 within the opening 50 and is formed with a surface 224 which is in water-sealing engagement with a surface 162 of the movable disk 44.

Abstract: A non-riser valve assembly 30 includes a bonnet or housing 32, a bushing 34, a stem 36, a washer 38 and a stop 40. The assembly 30 further includes a coupling 42, a rotatable or movable disk 44, a fixed disk 46 and a bottom seal 48. In assembly, the bushing 34 and the stem 36 are located within an opening 50 of the housing 32 with the bushing being located between the housing and the stem. One of the stem 36 extends from one end of the opening 50 and the stop 40 is removably attached to the stem to limit the rotational movement of the stem within the housing. The coupling 42 is located in the opening 50 of the housing 32 and is in driving engagement with the opposite end of the stem 36. The movable disk 44 is located with the opening 50 and is coupled to the coupling 42 for rotation therewith. The fixed disk 46 is attached to the housing 32 within the opening 50 and is formed with a surface 224 which is in water-sealing engagement with a surface 162 of the movable disk 44.

Abstract: A golf club 10 includes a shaft 12 with a grip 18 assembled on a butt end 20 of the shaft. A club head 22 is mounted on a tip end 24 of the shaft 12. The shaft 12 is composed of a non-metallic material, such as fibers in a cured plastic matrix, and is formed with an tapered intermediate section 26. The section 26 includes two segments 28 and 30 which taper at different taper rates. A bulge 32 is formed in the shaft 12 near an inboard extremity of the tip end 24. The bulge 32 is formed with a central cylindrical section 34 and transition sections 36 and 38 on opposite axial ends of the central section. The diameter of the bulge 32 at any cross section thereof is greater than the diameter of the immediately adjacent portions of the shaft 12. Also, the bulge 32 is formed with an axial opening 16, the diameter of which is less than the diameter of the immediately adjacent portions of the shaft 12.

Abstract: In a water flow system, a non-metallic liner 50 is placed within at least a portion of a passage 48 of a supporting metallic end body 38 to preclude contact between any water flowing through the system and the passage of the end body. The liner 50 includes a flared section 60 at a first end 54 thereof which engages a bevelled surface 49 of the end body 38 and is held there in sealing fashion by a cone washer 82 and a nut 84 threadedly coupled to the end body. At a location near a second end 56 of the liner 50, the liner is formed with a first stepped shoulder 62 which facilitates location of the liner within the passage 48 of the end body 38 at the second end of the liner. A second stepped shoulder 64 is formed on the liner 50 which provides a location for an O-ring 72 which engages an adjacent portion of the passage 48 of the end body to form a seal thereby.