CN203495922U - Storage box for electric tool and electric tool kit - Google Patents

Abstract

The utility model provides a storage box for an electric tool and an electric tool kit. The storage box for the electric tool comprises a first half shell and a second half shell, wherein an inner space formed by assembling the first half shell and the second half shell is suitable for storing the electric tool. The storage box for the electric tool is characterized in that the first half shell comprises a first edge, the second half shell comprises a second edge, the first edge and the second edge are overlapped to form a whole, and a foldable guide groove is formed on the first edge and the second edge. The storage box is manufactured by utilizing a light material such as a paper plate, and a box cover is opened and closed by eliminating a hinge device which is made of metal but utilizing the bendable characteristic of the paper plate, so that the weight of the storage box is greatly reduced, and the storage box is convenient to carry.

Description

Receiver and electric tool external member for electric tool

Technical field

The utility model relates to for taking in the electric tool receiver of the electric tool of electric drill etc.

Background technology

Hand-held electric tool for example electric drill, electric hammer, angle grinding machine, electric pick, heat gun etc. is not only widely used in manufacturing field, also appears at more and more in for example house fitting-up of nonproductive sphere, small building engineering etc.In order to facilitate user to carry electric tool in process in action, the containing box that electric tool is used can attach when consumer buys electric tool in manufacturer conventionally.Yet general such containing box adopts duroplasts to make, and in casing junction, use mode such as metal hinge etc. to make the lid of containing box can be with respect to casing folding to facilitate user's electric tool of taking.Yet the significant problem of this traditional containing box is that volume is excessive, and owing to using different metal parts and as the duroplasts of tank material, causing containing box weight ratio heavier, increased the burden of user in moving process.

Utility model content

Therefore, embodiment of the present utility model provides a kind of new electric tool receiver, and the electric tool external member that comprises this receiver and electric tool itself.

Of the present utility model aspect first, a kind of electric tool receiver is provided, comprise the first half shells and the second half shells, this the first half shell and the second half shells inner space forming that combines is suitable for holding electric tool, this electric tool is characterised in that with receiver this first half shell comprises the first edge, this the second half shell comprises the second edge, this first edge and the second coincident and be an integral body, and be formed with folding guide indenture at this first edge and the second porch place.

Preferably, electric tool comprises the outstanding sidewall in Ji Cong bottom surface, bottom surface with the first half shells of receiver, and it is one close-shaped that this sidewall forms, and described the first edge is positioned on this sidewall; The height of described sidewall is equal to or greater than the size of described electric tool in a dimension.

More preferably, on described sidewall, also comprise the 3rd edge that is different from described the first edge; On described the second half shells, also comprise the 4th edge that is different from described the second edge; The 3rd edge and the 4th edge are suitable for interconnecting separably by jockey.

In one embodiment, electric tool is slide fastener with the described jockey of receiver.

Preferably, on the described bottom surface of electric tool with the first half shells of receiver, be also formed with at least one for limiting the bossing of described electric tool position in described inner space.

More preferably, the second projection that is also formed with the first projection on the bottom surface of described the first half shells and opens with the first bulge clearance, limits the accommodation section of one of them part that is suitable for holding electric tool between this first projection and the second projection.

In another embodiment, electric tool comprises the first bottom surface with the first half shells of receiver, and the second half shells comprise the second bottom surface, fits mutually in described the first bottom surface and the second bottom surface when described the first half shells and the second half shell combinations.

Preferably, electric tool comprises the depression of first in this first bottom surface vertical direction with wherein first bottom surface of receiver, described the second bottom surface comprises the depression of second in this first bottom surface vertical direction, and described the first depression and the second recess groups form described inner space altogether.

In addition, electric tool can be formed with fastening lug boss with receiver in one of them of the first bottom surface and the second bottom surface, in the wherein another one of the first bottom surface and the second bottom surface, be formed with fastening depressed part, thereby described fastening lug boss and fastening depressed part cooperatively interact locking are provided when fit mutually in the first bottom surface and the second bottom surface.

According to a kind of embodiment of the present utility model, electric tool is pulp based paper with the material of receiver.

Or electric tool is fiberboard with the material of the first half shells of receiver, the material of the second half shells is pulp based paper.

Or electric tool is corrugated paper with the material of receiver.

Or electric tool is transparent PVC with the material of receiver.

According to a kind of embodiment of the present utility model, the irregular quadrilateral with a hypotenuse that is shaped as of the first half shells of receiver and the second half shells for electric tool.

Of the present utility model aspect another, a kind of electric tool external member is disclosed, electric tool and electric tool receiver have been comprised, this electric tool receiver comprises the first half shells and the second half shells, this the first half shell and the second half shells inner space forming that combines is suitable for holding described electric tool, wherein this electric tool is characterised in that with receiver this first half shell comprises the first edge, this the second half shell comprises the second edge, this first edge and the second coincident and be an integral body, and be formed with folding guide indenture at this first edge and the second porch place.

Because electric tool in the utility model has adopted light-weighted material with receiver, such as pulp board etc., its overall weight is alleviated greatly, particularly compares with traditional hard plastic material.And, at the case lid of containing box and the connecting portion between casing owing to being to be formed by a monoblock pulp board, and be aided with folding guide indenture to facilitate user to carry out complications, therefore do not need to re-use traditional metal hinge, further alleviated manufacturing cost and manufacture difficulty that weight has also reduced whole receiver.Therefore, no matter the receiver in the utility model is weight, manufactures difficulty or cost, for traditional duroplasts receiver, is all significantly improved.

In addition, owing to having used the cassette shapes design of laminating electric tool profile, therefore reduced unnecessary receiver part, generally speaking alleviated the weight and volume of receiver, user has been carried convenient.

Accompanying drawing explanation

Remaining part and accompanying drawing with reference to this description can be done further to understand to performance of the present utility model and advantage; In these accompanying drawings, the label of same assembly is identical.In some cases, sub-mark be placed in certain label to after hyphen to represent one of them of many similar assemblies.When mentioning certain label but while not writing some existing sub-marks exactly especially, just refer to all these similar assemblies.

In Fig. 1 a, illustrated according to receiver front view and top, the end, left and right view for the electric tool of an embodiment of the present utility model.

Fig. 1 b is the rearview that in Fig. 1 a, electric tool is used receiver.

In Fig. 2, illustrated in Fig. 1 a electric tool with receiver the three-dimensional diagram after the lid that closes.

In Fig. 3, illustrated in Fig. 1 a electric tool with receiver the three-dimensional diagram after opening the lid.

In Fig. 4, illustrated according to receiver front view and top, the end, left and right view for the electric tool of another embodiment of the present utility model.

In Fig. 5, illustrated in Fig. 4 electric tool with receiver the view after opening the lid completely.

In Fig. 6, illustrated in Fig. 4 electric tool with receiver the view after opening the lid to a certain degree.

In Fig. 7, illustrated in Fig. 4 electric tool with receiver the view after lid closes completely.

The specific embodiment

Embodiment of the present utility model has been used the material of the receiver that the pulpboard material that is integrally formed uses as electric tool, has not only alleviated weight, and has reduced manufacturing cost.From following narration, can learn easily other different benefit and the advantage that each embodiment of the present utility model provides.

Referring to Fig. 1 a, first embodiment of the present utility model is a receiver 20 for electric tool with handle 22.Front view from Fig. 1 a and top view, bottom view, left view and right view can find out, receiver 20 has the outward appearance that is similar to suitcase.The body shape of receiver 20 is the irregular quadrilateral with a hypotenuse 24.These trapeziform other three limits are respectively 26,28,30, and 26He limit, limit 28 is substantially vertical, 30He limit, limit 26 is substantially vertical, and 28He limit 30, limit is substantially parallel.What in addition, adjacent two junctions in the four edges 24,26,28 and 30 of receiver 20 formed as shown in Figure 1a is fillet.The design of fillet is more prone to receiver 20 when folding, reduces the chance of engagement edge phase mutual friction.In addition, handle 22 is positioned on a wherein side of receiver 20, near limit 30.Shown in Fig. 1 b is the rearview of this receiver 20, wherein on visible bottom surface 33, has lines 32, and this is to cause while being attached to bottom surface 33 by the inner bossing forming of receiver 20, and this will be described in detail below.

Forward now Fig. 2 and Fig. 3 to, wherein show the three-dimensional view of the electric tool use receiver in Fig. 1 a.Shown in Fig. 2 is the situation that receiver closes completely, and Fig. 3 shows, is the state that the lid 34 of receiver is opened, and wherein can see the electric tool 44 being placed in receiver.In this embodiment, lid 34 the second half shells that are otherwise known as, the first half shells and the casing 36 of receiver is otherwise known as.Casing comprises bottom surface recited above (not shown) herein, and from this bottom surface outstanding sidewall 38.The height of sidewall 38 is equal to or greater than the size of described electric tool in a dimension, here the width of electric tool namely.Because the shape of bottom surface is the irregular quadrilateral with a hypotenuse above-mentioned, therefore, sidewall also comprises four sections of continuous surfaces, and it is one close-shaped that these continuous surfaces form altogether.Lid 34 also comprises the lid wall 48 that is positioned at its periphery edge.Casing 36 and lid 34 inner space forming that combines is suitable for holding electric tool 44.

From Fig. 3, can clearly be seen that, sidewall 38 is connected by an edge 35 each other with lid wall 48.Also can say that in fact first edge of sidewall 38 and second edge of lid wall 48 overlap as edge 35, and form as a whole.Visible in Fig. 3 equally, at edge, 35 places are formed with folding guide indenture.Why such structure forms is that to comprise that lid wall 48 is actually a whole block material formed due to sidewall 38 and lid 34, is pulp board in this embodiment.And be also a continuous part of pulp board at 35 places, connection edge of sidewall 38 and lid wall 48, do not disconnect, only at edge, 35 places have formed folding guide indenture by the mode such as pressing.Such folding guide indenture has changed the hardness of the pulpboard material at 35 places, edge, therefore makes user can easily make lid 34 rotate with respect to sidewall 38, thereby realizes the opening and closing of receiver.In addition, alternatively, lid 34 also can be used the material that is different from pulp board to make, for example fiberboard.

In addition, on the lid wall 48 of lid 34, except edge 35, also there is the edge of other parts, be called as the 3rd edge here.Same, on sidewall 38, the edge of the other parts except edge 35 is called as the 4th edge.On the 3rd edge and the 4th edge, slide fastener is housed as jockey, make user after receiver is shut completely can use slide fastener that the 3rd edge and the 4th edge are interconnected separably by slide fastener, thereby make receiver form an integral body, when mobile, the problem that lid 34 is surprisingly opened suddenly can not occur.

In addition, according to being also formed with at least one on the bottom surface of the utility model receiver box body for limiting the bossing of electric tool 44 position in described inner space.As shown in Figure 3, on the bottom surface (not shown) of receiver box body, be also formed with first projection 40 and with first projection 40 isolated the second projections 41.First projection the 40 and second projection 41 is connected on the position of bottom surface and has formed for example lines recited above.Between this first projection 40 and second projection 41, limit the accommodation section that is suitable for holding described one of them part of electric tool.The first projection 40 is identical with the height of sidewall 38 with the height of the second projection 41 or be slightly less than the height of sidewall 38.Electric tool 44 shown in the figure is electric portable drill, in the accommodation section that wherein handle part of electric drill limits between this first projection 40 and second projection 41, and the drill body that comprises drill bit and shell etc. is between a part and first projection the 40 and second projection 41 for sidewall 38.This electric drill also comprises the battery case 46 that is positioned at handle portion bottom, and this battery case 46 is limited between another part and first projection the 40 and second projection 41 of sidewall 38 when electric drill is incorporated in receiver.Due to the existence of first projection the 40 and second projection 41, electric tool 44 can be positioned in the inner space of receiver securely, and can not occur in the unexpected displacement producing in electric tool 44 length directions or short transverse.

In this embodiment, the electric tool 44 of demonstrating is electric portable drill, but for example electric drill, electric hammer, angle grinding machine, electric pick, heat gun etc. also can be placed on electric tool with in containing box to the electric tool that there is no doubt that other type.According to the appearance and size of the electric tool of concrete placement, can adjust the shape of containing box, particularly adjust the length of the hypotenuse 24 in Fig. 1 a and with respect to the angle of other neighboring edge, thereby size and the materials'use amount of containing box integral body can be provided in the electric tool storage area providing as far as possible.

But in addition, in this embodiment, the material of casing is pulp board, but in other optional embodiment, also can use to be similar to corrugated sheet or other any light weight can to bend to realize along certain folding line the material of rotating open-close function.

Forward now Fig. 4 to, second embodiment of the present utility model is the receiver 60 for electric tool with compact design.Front view from Fig. 4 and top view, bottom view, left view and right view can find out, the appearance profile of receiver 60 is to adapt with the appearance profile of electric tool 44 substantially, and both shapes are substantially similar.So can reduce volume, the weight of receiver 60, and reduce manufacturing cost.In this example, electric tool 44 remains electric drill.

In Fig. 5 and Fig. 6, can see when receiver 60 is opened completely, the angle between the first half shells of receiver and the second half shells is 180 degree.Be similar to recited above, the first half shells here and the second half shells are also to form with same material monolithic, one second coincident of one first edge of the first half shells and the second half shells and be an integral body in other words, and be formed with folding guide indenture at this first edge and the second porch place.In this embodiment, folding guide indenture is to be included in some holes that seam crossing forms, thereby the first half shells can be rotated with respect to the second half shells, realizes the folding of receiver 60.The first half shells comprise the first bottom surface 62, the second half shells comprise the second bottom surface 66, and (can referring to the top view in Fig. 7 and Fig. 4, bottom view, left view and right view) fits mutually when described the first half shells and the second half shell combinations for described the first bottom surface 62 and the second bottom surface 66.It should be noted that in this embodiment, the title of the first half shells and the second half shells just for convenience of description, also can be exchanged the title of the first half shells and the second half shells between two and half housings of receiver.In Fig. 5, electric tool 44 is placed in the second depression 61 of the second half shells.This second depression 61 is formed on the second bottom surface 66 of the second half shells, and extends along the vertical direction of the second bottom surface 66.Similarly, on the first bottom surface 62 of the first half shells, be formed with the first depression 63 along its vertical direction.First depression the 63 and second depression 61 combines and forms the inner space that holds electric tool 44.Yet first depression the 63 and second depression 61 differences are, the first depression 63 is not a complete totally enclosed space, but by three sections independently housing 74,76 and 78 form.Housing 74,76 and 78 does not connect each other, but is intercepted and come by vacancy.The bit part of housing 74 corresponding electric drills, the end section of housing 76 corresponding electric drills, housing 78 is with respect to handle portion.The barrier effect having played the several key positions of electric drill due to housing 74,76 and 78, so electric drill is after being placed in receiver 60 and receiver 60 closures, can not drop out.The second depression 61 is complete enclosure spaces, that is to say that the part that the second depression 61 is protruded with respect to the second bottom surface 66 is a complete housing that there is no vacancy.Certainly, also can be so that the first depression 63 have formed totally enclosed space, just as the second depression 61 in other embodiment.

In addition, as shown in Figure 5 and Figure 6, in one of them of the first bottom surface 62 and described the second bottom surface 66, be formed with fastening lug boss, in the wherein another one of described the first bottom surface 62 and described the second bottom surface 66, be formed with fastening depressed part.Here, what on the first bottom surface 62, form is fastening depressed part 64, and what on the second bottom surface 66, form is fastening lug boss 68.Locking thereby cooperatively interacting in the first bottom surface 62 and the second bottom surface 66, fastening lug boss 68 and fastening depressed part 64 is provided during laminating mutually.In this embodiment, the material of receiver 60 is pulp boards, and fastening lug boss 68 and fastening depressed part 64 all form by local material punching press.Due to the geomery of fastening lug boss 68 and fastening depressed part 64 adapt and difference very little, therefore both interlocks tightly after fastening lug boss 68 is inserted into fastening depressed part 64, thereby when receiver 60 is as shown in Figure 7 shut completely, provide lock function, prevent that it from surprisingly opening.

But in the above embodiment, the material of casing is pulp board, but in other optional embodiment, also can use to be similar to transparent PVC plastic plate or other any light weight can to bend to realize along certain folding line the material of rotating open-close function.

Therefore, after having introduced several embodiment, those skilled in the art will recognize that different changes, other structure, equivalent, can be used and can not deviate from essence of the present utility model.Accordingly, above description should not be regarded as the restriction to the determined the utility model scope of claim as following.

Claims (16)

1. an electric tool receiver, comprise the first half shells and the second half shells, this the first half shell and the second half shells inner space forming that combines is suitable for holding electric tool, it is characterized in that, this the first half shell comprises the first edge, this the second half shell comprises the second edge, this first edge and the second coincident and be an integral body, and be formed with folding guide indenture at this first edge and the second porch place.

2. electric tool receiver as claimed in claim 1, is characterized in that, described the first half shells comprise the outstanding sidewall in Ji Cong bottom surface, bottom surface, and it is one close-shaped that this sidewall forms, and described the first edge is positioned on this sidewall; The height of described sidewall is equal to or greater than the size of described electric tool in a dimension.

3. electric tool receiver as claimed in claim 2, is characterized in that, also comprises the 3rd edge that is different from described the first edge on described sidewall; On described the second half shells, also comprise the 4th edge that is different from described the second edge; The 3rd edge and the 4th edge are suitable for interconnecting separably by jockey.

4. electric tool receiver as claimed in claim 3, is characterized in that, described jockey is slide fastener.

5. electric tool receiver as claimed in claim 2, is characterized in that, on the described bottom surface of described the first half shells, is also formed with at least one for limiting the bossing of described electric tool position in described inner space.

6. electric tool receiver as claimed in claim 5, it is characterized in that, the second projection that is also formed with the first projection on the described bottom surface of described the first half shells and opens with the first bulge clearance, limits the accommodation section that is suitable for holding described one of them part of electric tool between this first projection and the second projection.

7. electric tool receiver as claimed in claim 1, is characterized in that, described the first half shells comprise the first bottom surface, and the second half shells comprise the second bottom surface, fits mutually in described the first bottom surface and the second bottom surface when described the first half shells and the second half shell combinations.

8. electric tool receiver as claimed in claim 7, it is characterized in that, described the first bottom surface comprises the depression of first in this first bottom surface vertical direction, described the second bottom surface comprises the depression of second in this first bottom surface vertical direction, and described the first depression and the second recess groups form described inner space altogether.

9. electric tool receiver as claimed in claim 7, it is characterized in that, in one of them of described the first bottom surface and described the second bottom surface, be formed with fastening lug boss, in the wherein another one of described the first bottom surface and described the second bottom surface, be formed with fastening depressed part, thereby described fastening lug boss and fastening depressed part cooperatively interact locking are provided when fit mutually in the first bottom surface and the second bottom surface.

10. the electric tool receiver as described in claim 1-9 any, is characterized in that, the material of described receiver is pulp based paper.

11. electric tool receivers as described in claim 1-9 any one, is characterized in that, the material of described the first half shells of described receiver is fiberboard, and the material of described the second half shells is pulp based paper.

12. electric tool receivers as described in claim 1-9 any one, is characterized in that, the material of described receiver is corrugated paper.

13. electric tool receivers as described in claim 1-9 any one, is characterized in that, the material of described receiver is transparent PVC.

14. electric tool receivers as described in claim 1-9 any one, is characterized in that, described the first half shells and the second half shells be shaped as the irregular quadrilateral with a hypotenuse.

15. 1 kinds of electric tool external members, comprise electric tool and electric tool receiver, this electric tool receiver comprises the first half shells and the second half shells, this the first half shell and the second half shells inner space forming that combines is suitable for holding described electric tool, it is characterized in that, this first half shell comprises the first edge, and this second half shell comprises the second edge, this first edge and the second coincident and be an integral body, and be formed with folding guide indenture at this first edge and the second porch place.

16. electric tool external members as claimed in claim 15, is characterized in that, described electric tool adapts to the size of described electric tool by the described interior space dimension of receiver.

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