CN2155992Y - Tool cabinet - Google Patents

Abstract

A tool cabinet for easy access to tools, comprising: the back plate is provided with a plurality of protruding surfaces, the back plate is provided with a plurality of sliding grooves, and the first sliding groove is provided with a section of embedded buckle sheet with a smaller thickness; in addition, the two sides of the back plate form insertion strips with the thickness equivalent to the width of the first sliding grooves on the side plates; the tool cabinet is further provided with a hanging plate, two sides of the hanging plate form a leaning rail with the thickness matched with the width of the second sliding groove on the side plate from top to bottom, and the front side of the hanging plate forms a tool accommodating space.

Description

The utility model relates to a tool cabinet, in particular to a tool cabinet with better tool pick-and-place functions.

The general toolbox has been gradually developed to be formed by simply nailing wooden boards or bending and consolidating iron sheets, and has been replaced by hollow molding of plastic extrusion that is easy to mass-produce and is light in weight and beautiful in appearance. The earlier tools of this type Most of the boxes are made of multi-sided hollow-molded box lids for folding space changes, in order to obtain more tool placement space and ease of carrying. However, due to the limited thickness of each box cover and for the convenience of carrying, the placed Most of the tools placed are flat, short, and thin; the recent toolboxes of this type take into account the user's needs for placing tools with different volumes and shapes, and thus the traditional tools Tool cabinets are derived from the tool cabinets that have wheels and can be moved. For example, in the past tool cabinets, generally except that the wheels are provided at the bottom for labor-saving shifting, it is nothing more than using the back board, side boards, two door boards, base, and the top cover to form a cabinet-like body, in which the space for placing smaller tools is separated by partitions, and the drawers are used to accommodate larger tools; this kind of tool cabinet certainly provides an ideal tool storage space , but because multiple knobs and bolts must be used for the combination of two components in the structure, it is quite inconvenient to assemble, especially for the general hollow-formed board, the thickness of each plastic board is only about 1 to 2 mm. It is really difficult to lock the screw teeth on the knob bolt tightly and firmly. When the tools are placed for a long time, they will be loose and damaged; on the other hand, commonly used tools, such as saws, are best placed The way to put it is to hang it to prevent the saw teeth from breaking due to collision. Therefore, the actual finished product of this kind of tool cabinet on the market shortens the length of the drawer, and provides a space between the rear end of the drawer and the back panel, so that it can be placed on the back. Tools such as saws can be hung on the inner side of the board. However, although such tools can be hung, it is quite inconvenient to access, because the drawer blocking the tools must be pulled out before they can be used. If the door is closed at this time, then The door panel had to be opened, so it was quite inconvenient.

The main purpose of the utility model is to provide a tool cabinet, so that the hanging tools have a better pick-and-place function.

Another object of the present invention is to provide a tool cabinet with a more stable combination.

The purpose of this utility model is to reach in the following manner: a kind of tool cabinet, it comprises:

The base is provided with wheels below it, and a tool placement space is formed inside; a side plate is combined on both sides of the base, and at least two protruding surfaces are formed on the inner side of the two side plates. A recessed groove is formed between the protruding surfaces, and a back plate is combined behind the base, a door cover is pivotally arranged in front of the two side plates, and a working In addition, the tool cabinet is provided with a partition and a drawer, the thickness of the partition matches the width of the groove on the side plate, the drawer forms a storage space, and a thickness Corresponding to the edge of the inner groove of the side plate, and the front end is provided with a front edge for pulling;

It is characterized in that: the rear end of the side plate is formed with two first and second chute extending from top to bottom and separated from the front and rear, and above the first chute is formed a section of thinner chute. In addition, the two sides of the backboard are respectively formed with moldings embedded in the first chute on the aforementioned side board; the tool cabinet is also provided with a suspension board, and its two sides are respectively formed with The leaning rail is embedded in the second slide groove on the side plate, and a concave tool accommodating space is formed at the front side thereof.

The purpose of this utility model can also be achieved in the following manner: the tool cabinet is characterized in that: the two sides of the periphery of the base are respectively provided with protruding ribs protruding outwards, and the bottom of the side plate is provided with a protruding rib that is connected to the base. Fitting sockets.

The tool cabinet described above is characterized in that: the front ends of the two side plates are respectively provided with a bolt section, and the upper and lower ends of the bolt section are respectively provided with corresponding concave bolt grooves and one side has an embedded opening; and each One side of the door cover is respectively provided with a pivot seat, and each pivot seat is respectively provided with a protruding pivot at the upper and lower ends. The shaft is clamped in the bolt slot in the bolt section.

The above-mentioned tool cabinet is characterized in that: the upper front ends of the two side panels are each provided with a buckle bent backwards, and the upper end of the back panel is protrudingly provided with a long strip, and the upper part is slightly bent forward. The buckle bar; and the work plate has a buckle groove corresponding to the buckle hook on the top of the side plate at the front end, and has a strip shape at its rear end, and cooperates with the buckle groove of the buckle bar on the back plate.

The above-mentioned tool cabinet is characterized in that: each side plate is provided with an embedded buckle above the first chute, and the upper end of the molding strip on both sides of the back plate is respectively provided with a piece from inside to outside. The clasp is bent, and the distance between the clasp and the fillet is to match the thickness of the clasp on the side plate.

The tool cabinet is characterized in that: a seat is provided in the center of the inner side of the backboard, and an arc hole is opened on it; and an arc-shaped concave cavity is formed in the center at the rear end of the drawer, and the side of the cavity is hollowed out. And a buckle groove is provided upward from the bottom; in addition, there is a lock, which includes a rod-shaped lock rod, and a rod head with a swing rod radially arranged horizontally, and the rod head is bolted on the lock rod, and the lower end of the lock rod A groove is formed, the ring width of which corresponds to the arc hole of the seat on the back plate. On the side, according to the number of drawers, there is a buckle bar horizontally, and a hook is provided at the end of the buckle bar; The recess corresponding to the groove at the lower end of the locking rod; in addition, a bolt ear is arranged above the suspension plate, and there is an upward protruding locking step on both sides of the bolt ear.

The tool cabinet is characterized in that: the rear side of the backboard is provided with a convex body, and the two sides below the space for placing tools on the suspension board are respectively provided with recesses matching the convex body on the rear side of the backboard, and the rear side of the space is There is a concave buckle groove on both sides respectively, and a buckle piece is respectively arranged on the groove end of the concave buckle groove.

The tool cabinet is characterized in that: a cover is pivotally provided on the outer sides of the two side panels, and a space for placing tools is opened in the cover.

With the above structure, the back plate is inserted into the corresponding first sliding groove of the two side plates from top to bottom by using the molding strips on both sides, and the suspension plate is inserted in the second sliding groove of the two side plates by using the two side rails. In the overall tool cabinet, there is no need to shorten the length of the drawer, so that the hanging tools can be accessed conveniently.

Tool cabinet of the present utility model is described in detail below by preferred embodiment and accompanying drawing, in the accompanying drawing:

Fig. 1 is a three-dimensional exploded view of a tool cabinet in a preferred embodiment of the present invention.

Fig. 2 is a schematic diagram of the pivoting state of the door cover of the tool cabinet according to the preferred embodiment of the present invention.

Fig. 3 is a combined schematic view of the tool cabinet in a preferred embodiment of the present invention.

Fig. 4 is a schematic diagram of the buckle of the suspension plate of the tool cabinet according to the preferred embodiment of the present invention.

Fig. 5 is a schematic diagram of a tool cabinet in another preferred embodiment of the present invention.

Please refer to Fig. 1, the tool cabinet of the present utility model includes: a base 1 with four wheels 11 below (only three wheels 11 are shown in Fig. 1 ), and a tool placement space 12 is formed inside it. The two sides of the periphery are respectively provided with protruding ribs 13 protruding outwards, and the rear side of the periphery is provided with slots 14 upwards.

The two side plates 2 are roughly in the shape of a trapezoid with a wide bottom and a narrow top. Five protruding surfaces 21 are formed on the inner side, and recessed grooves 22 are formed between two protruding surfaces 21; There is a bolt section 23, and a strip-shaped convex rib 231 is protrudingly provided at the bolt section 23, and a corresponding concave bolt groove 233 with an insertion opening 232 on one side is respectively opened at the upper and lower ends of the bolt section 23 (here Please refer to Fig. 2 for the detailed structure), a block 234 is provided at the insertion opening 232 of each bolt groove; , the slot 25 matched with the rib 13 on the base 1; the rear end of the side plate 2 is formed with two first and second slide grooves 26, 27 extending from top to bottom and separated from the front and back, and the first Above the slide groove 26 is formed a section of interlocking piece 261 with a relatively thin thickness.

The backboard 3 has moldings 31 whose thickness is equivalent to the width of the first chute 26 on the side board 2, and buckles bent from the inside to the two outer sides are provided at the upper ends of the two moldings 31. The hook 32, the distance between the clasp 32 and the molding 31 just matches the thickness of the buckle 261 on the side plate 2; the upper end of the back board 3 is provided with a strip-like buckle strip with a slightly forward bend at the top 33; a seat 35 is provided near the center of the inner side of the backboard 3, and an arc hole 34 is provided in it; a clip bar 36 is protruded downward under the backboard 3; a certain distance is provided at an appropriate height on the rear side of the backboard 3. Two convex bodies 37.

Two door covers 4, one side of each door cover 4 is provided with a pivot seat 41, each pivot seat 41 is respectively provided with a protruding pivot 42 at the upper and lower ends, and the length of the pivot seat 41 corresponds to The width of the bolt section 23 on the side panels 2, and the pivot 42 can just squeeze into the insertion opening 232 blocked by the stopper 234 under pressure (please refer to Fig. 2 for details), and enter the bolt groove 233 A pivoted state is formed; and the height of the door cover 4 is lower than that of the side plate 2 .

The working disk 5 is provided with a handle 51 on both sides, and has a buckle groove 52 on both sides of its front end. At the same time, there is a lock hole 53 at the rear of the working disk 5 and a long strip at the rear end, and the width Corresponding to the buckle groove 54 of the length of the embedded buckle strip 33 on the back plate 3; (the buckle groove 52 and the buckle groove 54 are all provided with a section of lower steps with a lower thickness for hooking, but because of the angle of view, it is shown in the figure Can not see, because it is not the key point of the utility model, so no special instructions are made).

Two drawers 6, in each drawer 6, form the storage space 61 of suitable interval, and each drawer 6 two side edge places respectively form a sideboard 62 of thickness corresponding side plate 2 inboard embedding groove 22; Drawer 6 front end is provided with The front edge 63 is pulled, and the rear end is concaved in an arc shape at the center to form a void 64, and the side of the void 64 is provided with a buckle groove 65 (not shown in the figure) upward from the bottom.

The lock 7 comprises a lock bar 73 with a rod-shaped body, and a bar head 72 with a swing bar 71 arranged horizontally in the radial direction. The width of the ring roughly corresponds to the thickness of the arc hole 34 of the seat 35 on the backboard 3, and on the side of the locking bar 73, a buckle bar 76 with a hook 75 is arranged at the end according to the number of drawers 6.

Suspension plate 8, its both sides are formed with the leaning rail 81 of the width of the second chute 27 on the thickness matching side plate 2 from top to bottom, and the front side has a part to form the tool accommodating space 82 of recessed setting simultaneously (can be on it hole, so that the fastener is used as the suspension of the tool), the two sides below the tool accommodation space 82 respectively cooperate with the convex body 37 on the rear of the backboard 3, and are provided with recesses 83, and the two sides of the tool accommodation space 82 rear are respectively There is a concave buckle groove 84, and a buckle piece 85 is connected at the groove end of the concave buckle groove 84; a bolt ear 86 is arranged on the top of the suspension plate 8, and an upward protruding locking step 87 is formed on both sides of the bolt ear 86. .

The partition plate 9 has a thickness matching the thickness of the embedding groove 22 on the side plate 2, and a recess 91 is arranged at its rear end.

When the components are combined, the side plates 2 are tightly fastened with the ribs 13 on both sides of the base 1 provided with wheels 11 below using the embedding grooves 25 below and the ribs 13 on the bottom (the ribs 13 and the embedding grooves 25 are matched with each other). Embedding relationship of inverted cone, this is a general embedding technology, so no special description is given), and then the back plate 3 is inserted into the first chute of the two side plates 2 from top to bottom using the fillets 31 on both sides 26, and insert the clip strip 36 below into the slot 14 on the rear side edge of the base 1, and then make the working disk 5 use the buckle grooves 52 on both sides of the front end to be embedded in the buckle 24 on the front end above the two side plates 2 , and press down the working disc 5 so that the buckle groove 54 on the rear side of the working disc 5 is fixed by the buckling strip 33 on the top of the back plate 3, and the frame-like tapered shape of the whole tool cabinet is roughly formed at this moment; then lock 7 Slightly pass through the lock hole 53 on the working disk 5 with the upper end of the lock bar 73, then place the annular groove 74 below the lock bar 73 against the recess 34 of the seat 35 of the back plate 3, and insert the partition plate 9 Inserted on the two side plates 2 (as shown in Fig. 1 at the groove 22), the recess 91 provided on the rear side of the partition 9 just corresponds to the recess 34 of the seat 35 of the back plate 3, and the lock The rod 73 is clamped and fixed; then the upper rod head 72 of the lockset 7 and the locking rod 73 are bolted on the top of the working disk 5 .

Then, the drawer 6 can be inserted into the corresponding grooves 22 of the side panels 2 one by one by using the sidewalls 62 on both sides. At this time, the locking bar 73 can just be covered by the vacancy 64 on the rear side of the drawer 6, and the buckle bar 76 The hook 75 on the top is just below the buckle groove 65 next to the void 64; at this time, the two door covers 4 can be inserted into the bolts in the bolt section 23 of the upper bolt section 23 of the side plate 2 with the pivot shafts 42 at both ends of the pivot seat 41 respectively. In the slot 233, to obtain the bolt setting position, at this time, because the height of the side plate 2 is higher than the door cover 4, the drawer 6 is not blocked, and the drawer can be opened without opening the door cover 4; The suspension board 8 is inserted and slid into the second sliding groove 27 of the side board 2 with the rails 81 on both sides, so as to obtain an integral combination.

The combined tool cabinet is shown in Figure 3. If the drawer 6 is to be locked, the swing bar 71 of the top bar head 72 of the lockset 7 can be rotated. The bolt ear 86 on the top of the board 8 gradually rises next to the protruding lock step 87, thereby making the lock bar 73 and the upper buckle bar 76 under the lockset 7 lifted up, and the hook 75 is buckled against the buckle groove 65 below the drawer 6, which will cause The drawer 6 cannot be pulled out to obtain the locking effect.

When wanting to use the tools in the suspension plate 8, the suspension plate 8 can be pulled out directly until the recess 83 on it is locked with the convex body 37 on the back plate 3 (please refer to Fig. 4 for cooperation), so that Suspension plate 8 is pulled out to a certain height. At this time, buckle pieces 85 on both sides of the rear of suspension plate 8 can be used to buckle corresponding concave buckle grooves 84, so that the embedding effect of recess 83 and convex body 37 is better.

Can find that the effect of the present utility model is by above structure:

1. The backboard 3 on the tool cabinet does not need to bear the hanging of the tools, so the drawer 6 does not need to be reduced in length, and the tool placement space in the drawer 6 can be increased relatively, thereby increasing the practicality.

2, the suspension plate 8 is completely independent, and can be easily extracted and positioned, so it is quite convenient when the tools therein are taken, and there is no need to deliberately open the door cover 4, nor to draw out the drawer 6.

3. The drawer 6 is not covered by the door cover 4, so it is quite convenient to extract; and even so, the drawer cannot be locked because it is not covered by the door cover 4, and the lock 7 can also be used to achieve the locking effect .

4. Although the working tray 5 is the upper cover of the overall cabinet frame, it does not need to be turned over to access the tools in the cabinet. Instead, it forms a tray seat that can be used for tool placement, increasing the overall use benefit.

5. The combination of the overall components is completely based on the special mating structure of the periphery of each component, so additional components such as knobs and bolts in the past are omitted. In addition to increasing the convenience of assembly and reducing the cost of production, relatively Make the overall combination structure quite stable and solid.

See also shown in Fig. 5, the tool cabinet of another preferred embodiment of the present utility model, the part shown in its dot-dash line is two covers, and it can respectively utilize an inner cover outside the two side panels of the overall tool cabinet. The cover with a storage space (multiple holes can be provided in this space to match the hook for hanging tools) is pivotally arranged on the side plate to provide more storage space for tools. (Of course, one side of the cover body is pivoted on the side plate, and the other side can be buckled on the side plate. Since this pivoting and buckling method is a common method, it will not be described in detail ).

To sum up, the tool cabinet of the present invention not only has more practical functions, but also is easier to assemble and can save production costs.

Claims (8)

1. A tool cabinet comprising: The base is provided with wheels below it, and a tool placement space is formed inside; a side plate is combined on both sides of the base, and at least two protruding surfaces are formed on the inner side of the two side plates. A recessed groove is formed between the protruding surfaces, and a back plate is combined behind the base, a door cover is pivotally arranged in front of the two side plates, and a working In addition, the tool cabinet is provided with a partition and a drawer, the thickness of the partition matches the width of the groove on the side plate, the drawer forms a storage space, and a thickness Corresponding to the edge of the inner groove of the side plate, and the front end is provided with a front edge for pulling; It is characterized in that: the rear end of the side plate is formed with two first and second chute extending from top to bottom and separated from the front and rear, and above the first chute is formed a section of thinner chute. In addition, the two sides of the backboard are respectively formed with moldings embedded in the first chute on the aforementioned side board; the tool cabinet is also provided with a suspension board, and its two sides are respectively formed with The leaning rail is embedded in the second slide groove on the side plate, and a concave tool accommodating space is formed at the front side thereof. 2. The tool cabinet according to claim 1, characterized in that: protruding ribs are provided on both sides of the peripheral edge of the base, and the bottom of the side plate is provided with a slot matching the ribs on the base. 3. The tool cabinet according to claim 1, characterized in that: the front ends of the two side plates are respectively provided with a bolt section, and the upper and lower ends of the bolt section are respectively provided with corresponding inner recesses and one side is provided with an embedded opening. A bolt groove; and one side of each door cover is respectively provided with a pivot seat, and each pivot seat is respectively provided with a protruding pivot at the upper and lower ends, and the length of the pivot seat is corresponding to that on the two side plates. Width of the bolt section, the pivot is fixed in the bolt groove of the bolt section. 4. The tool cabinet according to claim 1, characterized in that: each of the upper front ends of the two side panels is provided with a buckle bent backward, and the upper end of the back panel is protrudingly provided with a long strip, and the upper The buckle strips are slightly bent forward; the front end of the work plate has a groove corresponding to the buckle hook on the upper side plate, and a long strip is opened at the rear end, which matches the buckle of the buckle strip on the back plate. groove. 5. The tool cabinet according to claim 1, characterized in that: each of the two side panels is provided with a snap-in piece above the first chute, and the upper ends of the molding strips on both sides of the backboard are provided with respectively The clasp is bent from the inside to the outside, and the distance between the clasp and the fillet is matched with the thickness of the clasp on the side plate. 6. The tool cabinet according to claim 1, characterized in that: there is a seat at the center of the inner side of the backboard, and an arc hole is opened on it; and an arc-shaped recess is formed at the center of the rear end of the drawer. Empty, the side is vacant and a buckle groove is provided from the bottom; in addition, there is a lock, which includes a rod-shaped lock rod, and a rod head with a swing rod in the radial direction, and the rod head is bolted to the lock. On the rod, a groove is formed at the lower end of the locking rod, the ring width of which corresponds to the arc hole of the seat on the back plate, and the buckle rod is arranged horizontally according to the number of drawers on the side, and a hook is provided at the end of the buckle rod; The rear end of the partition is provided with a recess corresponding to the groove at the lower end of the lock bar; in addition, a bolt ear is arranged above the suspension plate, and there is an upward protruding locking step on both sides of the bolt ear. 7. The tool cabinet according to claim 1, characterized in that: the rear side of the backboard is provided with a convex body, and the two sides of the hanging board below the space for placing tools are respectively provided with protrusions on the rear side of the backboard. Recess, and space rear both sides then respectively have a concave buckle groove, respectively be provided with a buckle piece at the groove end of concave buckle groove. 8. According to claim 1, the tool cabinet is characterized in that: a cover is pivotally provided on the outer sides of the two side panels, and a space for placing tools is opened in the cover.

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