CN104948899A - Universal sheet frame splice structure - Google Patents
Universal sheet frame splice structure Download PDFInfo
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- CN104948899A CN104948899A CN201410120660.3A CN201410120660A CN104948899A CN 104948899 A CN104948899 A CN 104948899A CN 201410120660 A CN201410120660 A CN 201410120660A CN 104948899 A CN104948899 A CN 104948899A
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Abstract
The invention discloses a universal sheet frame splice structure. The universal sheet frame splice structure comprises universal sheet frames and sheet frame connecting pieces connecting the adjacent universal sheet frames, wherein the universal sheet frames are right-angle quadrangles, the edges of the universal sheet frames adopt corner edges with angles of 45 degrees, the frame faces forming angles of 45 degrees with the corner edges are outer frame faces, the frame faces forming angles of 135 degrees with the corner edges are inner frame faces, sheet frame connecting through holes are uniformly distributed in the corner edges, the sizes of the adjacent universal sheet frames are the same or different, the positions and the size specifications of the sheet frame connecting through holes uniformly distributed in the corner edges are the same, and the sheet frame connecting pieces are arranged on the sheet frame connecting through hole positions corresponding to the adjacent universal sheet frames to connect the corner edges of the adjacent universal sheet frames. The universal sheet frame splice structure can be freely assembled and disassembled, the repeated use is facilitated, and the universal sheet frame splice structure is used for freely assembling furniture, stages and simple board rooms.
Description
Technical field
The present invention relates to a kind of general sheet frame splicing construction, for Optional assembling furniture, stage, simple and easy board house etc.
Background technique
Existing wood furniture, is mainly divided into two classes, and a class is solid wood furniture, and another kind of is plate fitment.The direct joggle of solid wood furniture, bonding or stickfast, not quick detachable, therefore a certain block assembly has damaged, one integral piece furniture will be scrapped, as: the table top of tea table is scraped and is used up paint, and whole tea table unsightly, have to be changed by pole.The moulding of certain part furniture is weary of, has then hesitated to discard, not well with it.Although plate fitment can free splicing, interface random installation, pilot nail is comparatively applicable to upper and lower closedown structure and is not suitable for left and right closedown structure, and also inconvenience changes and does his use, causes every part sheet material purposes single, cannot change purposes or replace to upgrade.And sheet material repeats easily to occur after binding pilot nail and to get loose the problem lost efficacy, make can recycling rate of waterused greatly reducing of sheet material.Visible, when changing to the function requirement of existing wood furniture, can only waste and oldly purchase new, cost of wasting time and energy is high, can not meet the demand in good time carrying out changing
Summary of the invention
Object of the present invention is exactly the deficiency overcoming background technique, proposes a kind of general sheet frame splicing construction, splices arbitrarily, dismantles arbitrarily, be convenient to Reusability.
For achieving the above object, the present invention proposes a kind of general sheet frame splicing construction, comprise general sheet frame and the sheet frame link being connected adjacent general sheet frame, this general sheet frame is right angle quadrilateral, its edge adopts the incisal angle edge of miter angle, become the frame face of miter angle to be housing face with incisal angle edge, become the frame face at 135 degree of angles to be inside casing face with incisal angle edge, the uniform sheet frame connecting through hole of described incisal angle edge, described adjacent general sheet frame, measure-alike or different, the position of the sheet frame connecting through hole that its incisal angle edge is uniform, size specification is identical, described sheet frame link is arranged at the corresponding sheet frame connecting through hole place of adjacent general sheet frame and is connected by the incisal angle edge of adjacent general sheet frame.
In a kind of connecting method, the face of described two adjacent generic disk frame incisal angle edges is leaned on mutually, and its sheet frame connecting through hole correspondence is stacked through, and this two adjacent generic disk frame is stacked vertical connection.
In another kind of connecting method, described two adjacent generic disk frames, the corner cut edge at its place, housing face leans on mutually, the corner cut edge at place, inside casing face from, the incisal angle edge of this two adjacent generic disk frame forms isosceles triangle space.Wherein typical connecting method: described two adjacent generic disk frames flush, the space that the incisal angle edge of this two adjacent generic disk frame is formed is isosceles right triangle; Or described two adjacent generic disk frame reverse stack connect, and the housing face of this two adjacent generic disk frame is leaned on mutually, the space that the incisal angle edge of this two adjacent generic disk frame is formed is isosceles right triangle.
In another connecting method, described two adjacent generic disk frames, the corner cut edge at its place, housing face leans on mutually, the corner cut edge at place, inside casing face from, at grade, this two adjacent generic disk frame Relative vertical connects the incisal angle edge of this two adjacent generic disk frame.
Also be provided with housing faceplate panels, this housing faceplate panels is combined in the housing face of general sheet frame, or this housing faceplate panels and general sheet frame one-body molded; Or be also provided with inside casing faceplate panels, this inside casing faceplate panels is combined in the inside casing face of general sheet frame, or this inside casing faceplate panels and general sheet frame one-body molded; Or be also provided with housing faceplate panels and inside casing faceplate panels, this housing faceplate panels is combined in the housing face of general sheet frame, and this inside casing faceplate panels is combined in the inside casing face of general sheet frame, or this housing faceplate panels and inside casing faceplate panels and general sheet frame one-body molded.
The present invention is owing to adopting the general sheet frame of right angle quadrilateral, its edge is the incisal angle edge of miter angle, therefore pass through the sheet frame connecting through hole of incisal angle edge, by means of sheet frame link, just adjacent general sheet frame can be spliced arbitrarily, be stacked vertical connection, flush, Relative vertical connects, reverse stack connects or connects at an angle, dismounting sheet frame link, just can take apart adjacent general sheet frame arbitrarily.
In practical application, general sheet frame can be designed to sizes, but the position of the sheet frame connecting through hole of its incisal angle edge, size specification are fixing, like this, by means of sheet frame link, just the general sheet frame of multiple different size can be docked mutually.If panel and general sheet frame are integrated, then can all kinds of furniture of direct construction, if panel and general sheet frame are splits, then first with the framework of the assembled all kinds of furniture of general sheet frame, then top plate can be fastened, to build all kinds of furniture, as a same reason, also stage, simple and easy board house etc. can be built.
In sum, the furniture that application the present invention builds, if be weary of the moulding of furniture, can pull down the general sheet frame of this part furniture, from the furniture of new assembled another kind of moulding, make house fitting-up rich and varied; If a certain piece of panel breakage of furniture, if panel is integrated with general sheet frame, then only need changes the general sheet frame of this block panel, if panel is fastened on general sheet frame, then change this block panel, avoid waste.
Accompanying drawing explanation
Fig. 1 is general sheet frame perspective view,
Fig. 2 is the plan view of general sheet frame,
Fig. 3 is the A-A amplification profile of Fig. 2,
Fig. 4 is adjacent general sheet frame splicing schematic diagram,
Fig. 5 A is the perspective view of the first right angle code;
Fig. 5 B is the perspective view of the second right angle code;
Fig. 5 C1 is the perspective view of the third right angle code;
Fig. 5 C2 is the locking termination schematic diagram of the third right angle code;
Fig. 5 C3 be with the third right angle code with the use of the first snap close schematic diagram;
Fig. 5 C4 is the side view of Fig. 5 C3;
Fig. 5 C5 is the full lockup state figure that the third right angle code coordinates the first snap close;
Fig. 5 C6 be with the third right angle code with the use of the second snap close schematic diagram;
Fig. 5 C7 is the side view of Fig. 5 C6;
Fig. 5 C8 is the full lockup state figure that the third right angle code coordinates the second snap close;
Fig. 6 is the perspective view of interior pin lock limit button,
Fig. 7 is the schematic diagram after the latch of interior pin lock limit button exits,
Fig. 8 is the perspective view of outer plug lock seaming button,
Fig. 9 is the schematic diagram after the latch of outer plug lock seaming button exits,
Figure 10 is that the latch clinching shell fragment of outer plug lock seaming button is separated schematic diagram,
Figure 11 is that the latch clinching shell fragment of outer plug lock seaming button fastens schematic diagram,
Figure 12 is that the latch clinching shell fragment of outer plug lock seaming button is triped schematic diagram,
Figure 13 is the perspective view of separated type knob lock,
Figure 14 is the unblock schematic diagram of separated type knob lock,
Figure 15 is the perspective view of integral type knob lock,
Figure 16 is the unblock schematic diagram of integral type knob lock,
Figure 17 a is that two adjacent generic disk frames are stacked schematic perspective view connected vertically,
Figure 17 b is that two adjacent generic disk frames are stacked schematic diagram connected vertically,
Figure 18 a is the scheme of installation of the first right angle code,
Figure 18 b for two adjacent generic disk frames are stacked schematic diagram connected vertically with the first right angle code,
Figure 18 c is the partial enlarged drawing of Figure 18 b,
Figure 19 a is with the third right angle code, coordinates the lockup state figure of the first snap close;
Figure 19 b is the unbuckled state figure of Figure 19 a;
Figure 19 c is the trip status figure of Figure 19 b,
Figure 19 d is the complete released state figure of Figure 19 c,
Figure 20 a is with the third right angle code, coordinates the lockup state figure of the second snap close,
Figure 20 b is the half-open position figure of Figure 20 a,
Figure 20 c is the complete released state figure of Figure 20 b,
Two adjacent generic disk frames are stacked schematic diagram connected vertically for detaining with interior pin lock limit by Figure 21,
Two adjacent generic disk frames are stacked decomposing schematic representation connected vertically for detaining with interior pin lock limit by Figure 22,
Figure 23 is that unblock schematic diagram is buckled on the interior pin lock limit of connection two adjacent generic disk frame,
Figure 24 be the interior pin lock limit of connection two adjacent generic disk frame buckle pull pin after schematic diagram,
Two adjacent generic disk frames are stacked schematic diagram connected vertically for detaining with outer plug lock seaming by Figure 25,
Figure 26 is the partial enlarged drawing of Figure 25,
Figure 27 is the top view of Figure 26,
Figure 28 for two adjacent generic disk frames are stacked schematic diagram connected vertically with separated type knob lock and integral type knob lock,
Figure 29 is the partial enlarged drawing of Figure 28 separated type knob lock,
Figure 30 is the partial enlarged drawing of Figure 28 integral type knob lock,
Figure 31 is the schematic perspective view that two adjacent generic disk frame obtuse angles connect,
Figure 32 is the partial schematic diagram that two adjacent generic disk frame obtuse angles connect,
Schematic diagram is buckled in pin lock limit in the triangle of two adjacent generic disk frame obtuse angles connections by Figure 33,
Figure 34 detains with pin lock limit in triangle the decomposing schematic representation connected at two adjacent generic disk frame obtuse angles,
Figure 35 is the schematic diagram with pin lock limit button connection universal sheet frame incisal angle edge in triangle,
Figure 36 is the schematic perspective view that two adjacent generic disk frames flush,
Figure 37 is the schematic diagram that two adjacent generic disk frames flush,
Figure 38 detains with pin lock limit in right angle trigonometry the decomposing schematic representation flushed by two adjacent generic disk frames,
Figure 39 is the schematic diagram of Figure 38 two adjacent generic disk frame butt up,
Figure 40 a is the schematic diagram that two adjacent generic disk frame Relative vertical connect,
Figure 40 b is the A direction view of Figure 40 a,
Figure 40 c is the B direction view of Figure 40 a,
Figure 41 is the schematic perspective view that two adjacent generic disk frame reverse stack connect,
Figure 42 is the schematic diagram that two adjacent generic disk frame reverse stack connect,
Figure 43 detains with pin lock limit in right angle trigonometry the schematic diagram two adjacent generic disk frame reverse stack connected,
Figure 44 is that three adjacent general sheet frames flush and upper schematic perspective view connected vertically,
Figure 45 is that three adjacent general sheet frames flush and lower schematic perspective view connected vertically,
Figure 46 for three adjacent general sheet frames are flushed and lower schematic diagram connected vertically with right angle trigonometry separated type knob lock,
Figure 47 is the rear view of Figure 46,
Figure 48 is that four adjacent general sheet frame reverse stack connect and vertical connection diagram,
Four adjacent general sheet frame reverse stack connect and decomposing schematic representation connected vertically with right angle trigonometry separated type knob lock by Figure 49,
Figure 50 is the schematic diagram that general sheet frame arranges housing faceplate panels and inside casing faceplate panels,
Figure 51 is the partial enlarged drawing of Figure 50,
Figure 52 is that the ball stud of housing faceplate panels and inside casing faceplate panels replaces ordered pair and is connected on schematic diagram on general sheet frame,
Figure 53 is the structural representation of Figure 52 inside casing face ball stud socket and the docking of inside casing faceplate panels ball stud,
Figure 54 uses all-wing aircraft pin, screw cap and screw pins to install one of schematic diagram of interior housing faceplate panels,
Figure 55 is the schematic diagram two using all-wing aircraft pin, screw cap and screw pins to install interior housing faceplate panels,
Figure 56 is the yi word pattern panel pin-and-hole schematic diagram of inside casing faceplate panels;
Figure 57 is the schematic diagram that general sheet frame installs interior housing faceplate panels,
Figure 58 is the schematic appearance of tea table,
Figure 59 is the worm's eye view of Figure 58,
Figure 60 is that the outer frame panel of personalization of tea table is separated schematic diagram,
Figure 61 is the decomposing schematic representation of tea table,
Figure 62 is the schematic appearance of bookcase,
Figure 63 is the decomposing schematic representation of bookcase,
Figure 64 is the schematic appearance of large bed,
Figure 65 is the decomposing schematic representation of large bed,
Figure 66 is the schematic appearance that frame cover is enclosed within general sheet frame,
Figure 67 is that frame cover is separated schematic diagram,
Figure 68 is frame cover partial enlarged drawing,
Figure 69 is the schematic diagram that frame cover is locked on general sheet frame,
Figure 70 is the schematic appearance that a shape frame cover is enclosed within the general sheet frame of a shape,
Figure 71 is that door shape frame cover is separated left view,
Figure 72 is that door shape frame cover is separated right elevation,
Figure 73 is the ball stud enlarged view that a shape frame puts,
Figure 74 is the enlarged view of ball stud socket on general sheet frame,
Figure 75 is that the pin of the general sheet frame of a shape is separated schematic diagram with feet cover,
Figure 76 is the schematic diagram that the pin of the general sheet frame of a shape inserts in feet cover,
Figure 77 is the rear view of Figure 76,
Figure 78 is the right elevation of Figure 76.
Figure 79 is that four square frames that general sheet frame is combined into are overlapped the schematic appearance of surrounding by frame.
Embodiment
Below in conjunction with accompanying drawing, the embodiment of the present invention is described in detail.
The general sheet frame splicing construction of the present invention, comprise general sheet frame and the sheet frame link being connected adjacent general sheet frame, as shown in Figure 1, 2, 3, general sheet frame 1 is right angle quadrilateral, its edge adopts the incisal angle edge 11 of miter angle, being housing face 12 with the frame face of incisal angle edge 11 one-tenth miter angle, is inside casing face 13 with the frame face at incisal angle edge 11 one-tenth 135 degree of angles, the uniform sheet frame connecting through hole 111 of described incisal angle edge 11.As shown in Figure 4, adjacent general sheet frame 1, measure-alike or different, the position of the sheet frame connecting through hole that its incisal angle edge is uniform, size specification are identical, and sheet frame link 2 is arranged at the corresponding sheet frame connecting through hole place of adjacent general sheet frame 1 and is connected by the incisal angle edge of adjacent general sheet frame 1.
As shown in Figure 5A, sheet frame link 2 is the first right angle code 3a containing two right angle sides, and its right angle side and sheet frame connecting through hole coordinate, and two right angle sides of this right angle code 3a are respectively equipped with installation screw 3a1, and this installation screw 3a1 and screw 31 coordinate.
As shown in Figure 5 B, sheet frame link 2 is the second right angle code 3b containing two right angle sides, its right angle side and sheet frame connecting through hole coordinate, two right angle sides of this right angle code 3b are respectively equipped with the expansion slot 3b1 of end face opening, this expansion slot 3b1 is provided with installation screw 3b11, this installation screw 3b11 and screw 31 coordinate, and the outer side surface of two right angle sides of this right angle code 3b is respectively equipped with anti-skid rack 3b2.
As shown in Fig. 5 C1,5C2, sheet frame link 2 is the third right angle code 3c containing two right angle sides, and its right angle side and sheet frame connecting through hole coordinate, and the two right angle side ends of this right angle code 3c are respectively equipped with recessed locking termination 3c1.As Fig. 5 C3, 5C4, shown in 5C5, be provided with the first snap close 32a coordinated with locking termination 3c1, this snap close 32a comprises lock body 32a1 and front end locking closure 32a2, lock body 32a1 is provided with the through slot 32a11 coordinated with recessed locking termination 3c1, front end locking closure 32a2 is located at the opening of lock body through slot 32a11, lock body through slot 32a11 opening while be provided with hinging shaft 32a12, one end of front end locking closure 32a2 is provided with axis hole, by the shaft hole sleeve of front end locking closure 32a2 also can be rotated along this hinging shaft 32a12 on the hinging shaft 32a12 of lock body 32a1, one end of this front end locking closure 32a2 and lock body through slot 32a11 opening while be movably hinged, the other end of front end locking closure 32a2 is provided with locking hook 32a21, the locking shaft 32a13 that the another side of this locking hook 32a21 and lock body through slot 32a11 opening is provided with is clasped.As Fig. 5 C6, 5C7, shown in 5C8, be provided with the second snap close 32b coordinated with locking termination 3c1, this snap close 32b comprises half body lock body 32b1 and half body locking closure 32b2, described half body locking closure 32b2 is combined on half body lock body 32b1, one end of half body lock body 32b1 is provided with the hinging shaft 32b11 fixing with half body lock body, one end of half body locking closure 32b2 is provided with axis hole, by the shaft hole sleeve of half body locking closure 32b2 also can be rotated along this hinging shaft 32b11 on the hinging shaft 32b11 of half body lock body 32b1, one end of this half body locking closure 32b2 and one end of half body lock body 32b1 are movably hinged, the other end of half body locking closure 32b2 is provided with locking hook 32b21, the locking shaft 32b12 that this locking hook 32b21 and the half body lock body 32b1 the other end are provided with is clasped, the space formed between this half body locking closure 32b2 and half body lock body 32b1 and recessed locking termination 3c1 coordinate.
As Fig. 6, shown in 7, sheet frame link 2 is interior pin lock limit button, this interior pin lock limit button 4a comprises latch 41 and latch pedestal 42, described latch 41 comprises clinching shell fragment 411, shell fragment support 412 and spacing upper pin 413, shell fragment support 412 is provided with groove, the inner end 4111 of clinching shell fragment 411 is located on the groove of shell fragment support, this clinching shell fragment 411 is connected with shell fragment support 412 elasticity, the outer end end face of this clinching shell fragment 411 is provided with downward hook 4112, spacing upper pin 413 is located at shell fragment support 412, be positioned under clinching shell fragment 411, described latch pedestal 42 comprises base 421 and is located at the boss 422 that base coordinates with sheet frame connecting through hole, the table top of this boss 422 is provided with at least one and the spacing teeth groove 4221 that coordinates of the hook 4112 of clinching shell fragment, the stage body of this boss 422 is provided with the upper pin-and-hole groove 4222 coordinated with spacing upper pin 413.
As shown in Figure 8,9, sheet frame link 2 is outer plug lock seaming button, not being both of 4a is detained on this outer plug lock seaming button 4b and interior pin lock limit: latch 41 is also provided with spacing downside pin 414, this spacing downside pin 414 is located at shell fragment support 412, be positioned under spacing upper pin 413, the base 421 of latch pedestal 42 is also provided with the downside pin hole slot 4211 coordinated with spacing downside pin 414.All the other are identical with interior pin lock limit button 4a.
It is the same that 4a is detained on outer plug lock seaming button 4b and interior pin lock limit, its clinching shell fragment 411 is connected with shell fragment support 412 elasticity, as shown in Figure 10, the concrete structure that this elasticity connects can be: shell fragment rack groove 4121 is located at by Returnning spring 415, under clinching shell fragment 411, be provided with the spring shaft 4151 being located at shell fragment rack groove, this spring shaft 4151 is through the axis hole 4113 of both sides in the middle part of Returnning spring 415 and clinching shell fragment 411, one end of Returnning spring 415 acts on the bottom land of shell fragment rack groove 4121, the other end acts on the inner end 4111 of clinching shell fragment 411, the outer end of clinching shell fragment 411 is made to possess the elastic force resetted downwards.As shown in figure 11, after the hook 4112 of clinching shell fragment 411 outer end end face embeds the spacing teeth groove 4221 of latch pedestal boss 422 table top, latch is fixed on latch pedestal and completes latch functions.As shown in figure 12, when the inner end of pressing clinching shell fragment, the hook 4112 of clinching shell fragment outer end end face departs from the spacing teeth groove 4221 of latch pedestal boss surface, and now, latch can exit from latch pedestal, completes unlocking function.
As shown in Figure 13,14, sheet frame link 2 is separated type knob lock, this separated type knob lock 5 comprises separated type knob lock nut 51 and separated type knob lock 52, described separated type knob lock nut 51 is provided with screw 511, also can screw column be set, described separated type knob lock 52 comprises base 521 and is located at the boss 522 that base coordinates with sheet frame connecting through hole, and this boss 522 is provided with the screw column 5221 coordinated with lock nut screw 511, also can be the screw coordinated with lock nut screw column.
As shown in Figure 15,16, sheet frame link is integral type knob lock, this integral type knob lock 6 comprises integral type knob lock nut 61 and integral type knob lock 62, described integral type knob lock 62 comprises base 621 and is located at the boss 622 that base coordinates with sheet frame connecting through hole, described integral type knob lock nut 61 is set in the coupling shaft 6221 on boss 622, and can rotate along this coupling shaft 6221.As shown in figure 15, integral type knob lock presents cross locking states, and as shown in figure 16, integral type knob lock presents yi word pattern released state.
One, two adjacent generic disk frames are stacked vertical connection
As shown in Figure 17 a, 17b, the face of two adjacent generic disk frame incisal angle edges is leaned on mutually, and its sheet frame connecting through hole correspondence is stacked through, and this two adjacent generic disk frame is stacked vertical connection.Sheet frame link can use right angle code, latch to lockstitch a border and buckle or knob lock, can also use other sheet frame link, can not be exhaustive.
Sheet frame link uses right angle code, the incisal angle edge of the general sheet frame connected with right angle code designs comparatively abundant, its sheet frame connecting through hole 111 is designed to the right angle side of right angle code to be wrapped in interior sheet frame port, the while of making specious, improves compactedness.As shown in Figure 18 a, 18b, 18c, two adjacent generic disk frames are stacked vertically connects with the first right angle code 3a and are: the sheet frame connecting through hole 111 through a general sheet frame of right angle code 3a is connected and fixed with this sheet frame by screw 31 of screwing on, the another side of this right angle code 3a passes the corresponding sheet frame connecting through hole 111 of another adjacent general sheet frame, and is connected and fixed with this sheet frame by screw 31 of screwing on.With the second right angle code 3b, two adjacent generic disk frames are stacked situation connected vertically identical with the first right angle code 3a, because the second right angle code 3b is provided with expansion slot 3b1, and be provided with anti-skid rack 3b2, therefore fix two adjacent generic disk frames with the second right angle code 3b, compare the first right angle code 3a, fixing more firm, not easily loosen.As shown in Figure 19 a, 19b, 19c, 19d, for the third right angle code 3c, coordinate the unblock schematic diagram of the first snap close 32a, otherwise, then for locking.As shown in Figure 20 a, 20b, 20c, for the third right angle code 3c, coordinate the unblock schematic diagram of the second snap close 32b, otherwise, then for locking.The first snap close 32a and the second snap close 32b all can hand operation, without the need to by any instrument.
As shown in Figure 21,22,23,24, with interior pin lock limit button 4a two adjacent generic disk frames are stacked vertically to connect and are: the base 421 of the latch pedestal that interior pin lock limit is buckled is located at sheet frame connecting through hole 111 outer, boss 422 is stacked through sheet frame connecting through hole 111 through two adjacent generic disk frame correspondences, the spacing upper pin of latch inserts the upper pin-and-hole groove of latch pedestal, and the hook of clinching shell fragment lives the spacing teeth groove of the boss surface of latch pedestal.Interior pin lock limit button 4a can hand operation, without the need to by any instrument.
As shown in Figure 25,26,27, two adjacent generic disk frames are stacked vertically connects with outer plug lock seaming button 4b and are: the outer plug base buckleing the latch pedestal of 4b of lockstitching a border is located at sheet frame connecting through hole outer, boss is stacked through sheet frame connecting through hole through two adjacent generic disk frame correspondences, spacing upper pin inserts the upper pin-and-hole groove of latch pedestal, spacing downside pin inserts the downside pin hole slot of latch pedestal, and the hook of the clinching shell fragment of outer plug lives the spacing teeth groove of the boss surface of latch pedestal.Outer plug lock seaming button 4b can hand operation, without the need to by any instrument.
As shown in Figure 28,29, two adjacent generic disk frames are stacked vertically connect with separated type knob lock 5 and are: the base of separated type knob lock is located at sheet frame connecting through hole outer, boss embeds two adjacent generic disk frame correspondences and is stacked through sheet frame connecting through hole, the screw of separated type knob lock nut screws in the screw column on separated type knob lock boss, and the brim of a hat of this separated type knob lock nut props up the relative sheet frame connecting through hole outer of the base of separated type knob lock.Separated type knob lock 5 can hand operation, without the need to by any instrument.
As shown in Figure 28,30, two adjacent generic disk frames are stacked vertically connect with integral type knob lock 6 and are: the base of integral type knob lock is located at sheet frame connecting through hole outer, boss embeds two adjacent generic disk frame correspondences and is stacked through sheet frame connecting through hole, after integral type lock nut on boss is stacked through sheet frame connecting through hole through two, rotate an angle along coupling shaft, the brim of a hat of this integral type knob lock nut props up the relative sheet frame connecting through hole outer of the base of integral type knob lock.Integral type knob lock 6 can hand operation, without the need to by any instrument.
Two, two adjacent generic disk frame obtuse angles connect
As shown in Figure 31,32, two adjacent generic disk frames 1, the corner cut edge at its place, housing face 12 leans on mutually, the corner cut edge at place, inside casing face 13 from, the incisal angle edge 11 of this two adjacent generic disk frame forms isosceles triangle space.Sheet frame link 2 can use pin lock limit button in triangle, certainly, also can use triangle separated type knob lock and triangle integral type knob lock etc.
As shown in figure 33, the latch pedestal of pin lock limit button in triangle, the cross section of its base 421 is isosceles triangle, the isosceles triangle interference fit formed with the incisal angle edge of two adjacent generic disk frames, and its boss 422 is provided with two, is located at two waists of base 421 respectively.
As shown in Figure 34,35, with pin lock limit button in triangle two adjacent generic disk frame obtuse angles are connected and be: in triangle, the triangle base of the latch pedestal 42 that pin lock limit is buckled is located at the triangular space place of the incisal angle edge formation of two adjacent generic disk frames, two boss are each passed through sheet frame connecting through hole corresponding to two adjacent generic disk frames, the spacing upper pin of two latches 41 inserts the upper pin-and-hole groove of two boss respectively, and the hook of clinching shell fragment fastens the spacing teeth groove of two boss surface respectively.
Equally, the separated type knob lock of triangle separated type knob lock, the integral type knob lock of triangle integral type knob lock, the cross section of its base is isosceles triangle, the isosceles triangle interference fit formed with the incisal angle edge of two adjacent generic disk frames, its boss is provided with two, is located at two waists of base respectively.All the other are seldom tired states.
Three, two adjacent generic disk frames flush
As shown in Figure 36,37, two adjacent generic disk frames flush, and the space that the incisal angle edge of this two adjacent generic disk frame is formed is isosceles right triangle.Sheet frame link can use pin lock limit button, right angle trigonometry separated type knob lock and right angle trigonometry integral type knob lock etc. in right angle trigonometry.
Pin lock limit button, right angle trigonometry separated type knob lock and right angle trigonometry integral type knob lock in right angle trigonometry, detain from pin lock limit in triangle, triangle separated type knob lock and triangle integral type knob lock different only: the cross section of its base is isosceles right triangle, and all the other are identical.
As shown in Figure 38,39, detain with pin lock limit in right angle trigonometry the Placement Placement that two adjacent generic disk frames flush be connected with above-mentioned obtuse angle identical.
Four, two adjacent generic disk frame Relative vertical connect
As shown in Figure 40 a, two adjacent generic disk frames 1, the corner cut edge at its place, housing face 12 leans on mutually, the corner cut edge at place, inside casing face 13 from, at grade, this two adjacent generic disk frame Relative vertical connects the incisal angle edge of this two adjacent generic disk frame.Sheet frame link 2 can use double interpolation lock limit button, two separated type knob lock and two integral type knob locks etc.
As shown in Figure 40 a, 40b, 40c, sheet frame link 2 uses double interpolation lock limit to detain, and the boss of the latch pedestal of this double interpolation lock limit button is provided with two, is located at the homonymy of base respectively.
With double interpolation lock limit button two adjacent generic disk frame Relative vertical are connected and be: the base of the latch pedestal that double interpolation lock limit is buckled is located at the incisal angle edge place of two adjacent generic disk frames, two boss are each passed through sheet frame connecting through hole corresponding to two adjacent generic disk frames, the spacing upper pin of two latches inserts the upper pin-and-hole groove of two boss of latch pedestal respectively, and the hook of clinching shell fragment fastens the spacing teeth groove of two boss surface of latch pedestal respectively.
Equally, two adjacent generic disk frame Relative vertical can be connected with two integral type knob lock by two separated type knob lock.
Five, two adjacent generic disk frame reverse stack connect
As shown in Figure 41,42, two adjacent generic disk frame reverse stack connect, and the housing face of this two adjacent generic disk frame is leaned on mutually, and the space that the incisal angle edge of this two adjacent generic disk frame is formed is isosceles right triangle.Sheet frame link can use pin lock limit button, right angle trigonometry separated type knob lock and right angle trigonometry integral type knob lock etc. in right angle trigonometry equally.
As shown in figure 43, for detaining the schematic diagram two adjacent generic disk frame reverse stack connected with pin lock limit in right angle trigonometry.
Above, the Placement of two adjacent generic disk frames is described, by sheet frame link, can also connects the incisal angle edge of three, four adjacent general sheet frames.
Six, three adjacent general sheet frames flush and are vertically connected
As shown in Figure 44,45, between flush two adjacent generic disk frames, vertically connect a general sheet frame again, the face of this vertical general sheet frame incisal angle edge is leaned on mutually with the face of the arbitrary general sheet frame incisal angle edge in the middle of two adjacent generic disk frames connected horizontally, and its sheet frame connecting through hole correspondence is stacked through.The sheet frame link used is similar with the sheet frame link flushed by two adjacent generic disk frames.
As shown in Figure 46,47, use right angle trigonometry separated type knob lock to be flushed by three adjacent general sheet frames and direct-connectedly to connect with sagging.
The isosceles right triangle space place that the incisal angle edge that the right angle trigonometry base of the separated type knob lock of right angle trigonometry separated type knob lock is located at the two adjacent generic disk frames flushed is formed, one of base two waist boss coordinates with the through sheet frame connecting through hole that is stacked of two adjacent generic disk frames connected vertically, and the sheet frame connecting through hole of another boss and another general sheet frame connected horizontally coordinates.All the other seldom describe.
Seven, four adjacent general sheet frame reverse stack connect and are vertically connected
As shown in figure 48, two adjacent generic disk frames of stacked connection, distinguish vertical connection universal sheet frame again, form four adjacent general sheet frames, the face of two vertical general sheet frame incisal angle edges is leaned on mutually with the face of two adjacent generic disk frame incisal angle edges of stacked connection respectively, the incisal angle edge leaned on mutually, its sheet frame connecting through hole correspondence is stacked through.
The sheet frame link that the sheet frame link used is connected with by two adjacent generic disk frame reverse stack is similar, pin lock limit button, right angle trigonometry separated type knob lock or right angle trigonometry integral type knob lock in right angle trigonometry can be used, the isosceles right triangle space place that the incisal angle edge that its base is located at two adjacent generic disk frames of stacked connection is formed, the boss of base two waist coordinates with the through sheet frame connecting through hole that is stacked of two adjacent generic disk frames connected vertically respectively.All the other seldom describe.
As shown in figure 49, for using right angle trigonometry separated type knob lock four adjacent general sheet frame reverse stack to be connected and decomposing schematic representation connected vertically.
Be enumerated above the Placement of some adjacent general sheet frames, also have other Placement, seldom describe.
As shown in figure 50, the housing face of general sheet frame 1 arranges housing faceplate panels 121, and inside casing face arranges inside casing faceplate panels 131.
As shown in figure 51, housing faceplate panels 121 and inside casing faceplate panels 131 arrange ball stud 7, in general sheet frame 1, outer frame face and inner frame face arrange ball stud socket 14, by ball stud 7 being inserted the pin-and-hole of socket 14, housing faceplate panels 121 is combined in the housing face of general sheet frame 1, inside casing faceplate panels 131 is combined in the inside casing face of general sheet frame 1.As in figure 52, interlock inside and outside general sheet frame 1 housing face ball stud socket 14 and inside casing face ball stud socket 14, to comply with the ball stud 7 alternately docking in order of housing faceplate panels 121 and inside casing faceplate panels 131.As shown in Figure 53, the structure of inside casing face ball stud socket 14 and the docking of inside casing faceplate panels ball stud 7 is illustrated.Housing face ball stud socket is identical with the structure that housing faceplate panels ball stud docks, and direction is contrary.
As shown in Figure 54,55,56,57, the yi word pattern sheet frame pin-and-hole 15 that middle wide two is narrow is provided with in general sheet frame 1, the screw pins 81 that inner end is arranged and yi word pattern sheet frame pin-and-hole intermediate width coordinates of housing faceplate panels 121, the screw pins 81 of housing faceplate panels 121 is passed in the middle of the yi word pattern sheet frame pin-and-hole 15 of general sheet frame 1, screwing screw cap 82, just housing faceplate panels 121 is arranged on the housing face of general sheet frame 1, unscrews screw cap 82, housing faceplate panels 121 can be unloaded.Coordinated by screw cap 82 and screw pins 81, without the need to any instrument, just can free-hand installation and removal housing faceplate panels 121 easily, and also the exterior edge face of housing faceplate panels 121 is without any installation vestige.All-wing aircraft pin 9 is for installing inside casing faceplate panels 131, the plunger 92 of this all-wing aircraft pin 9 is yi word pattern, the diameter of pin rod 91 is coarser than the thickness of plunger 92 both wings, all-wing aircraft pin 9 one word inserts the yi word pattern panel pin-and-hole 1311 of inside casing faceplate panels 131 and the yi word pattern sheet frame pin-and-hole 15 of general sheet frame 1, then, rotate all-wing aircraft pin 9, make plunger 92 both wings of all-wing aircraft pin 9 cross with the yi word pattern sheet frame pin-and-hole 15 one-tenth of general sheet frame 1 and locking, during dismounting, only need rotate yi word pattern sheet frame pin-and-hole 15 one-tenth yi word patterns that all-wing aircraft pin 9 makes plunger 92 both wings of all-wing aircraft pin 9 and general sheet frame 1, all-wing aircraft pin 9 can be extracted.Visible, use all-wing aircraft pin 9, without the need to any instrument, just can free-hand installation and removal inside casing faceplate panels 131 easily.As shown in Figure 54, in general sheet frame 1, be provided with stiffening rib 16, this anyhow stiffening rib 16 formed grid-like, to improve the intensity of general sheet frame 1, be beneficial to heavy burden, certainly, enough in intensity, when without the need to bearing a heavy burden, stiffening rib 16 can be set.
Above, describe the housing face that housing faceplate panels is combined in general sheet frame by two examples, inside casing faceplate panels is combined in the inside casing face of general sheet frame, certainly, also have alternate manner.
As shown in Figure 58,59,60,61, with four general sheet frames and five personalized housing faceplate panels, these five personalized housing faceplate panels are a slice tea table table top panel and four tea table skirtboards, jointly construct a tea table.Visible, tea table table top panel breakage, only need change tea table table top panel, and without the need to scrapping whole tea table.
As shown in Figure 62,63, the assembled bookcase of the present invention can be used.As shown in Figure 64,65, can use assembled large bed of the present invention etc., I is unequal to herding act.
As shown in Figure 66,67,10a can be overlapped with frame and be enclosed within general sheet frame 1.As shown in Figure 68, frame put be provided with corresponding with sheet frame connecting through hole in the latch pedestal buckled of pin lock limit, as shown in Figure 69, insert with the latch of interior pin lock limit button the latch pedestal that frame puts and also clamp, frame cover is firmly fixed on general sheet frame, is convenient to door hinge and door are installed.
As shown in Figure 70,71,72,73,74, can be enclosed within the general sheet frame 1 of door shape on scarce base with door shape frame cover 10b, door shape frame cover 10b is provided with ball stud 7, and in the general sheet frame of door shape, the ball stud socket 14 in outer frame face coordinates, utilize the bulb of ball stud to expand to clamp, be convenient to handling.As shown in Figure 75,76,77,78, the pin of the general sheet frame 1 of door shape is provided with feet cover 101.Door shape frame cover 10b and feet cover 101 coordinate, and form square column attractive in appearance.
As shown in Figure 79, four square frames that general sheet frame is combined into, its six face is equipped with frame cover, and door shape frame cover 10b is similar, and this frame puts and is provided with ball stud, and in general sheet frame, the ball stud socket 14 in outer frame face coordinates, and convenient card links closely conjunction, also for convenience detach.
Claims (10)
1. a general sheet frame splicing construction, it is characterized in that: comprise general sheet frame and the sheet frame link being connected adjacent general sheet frame, this general sheet frame is right angle quadrilateral, its edge adopts the incisal angle edge of miter angle, become the frame face of miter angle to be housing face with incisal angle edge, become the frame face at 135 degree of angles to be inside casing face with incisal angle edge, the uniform sheet frame connecting through hole of described incisal angle edge, described adjacent general sheet frame, measure-alike or different, the position of the sheet frame connecting through hole that its incisal angle edge is uniform, size specification is identical, described sheet frame link is arranged at the corresponding sheet frame connecting through hole place of adjacent general sheet frame and is connected by the incisal angle edge of adjacent general sheet frame.
2. sheet frame splicing construction according to claim 1, is characterized in that: the face of described two adjacent generic disk frame incisal angle edges is leaned on mutually, and its sheet frame connecting through hole correspondence is stacked through, and this two adjacent generic disk frame is stacked vertical connection.
3. sheet frame splicing construction according to claim 1, it is characterized in that: described two adjacent generic disk frames, the corner cut edge at its place, housing face leans on mutually, the corner cut edge at place, inside casing face from, the incisal angle edge of this two adjacent generic disk frame forms isosceles triangle space.
4. sheet frame splicing construction according to claim 3, is characterized in that: described two adjacent generic disk frames flush, and the space that the incisal angle edge of this two adjacent generic disk frame is formed is isosceles right triangle; Or described two adjacent generic disk frame reverse stack connect, and the housing face of this two adjacent generic disk frame is leaned on mutually, the space that the incisal angle edge of this two adjacent generic disk frame is formed is isosceles right triangle.
5. sheet frame splicing construction according to claim 1, it is characterized in that: described two adjacent generic disk frames, the corner cut edge at its place, housing face leans on mutually, the corner cut edge at place, inside casing face from, at grade, this two adjacent generic disk frame Relative vertical connects the incisal angle edge of this two adjacent generic disk frame.
6. sheet frame splicing construction according to claim 1, it is characterized in that: described sheet frame link is the right angle code containing two right angle sides, its right angle side and sheet frame connecting through hole coordinate, two right angle sides of this right angle code are respectively equipped with installation screw, or two right angle sides of this right angle code are respectively equipped with the expansion slot of end face opening, this expansion slot is provided with installation screw, and the outer side surface of two right angle sides of this right angle code is respectively equipped with anti-skid rack, or two right angle side ends of this right angle code are respectively equipped with recessed locking termination, also be provided with the snap close coordinated with locking termination, this snap close comprises lock body and front end locking closure, described lock body is provided with the through slot coordinated with recessed locking termination, described front end locking closure is located at the opening of lock body through slot, one end of this front end locking closure and lock body through slot opening while be movably hinged, the other end is provided with locking hook, the locking shaft that the another side of this locking hook and lock body through slot opening is provided with is clasped, or this snap close comprises half body lock body and half body locking closure, described half body locking closure is combined on half body lock body, one end of this half body locking closure and one end of half body lock body are movably hinged, the locking shaft that the other end and the half body lock body the other end are provided with is clasped, the space formed between this half body locking closure and half body lock body and recessed locking termination coordinate.
7. sheet frame splicing construction according to claim 1, it is characterized in that: described sheet frame link is that latch lock seaming is buckled, the lock seaming of this latch is buckled and is comprised latch and latch pedestal, described latch comprises clinching shell fragment, shell fragment support and spacing upper pin, shell fragment support is provided with groove, the inner end of clinching shell fragment is located on the groove of shell fragment support, this clinching shell fragment is connected with shell fragment rack elasticity, the outer end end face of this clinching shell fragment is provided with downward hook, spacing upper pin is located at shell fragment support, be positioned under clinching shell fragment, described latch pedestal comprises base and is located at the boss that base coordinates with sheet frame connecting through hole, the table top of this boss is provided with at least one and the spacing teeth groove that coordinates of the hook of clinching shell fragment, the stage body of this boss is provided with the upper pin-and-hole groove coordinated with spacing upper pin.
8. sheet frame splicing construction according to claim 7, it is characterized in that: the described latch latch buckled of lockstitching a border also is provided with spacing downside pin, this spacing downside pin is located at shell fragment support, be positioned under spacing upper pin, described latch is lockstitched a border the latch pedestal buckled, and its base is also provided with the downside pin hole slot coordinated with spacing downside pin.
9. sheet frame splicing construction according to claim 1, it is characterized in that: described sheet frame link is separated type knob lock, this separated type knob lock comprises separated type knob lock nut and separated type knob lock, described separated type knob lock nut is provided with screw or screw column, described separated type knob lock comprises base and is located at the boss that base coordinates with sheet frame connecting through hole, and this boss is provided with the screw column or screw that coordinate with lock nut screw or screw column; Or, described sheet frame link is integral type knob lock, this integral type knob lock comprises integral type knob lock nut and integral type knob lock, described integral type knob lock comprises base and is located at the boss that base coordinates with sheet frame connecting through hole, described integral type knob lock cap sleeve is loaded on the coupling shaft on boss, and can rotate along this coupling shaft.
10. sheet frame splicing construction according to claim 1, is characterized in that: be provided with housing faceplate panels, this housing faceplate panels is combined in the housing face of general sheet frame, or this housing faceplate panels and general sheet frame one-body molded; Or be provided with inside casing faceplate panels, this inside casing faceplate panels is combined in the inside casing face of general sheet frame, or this inside casing faceplate panels and general sheet frame one-body molded; Or be provided with housing faceplate panels and inside casing faceplate panels, this housing faceplate panels is combined in the housing face of general sheet frame, and this inside casing faceplate panels is combined in the inside casing face of general sheet frame, or this housing faceplate panels and inside casing faceplate panels and general sheet frame one-body molded.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410120660.3A CN104948899A (en) | 2014-03-27 | 2014-03-27 | Universal sheet frame splice structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410120660.3A CN104948899A (en) | 2014-03-27 | 2014-03-27 | Universal sheet frame splice structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104948899A true CN104948899A (en) | 2015-09-30 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410120660.3A Pending CN104948899A (en) | 2014-03-27 | 2014-03-27 | Universal sheet frame splice structure |
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| CN (1) | CN104948899A (en) |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1252494A (en) * | 1998-10-01 | 2000-05-10 | 蔡幼琼 | Pipe or pipeline connector |
| CN2413079Y (en) * | 2000-03-20 | 2001-01-03 | 金学宏 | Steel pipe and its jointing device |
| CN101006886A (en) * | 2006-01-26 | 2007-08-01 | 胡齐国 | Multi-functional furniture splice plate and connector |
| CN201193631Y (en) * | 2008-05-17 | 2009-02-11 | 董秀钱 | Inserted pipeline connector fastening joint |
| ES2326443A1 (en) * | 2006-02-27 | 2009-10-09 | Montoro J.M., S.L. | Mounting system for autoporting modular structures, of versatil configuration. (Machine-translation by Google Translate, not legally binding) |
| US20120064279A1 (en) * | 2010-09-14 | 2012-03-15 | North Carolina Agricultural And Technical State University | Folded sheets of material for use as a structural member and assembly thereof |
| CN203757361U (en) * | 2014-03-27 | 2014-08-06 | 蔡学东 | Universal plate-frame splicing structure |
-
2014
- 2014-03-27 CN CN201410120660.3A patent/CN104948899A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1252494A (en) * | 1998-10-01 | 2000-05-10 | 蔡幼琼 | Pipe or pipeline connector |
| CN2413079Y (en) * | 2000-03-20 | 2001-01-03 | 金学宏 | Steel pipe and its jointing device |
| CN101006886A (en) * | 2006-01-26 | 2007-08-01 | 胡齐国 | Multi-functional furniture splice plate and connector |
| ES2326443A1 (en) * | 2006-02-27 | 2009-10-09 | Montoro J.M., S.L. | Mounting system for autoporting modular structures, of versatil configuration. (Machine-translation by Google Translate, not legally binding) |
| CN201193631Y (en) * | 2008-05-17 | 2009-02-11 | 董秀钱 | Inserted pipeline connector fastening joint |
| US20120064279A1 (en) * | 2010-09-14 | 2012-03-15 | North Carolina Agricultural And Technical State University | Folded sheets of material for use as a structural member and assembly thereof |
| CN203757361U (en) * | 2014-03-27 | 2014-08-06 | 蔡学东 | Universal plate-frame splicing structure |
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