OMPI – Búsqueda en las colecciones de patentes nacionales e internacionales

1.WO/1996/020864LOCK AND RELEASE MECHANISM FOR FIFTH WHEEL

WO - 11.07.1996

Clasificación Internacional B62D 53/12 Nº de solicitud PCT/US1995/017076 Solicitante RAY, John, R. Inventor/a

A mechanism for locking and unlocking of a king pin of a fifth wheel is provided. The mechanism includes a jaw member (92), a wedge member (76), a bumper member (106), and a lever member (80). The lever member (80) interconnects the jaw member (92), the wedge member (76), and the bumper member (106). The system may be operated by a two-way air cylinder (64), a one-way air cylinder (182), or in an alternate embodiment, may be incorporated into an existing manually operated fifth wheel system as a retrofit assembly so as to convert existing fifth wheel locking mechanisms to the arrangement of the present invention.

2.WO/1996/032309RAILWAY BRAKE ASSEMBLY WITH MULTIPLE AIR CYLINDER

WO - 17.10.1996

Clasificación Internacional B61H 1/00 Nº de solicitud PCT/US1996/004295 Solicitante ELLCON NATIONAL, INC. Inventor/a BAREFOOT, Richard

Braking apparatus for a vehicle having a plurality of wheels (7, 8, 9, 10) and brake shoe heads (11, 12, 13, 14) with brake shoes (12a, 14a) engageable with the wheels (7, 8, 9, 10) which apparatus includes a cylinder and piston assembly (16) including at least two pistons (18, 19) movable in opposite directions by fluid under pressure supplied intermediate the pistons (18, 19) and at least one fixed partition (27, 27a) between the pistons (18, 19). The pistons (18, 19) are connected to the brake shoes at opposite ends of the cylinder and piston assembly (16) by piston rods (22 & 35a, 23 & 35) and levers (38, 36).

3.WO/2001/022098UTILITY METER HAVING A SECURITY SEALING ARRANGEMENT

WO - 29.03.2001

Clasificación Internacional G01D 4/02 Nº de solicitud PCT/US2000/026365 Solicitante SIEMENS POWER TRANSMISSION & DISTRIBUTION, INC. Inventor/a VOISINE, John, T.

An arrangement for use in a utility meter having a base configured to be mounted to a structure and a component module adapted to be releasably secured to the base inhibits unauthorized removal of the component module from the base. The arrangement includes a mounting fastener assembly disposed on the component module and a closure element. The mounting fastener assembly has an access opening configured to receive a mounting fastener and a mounting opening configured to allow a portion of the mounting fastener to extend therethrough and into the base. The mounting fastener includes a portion configured to be retained by the base. The closure element is pivotally attached to the component module and is movable into a first position wherein the closure element restricts the access opening and into a second position wherein the access opening is accessible.

4.WO/2001/025114OVERPACK CARTON

WO - 12.04.2001

Clasificación Internacional B65D 81/127 Nº de solicitud PCT/US2000/027622 Solicitante OSRAM SYLVANIA, INC. Inventor/a HARDY, Gregory, J.

An overpack carton (10) for packing a primary shipping case (12) includes a packing strap (20) having interconnected side panels (22, 24, 26, 28) and a latching panel, one or more cushion strips (80) secured to the side panels (22, 24, 26, 28), and latching elements for latching the packing strap (20) around at least a portion of the primary shipping case (12). A method for packing a primary shipping case (12) includes steps of providing a cushioned packing strap (20) having latching elements (38), wrapping the packing strap (20) around at least a portion of the primary shipping case (12) and interengaging the latching elements (38).

5.WO/2001/021964MOUNTING FASTENER FOR A UTILITY METER

WO - 29.03.2001

Clasificación Internacional G01D 4/02 Nº de solicitud PCT/US2000/026363 Solicitante SIEMENS POWER TRANSMISSION & DISTRIBUTION, INC. Inventor/a SLATER, Byron, J.

A fastener device for use in a utility meter having a base configured to be mounted to a structure and configured to be in communication with a utility commodity, the utility meter further having a removable structure configured to be removably received by the base, includes a first member and a second member. The first member includes a head portion and a set of legs extending axially away from the head portion. The head portion includes an aperture defined therethrough. The head portion is also adapted to engage a first surface of one of the base and the removable structure. The aperture and the set of legs of the first member define a shaft receptacle. The set of legs adapted to be inserted through first and second openings in the base and the removable structure. The second member includes a shaft having a first shaft portion and is at least partially insertable into the shaft receptacle into a first position and a second position. The first shaft portion has a first width that causes deformation of at least some of the set of legs when the shaft is inserted into the first position such that movement of the set of legs through the opening is less inhibited in when the shaft is in the second position than when the shaft is in the first position.

6.WO/2001/008869METHODS AND APPARATUSES FOR EMBOSSING MATERIAL

WO - 08.02.2001

Clasificación Internacional B29C 59/02 Nº de solicitud PCT/US2000/020722 Solicitante POTLATCH CORPORATION Inventor/a GREENFIELD, Steven, H.

In one aspect, the invention encompasses a method of utilizing a single engraved embossing roll (12) to emboss different expanses of material (40, 60) with different patterns. The single engraved embossing roll (12) has at least two projections (16, 18) projecting therefrom. A first of the projections (16) projects to a greater height from the roll (12) than a second of the projections (18). In another aspect, the invention encompasses an apparatus (10) for embossing different expanses of material (40, 60) with different patterns. The apparatus (10) includes an engraved surface (12) having at least two projections (16, 18) projecting therefrom. A first of the projections (16) projects to a greater height than a second of the projections (18). The apparatus (10) also includes a backing surface (14) configured to receive the projections (16, 18) of the engraved surface (12). The backing surface (14) and engraved surface (12) are together configured to receive an expanse of material (40, 60) between them. The apparatus (10) further includes a displacement mechanism (30, 32) configured to move at least one of the engraved surface (12) and the backing surface (14) relative to the other of the engraved surface (12) and the backing surface (14).

7.WO/2001/015949SOLENOID CLAMP

WO - 08.03.2001

Clasificación Internacional B60T 8/36 Nº de solicitud PCT/US2000/023497 Solicitante BENDIX COMMERCIAL VEHICLE SYSTEMS LLC Inventor/a ASHLEY, Gregory, R.

A single piece metal clamp (2) is provided for. The clamp includes an upper portion (6) having a cylindrical section (18) and a cross member section (12) integrally connected through spaced apart left and right legs (14, 16). The clamp also includes a lower portion (4) having a base (20) with a plurality of through holes (22). The upper portion and lower portion are integrally connected by a pair of spaced apart left and right legs (8, 10), each leg having a corresponding right angle formed therein.

8.WO/1996/040515COMPOSITE WOOD FLOORING

WO - 19.12.1996

Clasificación Internacional B32B 21/08 Nº de solicitud PCT/US1996/009443 Solicitante HAVCO WOOD PRODUCTS, INC. Inventor/a PADMANABHAN, Gopalkrishna

A fiber reinforced composite wood flooring is designed particularly for use in van-type truck trailers which experience adverse operating conditions due to heavy lift truck traffic on the top side and water spray during rainy periods on the bottom side. The composite wood flooring comprises edge-glued laminated wood boards (16) which are underlaid with a thin fiber reinforced plastic (17). The top surface of the composite wood floor is the same as that of a conventional laminated wood floor. The fiber reinforced plastic underlay is composed of glass and/or carbon fibers embedded in a polymeric resin such as epoxy, phenolic or vinyl ester. The resin holds the glass fibers together and also bonds the reinforcements to the laminated wood boards. The reinforcement is designed to enhance the mechanical properties of the flooring in the longitudinal and transverse directions of the floor and also to provide better bonding to the wood. The fiber reinforced plastic improves the fatigue resistance of the composite wood flooring and prevents water leakage into the trailer through the floor boards. The composite wood floor board may be fastened with fasteners (13) to cross-members having an I-section (14).

9.WO/1996/039900ERGONOMIC CHAIR

WO - 19.12.1996

Clasificación Internacional A47C 3/12 Nº de solicitud PCT/US1996/009876 Solicitante HON INDUSTRIES Inventor/a OGG, Richard, K.

A chair (30) comprises an integrally formed shell (32) having a horizontal portion (42) and a vertical portion (44). A seat pan (34) is supported on resilient arms (46, 50) formed integrally with the shell (32). A pair of independently flexible arms (54) of the vertical shell portion (44) are formed integrally with shoulder support members (56). The resilience of the shoulder support arms (56) and seat pan support arms (46, 50) provides a chair (30) which is highly passive to the body movements of the user.

10.WO/1999/015391LOCKING MECHANISM FOR MOVABLE SUBFRAME OF TRACTOR-TRAILERS

WO - 01.04.1999

Clasificación Internacional B62D 53/06 Nº de solicitud PCT/US1998/013863 Solicitante THE BOLER COMPANY Inventor/a HESS, Timothy, V.

A movable subframe for tractor-trailers, commonly referred to as a slider (10), includes an improved retractable pin mechanism (14) for locking the movable subframe body. A manually operated handle (42) is used to pneumatically actuate the pin mechanism, or in the event that the mechanism is unable to be pneumatically actuated, to manually actuate the pin mechanism. Conversion between the pneumatic and manual actuation modes is accomplished without modification to the retractable pin mechanism (14). More specifically, a handle asembly, which in the pneumatic mode operates generally independent of the other parts of the pin mechanism (14), is manually moved from a starting postion in which the pins are in an extended locked position, to a first position to engage a button valve (66) thereby opening the valve to supply air to an air chamber, which in turn causes pneumatic actuation and retraction of the pin mechanism (14). Alternatively, the handle assembly can be moved directly from the starting position to a second position, bypassing the first position and the pneumatic mode, whereby the handle assembly operates integrally with the other parts of the pin mechanism (14), which in turn causes manual actuation and retraction of the pin mechanism (14),

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