Abstract: A barricade apparatus for providing a barrier across the gap between door sections of a sectional door. The barricade is fabricated from a strip of resilient sheet material formed into a generally L-shaped configuration along its length. The horizontal foot portion of the L-shaped configuration is secured to the upper edge of a lower door section to thereby support the vertical leg portion across the gap that opens and closes as the adjacent door sections are moved across the curved portion of the support track of the sectional door.

Abstract: A device for preventing unauthorized prying of a door outward or forcing it inward from the plane of the door wherein the door is pivotally mounted on hinges in a door frame, the door and door frame each having interior surfaces, including a first member, including a base, for mounting to the interior surface of the door frame and having formed thereon a protrusion facing outward from the base toward the door, and a second member for mounting to the interior surface of the door, the second member, defined by a base, for attachment to the interior surface, and a body extending upward and away from the base having formed therein a recess facing outward toward the protrusion and arranged to pivot with the door away from and toward the protrusion as the door is opened and closed, wherein the first and second members are arranged for pivotal movement away from each other when the door is opened and into interlocking association when the door is closed in the frame to resist attempts to pry the door outward from th

Abstract: A burglary-preventative profile set for a panel (3) which is movably mounted with respect to a frame (4), comprising two profiled strips (1,2) which mutually cooperate so as to cover a chink (5) between the panel (3) and the frame (4), at least in the closed position of the panel (3). The chink is thus rendered inaccessible to a jemmy, crowbar or other such instrument. Both strips (1,2) comprise a U-profile with a short leg (8) and a long leg (9), whereby the long leg (9) comprises an inward buckle (93) which acts as a transition between two mutually parallel parts (91,92), which parts (91,92) lie in displacement with respect to one another across at least the thickness (d) of the strip (1,2).

Abstract: A temporarily installed resilient, shock-absorbent cover to protect the vulnerable parts of doors and door frames, as well as the frames of archways and the furniture that passes therethrough during the process of moving is disclosed. The cover includes a hinge side frame cover temporarily secured to the door. The hinge side frame cover shields the face of the door frame, and also shields a portion of the door. A latch side frame cover protects the latch side portion of the door frame. The latch side frame cover has an angular U shape which covers the forward, inner and rear face of the door frame. The cover is held in place by upper and lower retainer clips which are permanently attached thereto. The clips apply pressure to the wall creating friction to hold the cover in position. In archways where no door is present, both sides of the opening are covered with latch side frame covers.

Abstract: A foldable door includes two door panels each having a rounded adjacent side. A safety member is disposed in the gap formed between the door panels and includes two curved recesses for engaging with the rounded adjacent sides of the door panels. Two couplers are secured to the safety members and each includes two shafts engaged in the door panels for pivotally coupling the door panels together and for allowing the door panels to be rotated about the shafts. The safety member may enclose the gap for preventing a user from being hurt between the door panels.

Abstract: The device relates to a protective device for a door, which on a vertical edge is connected to a frame by hinges and opens towards its back side, with a gap between the frame and that vertical edge of the door opening when the door is opened, the protective device comprising: a shield for covering the gap, having a vertical fixed edge close to the frame and a vertical gliding edge close to the front side of the door; a fixing device for hingedly mounting the shield at the fixed edge on the frame; and a guiding system for guiding the gliding edge of the shield along the front surface of the door when the door is opened or closed; wherein the gap between the frame and the door is always covered by the shield, such that injuries of persons caused by fingers or limbs pinched in said gap are prevented.

Abstract: The present invention involves a finger door guard device and method for covering the gap between an open door and its frame. The guard protects children or others from getting their fingers pinched by this gap when the door is moved from an open to a closed position. The guard is comprised of an elongated member having two edges, one of which is pivotally attached to the door frame, and the other of which is free-standing and rests against the surface of the door. The bottom surface of the guard is spring biased to the door frame so that the finger guard is biased to move with the door as it opens and closes. The method involves pivotally attaching a member to a door frame and biasing the surface of the member toward the frame.

Abstract: A door assembly to be attached to a cutout in the side wall of a recreational vehicle for alternatively closing off and providing access to an internal compartment. A body frame is attached to the cut out in the side wall. A door panel is attached by a hinge to the body frame. A pair of push button latch mechanisms, one of which contains an integrated lock, retains the door panel in the closed position. The locking latch may be switched to the locked position when the door is open, automatically locking the door when it is closed. A flexible seal, incorporating a double sealing surface feature, is attached to the perimeter of the door and seats against the frame when the door is closed. The door panel includes a separate door wall and inner and outer door frames which are joined by a retaining clip. The metal retaining clip has a return bent upon itself shape and pointed wedge shaped upset portions for joining the outer and inner door frames.

Abstract: A damping apparatus for a refrigerator has a first space formed in the interior of a cabinet of the refrigerator, a second space which is separated from the first space by a stopping protrusion and is in communication relation with the first space, a first damping member expandably mounted in the second space, and a protrusion formed on one side of a door for closing the first damping member. When the door is pivoted to be closed, the protrusion closes the first damping member so that the air in the interior of the first damping member is exhausted outside, dampening the reactive force generated in a compartment. On the other hand, when the door is pivoted to be opened, the second damping member is pressed so that the force by the negative pressure in the interior of the compartment is dampened. The damping apparatus for a refrigerator can dampen the force needed when the door is opened or closed.

Abstract: A pivotal sliding bi-fold door structure mounted in a door frame having a track slidably accommodating the bi-fold door structure. The bi-fold door structure comprising at least two door panels pivotally connected by a hinge member. The improvement comprising a bi-fold door safety wedge including a main body structure. A pair of non-parallel edges on opposite sides of the main body structure facing away from each other and extending along the main body structure and nearly intersect to form a vertex at a front portion of the main body structure. Another edge extending between the non-parallel edges at a back portion of the main body structure. An elastic strap for removably elastically securing the main body structure to the hinge member, where the removable elastic securing strap has the characteristic of adjustably positioning the vertex of the main body structure in adjacency with the hinge member when the bi-fold door structure is in an open position.

Abstract: A tailgate gap cover for attachment to pickup trucks to cover the gap formed between the tailgate and the truck bed. The tailgate gap cover includes a plurality of adjacently disposed interconnected panels, the arrangement of all the panels thereof comprising: a truck bed panel disposed for removable attachment to the truck bed of a pickup truck, adjacent the tailgate gap; a tailgate panel disposed for removable attachment to the tailgate of a pickup truck, adjacent the tailgate gap; and a folding panel operatively disposed between the truck bed panel and the tailgate panel, the folding panel being pivotally connected to the truck bed panel and the tailgate panel, wherein the interconnected panels substantially cover a tailgate gap when a tailgate gap cover is mounted to a pickup truck.

Abstract: A glass front merchandiser having a refrigerated cabinet with a product zone normally closed by a glass front panel having a hinging side margin, the glass front panel including an outer glass pane and a structural frame member secured adjacent to the peripheral edge thereof along its hinging side margin, a hinge directly connected to the structural frame member and being constructed and arranged for hinging movement of the glass front panel on the refrigerated cabinet to open up the product zone, the outer peripheral edge of the structural frame member overhanging the hinge in a closed sealing position of the glass front panel with the merchandiser cabinet, and other seals constructed and arranged along the side margins of the glass front panel.

Abstract: A door has a door sheet and jambs and jamb-linings which are to be fitted in a wall opening. The jamb has at least on the side of the pivot axis (X) a continuous bowl-shaped cavity (2) directed towards the door sheet (4). The edge of the door sheet (4) fits into the bowl-shaped cavity (2). This cavity (2) has a radius which is substantially equal to the distance between the center line of the pivot axis (X) of the door sheet and the edge of the door sheet (4).

Abstract: An aircraft duplex hinge assembly (10 or 10') configured for use in aircraft, especially helicopters, having a compound curvature airframe (130) configuration wherein the edges of access panels (100) and the corresponding airframe apertures have a beveled configuration. The duplex hinge assembly (10 or 10') includes dual hinge mechanisms (20) and a latching mechanism (50) to deactivate the duplex hinge mechanism (10) with the access panel (100) in the closed position. The dual hinge mechanisms (20) include a primary mounting bracket (22) secured in combination with the airframe (130), a secondary mounting bracket (24) secured in combination with the access panel (100), and an interconnecting member (26) having a straight segment (30), an arcuate segment (32), and a protective flat segment (34).

Abstract: A high impact resistant rotationally molded door and process for molding the door is disclosed in which a hinge member is integrally molded to the door along one edge only. This hinge member forms to the hollow door edge without door warpage during curing and shrinking of rotationally molded plastic door body. Door warpage is avoided by delaying full integral attachment of the hinge member to the door until curing of the injected foam interior which both bonds to the interior of the door and the hinge member. An improved seal and hinge seal is disclosed together with a placed window construction that can include both placement and shaping to meet the special order needs.

Abstract: A safety device for hinged doors comprising a spring loaded wedge shaped stopper means. A bracket including a flat rectangular plate is attached to the front face along the edge near the hinge side of a hinged door at a sufficient height and out of reach from small children, by adhesive or other fastening means. A pair of opposing hinge walls are mounted orthogonally at the extremities on the front face of the rectangular plate. Said stopper means is hingedly attached to the rectangular plate by means of a hinge pin and a restoring spring. When the spring is not loaded, said stopper means is positioned naturally in an obtrusive manner in the front face gap near the hinge side created by the opening and closing of the hinged door, thereby preventing a partially opened door from being shut by small children who can accidently insert their fingers or other body parts into said gap.

Abstract: A hinge configuration particularly suitable for use with a radiotelephone includes: an arcuate hinge body having a predetermined body length, a predetermined body thickness and a predetermined radius of curvature; and a pair of arms, a respective one of which is attached to and extends away from a respective end of the arcuate hinge body, the pair of arms each having predetermined arm lengths and predetermined arm thicknesses. The arms are pivotally mounted on a housing such that the arms twist upon pivotal movement of the arcuate hinge body relative to the housing. At least one of the predetermined body length, predetermined body thickness, predetermined radius of curvature, predetermined arm lengths and predetermined arm thicknesses should be selected to induce preferential deflection in the arcuate hinge body relative to the pair of arms upon twisting thereof during pivotal movement of the hinge body so that the arms resist fracture during such repeated pivotal movement.

Abstract: A door jamb finger guard is described which comprises four elongate strips (10, 12, 14, 16) that are hinged to one another along their edges. The free edges of the first (10) and fourth (16) strips are pivotably connected to two further strips (18, 20) which in use are secured to the door (26) and to the door jamb (24) respectively. The first strip (10) is wider than the fourth strip (16) so as to force the strips (10, 12, 14, 16) to lie against one another when the door (26) is closed.

Abstract: A slidable door guard for temporarily bridging covering the opening between a door and a casing, with the door guard having a first engaging or male member and a second receiving or female member having a pocket therein to slidingly hold at least a portion of the male member therein as the door is opened and closed to prevent children from accidently crushing their fingers as the door is closed.

Abstract: A door forming a part of a closure assembly is attached to the frame of the closure assembly by engaging bifurcated branches of a pivot arm with a pivot shaft. One of the branches is extended to engage a curved leaf spring which is deformed as the door and the extension is pivoted about the shaft. The deformation of the spring is instrumental in exerting a force on the extension to detent the door in the closed position and the extension may disengage from the spring surface when in the open position. To further stabilize the door, a stabilizer is formed on the back of the door and it engages the end of a recessed channel in the assembly, at a point coincident with the pivot axis of the door.

Abstract: An improved locking feature for a watertight hatch incorporates a positive break-open feature to facilitate opening when the hatch is jammed with ice and/or debris. A plurality of radially extending/retracting locking bars cooperate with closing cams such that, when the bars are extended, the hatch is drawn into tight engagement with a sealing gasket. When the locking bars are fully retracted, in order to release the hatch for opening, at least selected ones of the locking bars cooperate with opening cam means whereby full retraction of the bars forcibly displaces the hatch in an opening direction with a high mechanical advantage, initially breaking the hatch free of any restricting ice formation or packed debris. Thereafter, the hatch may be readily opened by being manually lifted in a conventional manner. The arrangement makes it entirely feasible to configure the hatch cover to be flush with its surroundings, so as to be useable in sidewalks, for example, where there may be heavy pedestrian traffic.

Abstract: A self-trimming shield for the gap between a hinged door heel and its casing, includes a unitary strip of length approximately equal to the height of the door and made up of a sequentially arrayed plurality of elongated parallel panels. Opposite end panels of the plurality are attached, respectively, to the door and casing on the side opposite the hinge, while inner panels of said plurality are articulably connected with the end panels and with each other in such manner that, when the door is closed, the panels automatically fold to lie in close proximity to the door so that the shield appears to be an integral part of the door trim.

Abstract: An assembly for enclosing an opening to a compartment in an exterior wall of a recreational vehicle is provided. A door that covers the opening to the compartment is insulated for maintaining an interior of the compartment at a temperature substantially similar to an interior of the recreational vehicle. An improved liquid sealing assembly is affixed between an interface between the door and the opening. The liquid sealing assembly includes a first elongated projection that extends along a top edge and side edges of the opening and a second complementary projection that extends along a top edge and side edges of the door. The projections induce liquid to flow along the lengths thereof to inhibit liquid from entering the compartment.

Abstract: Sealing structure for providing a seal between the perimeter of a door and a surrounding structure such as a door frame. The sealing structure is preferably formed as a tri-part extrudate and is particularly useful in providing a seal for a structure (e.g., a refrigerator, freezer, walk-in freezer, etc.) where it is desirable to obtain a hermetic and/or thermal seal.

Abstract: A safety device for equipping the vertical edge of a door and the adjacent jamb, on the hinge side, is formed of a rigid or semi-rigid elongate piece having longitudinal subdivision lines defining two marginal strips and a central zone of variable geometry. The marginal strips are adapted to be fixed respectively on the jamb and on the vertical edge of the door whereas the variable geometry zone projects freely outwards. The variable geometry zone is able to pass from a configuration which is at least relatively flattened, in the closed position of the door, to an opened out configuration in the open position of the door. The device is characterized in that, before fitting, it has a flat configuration.

Abstract: The safety hinge is proposed for use to eliminate pinching of fingers in the area between a door frame and the hinge edge of a door panel. The hinge comprises interlocking hinge sections each including mounting flange, an arm extending perpendicularly from said flange and terminating in a pivot element by means of which the hinge sections join together to form the hinge. The safety hinge is used in a safety door assembly which further includes a resilient end cap secured to the swing edge of the door panel and structure for latching the door in a closed position thereof as well as structure for keeping the door panel from swinging through the door frame.

Abstract: A finger, hand and other body part protector for hinged doors comprises an aesthetically pleasing foldable protective member which may be accordion-like, in the shape of a recoiling tube, etc., that extends over at least a portion of the height of the front and/or rear face opening or gap on the hinged side of a door. The device automatically expands and contracts to cover gaps created by the opening and closing of the door in a highly unobtrusive manner, thereby providing protection against insertion of body parts or the like into said gaps and resultant injury when the door is closed.

Abstract: A conventional wooden door (1) is generally provided with a handle (29) activating a latch from closed to open position and a latch knob (30) activating a bolt between closed and open position. The latch and bolt enter recesses provided in the frame flange (15) and for this reason it is relatively easy to break open a door (1). This is made more difficult if a body (2) is arranged on the inside of the door, said body (2) being provided with spring bolts (17 and 18) and dowels (23 and 24) to fit into recesses (19, 20) in the relevant jambs (16, 11, repectively).

Abstract: A window or door assembly is disclosed consisting of a door or window pane and first and second pane retaining frame members and first and second hinge members mountable with the pane retaining members. The assembly is distinguished to conventional assemblies in that there is provided a bead of sealing material, preferably silicone rubber, adjoining abutting edges of a pivotal pane with a fixed pane of the window or door. The seal remains in place while the pane is being pivoted. The combination reduces of the amount of framing required in the construction of a window while at the same time increasing the amount of glass with a nearly invisible joint between the pivotal pane and the fixed pane.

Abstract: An automotive door trim mounting structure comprises a center pillar disposed between a front door and a rear door, and has the rear door hinged to be opened and closed. A rear door trim includes a main body portion mounted to an interior side of the rear door to cover the interior side, and an extension formed at the front end of the main body portion which extends toward the front door so as to cover the interior side of the center pillar. As the center pillar is covered with the rear door trim, the front and rear door trims appear as if they are continuous, thus obtaining a preferred interior design for the automobile.

Abstract: A recreational vehicle has a retaining member extending along the side of a vehicle to retain a cover for an awning. The cover may be formed from a plurality of metallic slats pivotable relative to one another to define a housing for the awning fabric in one pivotable relationship of the slats and to define an extension of the awning fabric in a second pivotable relationship of the slats. The slat closest to the recreational vehicle in the second pivotable relationship of the cover may also have a retaining portion. A first member is provided with detaining portions at its opposite ends to be detained by the retaining member on the recreational vehicle and the retaining portion on the slat closest to the recreational vehicle. The first member may have a coupling portion at an intermediate position between its opposite ends. This coupling portion co-operates with a sealing member to hold the sealing member on the first member. The sealing member may be made from a resilient material such as a vinyl.

Abstract: A shower-partition contains a pivoted door which is hinged to a compensating section by means of hinges. The compensating section is secured, in such a manner as to be horizontally adjustable, to a second profiled rail by means of connecting elements. It is proposed to make it possible to align the pivoted door both horizontally and vertically in a simple manner, with little increase in production costs. The compensating section shall comprise an open longitudinal groove which faces the pivoted door and comprises an undercut for attachment of the hinge-holders. The compensating section is adapted to be aligned vertically, jointly with the pivoted door, in relation to the second profiled rail, the compensating section and/or the holder of the lower hinge being mounted upon the floor or the upper edge of a shower-tub.

Abstract: A device for resisting entry of an object into a space between the hinged edge of a door and associated door jamb includes an elongated sheet of material thin enough to be placed in this space without impeding the closing of the door. The sheet has first and second strips adapted to be fixedly connected within the space to the door and jamb, respectively. A third strip interconnects the first and second strips and coacts therewith to resist entry of objects into the space when the door and jamb are brought together.

Abstract: A seal for closing the gap between adjacent panels is formed from plastic sheet material having lateral attachment areas bearing adhesive bands on the opposite edges of one face. The seal area between the attachment areas constitutes a barrier web and folds between the attachment areas, defining a triple air column insulator.

Abstract: A door privacy screen including two strips (20 and 30) for blocking any line of sight through the space between the hinged-end surface (13) of a door (12) and the doorjamb (16). The first strip (20) is adhered to the hinged-end surface (13) of the door (12), and has a first portion (22) that extends beyond the door (12) in a direction orthogonal to the inside surface (14) of the door (12) substantially to the longitudinally central axis (42) of the door hinge (40). The second strip (30) is adhered to the doorjamb (16), and has a second portion (32) extending beyond the doorjamb (16) in a direction orthogonal to the inside surface (14) of the door (12) when the door (12) is in a closed position. The second portion (32) includes an arcuate portion (34) having a center of curvature coincident with the longitudinally central axis (42) of the door hinge (40). The first portion (22) and second portion (32) cooperatively overlap to block any line of sight.

Abstract: The present invention relats to a security door system for a hinged door and the like. More specifically, this security door system consists of a door, a door frame with a jamb aligned substantially parallel to the door, a plurality of hinges and a security bolt device. The security bolt device consists of two plates positioned on opposing sides of the door and along the hinged edge of the door. A security bolt protrusion positioned on the top side of the interior plate of the security bolt device is inserted into corresponding apertures along the door jamb. When the door is closed, the bolts along the hinged edge are positioned within the apertures to preclude removal of the door by merely removing hinge pins from the door hinges.

Abstract: A sealing arrangement is provided that includes a resilient seal member that is disposed generally parallel to the pivot axis of an access door of an enclosure. The seal member includes a first leg proximate the hinge axis and extending away from the enclosure. When the door is pivoted from an open position toward the closed position, the first leg is displaced toward the enclosure. As the door is further moved toward the closed position, the first leg is additionally displaced, deformed and compressed to provide sealing of the door with respect to the enclosure. The proximity of the seal member to the hinge axis and the arrangement of the first extending leg is such that relative wiping action occurs between the door and the first extending leg. In a preferred arrangement, the seal member also includes a second leg extending from the enclosure.

Abstract: A honeycomb door seal for resiliently sealing a door to a surrounding structure has a semi-rigid base and a plurality of flexible enclosures. A central enclosure, capable of abutting a door, has an outer surface which is connected to a back side member of the seal through a plurality of ribs. A plurality of ribs generally form a common junction at the back side of the structure with each rib extending forwardly at an acute angle with respect to the door contact surface, i.e., the plane of the door. The remaining enclosures are arranged and shaped to provide good recovery and resiliency of the door seal. The seal can be made out of a flexible polymer such as a thermoplastic elastomer or a thermoplastic olefin.

Abstract: A securing device for casement windows or the like includes an abutment member secured to the master frame in the path of motion of an engaging member. The abutment member extends away from the master frame a greater distance at the end of the abutment member nearer to the inner side of the window. The engaging member is mounted to the casement frame and extends away from the casement frame a greater distance at its side closer to the outside of the window. Both the abutment member and engaging member include non-planar contacting surfaces which mate when the window is in its closed position. This arrangement of the abutment member and engaging member also prevents the casement frame from bulging away from the master frame under wind pressure. The securing device is mounted along one side of the window.

Abstract: A vending machine (21) door closure mechanism (20) for providing pivotal movement of the door (52) from a closed position for vending purposes to an open position of approximately 100.degree.-110.degree.

Abstract: A locking device is provided for holding an aircraft door in an open position. The device includes a first member connected to the door which moves in correspondence with door opening and closing. A second member of the device is fixedly connected to aircraft structure that supports the door. A locking pin, connected to the first member, is engaged with a pin receiving opening in the second member when the door is fully open to hold the door in such position. The pin is movable axially by a manually operated lever to disengage the pin when it is desired to close the door.

Abstract: My invention provides a safety device for bureau drawers, cabinet doors and the like to prevent the accidental injury to fingers. At least one movable stile is provided around at least one opening in the face frame of a container, such as a bureau or cabinet, into which a closure member, such as a drawer or door, is inserted. The stile is pivotally attached to the stationary face frame so that the movable stile will swing into the container opening when pushed. This movement prevents fingers from being jammed between the closure member and the face frame when the closure member is slammed shut. A spring will return the stile to its closed position when the force is removed. In such a manner, the container remains closed, but offers protection against the accidental trapping of the user's fingers.

Abstract: This invention relates to a device for retaining a door in open position, comprising two toothed elements of resilient material, positively connected to the door post and the door leaf, respectively, and adapted to mesh with one another during the opening of the door leaf so as to retain the same in open position at a desired opening angle.

Abstract: A hinge bolt set is disclosed for improving security of hinged doors and the like, comprising a circular metal rod (1) adapted to be located in an edge face of a door (D) adajcent to but spaced from a hinge (H) and a synthetic resinous keep (7) adapted to be located in a opposing face of a door jamb (J), the keep having a tapered cavity (9) therein to receive a projecting end of the rod (1), which cavity terminates in an arcuate surface 13 to receive the bolt (1). The rod may be held in place by a knurled portion (3) and the keep with screws (17).

Abstract: An automatic window includes an inverted U-shaped frame having a pair of window units pivotally supported within the frame for movement between open and closed positions. The combined width of the window units is substantially less than the spacing between the frame side walls to provide clearance spaces which are filled by resilient deformable finger guards on the side edges of the window units preventing injury. A power source acts through a rack and pinion gear arrangement to open and close the window units in unison. A backup locking device secures the window units in the closed positions thereof and deactivates the power source when the lock system is engaged.

Abstract: A sealing assembly for a front-pillar and side-door arrangement of an automotive vehicle, the pillar and door arrangement including a front pillar having a wall portion formed with an opening and a side-door sash assembly including a front portion extending along the front pillar and spaced apart from the wall portion of the pillar, the sealing assembly comprising a flexible sealing member having an inner portion attached to the front pillar and an outer portion warped from the outer portion and held in elastically pressing contact with the front portion of the side-door sash assembly, the sealing member being formed with an opening in the inner portion thereof, and a snap element having a head portion passed through the opening in the sealing member and a stem portion projecting into the front pillar through the opening in the wall portion of the pillar and smaller in cross sectional area than the head portion so that the head portion has adjacent to the stem portion an end face which is held in contact with

Abstract: A sealing structure for an automotive vehicle prevents turbulent air flow around a front pillar and thus reduces noise due to wind. This seal is provided by a weatherstrip which also seals the space between the front pillar and a front door against water. The weatherstrip is provided with an extension extending towards the opening of the above space to close same. The extension lies approximately flush with the outer surfaces of the front pillar and the front door to form a substantially continuous external surface. This continuous external surface around the front pillar improves the aerodynamics of the vehicle.

Abstract: In a motor vehicle having a hatchback door of glass which is hinged at its upper portion to the vehicle body to be swingable upwardly and downwardly to open and close a door opening formed in the vehicle body, the hatchback door is equipped at its lower end portion with an elongate strip of flexible elastic material which extends along the entire of the lower portion in a manner to cover at least the extreme edge of the lower portion.

Abstract: There is described a safety door the lock of which, upon turning of the key, outwardly displaces the bolt which, upon engagement in the door frame, pushes out for other bolts that engage in the door. Besides, the latter has a hinge co-extensive with its height and a side provided with five dead bolts which engage in the other side of the hinge upon closing of the door. A metal plate covers each of the opposite faces of the door.

Abstract: A window frame assembly is disclosed for facilitating the installation of new or replacement windows. The assembly includes a pair of opposed frame sections each having a generally rectangular configuration and appropriate dimensions to conform to the window opening. Each of the sections include opposed top and bottom components interconnected by opposed end components. In one form, locking means are carried by at least the top and bottom components of each of the frame sections so that they may be slid together and snapped in place in the window opening to form a frame assembly about the frame of the window itself. The top, bottom and end components also carry sealing means which are intended to abut and engage the window frame so as to provide a firm seal with the window itself. In one form, at least a portion of the sealing means are also adjustable to accommodate variations in window thicknesses while in another form the sealing means also serve as a thermal barrier.