Drawer latch assembly and toolbox assembly

Abstract

A container 10 having one of several latch assemblies, such as latch assembly 1300, which respectively reduce the likelihood that a drawer, such as drawer 902 will undesirably and/or inadvertently move to an open position.

Description

GENERAL BACKGROUND

1. Field of the Invention

The present invention generally relates to a drawer latch assembly and more particularly to a drawer latch assembly for use within a container, such as and without limitation a tool box assembly, and to a toolbox assembly which incorporates the drawer latch assembly.

2. Background of the Invention

Containers, such as toolboxes, are used to selectively store items, such as tools. One attribute of such assemblies is that they are capable of being movable between a selectively open position in which the stored items are easily accessible and a closed position in which the items are hidden from view and made inaccessible. In this closed position, the stored items safely reside within the container.

Typically these containers include at least one drawer which receives the items, which movably resides within the body of the container, and which is selectively movable between these operable states. In the selectively closed position, the at least one drawer resides within the container and prevents access to the contained items. While these drawers do selectively contain these items and do allow them to be selectively stored and accessed, they may undesirably move from the closed to the open position when the container is moved or tipped. Such undesirable movement may cause the contained items to fall from the drawers and to strike an individual or the floor, thereby causing injury or damage, or being damaged themselves. While these drawers may be locked, by the use of a key, thus preventing such undesirable movement, often the key is misplaced or the user forgets to lock such drawers. Thus, such undesirable and/or inadvertent drawer movement even occurs when a “lock and key” assembly is utilized.

There is therefore a need for a latch assembly which automatically (without user intervention), prevents inadvertent movement of these drawers into an open position. The present invention provides for such a latch assembly and for a container incorporating such a latch assembly.

SUMMARY OF THE INVENTION

It is a first non-limiting object of the present inventions to provide a latch assembly which may be used with a container and which reduces the likelihood of the container being moved to an open position in an inadvertent manner.

It is a second non-limiting object of the present invention to provide a container having at least one drawer which is selectively movable between an open and closed position and which has a latch assembly which automatically latches the at least one drawer when the at least one drawer is in the closed position.

According to a third non-limiting aspect of the present invention, a drawer latch assembly for use with a drawer of the type having a front face which terminates into a run along a top edge is provided. The drawer latch assembly comprising a pivot member which is fixedly attached to a first surface of the front face, beneath said run, which is longitudinally coextensive to the front face, and which includes a central rounded protrusion which extends from the first surface of the front face beneath the run; a latch plate which has a first end which extends through the first surface of the front face and which has a second end; a spring which is coupled to the second end of the latch plate and to a second surface of said front face; and a handle which is coupled to the pivot member and which is movable from a first position in which the latch plate prevents movement of the drawer to a second position in which the latch plate allows said movement of said drawer and wherein the spring biases the handle in the first position.

According to a fourth non-limiting aspect of the present invention, a tool box assembly is provided and comprises a body; a drawer which is selectively and movably disposed within the body and having a front face which terminates into a horizontal run; and a drawer latch assembly comprising a pivot member which is fixedly positioned upon the front face and below the horizontal run and wherein the pivot member having a rounded portion which is longitudinally coextensive to the front face and which protrudes away from the front face, the drawer latch assembly further having at least one latch member which traverses the front face and which includes a first end which protrudes away from the front face in a similar direction to the direction that the rounded portion of the pivot member protrudes from the front face and wherein the at least one latch member includes a second end; a pin which is fixedly disposed within the body, a spring which is coupled to said at least one latch member and to the body, and a handle which is coupled to the pivot member and to the spring and which is selectively movable from a first position in which the spring causes the second end of said latch member to engage the pin, thereby preventing said drawer from being appreciably moved to a second position in which the latch is disengaged from the pin, thereby allowing said drawer to be moved to an open position.

According to a fifth non-limiting aspect of the present invention, there is provided a drawer latch assembly for use with a drawer which may be selectively moved from a first closed position to a second open position and which includes a face which terminates onto a horizontal run, the drawer latch assembly having a portion which traverses the face, which is wholly positioned below the horizontal run, and which is selectively pivotal about an axis which lies below the horizontal run and which selectively prevents the drawer from being moved from the first closed position to the second open position.

According to a sixth non-limiting aspect of the present invention, there is provided a drawer latch assembly for the use with a drawer which may be selectively moved from a first closed position to a second open position and which includes a face which terminates into a onto a horizontal run, the drawer latch assembly having a handle, which includes a groove; a member coupled to a small portion of said face and which includes a rounded end which is movably received into said groove; and a lever member which is coupled to said member and which is selectively movable from a first position to a second drawer latching position in response to the selective movement of said handle.

According to a seventh non-limiting aspect of the present invention, a drawer latch assembly is provided which may be selectively moved from a first closed position to be a second open position and which includes a drawer having a face. The drawer latch assembly comprises a handle having a curved grasping portion and an opposed groove; a first member having a curved portion which protrudes through the face; a second member having a rounded front portion which selectively and movably resides within the opposed groove of the handle, a back portion having a back groove which movably receives the curved portion of the first member, and a lever portion which extends from the back groove in a direction away from the rounded front portion and which abuts the curved portion of the first member when the curved portion of the first member is selectively received within the back groove; a clip which is selectively and removably coupled to the first member and to the second member; and a spring which couples the first member to the second member, effective to baisingly align the second member with the first member while allowing movement of the second member with respect to the first member during which the drawer latch assembly is selectively moved from the first closed position to the second open position.

These and other features, aspects, and advantages of the present inventions will become apparent from a reading of the detailed description of the preferred embodiments of the inventions (including the subjoined claims) and by reference to the following drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a perspective partial unassembled view of a toolbox which is made in accordance with the teachings of the most preferred embodiment of the invention.

FIG. 2 is a perspective view of one of the drawers which are shown in FIG. 1.

FIG. 3 is a side view of the drawer shown in FIG. 2 taken in the direction of view arrow “3”.

FIG. 4 is an exploded view of the corner of the drawer which is shown as area “A” in FIG. 3.

FIG. 5 is an unassembled perspective view of the drawer which is shown in FIG. 2.

FIG. 6 is a perspective exploded view of one of the latch members which are shown in FIG. 5.

FIG. 7 is a partial side view of the drawer shown in FIGS. 2 and 5 in a selectively latched position.

FIG. 8 is a partial side view of the drawer shown in FIG. 7 in a selectively unlatched position.

FIG. 9 is a side sectional view taken along view line 9-9 of the member shown in FIG. 5.

FIG. 10 is a partial perspective view of the drawer which is shown in FIG. 5 and made in accordance with the teachings of a second embodiment of the invention.

FIG. 11 is a view similar to that of FIG. 9 but showing a second embodiment of the invention.

FIG. 12 is an unassembled partial view of a drawer latch assembly made in accordance with the teachings of an alternate embodiment of the invention.

FIG. 13 is an unassembled perspective view of a quick release drawer pull assembly which is made in accordance with the teachings of an alternate embodiment of the invention.

FIG. 14 is a side view of a portion of the assembly which is shown in FIG. 13 and taken in the direction of view arrow 13.

FIG. 15 is a perspective view of a partially assembled quick release drawer pull assembly which is shown in FIG. 13 in unassembled relationship with a drawer.

FIG. 16 is a perspective view of the quick release drawer pull assembly which is shown in FIG. 13 and in assembled relationship with a drawer.

FIG. 17 is a top view of the assembly which is shown in FIG. 16 taken in the direction of view arrow 17.

FIG. 18 is a front view of the assembly which is shown in FIG. 16 taken in the direction of view arrow 18.

FIG. 19 is a bottom view of the assembly which is shown in FIG. 16 taken in the direction of view arrow 19.

FIG. 20 is a back view of the assembly which is shown in FIG. 16 taken in the direction of view arrow 20.

FIG. 21 is a perspective view of the assembled handle assembly which is shown in FIG. 15.

FIG. 22 is a right side view of the assembly which is shown in FIG. 16 and taken in the direction of view arrow 22.

FIG. 23 is a left side view of the assembly which is shown in FIG. 16 and taken in the direction of view arrow 23.

FIG. 24 is an unassembled perspective view of a quick release drawer pull assembly which is made in accordance with the teachings of another non-limiting alternate embodiment of the invention.

FIG. 25 is a top assembled view of the assembly which is shown in FIG. 24.

FIG. 26 is a front view of the assembly which is shown in FIG. 25 and which is more particularly viewed with respect to the direction of view arrow “26”.

FIG. 27 is a bottom view of the assembly which is shown in FIG. 25 and which is more particularly viewed with respect to the direction of view arrow “27”.

FIG. 28 is a back view of the assembly which is shown in FIG. 25 and which is more particularly viewed with respect to view arrow “28”.

FIG. 29 is a perspective top view of the handle portion of the assembly which is shown in FIGS. 24-28.

FIG. 30 is a right side view of the assembly which is shown in FIG. 25 and which is more particularly viewed with respect to viewed arrow “30”.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS OF THE INVENTIONS

Referring now to FIGS. 1-9, there is shown a container 10 which is made in accordance with the teachings of the most preferred embodiment of the various inventions. Container 10 may be a toolbox or substantially any other type of container and nothing in this description limits the container to a particular type of storage assembly or to any particular size or shape.

The container 10 includes a generally hollow body 12 having at least one internal containment cavity 14 into which at least one drawer 16 is moveably deployed. That is, the at least one drawer 16 includes an item containment portion 17 into which various items may be selectively placed, and opposed side surfaces 18, 20 upon which respective and substantial identical rail assemblies 22, 24 are deployed and which are movably and respectively coupled to container sidewalls 26,28 in a known manner. Thus the rail assemblies 22, 24 cooperatively allow the at least one drawer 16 to be selectively moved between a closed position in which the at least one drawer 16 (i.e., the containment portion 17) resides within the cavity 14, to an open position in which the drawer containment portion 17 is moved outside of the containment cavity 14. In one non-limiting embodiment, the rail assemblies cooperate with respective rails 5, 111 (not shown) disposed on sidewalls 18, 20 to allow such movement in a known and conventional manner. That is, rail 5 is movably coupled to stationary rail 24 by bearing 2 (in one non-limiting embodiment) and rail 111 is similarly and movably coupled to rail 22. Other coupling strategies may be utilized and bearings 2 may not be used in these other strategies. The body 12 includes a plurality of substantially identical pins 7 which extend into the cavity 14. Particularly, pins 7 are disposed upon the sidewalls 26, 28 and orthogonally project from these sidewalls 18, 20 into the formed internal cavity 14.

Importantly, according to the present inventions, the container 10 includes a new and novel drawer latch assembly 40 which reduces the likelihood that the at least one drawer 16 will be undesirably and/or inadvertently moved to the open position.

Particularly, the latch assembly 40 (as shown in FIGS. 1-9), includes a pair of substantially identical latch members 42, 44, a base or pivot member assembly 46, a pair of substantially identical springs 41, 48, and a release lever or handle member 49. Each drawer, such as drawer 16, which is movably disposed within the container 10 includes a respective and substantially identical latch assembly 40. Each drawer is also substantially identical and operates in the manner described with respect to the at least one drawer 16.

Specifically, the at least one drawer 16 includes a generally flat front face portion 50 which terminates into a horizontal run or race 51 along a top edge 33 and the flat front face portion 50 includes a pair of substantially identical, generally rectangular, and opposed slots 52, 54 which are formed at upper and opposed respective corners. The term “upper” means the portion of the face 50 closest to the run 51. The face portion 50 is coupled to the side wall portions 18, 20 and cooperates with these side portions 18, 20 and the back wall portion 56 (which is also coupled to the side wall portions 18, 20) to form the item containment portion 17. The foregoing coupling arrangement of these drawer portions 18, 20, 50, and 56, may be achieved by the use of pins or other known mechanical or material type of fastener strategies.

The base assembly or pivot member 46 includes a lower portion 19 having a flat surface 181 which is coupled upon and onto the front face portion 50, beneath the run 51, and which is longitudinally coextensive to the front face portion 50. The base assembly or a pivot member 46 also includes an integrally formed and generally rounded portion 60 which, when the surface 181 of the portion 19 is attached to front surface 1 of face 50, extends from the front face 50 in the direction 55. The coupling of the base assembly or pivot member 46 may be done by use of a plurality of screws 71 which traverse both the front face member 50 and the base member or pivot member 46. Both the portion 19 and the portion 60 lie below the run 51 and the member or assembly 46 includes a top flange 3 which sits upon the run 51 when the member or assembly 46 is attached to the face 50.

Each latch 42, 44 includes an elongated body 70 having a slot 72 disposed proximate to a first end 79, and a second opposed end 74 which includes several formed protuberances 76, 78. End 79 of latch member 42 traverses slot 52, while respective end 79 of latch member 44 traverses slot 54. Each end 79 further includes a respective projection portion 81 which orthogonally projects from body 70 toward containment portion 17 when latches 42, 44 respectively traverse slots 52, 54. Portion 81 of latch member 42 is received by the biasing spring 48 which resides upon ledge 90. Respective portion 81 of latch member 44 is received by biasing spring 41 which resides upon a ledge similar to ledge 90. The ledges, such as ledge 90, are coupled to and orthogonally project from opposed ends of back surface 93 of the front member 50.

Respective ends 74 of latch members 42, 44 are received by the lever member 49 and respective and substantially identical pins 120, in one non-limiting embodiment, couple the respective ends 74 to the lever member 49. That is, the pins 120 are received within respective slots 137 formed in each of the members 42, 44. Moreover, That is, lever member 49 has a formed channel 151 which has a shape complimentary to protuberances 76, 78. The term “complimentary” means that channel 151 frictionally and tightly receives these protuberances 76, 78 from respective latches 42, 44 and the channel 151 is linearly coextensive to the face portion 50. The lever member 49 includes a rounded handle portion 159 including a grasping channel 161 which is sized and adapted to selectively receive a human hand. Any motion imparted to member 49 is transferred to member or the latches 42, 44 because the protuberances 76, 78 are received within the channel 151. The member 46 is stationary (as it is coupled to the face 50 by screws 71) and portion 60 functions as a pivoting area, as described below.

In operation, as is shown best perhaps in FIGS. 7 and 8, once the at least one drawer 16 is closed, the biasing springs 41, 48 respectively push the respective slots 72 against pins 11, 15 (which form part of the pin arrangement 7), thereby latching the at least one drawer 16 and reducing the likelihood that the at least one drawer 16 will inadvertently traverse to an open position. The pins 11, 15, residing in respective slots 72, don't allow appreciable movement of at least one drawer 16 in direction 55. When it is desired to move the at least one drawer 16 to the open position, the lever member 49 is moved upwards, in the direction of arrow 110, thereby causing portions 81 to respectively counteract the upward biasing force of springs 41, 48 and causing the pins 11, 15 to be disengaged from the respective slots 72, thereby allowing the at least one drawer 16 to be selectively moved to the open position. It should be appreciated that the lever member 49 pivots upon the pivot member 46, along a longitudinal axis 200 which comprises the longitudinal axis of symmetry of the portion 60, and axis 200 is beneath the run 51 and in front of the face 50. The term, “in front of the face 50”, means away from the containment portion 17. The upward movement (in direction 110) of lever 49 causes ends 79 to move downwards (in direction 203) since latches 42, 44 are each coupled to lever 49. Thus, the pivoting of lever member 49 about axis 200, which is below and in front of the run 51, causes movement of the latch members 42, 44 and the movement of the latch members 42, 44 is dependent upon the movement of the lever member 49. By allowing the lever member 49 to pivot beneath and in front of the run 51, Applicant has found that pivoting may be easily accomplished by a user of container 10. When the at least one drawer 16 is closed, springs 41, 48 automatically (without user intervention) latch the at least one drawer 16 by forcing the respective slots 72 to receive respective pins 11, 15, thereby preventing the at least one drawers 16 from inadvertently opening.

In a second non-limiting embodiment, as best shown in FIGS. 10 and 11, a plurality of screws 400 may indeed traverse the face 50 but have their respective head 402 reside on the front surface 1 (opposite to back surface 93). The member 46, in this second non-limiting embodiment, includes a channel 406 (which is longitudinally co-extensive to portion 60) and which is adapted to frictionally receive these heads 402. The frictional reception of heads 402, within the channel 406, fixes the member 46 upon the front surface 1 of face 50. Nuts 403 may be used to selectively secure the screws 400 to the back surface 93 of the drawer 16. All other previously described aspects of the latch assembly 40 remain the same. This second embodiment obviates the need for holes to be created into and through the member 46, thereby reducing cost while still allowing the member 46 to be fixed to face 50.

In a third non-limiting embodiment of the invention, as best shown in FIG. 12, a drawer latch assembly 699 is provided and includes a lever or handle member 701 which replaces member 49 and may be substantially identical in shape to member 49 but which is substantially shorter then member 49. Further, member 703 replaces member 46 but is substantially shorter than member 46 and has a substantially flat back face 705 and a rounded front face 706 which has a shape which is complementary to the formed channel or groove 710 which is formed in the member 701.

When assembled, the face 705 is attached to the face 50 below the run 51 but is not longitudinally co-extensive to the run 51 or face 50. Rather, the back face 705 may be attached, by adhesive, bolts, screws, or any other conventional technique to any portion of the face 50 (e.g., a small portion of the overall face), as long as such attachment occurs beneath the run 51. The groove 702 receives the rounded face 706 and pivots about the received rounded face 706. The member 703 is not longitudinally co-extensive to (is shorter than) the run 51 and the face 50. In one alternate embodiment, no additional lever members are utilized and the drawer 16 is selectively moved only by use of the attached members 701 and 703.

In another non-limiting embodiment, member 701 is attached to at least one of the latch members 42, 44, and at least one of the latch members 42, 44 is coupled to a ledge 90 in the same manner previously described and functions in the same manner previously described by use of at least one pin 11 and/or 15, and at least one spring 41 and/or 48. Other lever shapes and arrangements may be utilized.

Referring now to FIGS. 13-23, there is shown a quick release drawer pull assembly 900 which is made in accordance with the teachings of yet another non-limiting and alternate embodiment of the invention, in combination with a drawer 902.

The assembly 900 includes a handle 904 having a longitudinal a groove 905 having a general “C”-shaped cross sectional area and which is longitudinally bounded by opposed lips 917, 919, and a rounded grasping portion 906 which is positioned opposite of the groove 905 and which forms a grasping groove 899. In one non-limiting embodiment, the groove 905 and the grasping portion 906 are in a mutual and longitudinal relationship and are each longitudinally coextensive with the body 907 of the handle 904. It should be appreciated that the grasping groove 901 is adapted to receive one or more fingers, effective to allow the handle 904 to be selective moved in a manner which will be hereafter discussed and described. Further, as shown, a second groove 901 is formed in the body 907 and lies below and is in a longitudinal coextensive relationship with the groove 905. The term “below”, in this context, means that groove 901 is farther away from lip 917 than is groove 905.

The assembly 900 further includes at least one member 909 which includes a first flat face portion 910 and an opposed rounded face portion 912 which has a shape and a size which is complementary to the shape and size of the groove 905. The term “complementary” means, in this context, means that the rounded face portion 912 is adapted to selectively and frictionally be placed within the groove 905 and thereby allow the handle 904 to selectively pivot about the member 909 (e.g., about the received face portion 912).

The at least one member 909 further includes a groove 921 which is positioned within the rounded face portion 912, and the rounded face portion 912 also includes a pair of opposed grooves 927,933, each having substantially similar “L” shaped cross sectional areas. Finally, the member 909 further includes opposed and substantially identical grooves 913, 914 each of which have respective longitudinal axes of symmetry 925, 929 which are in a mutual parallel relationship and which are both parallel to the flat face 910. Groove 914 lies above groove 913 and, in this context, the term “above” means that the groove 914 is farther from the groove 927,933 than is the groove 913.

The assembly 900 further includes at least one flexible hairpin clip 940 having a pair of substantially identical arms 941, 942 which are integrally joined at a respective end, at least one set screw 943, a spring 944 having a pair of integrally coupled arms 945, 947, and a lever member 946. Particularly, the lever member 946 includes a generally “L” shaped body 948 which forms a generally hooked portion 950 and a generally rounded protruding portion 952.

At least one opening 960 is made in the front portion of the drawer 902 and the generally flat face 910 is placed through the opening 960 in the direction 961. In this manner, the generally rounded end 912 protrudes from the drawer front face 961 and is received within the groove 905 and the lip 919 is made to be received within the groove 921. The groove 927 abuts the front drawer face 1000, the respective ends 941, 942 of the clip 940 are respectively received within the grooves 913, 914, and the groove 933 fits within and abuts the groove 901. Further, in when operatively assembled, the hollow body 980 of the spring 944 receives the protruding portion 952 and its opposed and flexible ends 945, 947 are made to respectively reside upon the flat face portion 910 and the body 948, thereby preventing the at least one member 909 and the lever member 946 from being disengaged. The set screw 943 pivotally attaches the lever member 946 to the back surface 990 of the drawer 902.

In operation, when the drawer 902 is closed, the spring 944 biases the lever member 946 to lock the drawer by forcing the hooked portion 950 upwards (in the direction 997), thereby engaging the drawer lip 992. When it is desired to unlock and open the drawer (i.e., to selectively move the drawer 902 in the direction 1007), then the handle 904 is moved or rotated downwardly (i.e., in the direction 998) and such selective motion causes the motion to be imparted to the at least one member 909, effective to move the at least one member 909 in a clockwise manner and such imparted movement causes the lever member 946 to pivot downwardly (i.e., in the direction 998), thereby allowing the hooked portion 950 of the lever member 946 to become disengaged from the lip 992. It should be appreciated that the handle 904 may be longitudinally coextensive to the front drawer face 1000 or, in an alternate embodiment; the handle 904 may have a length which is substantially less than the length of the drawer face 1000. Further, in alternate embodiments of the invention, a plurality of substantially identical members 909 (and associated and respective clips 940, springs 944, set screws 943, and lever members 946) may be utilized, or alternatively only one member 909 and a single and associated clip 940, spring 944, set screw 942, and lever member 946 may be used. It should also be appreciated that the opening 960 may be placed substantially anywhere within the drawer face 990.

Referring now to FIGS. 24-30, there is shown a drawer latch pull assembly 1300 which is made in accordance with the teachings of another non-limiting alternate embodiment of the invention,

Assembly 1300 includes a grasping or handle member 1302 which includes a curved front portion 1304 and a generally “c”-shaped grasping groove 1305 which is longitudinally co-extensive to the front portion 1304. The grasping groove 1305 is adapted to be selectively engaged by the fingers of a user and thereafter selectively articulated in order to allow force and/or movement to be transferred to other portions of the assembly 1300 in any manner to be discussed. Handle member 1302 may serve the same general purpose as handle members 701 and/or 904.

Assembly 1300 includes also at least one (or more) members 1315 which may be substantially identical to member 909 (see, for example, FIGS. 13 and 14) having a curved and outwardly protruding portion 1317 which is made to selectively protrude through one of the openings 960 which are created through the face or front of the drawer front surface of the drawer 902, or another type or shape of drawer. Assembly 1300 further includes one (or more) second members 1400 having a rounded front portion 1440 which selectively and movably but frictionally resides within the grove portion 1305. Each second member 1400 further includes a back grooved portion 1452 which selectively and movably receives portion 1317 of a member 1315, and a lever portion 1460 which extends from the back groove 1452 in a direction 1480 away from the rounded front portion 1440. The lever portion 1460 abuts to or is in close proximity to the curved portion 1317 of the member 1315 when the member 1317 is received with the groove 1452. The lever portion 1460, in this non-limiting embodiment, provides the same functionality as did the lever portion or member 946.

Assembly 1300 further includes at least one spring 1600 having a first curved leg 1602 which selectively resides with groove 1603 which is formed within the second member 1400, and a second a leg 1604 which frictionally engages one of the flat side surfaces 1303 of the first member 1315 which selectively abuts or is in close proximity to the member 1400 whose groove 1603 the first leg 1602 resides within. Further assembly 1300 includes at least one generally flexible clip 1700 having a first leg 1703 which resides within groove 1800 of the member 1400 which received leg 1602, and first leg 1703 also resides within, groove 1802 of the member 1315 which abuts or is in close proximity to the member 1400. The clip 1700 has a secondary leg 1705 which resides within the groove 1809 of the member 1315 which is engaged by the second leg 1604.

The spring 1600 normally biases the second member 1400 and the first member 1315 so as to align them (e.g., the bottom surface 1900 of lever portion 1460 is substantially horizontal or parallel to the surface 1907 of the handle 1302), and the drawer latch assembly 1300 is in a selectively closed position since the hook portion 1910 of the lever portion 1460 engages a drawer, such as drawer 902 (e.g., the hook portion 1910 biasingly engages the drawer lip 992). In this manner, the drawer, such as drawer 902 is closed.

To selectively move the drawer latch assembly 1300 from its initial closed position to an open position, the handle member 1302 is selectively rotated in the direction 1940 so as to counteract the biasing force of the spring 1600 and move the hook portion 1910 in the direction 1960 away from the drawer lip (such as drawer lip 992), thereby allowing the drawer, such as the drawer 902, to be selectively opened.

It is to be understood that the inventions are not limited to the exact construction or methodology described above, but that various changes and modifications may be made without departing from the spirit and scope of the inventions as they are described in the following claims.

Claims

1. A drawer latch assembly which may be selectively moved from a first closed position to be a second open position and for use with a drawer having a face, said drawer latch assembly comprising a handle having a curved grasping portion and an opposed groove; a first member having a curved portion which protrudes through said face; a second member having a rounded front portion which selectively and movably resides within said opposed groove of said handle, a back portion having a back groove which movably receives said curved portion of said first member, and a lever portion which extends from said back groove in a direction away from said rounded front portion and which abuts said curved portion of said first member when said curved portion of said first member is selectively received within said back groove; a clip which is selectively and removably coupled to said first and second members; and a spring which couples said first member to said second member, effective to biasingly align said second member with said first member while allowing selective movement of said second member with respect to said first member during which said drawer latch assembly is selectively moved from said first closed position to said second open position.