E.j. Brooks Company

Levolor Lorentzen, Inc.

Levolor, Inc.

High Energy Corp.

Other

Inductotherm Corp.

E. J. Brooks

Frid Enterprises Inc.

George Georgopoulos

Richard C Dreisbach

George Albert Lundberg, Jr

Louis J Mattos

Oleg S Fishman

Terrence N Brammall

Victor Debs

Joseph A Anderle

Gregory D Mills

David L Stevenson

Richard Gnoinski

Manuel Toledo

Ritchie J Fullerton

Stephan Andreas Hoffman

Jorge Teran

At least one wound film/foil or metalized film capacitor is sealed between its electrodes to form a sealed enclosed annular region between the interior of the enclosure, the electrodes and the exterior of the wound capacitor to form a sealed capacitor assembly. A fluid dielectric can be introduced into the sealed enclosed annular region under a vacuum to form a sealed and impregnated wound capacitor assembly.

Sealed and impregnated wound capacitor assemblies

A capacitor assembly is formed from one or more capacitive elements placed between a pair of opposing brackets. Each bracket has at least one L-shaped section and an arcuate section. Each L-shaped section has a capacitor seating surface and an assembly connecting surface that is substantially perpendicular to the capacitor seating surface. The arcuate section is adjacent to the capacitor seating surface. The opposing ends of each capacitive element is in electrically contact with the capacitor seating surfaces on the opposing brackets. When secured to a bus bar by fasteners located in the regions formed by the arcuate sections of the opposing brackets the assembly connection surfaces serve as electrical and thermal conducting regions between the capacitor assembly and the bus bars. Alternatively a capacitor assembly may be secured to bus bars by fastening to the capacitor seating surfaces.

Capacitor assembly

A rectifier/inverter power supply for use with induction heating or melting apparatus includes a tuning capacitor connected across the output of the rectifier and input of the inverter. The tuning capacitor forms a resonant circuit with an inductive load coil at the operating frequency of the inverter. Additionally, the load coil may be formed from an active load coil connected to the output of the inverter and a passive load coil, in parallel with a resonant tuning capacitor.

Induction heating or melting power supply utilizing a tuning capacitor

A molded one piece thermoplastic seal comprises a tab, a socket depending from the tab, a pair of links extending from the tab and a locking member secured to the other end of the links. A tether is secured at opposite ends to the locking member with one of the tether ends weakened. The locking member comprises a pair of resiliently secured tangs attached to a cross-member in which there are a pair of opposing grooves and a transverse hole for receiving the tether. The recesses and hole are inserted within the cavity of the socket with the tether free end inserted so as to lock the tether within the recesses and hole. The tether includes a plurality of projections, one projecting from the tether on each side of the locking member so that when the tether is locked to the locking member in the socket the tether cannot be removed. In a further embodiment, two locking members each having a pair of locking tangs are attached to a strap in tandem. The socket member includes a pair of uniquely identified socket cavities keyed so that only one cavity can receive the lead locking member. Unique indicia on the seal includes the identification of the keyed cavities to preclude tampering with a false reuse of the seal.

Seal

A one piece molded thermoplastic, preferably polypropylene, high security seal for coin bags has a locking socket body from which a flag extends on one side and a rectangular flat elongated shackle extends on the opposite side via an intermediate flat member which has a tear band there across for selectively separating the member into two pieces to facilitate removal of the locked seal. The shackle has several locking circular segment teeth in two parallel linear arrays on opposite edges of the shackle adjacent to a tamper resistant flange at the member end. A locking sheet metal stamped insert has two sets of tangs defining two spaced tooth receiving openings in a socket locking cavity aligned with shackle receiving openings in the body. The body receives the insert transverse to the shackle insertion direction through a cavity side wall later sealed with a flap formed in the seal body. The locked shackle precludes removal of the insert should the side wall seal be tampered with. The locked shackle forms a closed loop passed through an aperture in the bag folded neck. A hook on the intermediate member forms a tear band tab and engages the bag neck in the seal locked condition.

Thermoplastic security seal

A safety tassel is provided for the lift cords of a Venetian blind assembly. The tassel includes a plurality of slots each of which can releasably receive a height adjustment cord of the Venetian blind assembly. Ends of the cords are knotted and fit in an open bottom of the recess. The tassel will remain affixed to the cord during normal use. However, lateral forces that would be encountered if a child is entangled between the cords will cause at least one cord to separate from the tassel.

Safety tassel for venetian blinds

A stamped hardened sheet steel tapered ferrule with cantilevered radially resilient fingers is wedged by a spring against a tapered bore of a hardened steel housing. The fingers bend radially inwardly to grip a stranded steel cable in the ferrule bore in response to the spring action. When the cable is slid in the ferrule in one direction, the ferrule gripping the cable is further wedged against the tapered bore and further grips the cable. The cable is released when it is slid in the opposite direction pulling the engaged ferrule away from the tapered bore of the housing. The cable has a flag at one end which with the seal lock a hasp therebetween limiting the relative motion of the cable in the opposite ferrule release direction. In a second embodiment, the ferrule is in interference fit with a rod or cable and the spring is not used forcing the ferrule to always grip the rod or cable. The ferrule in both embodiments grips the softer cable with higher rotational force than the ferrule friction force with the housing bore so that rotation or twisting of the cable relative to the housing rotates the ferrule therewith. The cable can not be threaded out of the ferrule by rotating the cable. A lubricant or reduced friction material coating can be used to enhance relative rotation between the ferrule and housing.

A thermoplastic unitary molded seal comprises a tab, a socket depending from the tab, a pair of links extending from the tab and a locking member secured to the other end of the links. A tether is secured at one end to the locking member adjacent to one of the links and at another end adjacent to the other of the links. The tether is attached at one of its ends by a reduced cross-section to permit the tether to be severed from the locking member. The locking member comprises a pair of resiliently secured tangs attached to a cross-member in which there are a pair of recesses and a transverse hole. The recesses and hole receive the tether therethrough. The recesses and hole are inserted within the cavity of the socket with the tether free end inserted so as to lock the tether within the recesses and hole. The tether includes at least a pair of projections, one projecting from the tether on each side of the locking member so that when the tether is locked to the locking member in the socket the tether cannot be removed. The tangs include rearward facing projections which engage mating recesses in the socket. In a further embodiment, the socket has apertures at the bottom region thereof for receiving the tang tips for providing visual evidence of tampering, the tangs displacing in the socket while locked.

A molded rectangular plastic body in one embodiment is formed with a shallow depth rectangular chamber in which an insert is inserted. The insert takes up the full width, depth and length of the chamber and comprises a relatively thin molded plastic sheet. A plurality of thin walls upstand from one side of the sheet to form a plurality of chambers with the body. A shackle formed of resilient wire has two legs each with a reversely bent end portion. Each leg is inserted into and lockable in a different chamber. A bar code label or bar code indicia is adhered to or imprinted on a side of the insert opposite the locking chambers and recessed in the insert. The indicia is surrounded by a wall which is welded to the body to seal the indicia. The body is transparent so the bar code is externally readable. The insert may be opaque to provide seal identity classification by color coding the insert. In a second embodiment, no insert is used, the body being formed of two halves, one of which receives the bar code indicia and the other being formed with leg receiving and locking channels, the indicia being internal the body when the halves are attached.

Padlock security seal with internal bar code

A thermoplastic housing has a chamber open at one end and a thermoplastic rotor inserted in the chamber. The housing wall contains bores aligned across the chamber and two annular grooves in the chamber adjacent the chamber entrance. Tabs are formed adjacent the chamber entrance. The rotor has a bore and two annular ridges near its top. The ridges are relieved complementarily to the tabs. The rotor is inserted and locked axially in the housing by snapping the ridges into the grooves. The tabs are located in the relieved areas to align all of the bores so that a seal wire may thereafter be inserted through the bores. The rotor includes flexible spiral-like co-planar pawl teeth which engage ratchet teeth formed on the housing in the chamber. The ratchet and pawl teeth rotationally lock the rotor relative to the housing while permitting the rotor to bend a seal wire inserted in the bores during rotation which rotation in one direction locks the rotor. The ratchet and pawl teeth may also be used align the bores for insertion. The rotor is rotated manually by a hand-operated tool such as a screwdriver. With a seal wire inserted, the rotor and housing are relatively rotated to wrap the wire about the rotor. Each ridge snaps into one groove when the rotor is inserted into a corresponding housing.

Rotatable seal

A self locking reusable rod seal includes a case hardened stamped frustro-conical member comprising a C-shaped section from which two like opposing arcuate segments are cantilevered. The member is located and secured for axial displacement in a frustro-conical bore of a case hardened steel housing. The segments have axially spaced ridges, the end most ones of which grip a rod in the bore thereof, the rod axially displacing the member when the rod is displaced in opposite directions relative to the housing. The rod has circumferential axially spaced grooves. The member ridges engage the grooves so as to be pulled by the axial displacement of the rod. The ridges and grooves are resiliently engaged and when the member is displaced toward one end of the housing bore, the ridges disengage and when the member is displaced toward the other end of the bore, the ridges are wedged against the rod grooves. The rod has a head at one end which with the seal lock a hasp therebetween by limiting displacement of the rod toward the one housing bore end.

Reusable seal for use with rod

A progressively set of more costly and higher level keyless locking devices secure an electric utility meter. A first low level and low cost keyless device includes a female member with spaced resilient legs which compressively converge when inserted in a plate hole and then naturally diverge to a normal state. A male locking member is inserted between the legs to lock the legs in the plate hole. A seal secures this arrangement. In a further embodiment, a female locking body is attached to a first end of a clamp ring. A second apertured ring end is inserted through the first ring end into the body. A keyless thermoplastic locking device of a first level is inserted into the body for securing the ring ends. A seal secures this arrangement. Other embodiments are disclosed including an all metal locking body used with a thermoplastic keyless male member for providing a higher security level and higher cost.

Keyless locking device and method

A self locking rod seal includes a plurality of stamped sheet metal tapered frustro-conical segments which mate in a tapered frustro-conical bore of a steel housing. The segments are identical and include a projection upstanding from a recess in each of two opposing shoulders. The projections are received in the recess formed in an opposing shoulder of the other segment. The recesses receive the projections of the different segments in interengaging relation so that axial displacement of one segment requires axial displacement of the other segment. A spring urges the segments against the tapered bore of the housing. The segments in one embodiment have cantilevered radially resilient fingers which grip a rod in the bore thereof when the rod is slid in one direction and which release the rod when the rod is slid in the opposite direction. The rod has a flag at one end which with the seal lock a hasp therebetween.

Reusable bolt seal

A utility meter box lock construction includes a male assembly having a male body which is bolted to the front wall of the utility meter box with a threaded bolt having an annular groove which is locked to the male body by a set screw. The lid is secured in place in a closed condition by a conventional utility plunger lock which is assembled to a female assembly having a bore which aligns with a bore in the male body. A threaded insert is threaded to the male body in the bore which is aligned with a second bore in the female assembly for receiving the plunger lock. The balls of the plunger lock are expandable to an extension locking state for mating with a groove in the insert threaded to the male body. The position of the plunger balls is set along the plunger bore by rotation of the threaded insert for ensuring that the female member with a lid-locking flange closely closes the lid of the box to the box sidewalls. The set screw for locking the male assembly bolt in place is located within the female assembly body to preclude access by a tamperer. The female body includes an L-shaped flange with a steel L-shaped insert, the body of the female assembly being made of molded nylon. A padlock-type seal is secured over the installed plunger lock to preclude further tampering.

Box lock construction

A padlock type security seal and method of making same include a U-shaped shackle, a pair of reversely bent end portions, and a transparent body having a pair of chambers for receiving the bent end portions. The chambers each have a locking groove therein for receiving the bent end portions. The seal elements are formed from two molded thermoplastic pieces, an insert and a body. The relative dimensions of the chambers, the shackle, and the locking grooves are chosen to prevent picking. The insert has a channel in which a liquid filled vial is inserted. The vial contains a colored liquid. When the shackle is attempted to be removed from the body portion, the shackle end portions penetrate the insert and the vial causing the liquid to seep into the various chambers, the seepage being visible through the body.

Growing community of inventors

Pine Brook, NJ, United States of America

George Georgopoulos