CN204861905U - Tool cabinet body package assembly - Google Patents
Tool cabinet body package assembly Download PDFInfo
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- CN204861905U CN204861905U CN201520517059.8U CN201520517059U CN204861905U CN 204861905 U CN204861905 U CN 204861905U CN 201520517059 U CN201520517059 U CN 201520517059U CN 204861905 U CN204861905 U CN 204861905U
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Abstract
The utility model provides a tool cabinet body package assembly, it combines the round pin to constitute by column jacket, horizontal deckle board, support plate, curb plate, drawer, first combination round pin and second, wherein, is formed with a plurality of first combination portions on the column jacket, horizontal deckle board both ends form second combination portion, and about each horizontal deckle board of qieyu buckle and be formed with a second lateral wall in both sides, and first combination round pin and second combine the corresponding gomphosis of round pin in first combination portion and second combination portion, make column jacket and horizontal deckle board built -up connection, the face both sides of curb plate hold respectively that protruding the stretching of integrated into one piece has connecting portion, and in the distolateral third combination portion that is formed with of connecting portion, first combination round pin and second combine the corresponding gomphosis of round pin in first combination portion and third combination portion, make column jacket and curb plate built -up connection.
Description
Technical field
The utility model has the instrument cabinet package assembly of assembling about a kind of quick-detachment, espespecially a kind of instrument cabinet with drawer group and lock control structure thereof.
Background technology
Prevailing along with DIY general mood, dealer is also along this ripple upsurge, release a feast for the eyes product to select for popular, such as can put the combination sideboard etc. of article, therefore the applicant once researched and developed and applied for getting permission: " combined bay and apply its combination sideboard " (TaiWan, China certificate book number number: No. M447718), and " MODULARSHELVING " (American invention certificate number: No. US8672150B2) Patent Case, wherein this case discloses a combination sideboard, and it to be plugged in conjunction with pin by first by column jacket and horizontal deckle board fixedly to assemble.In actual conditions, aforementioned conventional combination sideboard does not have to place the drawer of the instrument of various dissimilar, size, arrangement cannot be carried out for all types of instruments to retract, and location clamping and drawing device is not set, drawer may skid off automatically in occupation mode improperly, even makes the various hand-held tool article put in drawer ground of dropping then cause unexpected dangerous generation.For foregoing problems, be necessary further self-criticism in fact, and seek feasible solution.
In view of this, inventor is engaged in manufacture and the design practical experience of instrument cabinet package assembly and combination sideboard then for many years with it, active research improves, and through repeatedly sample making and test, and then the above-mentioned shortcoming of the existing instrument cabinet package assembly of concrete improvement and combination sideboard, cause the utility model eventually.
Utility model content
For overcoming above-mentioned shortcoming, the utility model provides a kind of instrument cabinet package assembly, it combines pin by the column jacket, multiple first of more than four, the horizontal deckle board of more than four, plural side plate, more than one support plate, more than one backboard and more than one drawer formed, wherein, column jacket has and is respectively bent to form two adjacent the first side walls, respectively this first side wall is formed with the first combination section of multiple symmetric arrays; The rectangular tabular of horizontal deckle board, its two ends are formed to rare one second combination section, and be bent to form one second sidewall in each these upper and lower both sides of horizontal deckle board, first combines that pin is corresponding is embedded in this first combination section and this second combination section, and this column jacket and this horizontal deckle board are connected; Side plate has straight rectangular slab face, in this, plate face two side ends is one-body molded has respectively protruded out a junction, be formed to rare 1 the 3rd combination section in this connecting portion side, first combines pin and is correspondingly embedded in this first combination section and the 3rd combination section, and this column jacket and this side plate are connected; The rectangular tabular of support plate, this support plate correspondence is positioned on the second sidewall of this horizontal deckle board; These backboard two ends are formed to rare 1 the 4th combination section, and this first combination is sold corresponding and is embedded in this first combination section and the 4th combination section, and this column jacket is connected with this composition of backboards; Be installed with relative slide rail between this drawer with this side plate, be installed on movably between two these side plates to make this drawer.
As preferably, this column jacket has in this first combination section further and is communicated with one first adjacent macropore and one first aperture up and down; This second combination section is further to forming one second macropore in first hole, in addition, to should the first keyhole formation one second orifice, this second macropore be adjacent with this second orifice, and the aperture of the second orifice of this second combination section is greater than the aperture of the first aperture of this first combination section; 3rd combination section is further to forming a third-largest hole in first hole, in addition, to should the first keyhole formation 1 the 3rd aperture, this third-largest hole be adjacent with the 3rd aperture, and the aperture of the 3rd aperture of the 3rd combination section is greater than the aperture of the first aperture of this first combination section; 4th combination section is further to forming a fourth-largest hole in first hole, in addition, to should the first keyhole formation 1 the 4th aperture, this fourth-largest hole be adjacent with the 4th aperture, and the aperture of the 4th aperture of the 4th combination section is greater than the aperture of the first aperture of this first combination section.
As preferably, this the first combination pin two ends vertical plane separately symmetry is convexly equipped with a first gear annulated column, and vertical scalariform is arranged with one first concave ring groove and one second concave ring groove between two these first gear annulated columns, and the degree of depth of this first concave ring groove is greater than the degree of depth of this second concave ring groove; When this column jacket and this horizontal deckle board are connected, this first macropore of this first combination section and this second macropore of this second combination section wear this first combination pin relatively, and the first aperture of this first combination section is placed on this first concave ring groove, and the second orifice of this second combination section is made to be placed on this second concave ring groove; When this column jacket and this side plate are connected, this first macropore of this first combination section and this third-largest hole of the 3rd combination section wear this first combination pin relatively, and the first aperture of this first combination section is placed on this first concave ring groove, and the 3rd aperture of the 3rd combination section is made to be placed on this second concave ring groove; When this column jacket is connected with this composition of backboards, this first macropore of this first combination section and this fourth-largest hole of the 4th combination section wear this first combination pin relatively, and the first aperture of this first combination section is placed on this first concave ring groove, and the 4th aperture of the 4th combination section is placed on this second concave ring groove.
As preferably, described instrument cabinet package assembly also comprises multiple second and combines pin, its one end radial convex establishes a second gear annulated column, axial projection one projection of the other end, this the second width combining the second gear annulated column of pin is greater than the width of this projection, in addition, this baffle ring post lateral margin place is provided with one and supports only recess.
As preferably, this horizontal deckle board is other in this second combination section further forms four the first jacks, this first jack is near this second orifice of this second combination section, and this first jack is to should this first macropore of this first combination section of column jacket, this projection this first jack relative of this second combination pin is to plug assembling, this second this second gear annulated column combining pin is placed on this first macropore of this first combination section, and makes this second only recess that should support combining pin first be combined this first gear annulated column ora terminalis selling this first concave ring groove close with this and offset; This side plate forms one second jack respectively in respectively the 3rd combination section is other further, this second jack is near the 3rd aperture of the 3rd combination section, and this second jack is to should this first macropore of this first combination section of column jacket, this projection this second jack relative of this second combination pin is to plug assembling, this second this second gear annulated column combining pin is placed on this first macropore of this first combination section, and makes this second only recess that should support combining pin first be combined this first gear annulated column ora terminalis selling this first concave ring groove close with this and offset; This backboard forms one the 3rd jack respectively in respectively the 4th combination section is other further, this first jack is near the 4th aperture of the 4th combination section, and the 3rd jack is to should this first macropore of this first combination section of column jacket, relative 3rd jack of this projection of this second combination pin is to plug assembling, this second this second gear annulated column combining pin is placed on this first macropore of this first combination section, and makes this second only recess that should support combining pin first be combined this first gear annulated column ora terminalis selling this first concave ring groove close with this and offset.
As preferably, this column jacket bottom surface is provided with multiple castor.
As preferably, this connecting portion comprises first connecting wall extended from the side in this plate face, and one is parallel to away from the side in this plate face the second connecting wall that this plate face extends from this first connecting wall, and is provided with the 3rd combination section in this second connecting wall.
As preferably, this drawer rear is provided with a cramp; And also comprise a locked instrument, this locked instrument is arranged at the appropriate location of this backboard, and in order to open or to lock this drawer, locked instrument comprises a slide, a stopper and a tapered end, this slide is the concavity cell body with predetermined length, and is installed in and corresponds to respectively predetermined position inside this backboard; The outer rim shape of this stopper corresponds to this slide inner edge shape substantially, and the cramp position of corresponding respectively this drawer of this stopper is provided with stop hole, in addition, is provided with the suppending hole of about one definite length extended in this stopper top predetermined position; This tapered end is provided with an eccentric rod, and this eccentric rod is the body of rod of tool predetermined length, vertically wears the upper end being connected to this suppending hole; Accordingly, utilize this tapered end of a key turns, and then this eccentric rod is driven in this stopper move, with the cramp making the stop hole of this stopper depart from respectively this drawer, now respectively this drawer can with the free pull use of user.
As preferably, in addition, be provided with a cramp in drawer rear; And also comprise a locked instrument, locked instrument is arranged at this backboard appropriate location, and in order to open or to lock this drawer, locked instrument comprises a slide, a stopper and a tapered end, this slide is the concavity cell body with predetermined length, and is installed in corresponding to predetermined position inside this backboard; This tapered end is provided with the locking-bar that is bent into tool predetermined length; The outer rim shape of this stopper corresponds to this slide inner edge shape substantially, and the cramp position of corresponding respectively this drawer of this stopper is provided with stop hole, in addition, extends be provided with a stop section in this stopper top predetermined position, with for contacting at this locking-bar; Accordingly, utilize this tapered end of a key turns, and then this eccentric rod is driven in this stopper move, with the cramp making the stop hole of this stopper depart from respectively this drawer, now respectively this drawer can with the free pull use of user.
As preferably, in addition, be provided with a cramp in drawer rear; And also comprising a header board and a locked instrument, its both end sides of this header board is locked on two these side plates respectively; This locked instrument is arranged at the appropriate location of this backboard, and in order to open or to lock this drawer, locked instrument comprises a slide, a stopper and a tapered end, and this slide is the concavity cell body with predetermined length, and is installed in corresponding to predetermined position inside this backboard; The outer rim shape of this stopper corresponds to this slide inner edge shape substantially, and the cramp position of corresponding respectively this drawer of this stopper is provided with stop hole, in addition, is provided with the suppending hole of about one definite length extended in this stopper top predetermined position; This tapered end is arranged at this front panel face central authorities predetermined position, and has a connecting rod, and this connecting rod is the body of rod with predetermined length, and its one end vertically wears the upper end being connected to this suppending hole, and the other end is articulated in this tapered end; Accordingly, utilize this tapered end of a key turns, and then this connecting rod is driven in this stopper move, with the cramp making the stop hole of this stopper depart from respectively this drawer, now respectively this drawer can with the free pull use of user.Therefore, the one beneficial effect of a kind of instrument cabinet package assembly of the present utility model is, it can reduce component count, ease of assembly, promotes assembling speed.
Its two beneficial effect of a kind of instrument cabinet package assembly of the present utility model is, it can reach effect of fast lock drawer and Rapid reversal locking condition.
Below, then the specific embodiment coordinating accompanying drawing to lift, to each modular construction of the present utility model, effect, and expect that can reach the effect caused is described in detail, sees also.
Accompanying drawing explanation
Fig. 1 be the utility model the three-dimensional combination figure of the first embodiment of instrument cabinet package assembly is proposed.
Fig. 2 is the sectional perspective exploded view about Fig. 1.
Fig. 3 is the three-dimensional exploded view about Fig. 1.
Fig. 3 a is the schematic perspective view of the side plate of the utility model first embodiment.
Fig. 4 is the column jacket of the utility model first embodiment, horizontal deckle board, first combines the three-dimensional combination figure that pin and second combines pin.
Fig. 5 is the three-dimensional exploded view about Fig. 4.
Fig. 6 is the local combination plan view about Fig. 4.
Fig. 7 is the local assembled sectional view about Fig. 4.
Fig. 8 is the first combination micromotion schematic diagram about Fig. 4.
Fig. 9 is the second combination micromotion schematic diagram about Fig. 4.
Figure 10 is the 3rd combination micromotion schematic diagram about Fig. 4.
Figure 11 is the column jacket of the utility model first embodiment, side plate, first combines the top cross-sectional view that pin and second combines pin syntagmatic.
Figure 12 is the forward sight generalized section about Figure 11.
Figure 13 is the close-up schematic view about Figure 12.
Figure 14 be the utility model the three-dimensional combination figure of the second embodiment of instrument cabinet package assembly is proposed.
Figure 15 is the sectional perspective exploded view about Figure 14.
Figure 15 a is the rearview of the drawer of the utility model second embodiment.
Figure 16 is the three-dimensional exploded view about Figure 14.
Figure 17 is the column jacket of the utility model second embodiment, side plate, backboard, first combine the top cross-sectional view that pin and second combines pin syntagmatic.
Figure 18 is the forward sight generalized section of relevant Figure 17.
Figure 19 is the close-up schematic view about Figure 18.
Figure 20 be the utility model the 3rd embodiment backboard of instrument cabinet package assembly and the schematic perspective view of locked instrument are proposed.
Figure 21 is the three-dimensional exploded view about Figure 20.
Figure 22 is the first start signal of the utility model second embodiment, and it is display locked instrument is locking condition.
Figure 23 is the second start signal of the utility model second embodiment, and it is display locked instrument is opening.
Figure 24 be the utility model the 3rd embodiment backboard of instrument cabinet package assembly and the schematic perspective view of locked instrument are proposed.
Figure 25 is the three-dimensional exploded view about Figure 24.
Figure 26 be the utility model the three-dimensional combination figure of the 4th embodiment of instrument cabinet package assembly is proposed.
Figure 27 is the sectional perspective exploded view about Figure 26.
Figure 28 is the schematic perspective view of the utility model the 4th embodiment backboard and locked instrument.
Figure 29 is the three-dimensional exploded view about Figure 28.
Description of reference numerals:
10... column jacket 11... the first side wall
12... the first combination section 13... first macropore
14... the horizontal deckle board of the first aperture 20...
21... the second combination section 22... second macropore
23... second orifice 24... first jack
25... the second sidewall 30... first combines pin
31... first gear annulated column 32... first concave ring groove
33... the second concave ring groove 40... second combines pin
41... second gear annulated column 411... supports only recess
42... projection 421... ring-like ribs
50... support plate 60,60A, 60B... locked instrument
61,61A, 61B... slide 62,62A, 62B... stopper
621,621A, 621B... stop hole 622,622B... suppending hole
622A... stop section 63,63A, 63B... tapered end
631... eccentric rod 631A... locking-bar
631B... connecting rod 64... key
70... castor 71... Brake car group
80... side plate 81... plate face
82... connecting portion 821... first connecting wall
822... the second connecting wall 83... the 3rd combination section
84... the third-largest hole 85... the 3rd aperture
86... the second jack 90... backboard
91... the 4th the fourth-largest hole of combination section 92...
93... the 4th aperture 94... the 3rd jack
95... drawer 96... slide rail
97... cramp 98... header board
Detailed description of the invention
The goal of the invention that the utility model is above-mentioned and advantage, be not difficult, from the detailed description and accompanying drawing of following selected embodiment, to gain in-depth understanding.
Please also refer to Fig. 1 to Fig. 3, is the three-dimensional combination figure of the first embodiment of instrument cabinet package assembly, partial exploded view and three-dimensional exploded view respectively.The instrument cabinet package assembly of the present embodiment comprises the horizontal deckle board 20 of the column jacket more than 10, four of more than four, more than one support plate 50, plural side plate 80, more than one drawer 95, multiple first in conjunction with pin 30 and multiple second in conjunction with pin 40, wherein:
Please arrange in pairs or groups Fig. 4 and Fig. 7 simultaneously, and it is the accompanying drawings of display the utility model first embodiment column jacket 10 and horizontal deckle board 20 architectural feature and combination.Aforementioned column jacket 10 is L-shaped is bent to form two adjacent sidewalls 11, respectively this sidewall 11 is formed with respectively the first combination section 12 of multiple symmetric arrays, and this this first combination section 12 has about two and is communicated with the first adjacent macropore 13 and the first aperture 14.In addition, the first macropore 13 of the first combination section 12 of this column jacket 10 is in C font, and the first aperture 14 of this first combination section 12 is in U-shaped.
The rectangular tabular of this horizontal deckle board 20 aforementioned, and quadripolar corners is formed with four the second combination sections 21, corresponding first macropore 13 in this second combination section 21 is formed with one second macropore 22, in addition, corresponding first aperture 14 is formed with a second orifice 23, and this second orifice 23 is communicated with adjacent with this second macropore about 22, and the aperture of the second orifice 23 of the second combination section 21 is greater than the aperture of the first aperture 14 of the first combination section 12.In addition, horizontal deckle board 20 forms one first jack 24 in each second combination section 21 is other further, wherein this first jack 24 is near the second orifice 23 of the second combination section 21, and this first jack 24 correspondence is assembled in the first macropore 13 position of the first combination section 12 of this column jacket 10.In addition, the second macropore 22 of the second combination section 21 of this horizontal deckle board 20 is generally in C font, and the second orifice 23 of this second combination section 21 is generally in U-shaped.
Aforementioned this first in conjunction with pin 30, its two ends vertical plane is that respective symmetry is convexly equipped with a first gear annulated column 31, and be that vertical scalariform is arranged with one first concave ring groove 32 and one second concave ring groove 33 between two these first gear annulated columns 31, and the degree of depth of this first concave ring groove 32 is greater than the degree of depth of this second concave ring groove 33.
Aforementioned this second in conjunction with pin 40, its one end radial convex establishes a second gear annulated column 41, axial projection one projection 42 of the other end, this second width being greater than this projection 42 in conjunction with the width of the second gear annulated column 41 of pin 40, and this second gear annulated column 41 external diameter is equal to the first macropore 13 internal diameter of this column jacket 10, in addition, this baffle ring post 41 lateral margin place is provided with one and supports only recess 411, and projection 42 is provided with at least one ring-like ribs 421 in this second gear annulated column 41 place adjacent.
Please also refer to Fig. 8,9,10, it is first, second, third combination micromotion schematic diagram of display the utility model first embodiment column jacket 10 and horizontal deckle board 20.First be that this first is assembled relative to the first macropore 13 of this first combination section 12 and the corresponding snapping that wears of the second macropore 22 of the second combination section 21 in conjunction with pin 30, and the first aperture 14 of the first combination section 12 is placed on the first concave ring groove 32, and the slip of the second orifice 23 of the second combination section 21 is placed on this second concave ring groove 33.Then be that this second is plugged location in conjunction with the projection 42 of pin 40 relative to this first jack 24, the ring-like ribs 421 of this projection 42 is against this first jack 24 wall edge, make its mutual clip and this second combination section 21 is fixed in packing, simultaneously, this second is placed on the first macropore 13 of the first combination section 12 in conjunction with the second gear annulated column 41 of pin 40, and make this second first offset in conjunction with pin 30 this first gear annulated column 31 ora terminalis near this first concave ring groove 32 with this in conjunction with the only recess 411 that supports of pin 40, can provide the utility model more firm combining structure, and unintended rocking can not be produced.In addition, be bent to form one second sidewall 25 in each these horizontal deckle board about 20 both sides, assembled to make this support plate 50 and be positioned on the second sidewall 25 of horizontal deckle board 20.
Aforementioned side plate 80 have straight rectangular slab face 81 (as Fig. 3 a), a junction 82 has been protruded out in this plate face 81 two side ends is one-body molded respectively, this connecting portion 82 comprises first connecting wall 821 extended from the side in this plate face 81, and one from this first connecting wall 821 away from the side in this plate face 81 and be parallel to this plate face 81 extend the second connecting wall 822, and be formed to rare 1 the 3rd combination section 83 in this second connecting wall 822 side, 3rd combination section 83 is to forming a third-largest hole 84 in first hole 13, in addition, to forming one the 3rd aperture 85 by the first aperture 14, this the third-largest hole 84 is adjacent with the 3rd aperture 85, the aperture of the 3rd aperture 85 of the 3rd combination section 83 is greater than the aperture of the first aperture 14 of this first combination section 12.In addition, this side plate 80 forms one second jack 86 respectively in respectively the 3rd combination section 83 is other further, this second jack 86 is near the 3rd aperture 85 of the 3rd combination section 83, and this second jack 86 correspondence is assembled in the first macropore 13 position of the first combination section 12 of this column jacket 10.In addition, the third-largest hole 84 of the 3rd combination section 83 of this side plate 80 is generally in C font, and the 3rd aperture 85 of the 3rd combination section 83 is generally in U-shaped.
Aforementionedly between this drawer 95 and this side plate 80, be installed with relative slide rail 96, be installed on movably between two these side plates 80 to make this drawer 95.
Please also refer to Figure 11,12,13, it is display column jacket 10 and side plate 80 architectural feature and combination, but it is identical with column jacket 10 and horizontal deckle board 20 syntagmatic, in brief, when this column jacket 10 and this side plate 80 are connected, this first wears with this third-largest hole 84 of the 3rd combination section 83 in conjunction with this first macropore 13 of pin 30 this first combination section 12 relative, and the first aperture 14 of this first combination section 12 is placed on this first concave ring groove 32, and the 3rd aperture 85 of the 3rd combination section 83 is placed on this second concave ring groove 33.Then be by this second in conjunction with this projection 42 this second jack 86 relative of pin 40 to plug assembling, this is made second to be placed on this first macropore 13 of this first combination section 12 in conjunction with this second gear annulated column 41 of pin 40, and make this second first offset in conjunction with pin 30 this first gear annulated column 31 ora terminalis near this first concave ring groove 32 with this in conjunction with the only recess 411 that should support of pin 40, and then be assembled into a firm combining structure.
In sum, about the combination sideboard of the utility model first embodiment constructs, it assembles mode does not need to use the locked assembly such as screw in addition sealed fixing, can group connect effectively rapidly, and then be assembled into a cabinet body structure, moreover the utility model is able to based on aforementioned components architectural feature, be combined into the instrument cabinet package assembly of several multi-form, different height, and combination kenel can be changed according to occasion, purposes.
Referring to shown in Figure 14,15,16, is the three-dimensional combination figure of the utility model second embodiment, partial exploded view and three-dimensional exploded view again.Second embodiment and the first embodiment difference are that backboard 90, locked instrument 60A, multiple castor 70 and this drawer 95 rear are provided with a cramp 52 further, wherein:
This column jacket 10 bottom surface aforementioned is provided with castor 70, and in order to moving this instrument cabinet at any time, and group fills a Brake car group 71 on castor 70, when user tramples this Brake car group 71, can shape become Brake stop effect.
This backboard 90 aforementioned is straight rectangular panel body, its two ends are formed to rare 1 the 4th combination section 91,4th combination section 91 is further to forming a fourth-largest hole 92 in first hole 13, in addition, to forming one the 4th aperture 93 by the first aperture 14, this the fourth-largest hole 92 is adjacent with the 4th aperture 93, and the aperture of the 4th aperture 93 of the 4th combination section 91 is greater than the aperture of the first aperture 14 of this first combination section 12.Separately form one the 3rd jack 94 respectively in respectively the 4th combination section 91 is other, this first jack 24 is near the 4th aperture 93 of the 4th combination section 91, and the 3rd jack 94 is to should this first macropore 13 of this first combination section 12 of column jacket 10.Moreover the fourth-largest hole 92 of the 4th combination section 91 of this backboard 90 is generally in C font, and the 4th aperture 93 of the 4th combination section 91 is generally in U-shaped.
Please also refer to Figure 17, 18, 19, it is column jacket 10 and this backboard 90 architectural feature and combination of display the utility model second embodiment, but it is identical with column jacket 10 and horizontal deckle board 20 syntagmatic, in brief, when this column jacket 10 and this backboard 90 are connected, this first wears with this fourth-largest hole 92 of the 4th combination section 91 in conjunction with this first macropore 13 of pin 30 this first combination section 12 relative, and make the first aperture 14 of this first combination section 12 be placed on this first concave ring groove 32, and make the 4th aperture 93 of the 4th combination section 91 be placed on this second concave ring groove 33, then be by this second in conjunction with pin 40 this projection 42 relatively the 3rd jack 94 to plug assembling, this is made second to be placed on this first macropore 13 of this first combination section 12 in conjunction with this second gear annulated column 41 of pin 40, and make this second first offset in conjunction with pin 30 this first gear annulated column 31 ora terminalis near this first concave ring groove 32 with this in conjunction with the only recess 411 that should support of pin 40, and then be assembled into a firm combining structure.
Continuing with reference to shown in Figure 20 and Figure 21, is schematic perspective view and the decomposing schematic representation of the locked instrument of the utility model second embodiment.This locked instrument 60 aforementioned is arranged at this backboard 90 appropriate location, in order to open or to lock this drawer 95, wherein, this locked instrument 60 comprises slide 61, stopper 62 and a tapered end 63, this slide 61 has the concavity cell body of predetermined length, and is installed in corresponding to predetermined position inside this backboard 90; The outer rim shape of this stopper 62 corresponds to this slide 61 inner edge shape substantially, cramp 97 position of each this drawer 95 of this stopper 62 correspondence is provided with stop hole 621, in addition, the suppending hole 622 of about one definite length extended is provided with in this stopper 62 top predetermined position; This tapered end 63 is provided with an eccentric rod 631, and this eccentric rod 631 is bodies of rod of tool predetermined length, vertically wears the upper end being connected to this suppending hole 622.Accordingly, please also refer to Figure 22 and Figure 23, its be display the utility model unlatching or the locking condition of the second embodiment locked instrument of instrument cabinet package assembly are proposed, in brief, a key (not shown) is utilized to rotate this tapered end 63, and then this eccentric rod 631 is driven in this stopper 62 move, with the cramp 97 making the stop hole 621 of this stopper 62 depart from respectively this drawer 95, now respectively this drawer 95 can use with the free pull of user.
In addition, referring to shown in Figure 24 and Figure 25, is schematic perspective view and the decomposing schematic representation of the locked instrument of the utility model the 3rd embodiment.3rd embodiment and the second embodiment difference are a locked instrument 60A, and it comprises a slide 61A, a stopper 62A and a tapered end 63A, and this slide 61A is the concavity cell body of tool predetermined length, and are installed in corresponding to predetermined position inside this backboard 90; This tapered end 63A is provided with the locking-bar 631A that is bent into tool predetermined length; The outer rim shape of this stopper 62A corresponds to this slide 61A inner edge shape substantially, this stopper 62A is to cramp 97 position of drawer 95 being provided with stop hole 621A, in addition, extend in this stopper 62A top predetermined position and be provided with a stop section 622A, with for contacting at this locking-bar 631A; Accordingly, a key (not shown) is utilized to rotate this tapered end 63A, and then this locking-bar 631A is driven on this stopper 62A move, with the cramp 97 making the stop hole 621A of this stopper 62A depart from respectively this drawer 95, now respectively this drawer 95 can with the free pull use of user.
Please continue to refer to shown in Figure 26 to Figure 29, it is the accompanying drawings of the utility model the 4th embodiment.4th embodiment and the second embodiment difference are header board 98 and a locked instrument 60B, wherein, on the second frame 31B that another side that this header board 98 both end sides is locked in biside plate 30B is respectively shorter; This locked instrument 60B comprises a slide 61B, a stopper 62B and a tapered end 63B, and this slide 61B is the concavity cell body with predetermined length, and is installed in corresponding to predetermined position inside this backboard 90; The outer rim shape of this stopper 62B corresponds to this slide 61B inner edge shape substantially, cramp 97 position of corresponding respectively this drawer 95 of this stopper 62B is provided with stop hole 621B, in addition, the suppending hole 622B of about one definite length extended is provided with in this stopper 62B top predetermined position; This tapered end 63B is arranged at this header board 98 plate face central authorities predetermined position, and has a connecting rod 631B, and this connecting rod 631B is the body of rod of tool predetermined length, and its one end vertically wears the upper end being connected to this suppending hole 622B, and the other end is articulated in this tapered end 63B; Accordingly, utilize a key 64 to rotate this tapered end 63B, and then this connecting rod 631B is driven on this stopper 62B move, with the cramp 97 making the stop hole 621B of this stopper 62B depart from respectively this drawer 95, now respectively this drawer 95 can with the free pull use of user.
Above embodiment is only exemplary embodiment of the present utility model, is not used in restriction the utility model, and protection domain of the present utility model is defined by the claims.Those skilled in the art can in essence of the present utility model and protection domain, and make various amendment or equivalent replacement to the utility model, this amendment or equivalent replacement also should be considered as dropping in protection domain of the present utility model.
Claims (10)
1. an instrument cabinet package assembly, is characterized in that, comprises:
The column jacket (10) of more than four, it is respectively bent to form two adjacent the first side walls (11), respectively this first side wall (11) is formed with first combination section (12) of multiple symmetric arrays;
Multiple first combines pin (30);
The horizontal deckle board (20) of more than four, its rectangular tabular, respectively these horizontal deckle board (20) two ends are formed to rare one second combination section (21), respectively this horizontal deckle board (20) has been bent to form one second sidewall (25) in both sides up and down, this first combines corresponding this first combination section (12) and this second combination section (21) of being embedded in of pin (30), and this column jacket (10) and this horizontal deckle board (20) are connected;
Plural side plate (80), it has straight rectangular slab face (81), a junction (82) has been protruded out in this plate face (81) two side ends is one-body molded respectively, rare 1 the 3rd combination section (83) is formed in this connecting portion (82) side, this first combines corresponding this first combination section (12) and the 3rd combination section (83) of being embedded in of pin (30), and this column jacket (10) and this side plate (80) are connected;
More than one support plate (50), its rectangular tabular, this support plate (50) correspondence is positioned on second sidewall (25) of this horizontal deckle board (20);
More than one backboard (90), this backboard (90) two ends are formed to rare 1 the 4th combination section (91), this first combines corresponding this first combination section (12) and the 4th combination section (91) of being embedded in of pin (30), and this column jacket (10) and this backboard (90) are connected; And
More than one drawer (95), be installed with relative slide rail (96) between this drawer (95) with this side plate (80), be installed on movably between two these side plates (80) to make this drawer (95).
2. instrument cabinet package assembly according to claim 1, it is characterized in that, this column jacket (10) has in this first combination section (12) further and is communicated with one first adjacent macropore (13) and one first aperture (14) up and down; This second combination section (21) is further to forming one second macropore (22) in first hole (13), in addition, to forming a second orifice (23) by the first aperture (14), this second macropore (22) is adjacent with this second orifice (23), and the aperture of the second orifice (23) of this second combination section (21) is greater than the aperture of first aperture (14) of this first combination section (12); 3rd combination section (83) is further to forming a third-largest hole (84) in first hole (13), in addition, to forming one the 3rd aperture (85) by the first aperture (14), this the third-largest hole (84) is adjacent with the 3rd aperture (85), and the aperture of the 3rd aperture (85) of the 3rd combination section (83) is greater than the aperture of first aperture (14) of this first combination section (12); 4th combination section (91) is further to forming a fourth-largest hole (92) in first hole (13), in addition, to forming one the 4th aperture (93) by the first aperture (14), this the fourth-largest hole (92) is adjacent with the 4th aperture (93), and the aperture of the 4th aperture (93) of the 4th combination section (91) is greater than the aperture of first aperture (14) of this first combination section (12).
3. instrument cabinet package assembly according to claim 2, it is characterized in that, this the first combination pin (30) two ends vertical plane separately symmetry is convexly equipped with a first gear annulated column (31), and vertical scalariform is arranged with one first concave ring groove (32) and one second concave ring groove (33) between two these first gear annulated columns (31), and the degree of depth of this first concave ring groove (32) is greater than the degree of depth of this second concave ring groove (33); When this column jacket (10) and this horizontal deckle board (20) are connected, this first macropore (13) of this first combination section (12) and this second macropore (22) of this second combination section (21) wear relatively in this first combination pin (30), and first aperture (14) of this first combination section (12) is placed on this first concave ring groove (32), and the second orifice (23) of this second combination section (21) is made to be placed on this second concave ring groove (33); When this column jacket (10) and this side plate (80) are connected, this first macropore (13) of this first combination section (12) and this third-largest hole (84) of the 3rd combination section (83) wear relatively in this first combination pin (30), and first aperture (14) of this first combination section (12) is placed on this first concave ring groove (32), and the 3rd aperture (85) of the 3rd combination section (83) is made to be placed on this second concave ring groove (33); When this column jacket (10) and this backboard (90) are connected, this first macropore (13) of this first combination section (12) and this fourth-largest hole (92) of the 4th combination section (91) wear relatively in this first combination pin (30), and first aperture (14) of this first combination section (12) is placed on this first concave ring groove (32), and the 4th aperture (93) of the 4th combination section (91) is placed on this second concave ring groove (33).
4. instrument cabinet package assembly according to claim 3, it is characterized in that, also comprise multiple second and combine pin (40), its one end radial convex establishes a second gear annulated column (41), the axial projection one projection (42) of the other end, this the second width combining the second gear annulated column (41) of pin (40) is greater than the width of this projection (42), and in addition, this baffle ring post lateral margin place is provided with one and supports only recess (411).
5. instrument cabinet package assembly according to claim 4, it is characterized in that, this horizontal deckle board (20) is other in this second combination section (21) further forms four the first jacks (24), this first jack (24) is near this second orifice (23) of this second combination section (21), and this first jack (24) is to should this first macropore (13) of this first combination section (12) of column jacket (10), this second combine pin (40) this projection (42) relatively this first jack (24) to plug assembling, this second this second gear annulated column (41) combining pin (40) is made to be placed on this first macropore (13) of this first combination section (12), and make this second only recess (411) that should support combining pin (40) first be combined this first gear annulated column (31) ora terminalis selling (30) this first concave ring groove (32) close with this and offset, this side plate (80) forms one second jack (86) respectively in respectively the 3rd combination section (83) is other further, this second jack (86) is near the 3rd aperture (85) of the 3rd combination section (83), and this second jack (86) is to should this first macropore (13) of this first combination section (12) of column jacket (10), this second combine pin (40) this projection (42) relatively this second jack (86) to plug assembling, this second this second gear annulated column (41) combining pin (40) is made to be placed on this first macropore (13) of this first combination section (12), and make this second only recess (411) that should support combining pin (40) first be combined this first gear annulated column (31) ora terminalis selling (30) this first concave ring groove (32) close with this and offset, this backboard (90) forms one the 3rd jack (94) respectively in respectively the 4th combination section (91) is other further, this first jack (24) is near the 4th aperture (93) of the 4th combination section (91), and the 3rd jack (94) is to should this first macropore (13) of this first combination section (12) of column jacket (10), this second combine pin (40) this projection (42) relatively the 3rd jack (94) to plug assembling, this second this second gear annulated column (41) combining pin (40) is made to be placed on this first macropore (13) of this first combination section (12), and make this second only recess (411) that should support combining pin (40) first be combined this first gear annulated column (31) ora terminalis selling (30) this first concave ring groove (32) close with this and offset.
6. instrument cabinet package assembly according to claim 1, it is characterized in that, this column jacket bottom surface is provided with multiple castor.
7. instrument cabinet package assembly according to claim 1, it is characterized in that, this connecting portion (82) comprises first connecting wall (821) extended from the side in this plate face (81), and one is parallel to away from the side in this plate face (81) the second connecting wall (822) that this plate face (81) extends from this first connecting wall (821), and be provided with the 3rd combination section (83) in this second connecting wall (822).
8. instrument cabinet package assembly according to claim 1, it is characterized in that, this drawer (95) rear is provided with a cramp (52) further; And also comprise a locked instrument (60), it is arranged at this backboard (90) appropriate location, in order to open or to lock this drawer (95), this locked instrument (60) comprises a slide (61), a stopper (62) and a tapered end (63), this slide (61) is the concavity cell body with predetermined length, and be installed in correspond to respectively this backboard (90) inner side predetermined position; The outer rim shape of this stopper (62) corresponds to this slide (61) inner edge shape, cramp (52) position of each this drawer (95) of this stopper (62) correspondence is provided with stop hole (621), in addition, the suppending hole (622) of about one definite length extended is provided with in this stopper (62) top predetermined position; This tapered end (63) is provided with an eccentric rod (631), and this eccentric rod (631) is the body of rod with predetermined length, vertically wears the upper end being connected to this suppending hole (622); Accordingly, a key (64) is utilized to rotate this tapered end (63), and then this eccentric rod (631) is driven in this stopper (62) move, with the cramp (52) making the stop hole (621) of this stopper (62) depart from respectively this drawer (95), now respectively this drawer (95) can use with the free pull of user.
9. instrument cabinet package assembly according to claim 1, it is characterized in that, this drawer (95) rear is provided with a cramp (52) further; And also comprise a locked instrument (60A), it is arranged at this backboard (90) appropriate location, in order to open or to lock this drawer (95), this locked instrument (60A) comprises a slide (61A), a stopper (62A) and a tapered end (63A), this slide (61A) is the concavity cell body with predetermined length, and is installed in corresponding to this backboard (90) inner side predetermined position; This tapered end (63A) is provided with the locking-bar (631A) that is bent into tool predetermined length; The outer rim shape of this stopper (62A) corresponds to this slide (61A) inner edge shape, cramp (52) position of each this drawer (95) of this stopper (62A) correspondence is provided with stop hole (621A), in addition, extend in this stopper (62A) top predetermined position and be provided with a stop section (622A), with for contacting at this locking-bar (631A); Accordingly, a key (64) is utilized to rotate this tapered end (63A), and then this eccentric rod (631) is driven in this stopper (62A) move, with the cramp (52) making the stop hole (621A) of this stopper (62A) depart from respectively this drawer (95), now respectively this drawer (95) can use with the free pull of user.
10. instrument cabinet package assembly according to claim 1, it is characterized in that, this drawer (95) rear is provided with a cramp (52) further; And also comprising a header board (98) and a locked instrument (60B), this header board (98) its both end sides is locked on two these side plates (80) respectively; This locked instrument (60B) is arranged at this backboard (90) appropriate location, in order to open or to lock this drawer (95), this locked instrument (60B) comprises a slide (61B), a stopper (62B) and a tapered end (63B), this slide (61B) has the concavity cell body of predetermined length, and is installed in corresponding to this backboard (90) inner side predetermined position; The outer rim shape of this stopper (62B) corresponds to this slide (61B) inner edge shape, cramp (52) position of each this drawer (95) of this stopper (62B) correspondence is provided with stop hole (621B), in addition, the suppending hole (622B) of about one definite length extended is provided with in this stopper (62B) top predetermined position; This tapered end (63B) is arranged at this header board (80) plate face central authorities predetermined position, and there is a connecting rod (631B), this connecting rod (631B) has the body of rod of predetermined length, its one end vertically wears the upper end being connected to this suppending hole (622B), and the other end is articulated in this tapered end (63B); Accordingly, a key (64) is utilized to rotate this tapered end (63B), and then this connecting rod (631B) is driven in this stopper (62B) move, with the cramp (52) making the stop hole (621B) of this stopper (62B) depart from respectively this drawer (95), now respectively this drawer (95) can use with the free pull of user.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520517059.8U CN204861905U (en) | 2015-07-16 | 2015-07-16 | Tool cabinet body package assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520517059.8U CN204861905U (en) | 2015-07-16 | 2015-07-16 | Tool cabinet body package assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204861905U true CN204861905U (en) | 2015-12-16 |
Family
ID=54806352
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520517059.8U Active CN204861905U (en) | 2015-07-16 | 2015-07-16 | Tool cabinet body package assembly |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204861905U (en) |
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2015
- 2015-07-16 CN CN201520517059.8U patent/CN204861905U/en active Active
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