CN207707587U - Rivet cabinet - Google Patents
Rivet cabinet Download PDFInfo
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- CN207707587U CN207707587U CN201720892707.7U CN201720892707U CN207707587U CN 207707587 U CN207707587 U CN 207707587U CN 201720892707 U CN201720892707 U CN 201720892707U CN 207707587 U CN207707587 U CN 207707587U
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Abstract
The utility model is related to a kind of riveting cabinets comprising：Frame, including column and crossbeam, at least one column have：First wall and the second wall, the first side of first wall is connect with the first side of the second wall, predetermined angle is formed between the two, the second side opposite with first side of first wall is bent to form the first bending edge, first bending edge is bent to form the second bending edge again, and the distance of the second bending edge of second side distance of the first wall is H1；Several cabinet plates, each cabinet plate are fixed by caulking to frame, and at least one cabinet plate has：The distance of the first crimp being bent to form by the first lateral margin of cabinet plate, and the second crimp for being bent to form again by the first crimp, first the second crimp of lateral margin distance of cabinet plate is H2, H2=H1, after the second crimp of cabinet plate and the second bending edge of the first wall on the inside of cabinet by rivet by being fixed, nail rod one end of the rivet is contained in the space that cabinet plate and its first crimp and the second crimp are surrounded.
Description
Technical field
The utility model is related to a kind of cabinet, especially a kind of riveting cabinet.
Background technology
Existing metal cabinet typically uses made of welding manner, for example, being welded on the holders such as proximate matter multiple
Plate is made.
The existing cabinet mode of production exists following insufficient：
1, welding procedure needs the welder of profession to operate, and has certain limitation to operating personnel；
2, welding procedure is complicated for operation, less efficient；
3, welding procedure belongs to dangerous operation, is easy to damage to human body；
4, welding procedure pollutes the environment, and is not inconsistent with environmentally friendly trend；
5, welding procedure has specific requirement, smaller scope of application to welding material；
6, welding procedure can affect material itself, such as reduce the service life, disfeature.
Utility model content
(1) technical problems to be solved
In order to solve the above problem of the prior art, the utility model provides a kind of riveting cabinet, uses riveting process system
At so that its production technology is simplified, and production efficiency significantly improves, and can reduce the danger damaged to personnel, and
And requirement to the professional skill of operating personnel can be reduced, it can significantly cut down human cost, also, its technique
With better environmental friendliness, at the same time it can also expand material ranges applicatory, and by integrally-built improvement,
The interfaces trace such as welding, riveting can be cut down so that the service life is longer for cabinet, and appearance is more perfect.
(2) technical solution
In order to achieve the above object, the main technical schemes of the utility model use include：
A kind of riveting cabinet comprising：
Frame, including several columns and several crossbeams, crossbeam connect to form frame with column, wherein at least one column
Have：
First wall and the second wall, the first side of the first wall is connect with the first side of the second wall, between the two
Predetermined angle δ is formed, δ is less than 180 °, the second side bending angle α opposite with first side of the first wall11Form first
Bending edge, the first bending edge bending angle α again12Form the second bending edge, wherein the second side distance second of the first wall is curved
The distance of flanging is H1；
Several cabinet plates, each cabinet plate are fixed by caulking to frame, and wherein at least one cabinet plate has：
By the first lateral margin bending angle β of cabinet plate1The first crimp formed, and by the first crimp bending angle β again2Shape
At the second crimp, wherein the distance of first the second crimp of lateral margin distance of cabinet plate be H2, β1≥π-α11, β2=α12, H2=H1,
After second crimp of cabinet plate and the second bending edge of the first wall are fixed by cabinet inside by rivet, the nail rod of the rivet
One end is contained in the space that cabinet plate and its first crimp and the second crimp are surrounded.
By the setting of above structure, the riveting cabinet of the utility model not only can be by using riveting process so that
Production technology is simplified, and production efficiency significantly improves, and can also reduce the requirement to the professional skill of operating personnel, significantly
Human cost is cut down on ground, and technique has better environmental friendliness, and can reduce the danger damaged to personnel,
Material ranges applicatory are expanded again, meanwhile, by the improvement to frame and cabinet harden structure, not only so that the whole knot of cabinet
Structure is more firm, and the service life is longer, furthermore, it is possible to by being riveted in cabinet, it is possible to reduce the riveting trace outside cabinet,
Cabinet appearance is more perfect.
The riveting cabinet of the utility model one embodiment, wherein the second side of the second wall of at least one column is curved
Roll over angle [alpha]13Third bending edge is formed, and by third bending edge bending angle α again14Form the 4th bending edge, wherein second
Side is opposite with first side.
The riveting cabinet of the utility model one embodiment, wherein at least one cabinet plate also has the second lateral bending by cabinet plate
Roll over angle beta3The third crimp of formation, and by third crimp bending angle β again4The 4th crimp formed.
The riveting cabinet of the utility model one embodiment, wherein the third side of the first wall of at least one column is curved
Roll over angle [alpha]15Form the 5th bending edge, the 5th bending edge bending angle α again16Form the 6th bending edge, wherein third side with
First side is connected, such as third side is top side.
The riveting cabinet of the utility model one embodiment, wherein at least one of several crossbeams are riveted on the 5th bending
Side.Whereby, stabilized structure can be enabled, and exposed without rivet, tailored appearance, beauty.
The riveting cabinet of the utility model one embodiment, wherein at least one of several crossbeams are riveted on the 6th bending
Side.Whereby, structure can be enabled more firm, and, tailored appearance, beauty exposed without rivet.
The riveting cabinet of the utility model one embodiment a, wherein side of at least one of several crossbeams crossbeam
It is riveted on the 5th bending edge, another side is riveted on the 6th bending edge.Whereby, structure can be enabled more firm, and without rivet
It is exposed, tailored appearance, beauty.
The riveting cabinet of the utility model one embodiment, wherein at least one of several crossbeams crossbeam is fastened in the 6th
One side of bending edge.Whereby, structure can be enabled more firm, and, tailored appearance, beauty exposed without rivet, and be convenient for
The assembling of crossbeam positions.
The riveting cabinet of the utility model one embodiment a, wherein side of at least one of several crossbeams crossbeam
It is riveted on the 5th bending edge, another side is fastened in a side of the 6th bending edge.Whereby, structure can be enabled more steady
Gu and, tailored appearance, beauty exposed without rivet, and convenient for crossbeam assembling position.
The riveting cabinet of the utility model one embodiment, wherein several columns include left front column and right front column, left front
Column and/or right front column have the first wall and the second wall, the first side of the first side of the first wall and the second wall
Side connects, and forms predetermined angle δ between the two, and δ is less than 180 °, and the second side opposite with first side of the first wall is to second
Wall direction bending angle α11Form the first bending edge, the first bending edge reversed bending angle α again12The second bending edge is formed,
In, the distance of the second bending edge of second side distance of the first wall is H1, second opposite with first side of the second wall
Side is to the first wall direction bending angle α13Form third bending edge, third bending edge bending angle α in the same direction again14Form the
Four bending edges；
4th bending edge of remaining column in several columns is reversely bent with third bending edge；
Several cabinet plates include front side door-plate, the third bending edge of the left side of front side door-plate close to the second wall of left front column
Pivotly be set to the right side of frame or front side door-plate close to the second wall of right front column third bending edge pivotly
Set on frame.
The riveting cabinet of the utility model one embodiment, wherein the quantity of column is four, and the quantity of crossbeam is eight,
Crossbeam constitutes a rectangular frame with column riveting, and the quantity of cabinet plate is six pieces, and front side door-plate therein can be opened and closed by hinge
Ground is connected to the leading flank of rectangular frame, in addition five pieces of remaining sides for being fixed by caulking to rectangular frame.
The riveting cabinet of the utility model one embodiment further includes several reinforcing beams and several skewed horizontal loads, wherein add
The both ends of brutal are riveted on adjacent upright posts, and one end of skewed horizontal load is riveted on column, and the other end is riveted on crossbeam or reinforcing beam.It borrows
This, can further increase its overall construction intensity.
The riveting cabinet of the utility model one embodiment, further includes cement box and pedestal support, and cement box is set to bottom
The downside of cabinet plate, pedestal branch stay on the downside of cement box.
The riveting cabinet of the utility model one embodiment, wherein angle δ is 90 °, angle α11For 90 °, angle α12For
90 °, angle α13For 90 °, angle α14For 90 °, angle α15For 90 °, angle α16For 90 °, angle β1For 90 °, angle β2For 90 °,
Angle β3It is 90 ° and/or angle β4It is 90 °.
(3) advantageous effect
The utility model has the beneficial effects that：
The riveting cabinet of the utility model, by using riveting process, not only so that production technology is simplified, production effect
Rate significantly improves, and can also reduce the requirement to the professional skill of operating personnel, significantly cuts down human cost, and technique
With better environmental friendliness, and the danger damaged to personnel can be reduced, and expand material model applicatory
It encloses, meanwhile, by the improvement to frame and cabinet harden structure, not only so that the overall structure of cabinet is more firm, service life is more
It is long, furthermore, it is possible to by being riveted in cabinet, it is possible to reduce the riveting trace outside cabinet, cabinet appearance are more perfect.
Description of the drawings
Fig. 1 is the overall structure stereoscopic schematic diagram of the riveting cabinet of the utility model one embodiment；
Fig. 2 is that the riveting cabinet of the utility model one embodiment cuts away the stereoscopic schematic diagram after upper semisection；
Fig. 3 is the circuit theory schematic diagram (including front side door) of the riveting cabinet of the utility model one embodiment；
Fig. 4 is the overall structure diagram of the front side door of the riveting cabinet of the utility model one embodiment；
Fig. 5 is the portions the A enlarged drawing of Fig. 4；
Fig. 6 is the portions the B enlarged drawing of Fig. 4；
Fig. 7 is the stereoscopic schematic diagram of the left plate of the riveting cabinet of the utility model one embodiment；
Fig. 8 is the front view part of the left plate of the riveting cabinet of the utility model one embodiment；
Fig. 9 is the vertical view part of the left plate of the riveting cabinet of the utility model one embodiment；
Figure 10 is the stereoscopic schematic diagram of the right plate of the riveting cabinet of the utility model one embodiment；
Figure 11 is the stereoscopic schematic diagram of the top-side panel of the riveting cabinet of the utility model one embodiment；
Figure 12 is the portions the C enlarged drawing of Figure 11；
The vertical view part that Figure 13 is Figure 11；
Figure 14 is the stereoscopic schematic diagram of the back side panel of the riveting cabinet of the utility model one embodiment；
Figure 15 is the vertical view of Figure 14；
Figure 16 is the stereoscopic schematic diagram of the right front column of the riveting cabinet of the utility model one embodiment；
Figure 17 is that the right front column of the riveting cabinet of the utility model one embodiment cuts away the stereoscopic schematic diagram after upper semisection；
Figure 18 is the stereoscopic schematic diagram of the left back column of the riveting cabinet of the utility model one embodiment；
Figure 19 is the top perspective schematic diagram of the left back column of the riveting cabinet of the utility model one embodiment；
Figure 20 is the elevated bottom perspective schematic diagram of the left back column of the riveting cabinet of the utility model one embodiment；
Figure 21 is that the right rear column of riveting cabinet of the utility model one embodiment and the connection solid of rear upper beam are illustrated
Figure；
Figure 22 is the riveted structure schematic diagram in the riveting cabinet of five embodiments of the utility model.
【Reference sign】
11：Left front column；
12：Left back column；
121：First wall；122：Second wall；123：5th bending edge；124：Bottom wall；125：First bending edge；126：
Second bending edge；127：Third bending edge；128：4th bending edge；129：6th bending edge；
13：Right front column；
131：First wall；132：Second wall；133：5th bending edge；134：Bottom wall；135：First bending edge；136：
Second bending edge；137：Third bending edge；138：4th bending edge；139：6th bending edge；
14：Right rear column；
147：Third bending edge；148：4th bending edge；149：6th bending edge；
15：Crossbeam；
21：Front side door-plate；
211,212,213,214,211 ＇, 212 ＇, 213 ＇, 214 ＇：Crimp；215,215 ＇：Substrate；216,216 ＇：Pivot；
22：Back side panel；
221、222、223、224：Crimp；
23：Left plate；
231、232、233、234：Crimp；235：Notch；236：Through-hole；
24：Right plate；
241、242、243、244：Crimp；
25：Top-side panel；
251：Front side wall；252：First crimp；253：Second crimp；254：Recess；255：Bevel edge；256：Flat side；
257：Evagination arc side；258：Transition bevel edge；
3：Rivet；
S：Space.
Specific implementation mode
It is below in conjunction with the accompanying drawings, right by specific implementation mode in order to understand in order to preferably explain the utility model
The utility model is described in detail.
In interior finger cabinet, outside outer finger cabinet, preceding finger cabinet door side, left and right, top, bottom are observed with cabinet door side above and below.
Referring to Fig. 1, the riveting cabinet of the utility model one embodiment comprising frame and the cabinet plate being riveted on frame.
As shown in figure 3, frame includes four columns and eight crossbeams 15, four columns, that is, left front column 11, left back column
12, right front column 13 and right rear column 14, eight crossbeams 15 are upper left frame beam, upper right crossbeam, preceding upper beam, rear upper beam, a left side
A cuboid is integrally formed in the both ends of column in bottom end rail, lower right frame beam, preceding bottom end rail and rear bottom end rail, each riveting transverse beam
Frame.
Specifically, right front column 13 have the first wall 131 and the second wall 132 (such as angle bar may be used), first
The first side of wall 131 is connect with the first side of the second wall 132, forms predetermined angle δ between the two, δ in the present embodiment
It it is 90 °, the second side opposite with first side of the first wall 131 is to 132 direction bending angle α of the second wall11Form the
One bending edge 135 (bending angle α in the present embodiment11It is 90 °), the first bending edge 135 reversed bending angle α again12Form second
(the bending angle α in the present embodiment of bending edge 13612It is 90 °), wherein the second bending edge of second side distance of the first wall 131
136 distance is H1, that is, it is H to form a height1Step, the second side opposite with first side of the second wall 132 to
First wall, 131 direction bending angle α13Form (the bending angle α in the present embodiment of third bending edge 13713It is 90 °), third is curved
The bending angle α in the same direction again of flanging 13714Form the 4th bending edge 138 (bending angle α in the present embodiment14It it is 90 °).
Left front column 11 may be used and 13 symmetrical structure of right front column (being symmetrical structure in the present embodiment)
Or asymmetrical mechanism (such as：Structure moulded identical, that bending angle is different and/or bending is of different size).
Left back column 12 has the first wall 121 and the second wall 122 (such as angle bar may be used), the first wall 121
First side connect with the first side of the second wall 122, form predetermined angle δ between the two, δ is 90 ° in the present embodiment, the
The second side opposite with first side of one wall 121 is to 122 direction bending angle α of the second wall11Form the first bending edge
125 (bending angle α in the present embodiment11It is 90 °), the first bending edge 125 reversed bending angle α again12Form the second bending edge
126 (bending angle α in the present embodiment12It is 90 °), wherein the second bending edge of second side distance 126 of the first wall 121
Distance is H1, that is, it is H to form a height1Step, the second side opposite with first side of the second wall 122 is to first
121 direction bending angle α of wall13Form (the bending angle α in the present embodiment of third bending edge 13713It is 90 °), third bending edge
137 reversed bending angle α again14Form the 4th bending edge 138 (bending angle α in the present embodiment14It is 90 °), wherein second is vertical
The distance of the 4th bending edge 138 of second side distance of wall 122 is H1, that is, it is H to form a height1Step.
Right rear column 14 may be used and 12 symmetrical structure of left back column (being symmetrical structure in the present embodiment)
Or asymmetrical mechanism (such as：Structure moulded identical, that bending angle is different and/or bending is of different size).
Referring to Figure 16, the third side of the first wall of each column bends inwards angle [alpha]15Formed the 5th bending edge 123,
133 (in the present embodiment the 5th bending edge be quadrangle), the 5th bending edge reversed bending angle α again16Form the 6th bending edge
129,139,149 (the 5th position of the bending edge far from the first wall and the second wall is bent to form the 6th bending in the present embodiment
Side, the 6th bending edge is substantially parallel with the first wall, and its part far from the second wall is extend out to except the 5th bending edge,
Such as can there are 2/3rds length to be connect with the 5th bending edge, in addition one third length stretch out), wherein third side with
First side is connected.
In the present embodiment, third side is located at the upside of column, upper left frame beam, upper right crossbeam, preceding upper beam, rear upper beam
A side (in the present embodiment be downside) be riveted on the 5th bending edge, another side (is left side in the present embodiment
Or right side) it is riveted on the 6th bending edge, also, another side (being right side or left side in the present embodiment) is fastened in the
One side of six bending edges.
Wherein, left front column 11, left back column 12, right front column 13 and 14 respective 6th bending edge of right rear column are in the same direction
Setting, alternatively, being vertically arranged two-by-two.
Preferably, frame further includes several reinforcing beams and skewed horizontal load, wherein the both ends of reinforcing beam are riveted on adjacent vertical
One end of column, skewed horizontal load is riveted on column, and the other end is riveted on crossbeam or reinforcing beam.For example, can be in the left front vertical of frame
Two reinforcing beams are set between column 11 and left back column 12, the both ends of two reinforcing beams and left front column 11 and left back column 12 it
Between a skewed horizontal load is respectively set, an oblique branch is respectively set between left back column 12 and right rear column 14 and rear bottom end rail
Support.
In one embodiment of the utility model, two reinforcements can also be set between upper left frame beam and upper right crossbeam
Beam.
The cabinet plate of the riveting cabinet includes back side panel 22, left plate 23, right plate 24, top-side panel 25, bottom side plate and front side
Door-plate 21.
At least one of back side panel 22, left plate 23, right plate 24, top-side panel 25 and bottom side plate have：
By the first lateral margin bending angle β of cabinet plate1The first crimp formed, and by the first crimp bending angle β again2Shape
At the second crimp, wherein the distance of first the second crimp of lateral margin distance of cabinet plate be H2, β1≥π-α11, β2=α12, H2=H1,
After second crimp of cabinet plate and the second bending edge of the first wall are fixed by cabinet inside by the riveting of rivet 3, the nail of the rivet 3
Bar one end is contained in the space S that cabinet plate and its first crimp and the second crimp are surrounded.
Further, at least one of above-mentioned cabinet plate also has the second side bending angle β by cabinet plate3The third of formation
Crimp, and by third crimp bending angle β again4The 4th crimp formed.4th crimp and the second of adjacent another column
Bending edge riveting is fixed, and similarly makes the outer surface of cabinet plate and the outer surface flush of column, and without riveting trace.
Wherein, back side panel could be provided as this kind of structure, by back side panel by be riveted on inside cabinet left back column 12 and/or
After right rear column 14, back side panel position corresponding with riveting operation is seen by outside and does not rivet trace.
For example, Figure 14 and back side panel shown in figure 15,90 ° of first crimps 221 of formation of left side forward fold, then it is inwardly curved
90 ° of second crimps 223 of formation of folding, 90 ° of the forward fold in right side form third crimps 222, then bend inwards 90 ° that form the 4th curved
Side 224.
Likewise, any one of left plate 23, right plate 24, top-side panel 25 and bottom side plate can also use this kind to tie
Structure, details are not described herein again.
By above-mentioned improvement, not only production technology is simplified the riveting cabinet of the utility model, and production efficiency significantly improves,
The requirement to the professional skill of operating personnel can also be reduced, significantly cuts down human cost, and technique has preferably
Environmental friendliness, and the danger damaged to personnel can be reduced, and material ranges applicatory are expanded, meanwhile, lead to
The improvement to frame and cabinet harden structure is crossed, not only so that the overall structure of cabinet is more firm, the service life is longer, moreover, can
With by being riveted in cabinet, it is possible to reduce the riveting trace outside cabinet, cabinet appearance are more perfect.Especially by above-mentioned curved
The setting of side structure can not only improve the structural strength and stability of riveting cabinet entirety, extend service life, moreover, also
The riveting trace of appearance can be cut down so that specious.
In order to make riveting cabinet overall structure more preferably, left plate may be used such as lower structure：
Left plate as shown in Figure 7, Figure 8 and Figure 9, front inward 90-degree bent form crimp 231, and crimp 231 is initially formed
Notch 235, further along 90-degree bent form crimp 233,90 ° of the outward bending formation crimps 234 again of crimp 233, after the left plate
90 ° of formation crimps 232 of lateral inner bending, crimp 232 open up that there are one through-holes 236.When operation, can by crimp 231 with it is left front
Column rivets, and crimp 232 and left back column rivet, and after riveting, crimp 233 constitutes a part for doorframe, crimp 234 can with it is preceding
The inner surface of side door plate matches, and helps providing cushion performance at closing time and improving airtight performance.
In order to make riveting cabinet overall structure more preferably, right plate may be used such as lower structure：
Right plate as shown in Figure 10, rear side, which bends inwards 90 °, forms crimp 241, the front inward bending of right plate
90 ° of formation crimps 242,90 ° of 242 forward fold of crimp formation crimps 243, crimp 243, which compares crimp 242 and is recessed one, to be fallen
Difference, 90 ° of outward bending forms crimps 244 to crimp 243 again.When riveting operation, crimp 241 and right rear column can be riveted, it is curved
Side 242 and right front column rivet, and after riveting, crimp 243 constitutes a part for doorframe, crimp 2244 can in the door-plate of front side
Surface matches, and helps providing cushion performance at closing time and improving airtight performance.
In conjunction with Fig. 4, Fig. 5 and Fig. 6, front side door-plate by hinge be pivotably connected to frame (such as：Left front column, the right side
Front column or the crossbeam of front side), to be opened and closed cabinet.
Wherein, the first concave edge 211 of curved 90 ° of formation in front side door-plate top side, the left side lower surface of the first concave edge 211 is set
There are pivot 216, the substrate 215 that pivot 216 is fixed on 211 downside of the first concave edge by one to install, the first concave edge 211
Part far from pivot 216 again under curved 90 ° form third concave edge 213, on the left of the door-plate of front side in the second concave edge of curved 90 ° of formation
212, the second part of the concave edge 212 far from pivot 216 forms the 4th concave edge 214 for interior curved 90 ° again；It is curved in front side door board bottom side
The left side lower surface of 90 ° of formation 211 ＇ of the first concave edge, 211 ＇ of the first concave edge are equipped with 216 ＇ of pivot, and 216 ＇ of pivot passes through one
The substrate 215 ＇ installation being fixed on the upside of 211 ＇ of the first concave edge, the part of 216 ＇ of separate pivot of 211 ＇ of the first concave edge again on
Curved 90 ° form 213 ＇ of third concave edge, and 212 ＇ of the second concave edge, 212 ＇ of the second concave edge are formed for curved 90 ° in front side door-plate left side
Part far from 216 ＇ of pivot forms 214 ＇ of the 4th concave edge for interior curved 90 ° again.
When assembling, pivot 216 and 216 ＇ of pivot are matched with hinge, for example, the left end of preceding upper beam and preceding bottom end rail is solid
There are hinge, front side door-plate to be pivotably connected with frame by the hinge surely.
Specifically, in conjunction with Figure 11, Figure 12 and Figure 13,251 outward bending of front side wall of preceding upper beam forms the first crimp
252, then be folded upward at and to form the second crimp 253.
Wherein, the left side of the front side wall 251 of preceding upper beam is set there are one recess 254, and front side wall 251 is in the lower right corner of recess
Position is formed there are one bevel edge 255, and the left side edge of the first crimp 252 is equipped with one section of flat side 256 and one section of evagination arc side
257, the left side and the left side of bevel edge 255 of flat side 256 are substantially flush, and the inside of evagination arc side 257 connects flat side 256, outside
Side connects the left side of the second crimp 253 so that the evagination arc side 257 that passes on left of the second crimp 253 grows the first crimp 252
One section, the right side of the second crimp 253 grows 252 1 sections of the first crimp by a transition bevel edge 258.
In one embodiment of the utility model, bottom of cabinet bulk is additionally provided with bottom side plate, and bottom side plate can be riveted on column
Bottom wall, such as be riveted on the bottom wall 134 of the bottom wall 124 of left back column 12, right front column 13, meanwhile, bottom side plate can also be set
Set cement box so that cabinet monolithic stability, securely, to make cement box be bonded, can also set up pedestal support.
In one embodiment of the utility model, the lower margin of adjustable height can also be arranged in four corners of bottom of cabinet bulk, branch
Cabinet is supportted, and can be adjusted according to the needs bearing height, leveling is carried out to cabinet.
The through-hole for lower margin adjustment can be arranged in the bottom wall of column so that its screw rod can pass through logical when adjustment lower margin
Hole.
The riveting cabinet of the utility model can be not only rectangular-shape, can also be other shapes, such as triangular prism, five
Prism etc..
The riveting cabinet of the utility model can be not only that a cabinet plate is riveted on frame by the second crimp, can also be
Multiple cabinet plates are riveted on frame by the second crimp.
The bending angle of the riveting cabinet of the utility model, each crimp can be not only 90 °, can also be other angles, example
As shown in figure 22.
In conclusion the riveting cabinet of the utility model, not only simplifies production technology, significantly improves production efficiency, also
The requirement to the professional skill of operating personnel is reduced, has significantly cut down human cost, and technique has better ring
Border friendliness, and the danger damaged to personnel is reduced, and material ranges applicatory are expanded, meanwhile, pass through
Improvement to frame and cabinet harden structure, not only the overall structure of cabinet is more firm, and the service life is longer, moreover, because can be with
It is riveted inside cabinet, it is possible to reduce even completely eliminate the riveting trace outside cabinet, cabinet appearance is more perfect.
Claims (10)
1. a kind of riveting cabinet, which is characterized in that it includes：
Frame, including several columns and several crossbeams, crossbeam connect to form frame with column, wherein at least one column has：
First wall and the second wall, the first side of the first wall connect with the first side of the second wall, are formed between the two
Predetermined angle δ, δ are less than 180 °, the second side bending angle α opposite with first side of the first wall11Form the first bending
Side, the first bending edge bending angle α again12Form the second bending edge, wherein the second bending edge of second side distance of the first wall
Distance be H1；
Several cabinet plates, each cabinet plate are fixed by caulking to frame, and wherein at least one cabinet plate has：
By the first lateral margin bending angle β of cabinet plate1The first crimp formed, and by the first crimp bending angle β again2It is formed
Second crimp, wherein the distance of first the second crimp of lateral margin distance of cabinet plate is H2, β1≥π-α11, β2=α12, H2=H1, cabinet plate
The second crimp and the first wall the second bending edge by being fixed by rivet on the inside of cabinet after, nail rod one end of the rivet
It is contained in the space that cabinet plate and its first crimp and the second crimp are surrounded.
2. riveting cabinet as described in claim 1, it is characterised in that：
The second side bending angle α of second wall of at least one column13Third bending edge is formed, and by third bending edge
Bending angle α again14Form the 4th bending edge, wherein second side is opposite with first side.
3. riveting cabinet as claimed in claim 2, it is characterised in that：
At least one cabinet plate also has the second side bending angle β by cabinet plate3The third crimp of formation, and again by third crimp
Bending angle β4The 4th crimp formed.
4. riveting cabinet as claimed in claim 3, it is characterised in that：
Angle δ is 90 °, angle α11For 90 °, angle α12For 90 °, angle α13For 90 °, angle α14For 90 °, angle β1For 90 °,
Angle β2For 90 °, angle β3It is 90 ° and/or angle β4It is 90 °.
5. riveting cabinet as described in claim 1, it is characterised in that：
The third side edge bending angle [alpha] of first wall of at least one column15The 5th bending edge is formed, the 5th bending edge is bent again
Angle [alpha]16Form the 6th bending edge, wherein third side is connected with first side.
6. riveting cabinet as claimed in claim 5, it is characterised in that：
At least one of several crossbeams are riveted on the 5th bending edge；
At least one of several crossbeams are riveted on the 6th bending edge；
One side of at least one of several crossbeams crossbeam is riveted on the 5th bending edge, and it is curved that another side is riveted on the 6th
Flanging；
At least one of several crossbeams crossbeam is fastened in a side of the 6th bending edge；And/or
One side of at least one of several crossbeams crossbeam is riveted on the 5th bending edge, another side fastens curved in the 6th
One side of flanging.
7. riveting cabinet as described in claim 1, it is characterised in that：
Several columns include left front column and right front column, and there is the first wall and second to stand for left front column and/or right front column
Wall, the first side of the first wall are connect with the first side of the second wall, and predetermined angle δ is formed between the two, and δ is less than 180 °,
The second side opposite with first side of first wall is to the second wall direction bending angle α11Form the first bending edge, first
Bending edge reversed bending angle α again12Form the second bending edge, wherein the second bending edge of second side distance of the first wall
Distance is H1, the second side opposite with first side of the second wall is to the first wall direction bending angle α13It is curved to form third
Flanging, third bending edge bending angle α in the same direction again14Form the 4th bending edge；
4th bending edge of remaining column in several columns is reversely bent with third bending edge；
Several cabinet plates include front side door-plate, and the left side of front side door-plate can pivot close to the third bending edge of the second wall of left front column
Turn ground to be pivotly set to close to the third bending edge of the second wall of right front column set on the right side of frame or front side door-plate
Frame.
8. riveting cabinet as claimed in claim 7, it is characterised in that：
The quantity of column is four, and the quantity of crossbeam is eight, and crossbeam constitutes a rectangular frame, the number of cabinet plate with column riveting
Amount is six pieces, the leading flank that front side door-plate therein can be opened and closed to be connected to rectangular frame by hinge, and in addition five pieces of rivetings are solid
Due to remaining side of rectangular frame.
9. riveting cabinet as described in claim 1, it is characterised in that：
Further include several reinforcing beams and several skewed horizontal loads, wherein the both ends of reinforcing beam are riveted on adjacent upright posts, skewed horizontal load
One end is riveted on column, and the other end is riveted on crossbeam or reinforcing beam.
10. riveting cabinet as described in claim 1, it is characterised in that：
Further include cement box and pedestal support, cement box is set to the downside of bottom cabinet plate, and pedestal branch stays on the downside of cement box.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720892707.7U CN207707587U (en) | 2017-07-21 | 2017-07-21 | Rivet cabinet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720892707.7U CN207707587U (en) | 2017-07-21 | 2017-07-21 | Rivet cabinet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207707587U true CN207707587U (en) | 2018-08-10 |
Family
ID=63063902
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720892707.7U Active CN207707587U (en) | 2017-07-21 | 2017-07-21 | Rivet cabinet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207707587U (en) |
-
2017
- 2017-07-21 CN CN201720892707.7U patent/CN207707587U/en active Active
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