referring now in detail to the drawings , fig1 shows a first embodiment of the buckle assembly according to the invention . buckle assembly 10 comprises a housing 11 with four side openings 12 through which four male buckle portions 20 are inserted . each male buckle portion 20 has strap retaining bars 22 , 23 and a locking leg 24 . each locking leg 24 has a locking pawl 25 located on its distal end . inside housing 11 is an actuating device 30 , which is held in place by springs 36 . actuating device 30 consists of four latching mechanisms in the form of arms 33 which have catches 34 . catches 34 interact with locking pawls 25 to lock male buckle portions 20 inside housing 11 when male buckle portions 20 are inserted through side openings 12 . to release male buckle portions 20 , the user pulls upward on handle 32 which is mounted on neck 31 of actuating device 30 . this causes springs 36 to compress and causes arms 33 with catches 34 to move upward and out of engagement with locking pawls 25 . at the same time , shoulder elements 35 on lower arms 34 and shoulder elements 38 on bottom section 37 move upward and slide against slanted sections 26 of locking legs 24 . this sliding motion propels male buckle portions 20 outward to eject male buckle portions 20 from housing 11 , as shown in fig2 . an alternative embodiment of the buckle assembly is shown in fig3 and 4 . here , there are two male buckle portions 50 , each with strap securing bars 51 , 52 . male buckle portions 50 each have two locking legs 53 with a locking pawl 54 on the end of each locking leg . actuating device 42 is mounted inside housing 40 and protrudes through both the bottom and top of housing 40 . actuating device 42 has a central leg 47 onto which side arms with latching mechanism 43 are disposed on the top side , and shoulder elements 46 are disposed on the bottom side . a handle 44 is located at the top of actuating device 42 . inserting male buckle portions 50 into housing 40 causes locking pawls 54 to snap into engagement with latching mechanism 43 on the top , and catch 41 on housing 40 to engage on the bottom , as shown in fig3 . to release male buckle portions 50 , handle 44 is pulled upward , as shown in fig4 , which moves latching mechanism 43 out of engagement with the upper locking leg 53 . at the same time , shoulder elements 46 press upward on locking pawl 54 on the lower locking leg 53 and force male buckle portions 50 outward and away from housing 40 . actuating device 42 is maintained within housing 40 via guide rails 48 on housing 40 . actuating device 42 can slide up and down but is prevented from lateral movement by guide rails 48 . one advantage of the embodiment shown in fig3 and 4 is that multiple buckle assemblies can be connected together and actuated simultaneously with a single pull . to do this , handle 44 on one actuating mechanism is connected to a bottom of an adjacent actuating mechanism via aperture 45 by any conventional means , such as a screw . this way , pulling upward on a first actuating mechanism will also pull any connected actuating mechanisms and release all male buckle portions for any of the connected assemblies . yet another embodiment of the buckle assembly is shown in fig5 and 6 . here , there are four male buckle portions 70 that are inserted into housing 60 . actuating device 65 is mounted entirely within housing 60 and is actuated by pulling a cable 80 that extends through an aperture in the top of housing 60 . cable 80 is covered by a cable sheath 81 on the exterior of housing 60 and slides within cable sheath 81 when cable 80 is pulled . springs 61 keeps actuating device 65 biased in housing 60 so that male buckle portions 70 snap into actuating device 65 and are retained there until cable 80 is pulled . latching mechanisms 67 on arms 66 interact with locking pawls 74 on the upper legs of male buckle portions 70 and stops 62 catch on locking pawls 74 of the lower legs of male buckle portions 70 . male buckle portions 70 are guided into housing 60 via guides 78 , which receive central leg 77 of each of male buckle portions 70 . this prevents male buckle portions 70 from being inserted in a tilted or off - center manner , and ensures secure locking of male buckle portions 70 in housing 60 . actuating device 65 is retained in place inside housing 60 by a set of guide pins 63 that extend through a slot 82 in actuating device 65 . actuating device 65 can slide along guide pins 63 , but is prevented from lateral movement . pulling cable 80 causes actuating device to move upward , thus freeing locking pawls 74 from latching mechanisms 67 and stops 62 . at the same time , shoulders 68 slide along locking pawls 74 and push male buckle portions out of housing 60 , as shown in fig6 . another embodiment is shown in fig7 and 8 . here , two male buckle portions 70 are inserted into housing 60 , and are held in place by latching mechanisms 89 on the top and catches 41 on the bottom , which interact with locking pawls 74 on locking legs 73 of male buckle portions 70 . pulling upward on handle 32 pulls cable 80 disposed inside cable sheath 81 and moves actuating device 85 upward . this causes locking legs 73 of male buckle portions 70 inside housing 60 to be released from latching mechanisms 89 and catches 41 , in the same manner as described above with respect to the embodiment of fig5 and 6 . at the same times , shoulders 86 slide along locking pawls 74 of the lower locking leg and force male buckle portions 70 out of housing 60 . guide pins 63 which extend through slot 82 in actuating device 85 keep actuating device 85 oriented properly in housing 60 . in this embodiment , two additional male buckle portions 170 are also moved by pulling on handle 32 . here , male buckle portions 170 are connected to a cable 92 inside cable sheath 93 . cable 92 is connected to one end of a lever 90 mounted on a fulcrum 91 inside housing 60 . pulling handle 32 causes shoulders 95 of actuating mechanism 85 to press against levers 90 and cause levers 90 to rotate , thus forcing the distal ends of levers 90 downward , as shown in fig8 . this in turn pulls cables 92 and thus buckles 170 . buckle 170 can be configured so that pulling on cable 92 acts to release buckles 170 from a corresponding female buckle portion . the exact mechanism for this release is described in u . s . patent application ser . no . 12 / 456 , 069 to anscher , the disclosure of which is herein incorporated by reference . yet another embodiment of the invention is shown in fig9 and 10 . this embodiment is similar to the embodiment shown in fig7 and 8 , except that instead of levers 90 , curved cable guides 99 are mounted inside housing 60 . cables 92 are connected directly to actuating device 85 and extend around cable guides 99 . pulling upward on handle 32 forces male buckle portions 70 out of housing 60 in the same manner as described above with respect to the previous embodiments . in addition , pulling upward on handle 32 also pulls cables 92 , which slide around cable guides 99 . this pulling motion thus also pulls male buckle portions 170 and allows them to be released from a corresponding female buckle portion . the embodiments shown in fig7 - 10 are useful on items like a tactical cut - away vest that must be removed quickly and easily . in this embodiment , male buckle portions 70 could hold the lower part of the vest together via straps on male buckle portions 70 , and male buckle portions 170 could be used to secure the shoulder sections of the vest together when attached to corresponding female buckle portions . pulling on handle 32 would then release all four buckle portions at the same time to allow the two sides of the vest to separate from each other . yet another embodiment is shown in fig1 and 12 . this embodiment is similar to the embodiment shown in fig3 and 4 , except that there are no latching mechanisms on actuating device 42 . here , there are two male buckle portions 50 , each with strap securing bars 51 , 52 . male buckle portions 50 each have two locking legs 53 with a locking pawl 54 on the end of only the bottom locking leg , which interacts with catch 41 on housing 40 . actuating device 42 is mounted inside housing 40 and protrudes through both the bottom and top of housing 40 . actuating device 42 has a central leg 47 onto which side arms are disposed on the top side , and shoulder elements 46 are disposed on the bottom side . a handle 44 is located at the top of actuating device 42 . inserting male buckle portions 50 into housing 40 causes locking pawls 54 on the bottom legs 53 to snap into engagement with catch 41 on housing 40 , as shown in fig1 . to release male buckle portions 50 , handle 44 is pulled upward , as shown in fig1 , which moves shoulder elements 46 press upward on locking pawl 54 on the lower locking leg 53 to clear catch 41 and force male buckle portions 50 outward and away from housing 40 . accordingly , while only a few embodiments of the present invention have been shown and described , it is obvious that many changes and modifications may be made thereunto without departing from the spirit and scope of the invention .
a buckle assembly has a female buckle portion formed by a housing with a hollow interior and at least two openings , and at least two male buckle portions , each having at least one locking leg . there is an actuating device disposed within the housing and accessible through an aperture in the housing . the actuating device has latching mechanisms for cooperating with the locking legs for locking the male buckle portions within the female buckle portion when the locking legs of the male portions are inserted through the openings of the housing . pulling the actuating device toward the aperture moves the latching mechanisms away from the male buckle portions and releases the male buckle portions from the housing .