CN1128319A - Lockers - Google Patents

Abstract

The carcase for an array of lockers is assembled from separate side panels, top and bottom panels, a back panel, and internal panels and which divide the interior of the carcase into columns and rows. The internal panels have slits and tenons which enable them to fit together, and tangs which pass through slots in the back panel and are then twisted to clench the panels together. The top, bottom and side panels are secured in similar fashion. The locker doors have moulded plastics hinge sockets by which they are snap-fitted to the carcase.

Description

Lockers

The present invention relates to Lockers.Specifically, the present invention relates to Production Example as being installed in the arrangement cabinet of the safe storage usefulness Lockers in bank custody and the similar safety place.But in principle, the present invention also is applicable to and makes the Lockers arrangement cabinet that any purpose is used, for example can use in places such as school, sports building, transportation depot.

What more particularly, the present invention relates to assemble at the scene can be with a whole set of form manufacturing and the Lockers that transports.The Lockers that the purpose of this invention is to provide this form, it can assemble fast and make various configurations with the cheap component of expense and with MIN technology and special tool.

Therefore, first aspect of the present invention is that a whole set of Lockers that is suitable for being assembled into rectangle arranges the parts of cabinet, comprising: the discrete plate that is suitable for forming respectively two sides, end face, bottom surface and back of a rectangular frame; At least one is suitable for extending vertically up to the bottom so that its inside is divided into the inner panel of several row from the top of framework; At least one is suitable for extending horizontally to opposite side so that its inside is divided into several rows' inner panel from a side of framework; And permitted multiple leaf door, every fan door is used for a Lockers; Above-mentioned vertical inner panel and horizontal inner panel have stria, so that be orthogonal the crosslinked assembling in ground mutually; And each above-mentioned plate is made into such shape, make under assembled condition, above-mentioned inner panel can be fixed on above-mentioned top board and/or base plate and/or back plate and/or the side plate, above-mentioned top board and/or base plate can be fixed on above-mentioned side plate and/or the back plate, and/or above-mentioned back plate can be fixed on the above-mentioned side plate, method is to utilize many tenons on this type of plate to wear the corresponding slotted eye in other this type of plate and disposed, preferably, return by above-mentioned slotted eye to prevent above-mentioned tenon pin by bending or other plastic strain.

In a kind of preferred embodiment, above-mentioned door is assembled on the said frame by the hinge mechanism of car coat type.More particularly, can have many type bars to be suitable for being fixed on the vertical front edge edge of above-mentioned vertical inner panel and at least one above-mentioned side plate, each above-mentioned type bar forms a first pivot suspension surface; Each above-mentioned Men Youyi second portion pivot suspension surface; One of above-mentioned first and second part pivot suspension surfaces are formpiston nonreentrant surfaces and another this kind surface is a recessed surface of former, and above-mentioned at least female mold surfaces is molded out of plastic.Therefore each above-mentioned door can be by being stuck corresponding above-mentioned formpiston and female mold surfaces and being assembled to hingedly on the corresponding above-mentioned type bar.

The present invention itself is that also one cover component of above-mentioned first aspect is assembled into the method that Lockers is arranged cabinet according to the present invention with a kind of, and the Lockers that is assembled into thus.

Be described more specifically the present invention with reference to accompanying drawing as an example now, wherein:

Fig. 1 is a safe storage assembling in one embodiment of the present of invention is arranged the framework of cabinet with Lockers a perspective illustration;

The configuration of the side plate that uses in Fig. 2 illustration Fig. 1 framework;

The top board that uses in Fig. 3 illustration Fig. 1 framework and the configuration of base plate;

The configuration of the back plate that uses in Fig. 4 illustration Fig. 1 framework;

The configuration of the vertical inner panel that uses in Fig. 5 illustration Fig. 1 framework;

The configuration of the horizontal inner panel that uses in Fig. 6 illustration Fig. 1 framework;

Fig. 7 is with the shape of formed tenon pin on every kind of plate of magnification ratio illustration Fig. 3 to Fig. 6;

Fig. 8 is the level cross-sectionn figure that a Lockers that is fully assembled is arranged the frame parts that passes through a door and vicinity in the cabinet.

With reference to Fig. 1, illustrated framework form one by the identical safe storage of 48 sizes with the arrayed cabinet that Lockers 1 constitutes, line up three row, 16 Lockers of every row.It is by two identical side plates 2, identical top board and base plate 3, plate 4, two identical vertical inner panels 5 and 15 identical horizontal inner panels 6 are assembled into after one.All panels 2-6 can be made with the thick mild steel of for example 1.5mm, fold up avoiding except the leading edge of plate 3 and plate 6 end user of Lockers 1 is produced the sharp keen edge, and all panels all are smooth basically.

Fig. 2 represents the configuration of each side plate 2.It is a rectangle, eight vertical slotted eyes 7 of a sequence near the back edge of side plate, have been opened, near the leading edge of side plate, bore 16 pairs of holes 8 of a sequence, and on the leading edge of side plate and the spaced position between the back edge, opened three of 17 rows every rows' a sequence horizontal slotted hole 9.

Fig. 3 represents the configuration of each top board and base plate 3.It is rectangle substantially, and the dual-side of plate respectively stretches out three tenon pin 10 of a sequence, has opened six slotted eyes 11 side by side of a sequence near the back edge of plate, has opened each slotted eye 12 of three of two row on the leading edge of plate and the spaced position between the back edge.The slotted eye 13 of two other broad is opened the place of departing from slotted eye 12 slightly in the leading edge of plate is lived.Opened the slotted eye 13 of remnants at edge, the left side of plate (from view direction).Forward position part 14 at the plate of slotted eye 13 fronts is wideer slightly than the remainder of plate, stretches out to the side to resemble the same size of tenon pin 10, and the degree of depth that this a part of this plate of contemporary table increases than side plate 2 from the leading edge to the back edge.

Fig. 4 represents the configuration of back plate 4.It is rectangle substantially, the back plate dual-side respectively stretch out eight tenon pin 15 of a sequence, and the back plate top margin and base respectively stretch out six tenon pin 16 of a sequence.On the spaced position between the plate dual-side of back, opened each sequence horizontal slotted hole 17 of six of 15 rows, and eight vertical slotted eyes 18 of two row have been opened in the position between back plate top margin and base.The height of back plate (except tenon pin 16) is corresponding to the distance between the row of going up and the following emissions groove hole 9 in the side plate 2, and then the width of plate (except tenon pin 15) is corresponding to the width of the major part (except tenon pin 10) of top board and base plate 3.

Fig. 5 represents the configuration of each vertical inner panel 5.It is essentially rectangle, stretches out eight tenon pin 19 of a sequence on the back edge of plate, and respectively stretches out three tenon pin 20 of a sequence on the top margin and the base of plate.The leading edge of slave plate has been left 15 horizontal strias 21 of a sequence to the intermediate depth of plate, and has bored 16 pairs of holes 22 of a sequence near the leading edge of plate.The height of this plate (except tenon pin 20) is corresponding to the height (except tenon pin 16) of back plate 4, and its degree of depth (except tenon pin 19) from the front to the back is corresponding to the degree of depth of side plate 2.

Fig. 6 represents the configuration of each horizontal inner panel 6.It is essentially rectangle, respectively stretches out three tenon pin 23 of a sequence on two sides of plate, and stretch out six tenon pin 24 of a sequence on the back edge of plate.The back edge of slave plate is left two strias 25 to half degree of depth that surpasses plate slightly, and the position of its width is corresponding to the position of the slotted eye 12 in top board and the base plate 3.The slotted eye of leaving in the plate 6 26 is corresponding to the slotted eye in the plate 3 13, and the forward position part 27 of each plate 6 is also corresponding to the shape of the forward position part 14 of plate 3.The width of plate 6 (except tenon pin 23) is corresponding to the width (except tenon pin 10) of plate 3, and the degree of depth of plate 6 (except tenon pin 24) corresponding to plate 3 from its leading edge backward to the degree of depth of slotted eye 11.

Be appreciated that tenon pin 10,15,16,19,20,23,24 predetermined being contained in the corresponding slotted eye of another plate that slave plate 3,4,5,6 stretches out from these figure.The preferred form of each this kind tenon pin is shown in Fig. 7 with magnification ratio.This tenon pin comprises a center head 70 that stretches out by neck 71 from the edge of respective plate, and the also short-movie 72 that stretches out slightly of the edge of slave plate is respectively arranged in tenon pin both sides.The purpose of these two short-movies 72 be guarantee head 70 before the bending in corresponding slotted eye centering.

For the framework of assembling drawing 1, at first vertical inner panel 5 and horizontal inner panel 6 are formed " honeycomb " shape structure by its corresponding stria 21 and 25 mutual connections.In other words, the first section of each level board 6 is supported in the corresponding stria 21 of two vertical panels 5, and the back part of each vertical panel 5 is passed the corresponding stria 25 of each level board 6.This structure then makes the tenon pin 19 and 24 of plate 5 and 6 pass that corresponding slotted eye 18 and 17 is assembled on the plate 4 of back in the plate 4 of back by will back plate 4 being placed on the back edge of plate 5 and 6.Make these tenon pin plastic strain by the bending action then, its head 70 is hooked on the built-up member of plate 5 and 6 with respect to corresponding slotted eye deflection and with back plate 4.The required for this reason just simple tool of box spanner and so on, its sleeve is the radially slotted eye that a size can cooperate the tenon pin.

Load onto top board and base plate 3 thereafter.They are placed on the existing structure successively, and the corresponding tenon pin 16 and 20 of plate 4 and vertical inner panel 5 passes the corresponding slotted eye 11 and 12 in the respective plate 3 after making, these tenon pin are fixed on the plate 3 by bending in the same way as described above.In order to finish the frame assembled part, load onto two side plates 2.They are placed on the existing structure successively, the corresponding tenon pin 15,10 and 23 of plate 4, top board and base plate 3 and horizontal inner panel 6 passes the corresponding slotted eye 7 and 9 in the respective side panels 2 after making, these tenon pin are fixed on the side plate 2 by bending in the same way as described above.

As for loading onto door 28 for each Lockers 1 subsequently, describe with reference to Fig. 8.Each vertical front edge edge for framework, the leading edge of side plate 2 and vertical inner panel 5 just, at first load onto the parts of 29 and 30 indications among Fig. 8, each parts 29 is the continuous length rectangle steel bands that extend the whole height of corresponding panel edges, to increase the rigidity of structure.For each vertical inner panel 5 and left end (from direction of observation) side plate 2, corresponding steel bar 29 is inserted through the corresponding slotted eye 13 and 26 top board 3, horizontal inner panel 6 and the base plate 3 from the end, so that be placed near the corresponding vertical panel leading edge, and for right-hand member (from direction of observation) side plate 2, corresponding steel bar 29 can be placed in (Fig. 3 and 6) after the shoulder 14A and 27A of outstanding forward position part of plate 3 and 6 simply.Each parts 30 is extruding aluminium alloy sectionals of respective length shown in Figure 8, and its length cuts to the marginal portion that cooperates between adjacent level plate 3 and 6 every section vertical panel 2 or 5.Consider the thickness of the leading edge of plate 3 and 6, make groove, make type bar 30 generally present a continuous front surface 31 along each edge of vertical plate in the end of type bar 30.The corresponding hole 8 or 22 in pairs that steel bar 29 and type bar 30 are drilled with in the leading edge of hole and vertical panel 2 and 5 is aimed at, and utilizes rivet 32 or other suitable fasteners hole fix in position by aligning.

In illustrated embodiment, each 28 is to make with the plastic mould 33 of plate-like.The double key safe storage of a routine is installed in the dish 33 interior edges that open side near door with Lockers lock 34, and cover plate 35 sealings of screwing on a screw in the rear portion of door.Open the surface that stops that the transverse edge 36 on the type bar 30 of side plays door at door, play the latch hook effect of the locking bolt 37 of door simultaneously.In the hingen side, this plastic mould 33 forms a part cylindrical shape axle sleeve section 38 that has greater than 180 ° interior angle, and door just utilizes this axle sleeve to be installed on the cylindrical spindle nose 39 of part on the type bar 30 of this side of door, so spindle nose 39 and axle sleeve 38 forms the formpiston (plug) and former (dimple) bearing surface of pivotings.Utilize the elasticity of the plastics (as ST nylon or polycarbonate plastic) of molded door 28, each door can be assembled on the corresponding Lockers by simply corresponding axle sleeve 38 being stuck on the corresponding spindle nose 39.But, be appreciated that from Fig. 8 axle sleeve 38 is such with respect to the orientation of the profile of type bar 30, promptly only when door is shown in an open position, axle sleeve 38 just can be contained on the spindle nose 39.Equally, door 28 has only when it is opened and could unload from its type bar 30, and the safety of Lockers can not damage in therefore this simple built-up member mechanism.More particularly, in the fastening position of illustrated door 28, in any trial of taking pivot apart, the pivot side of door is all because the obstruction of type bar 30 and can not moving inward.

In the embodiment different with above-mentioned all-plastic door, can for and adopt steel casement door, the function of this plastics pivotal parts and axle sleeve 38 equivalences equipped the plastics pivotal parts.

The arrangement cabinet that is appreciated that the above-mentioned Lockers of dressing up 1 will expose the tenon pin on its top, bottom, sidepiece and posterior face.As suitable load-carrying supporting member, this Lockers is arranged cabinet and can be placed on the mounting that comprises simple steel framework, and the shape of steel framework can avoid colliding any tenon pin that stretches out by base plate 3.If such Lockers is arranged one in cabinet and is stacked on another the top, can place a similar framework in the middle of them so.If a kind of like this Lockers is arranged cabinet in any specific installation side or rear surface expose, it can cover with a simple formation plate so, and this formation plate is installed in corresponding side plate 2 with clip nail or rivet or afterwards on the plate 4.Be appreciated that illustrated embodiment only represent can be produced according to the invention Lockers arrange a kind of configuration of cabinet.Any this type of arranged the size of Lockers in cabinet and number and can be changed widely by suitably being chosen in the inner panel 5 that uses in any situation and 6 space interval and number.

Claims (11)

1. a whole set of Lockers that is suitable for being assembled into rectangle is arranged the parts of cabinet (1), and it comprises: the discrete plate (2-4) that is suitable for forming respectively two sides, end face, bottom surface and back of a rectangular frame; At least one is suitable for extending vertically up to the bottom from the top of tank bracket, so that its inside is divided into the inner panel (5) of several row; At least one is suitable for extending horizontally to opposite side from a side of framework, so that its inside is divided into several rows' inner panel (6); And permitted multiple leaf door (28), every fan door is used for a Lockers (1); It is characterized in that: above-mentioned vertical inner panel (5) and horizontal inner panel (6) have stria (21,25), so that be orthogonal the crosslinked assembling in ground mutually; And each above-mentioned plate (2-6) is made into such shape, make under assembled condition, above-mentioned inner panel (5,6) can be fixed on above-mentioned top board and/or base plate and/or back plate and/or the side plate (2-4), above-mentioned top board and/or base plate (3) can be fixed on above-mentioned side plate (2) and/or the back plate (4), and/or above-mentioned back plate (4) can be fixed on the above-mentioned side plate (2), method is a plurality of tenon pin (10 that utilize on this type of plate, 15,16,19,20,23,24) pass corresponding slotted eye (7 in other this type of plate, 9,11,12,17,18) and disposed, to prevent above-mentioned tenon pin (10,15,16,19,20,23,24) return by above-mentioned slotted eye (7,9,11,12,17,18).

2. a whole set of parts according to claim 1 is characterized in that, above-mentioned tenon pin (10,15,16,19,20,23,24) is suitable for plastically being out of shape, and return by above-mentioned slotted eye (7,9,11,12,17,18) preventing.

3. a whole set of parts according to claim 2 is characterized in that, above-mentioned tenon pin (10,15,16,19,20,23,24) is suitable for bending, return by above-mentioned slotted eye (7,9,11,12,17,18) preventing.

4. described a whole set of parts that require according to any aforesaid right, it also comprises a plurality of being suitable for along the fixing enhancing bar (29) of the corresponding vertical front edge edge of above-mentioned vertical inner panel (5) and side plate (2), and above-mentioned top board, base plate (3) and horizontal inner panel (6) are perforated (13,26) with by above-mentioned enhancing bar (29).

5. require described a whole set of parts according to any aforesaid right, it is characterized in that, above-mentioned door (28) is adapted to pass through the hinge mechanism (38,39) that clamps and is assembled on the said frame.

6. a whole set of parts according to claim 5 is characterized in that, only being configured as to be in the open orientation could (28) to be assembled on the said frame or from said frame at corresponding door (28) of above-mentioned hinge mechanism (38,39) unloaded.

7. according to claim 5 or described a whole set of parts of claim 6, it also comprises the type bar (31) on a plurality of vertical front edge edge that are suitable for being fixed to above-mentioned vertical inner panel (5) and at least one above-mentioned side plate (2), and each described type bar (31) limits first pivot suspension surface (39); Each above-mentioned door (28) has a second portion pivot suspension surface (38); One of above-mentioned first and second part pivot suspension surfaces are male mold surfaces (39) and another this kind surface is a female mold surfaces (38), and above-mentioned at least female mold surfaces (38) is molded out of plastic.

8. one kind will require described a whole set of parts to be assembled into the method for the Lockers arrangement cabinet of a rectangle according to any aforesaid right, and this method comprises the following steps: that (i) assembles above-mentioned vertical inner panel and horizontal inner panel (5,6) alternately; (ii) with above-mentioned inner panel (5,6) and above-mentioned side plate, top board, base plate and back plate (2-4) assembling, to constitute said frame; (iii) above-mentioned door (28) is installed on the said frame; Wherein, step (ii) comprises by making a plurality of above-mentioned tenon pin (10,15,16,19,20,23,24) on this kind plate pass the corresponding slotted eye (7,9,11,12,17,18) on another this kind plate and dispose these tenon pin (10,15,16,19,20,23,24) and to prevent that them from returning by above-mentioned slotted eye (7,9,11,12,17,18) corresponding above-mentioned plate being fixed together.

9. method according to claim 8, wherein, step (ii) comprises the following step that continues: by making tenon pin (19,24) on the above-mentioned inner panel (5,6) pass the slotted eye (17,18) in the above-mentioned back plate (4) and above-mentioned back plate (4) being fixed on the built-up member of above-mentioned inner panel (5,6); By making tenon pin (16,20) on above-mentioned vertical inner panel (5) and back plate (4) pass the slotted eye (11,12) in above-mentioned top board and the base plate (3) respectively and above-mentioned top board and base plate (3) being respectively fixed on the built-up member of above-mentioned inner panel and back plate (4-6); By making tenon pin (10,15,23) on above-mentioned back plate, top board and the base plate (3,4) pass the slotted eye (7,9) in the above-mentioned side plate (2) respectively and above-mentioned side plate (2) being respectively fixed on the built-up member of above-mentioned inner panel, back plate, top board and base plate (3-6).

10. arrangement cabinet by the Lockers (1) that is assembled into according to any one described a whole set of parts in the claim 1 to 7.

11. one kind according to Claim 8 or the arrangement cabinet of the Lockers (1) of the described method of claim 9 assembling.

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