CN208363490U - Concatenation unit and spliceosome with it - Google Patents
Concatenation unit and spliceosome with it Download PDFInfo
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- CN208363490U CN208363490U CN201820784409.0U CN201820784409U CN208363490U CN 208363490 U CN208363490 U CN 208363490U CN 201820784409 U CN201820784409 U CN 201820784409U CN 208363490 U CN208363490 U CN 208363490U
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Abstract
The utility model discloses a kind of concatenation unit and with its spliceosome, by the way that one first connection convex block is arranged on the adjacent both sides of panel, on adjacent another both sides, two second connection convex blocks are set, the quick splicing and disassembly of horizontal or vertical direction can be achieved, by installing locked component in the through-hole of the second connection convex block of panel, slot being set on the first connection convex block of panel, the hole of locked component bullet tongue is corresponded to when for assembling；First connection convex block of one concatenation unit can be inserted between two second connection convex blocks of another piece of concatenation unit, be mutually twisted, to form spliceosome.The multiple concatenation units of the utility model can quickly be spliced on both horizontally and vertically, form spliceosome, and the advantages that specific entirety of spliceosome of formation is secured, assembly or disassembly is convenient, standardization level is high, it can apply in the fields such as logistics packaging and construction and decoration.
Description
Technical field
The utility model relates to a kind of spliceosomes, and being specifically related to one kind can be used in the row such as packaging logistics and construction and decoration
The concatenation unit of industry and spliceosome with it.
Background technique
Traditional Packing industry generallys use the loadings tool such as carton, wooden case and plastic container, realize article packaging and
Transport.But this kind of product general size is relatively fixed, poor compatibility, causes specification kind various, is unfavorable for reusing, also not
The problems such as conducive to realization recycling centralized processing, and then generation environment is destroyed, the waste of whole social resources.
Traditional architecture generallys use the structures such as concrete, reinforcing bar, and repairs profession generallys use plasterboard and lightgage steel joist knot
Structure needs professional to construct, and there is a problem of construction inconvenience, and material can not restore substantially once use, there is also cannot follow
The technical issues of ring recycles.
Summary of the invention
In order to solve the above-mentioned technical problem, multiple the utility model proposes a kind of concatenation unit and with its spliceosome
Concatenation unit can quickly be spliced on both horizontally and vertically, form spliceosome, and the specific whole jail of the spliceosome formed
Gu, the advantages that assembly or disassembly is convenient, standardization level is high, can apply on logistics packaging, instead of Traditional Packing case；May be used also
To apply in terms of construction and decoration, changes traditional building material construction inconvenience, be used only once the status that cannot be recycled.
The technical solution of the utility model is achieved in that
A kind of concatenation unit, including the panel being square, the adjacent both sides of the panel are equipped with the first connection convex block, and
The first connection convex block is located at the medium position of the panel side length, and the adjacent another both sides of the panel are equipped at intervals with two
Second connection convex block, the first connection convex block connect the distance between convex block with two described second along the distance of panel side length
Identical or close to identical, described first connection convex block one end connects phase at a distance from convex block to the distance of face plate edge and described second
With or close to identical, locked component is installed in the second connection convex block, the locked component includes guide sleeve, push rod, bullet
Tongue and spring realize axially opposing movement, the bullet by the cooperation of traveller and sliding slot between the push rod and the guide sleeve
Circumferentially opposed rotation is realized by the cooperation of upper indexing pawl and lower indexing pawl between tongue and the push rod or the guide sleeve and is determined
Position；The through-hole of perforation is formed on the second connection convex block, the first connection convex block is equipped with slot；The guide sleeve is solid
Due in the through-hole, the pushing rod sleeve is set in the guide sleeve, and the bullet tongue, which can circumferentially rotate, to be installed in the through-hole,
The spring positioning is installed in the through-hole, and the spring one end can drive the bullet tongue, and institute can be driven by pressing the push rod
It states bullet tongue and rotates and be located in axial first height or the second height, described bullet tongue one end is worn from the through-hole in the first height
Out and enter in the slot, in the second height, described bullet tongue one end is retracted into the through-hole out of described slot.
Further, there is the upper indexing pawl of several upper indexing blade tooths and along axis extension if described push rod one end is formed
Dry sliding slot, the guide sleeve inside are equipped at intervals with several correspondences sliding slot and can be inserted into it in traveller in axial sliding；Institute
Stating and playing tongue includes the body of rod, lower indexing pawl and the flange being fixed between the body of rod and the lower indexing pawl, the lower indexing pawl
Periphery is formed with several correspondences sliding slot and can be inserted into draw runner in axial sliding in it, and the front end of the draw runner is formed can be with
The lower indexing blade tooth that the upper indexing blade tooth of the upper indexing pawl is meshed；First baffle ring, the push rod are installed in the through-hole
One end is pierced by out of the guide sleeve and the through-hole, and the traveller is placed in the sliding slot, and the bullet tongue, which can circumferentially rotate, to be set
In in the through-hole, the draw runner of the lower indexing pawl is inserted into the sliding slot in the second height, and the spring pocket is set to
On the body of rod, both ends backstop is positioned between the flange and first baffle ring.
Further, described guide sleeve one end forms the upper indexing pawl with several upper indexing blade tooths and along axis extension
Several sliding slots, described push rod one end are formed with several correspondences sliding slot and can be inserted into it in traveller in axial sliding；It is described
Playing tongue includes the body of rod, lower indexing pawl and the flange being fixed between the body of rod and the lower indexing pawl, outside the lower indexing pawl
It is formed with several correspondences sliding slot week and can be inserted into draw runner in axial sliding in it, the front end of the draw runner is formed can be with institute
State the lower indexing blade tooth that the upper indexing blade tooth of indexing pawl is meshed；First baffle ring, the push rod one are installed in the through-hole
End is pierced by out of described through-hole, and the traveller is placed in the sliding slot, and the bullet tongue can circumferentially rotate in the through-hole, institute
The draw runner for stating lower indexing pawl is inserted into the sliding slot in the second height, and the spring pocket is set on the body of rod, and two
End backstop is positioned between the flange and first baffle ring.
Further, described push rod one end is hollow, the bullet tongue further include stretched out from the middle part of the lower indexing pawl with it is described
The pillar that the hollow space of push rod matches, the pillar can be inserted in the hollow part of the push rod.
Further, the adjacent both sides of the panel are equipped at intervals with two the first connection convex blocks, and the panel is adjacent
Another both sides be equipped with third connection convex block, third connection convex block is located between two the second connection convex blocks, and
It is identical or close to phase that third connection convex block along the distance of panel side length with two described first connects the distance between convex block
Together, the first connection convex block is between the distance of panel side length and the second connection convex block and third connection convex block
Apart from identical or close to identical, the distance of described first connection convex block one end to face plate edge with described second connect convex block away from
From identical or close to identical.
Further, the adjacent both sides of the panel set there are two it is described first connection convex block and at least one the 4th connect it is convex
Block, the third that the adjacent another both sides of the panel are equipped with one more than the 4th connection convex block connect convex block, the third
Connect convex block be located at two it is described second connection convex blocks between, and the third connection convex block along panel side length distance with it is described
The distance between first connection convex block and adjacent described 4th connection convex block are identical or close to identical, or with two described the
Four connection the distance between convex blocks are identical or close to identical；The 4th connection convex block is along described in the distance of panel side length and two
It is identical or close to identical that third connects the distance between convex block；The first connection convex block is along the distance of panel side length and described the
It is identical or close to identical that two connection convex blocks and the adjacent third connect the distance between convex block.
A kind of spliceosome detachably spliced, including concatenation unit, between adjacent two pieces of concatenation units in the horizontal direction or
Vertical direction is spliced, concatenation unit first connection convex block be inserted in contiguous concatenation unit two second connection convex blocks it
Between, the push rod for the locked component installed in two second connection convex blocks is pressed, the bullet tongue can be driven, makes one for playing tongue
Divide and be pierced by out of described through-hole, and be inserted into two slots at first connection convex block both ends, by adjacent two pieces of concatenation units
Locking.
Further, the panel of every piece of concatenation unit is square, the first connection convex block and second of every piece of concatenation unit
It is identical to connect convex block, and is cube, the thickness of cube is identical as the thickness of the panel of the block concatenation unit, the length of cube
Degree is the one third of panel side length, and the length between two cubes is also the one third of panel side length.
Further, including six pieces or five pieces of concatenation units, six pieces of concatenation units are spliced into a square box,
Five pieces of concatenation units are spliced into the square box of a scarce one side.
Further, at least two pieces of concatenation units are spliced in the horizontal plane, form a plane plate.
The beneficial effects of the utility model are: the utility model provides a kind of concatenation unit and the spliceosome with it, it should
Concatenation unit includes panel, by the way that one first connection convex block is arranged on the adjacent both sides of panel, is arranged on adjacent another both sides
Two second connection convex blocks, it can be achieved that horizontal or vertical direction it is quick splicing and disassembly, by panel second connect it is convex
(locked component includes guide sleeve, push rod, plays tongue and spring installation locked component, and guide sleeve guarantees push rod straight in the through-hole of block
It is acted on line；Push rod can drive bullet tongue, when playing tongue pop-up, can connect two pieces of adjacent panels；Spring provides a rebound
Power, make play tongue rotate to another fixation position), panel first connection convex block on slot is set, for assembling
When correspond to the hole of locked component bullet tongue；First connection convex block of one concatenation unit can be inserted in two of another piece of concatenation unit the
Between two connection convex blocks, it is mutually twisted, to form spliceosome.The multiple concatenation units of the utility model are horizontal and vertical
It can quickly be spliced on direction, form spliceosome, and the specific entirety of the spliceosome formed is secured, assembly or disassembly is convenient, mark
The advantages that quasi-ization degree is high can apply on logistics packaging, instead of Traditional Packing case；It can be applied in construction and decoration side
Face changes traditional building material construction inconvenience, is used only once the status that cannot be recycled.
Detailed description of the invention
Fig. 1 is 1 schematic diagram of the utility model concatenation unit preferred embodiment；
Fig. 2 is locked component preferred embodiment 1 (wherein spring omission) installation diagram in the utility model concatenation unit；
Fig. 3 is the exploded view of locked component preferred embodiment 1 in the utility model concatenation unit；
Fig. 4 connect convex block with second for locked component preferred embodiment 1 in the utility model and cooperates schematic diagram；
Fig. 5 is the exploded view of locked component preferred embodiment 2 in the utility model concatenation unit；
Fig. 6 is 2 schematic diagram of the utility model concatenation unit preferred embodiment；
Fig. 7 is 3 schematic diagram of the utility model concatenation unit preferred embodiment；
Fig. 8 is the one preferred embodiment structural schematic diagram of spliceosome that the utility model detachably splices.
Fig. 9 is another preferred embodiment structural schematic diagram of spliceosome that the utility model detachably splices.
Specific embodiment
In order to be more clearly understood that the technology contents of the utility model, spy lifts following embodiment and is described in detail, mesh
Be only that the content for being best understood from the utility model rather than limit the protection scope of the utility model.The structure of embodiment attached drawing
In each component part do not press normal rates scaling, therefore do not represent the practical relative size of each structure in embodiment.
Preferred embodiment 1
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of concatenation unit, including the panel 1 being square, the panel is adjacent
Both sides are equipped with the first connection convex block 11, and the first connection convex block is located at the medium position of the panel side length, the face
The adjacent another both sides of plate are equipped at intervals with two second connection convex blocks 12, the first connection convex block along panel side length distance with
Two described second connection the distance between convex blocks are identical or close to identical, and described first, which connects convex block one end, arrives face plate edge
Distance is identical at a distance from the second connection convex block or close to identical, and described second connects in convex block and be equipped with locked component 2,
Locked component 2 includes guide sleeve 21, push rod 22, plays tongue 23 and spring 24, and 21 one end of guide sleeve, which is formed, has several upper indexing pawls
The upper indexing pawl 212 of tooth 211 and several sliding slots 213 extended along axis play tongue 23 and include the body of rod 231, lower indexing pawl 232 and consolidate
The flange 233 being connected between the body of rod 231 and lower indexing pawl 232, lower 232 periphery of indexing pawl is formed with several corresponding sliding slots 213 simultaneously
It can be inserted into draw runner 234 in axial sliding in it, the front end of draw runner 234 is formed can be with the upper indexing blade tooth 211 of upper indexing pawl 212
The lower indexing blade tooth 235 being meshed；22 one end of push rod is formed with several corresponding sliding slots 213 and can be inserted into it in axial sliding
Traveller 221；It is formed with the through-hole 121 of perforation on second connection convex block 12, first baffle ring 122 is installed in through-hole 121, first connects
11 both ends of convex block are connect equipped with slot 111；Guide sleeve 21 is fixed in through-hole 121 that (guide sleeve can at one end of the first baffle ring
Being fixedly connected for convex block is connect with first to realize in a manner of card slot by salient point), push rod 22 is sheathed in guide sleeve 21,
One end is pierced by out of through-hole, and traveller 221 is placed in sliding slot 213, and playing tongue 23 can circumferentially rotate in through-hole 121, and lower point
The draw runner 234 of degree pawl 232 is placed in sliding slot 213, and the free end of the body of rod 231 is towards the first baffle ring, when it is implemented, body of rod end
Head can be concordant with the first baffle ring, slightly can also be retracted or protrude；Spring 24 is sheathed on the body of rod 231, the positioning of both ends backstop
Between flange 233 and the first baffle ring, pressing push rod 22, which can drive, plays tongue 23, makes a part of its body of rod 231 out of through-hole 121
It is pierced by.
In above structure, the effect of push rod 22 are as follows: bullet tongue 23 can be made to move forward and backward by lower push-rod 22；Guide sleeve 21
Effect are as follows: guarantee that push rod 22 acts on straight line；Play the effect of tongue 23 are as follows: when pop-up, can connect two pieces of adjacent panels 1；
The effect of spring 24 are as follows: when pressing lower push-rod 22, provide the power of a rebound, make to play the position that tongue 23 rotates to another fixation；
The effect of panel 1 are as follows: the through-hole 121 of the second connection convex block 12 is used to install locked component 2, the slot of the first connection convex block 11
The 111 corresponding holes for playing tongue 23 when being used to assemble；Two second connection convex block 12 interval settings, form dentation, can be in two panels
When concatenation unit cooperates, accommodating the first connection convex block 11 is realized either horizontal or vertical direction, can be just mutually twisted,
Realize preferable docking effect.
In above structure, by the way that one first connection convex block is arranged on the adjacent both sides of panel, set on adjacent another both sides
Set two second connection convex blocks, it can be achieved that horizontal or vertical direction it is quick splicing and disassembly, pass through panel second connect
(locked component includes guide sleeve, push rod, plays tongue and spring installation locked component, and guide sleeve guarantees that push rod exists in the through-hole of convex block
It is acted on straight line；Push rod can drive bullet tongue, when playing tongue pop-up, can connect two pieces of adjacent panels；Spring provides one and returns
The power of bullet makes to play the position that tongue rotates to another fixation), slot is set on the first connection convex block of panel, for filling
Timing corresponds to the hole of locked component bullet tongue；First connection convex block of one concatenation unit can be inserted in two of another piece of concatenation unit
Between second connection convex block, it is mutually twisted, to form spliceosome.The multiple concatenation units of the utility model are horizontal and vertical
Histogram can quickly be spliced upwards, form spliceosome, and the specific entirety of the spliceosome formed is secured, assembly or disassembly is convenient,
The advantages that standardization level is high can apply on logistics packaging, instead of Traditional Packing case；It can be applied in construction and decoration side
Face changes traditional building material construction inconvenience, is used only once the status that cannot be recycled.
The working principle of the utility model locked component 2 is as follows:
Original state, referring to fig. 4, guide sleeve 21 are fixed in the through-hole 121 of the second connection convex block 12 backwards to the first baffle ring
One end at, push rod 22 is sheathed in guide sleeve 21, and one end is pierced by out of through-hole, can be pressed it, be made as button
With the traveller 221 of 22 other end of push rod setting is placed in the sliding slot 213 of guide sleeve 21, in this way, traveller 221 can be along axial direction in cunning
Sliding in slot 213, playing tongue 23 can circumferentially rotate in the second connection 12 through-hole 121 of convex block, the draw runner of lower indexing pawl 232
234 are placed in sliding slot 213, can slide in sliding slot 213 along axial direction, and the free end of the body of rod 231 is towards the first baffle ring, for reality
Now preferable connection, the free end of the body of rod 231 can be designed as being hidden in just in the first baffle ring, spring 24 is sheathed on the body of rod
On 231, both ends backstop is positioned between flange 233 and the first baffle ring.
When needing to lock, the part that pressing 22 one end of push rod is stretched out, push rod 22 is axially moveable, the traveller of the other end
221 213 will slide towards tongue 23 is played along the chute, play tongue 23 to drive, skid off its draw runner 234 out of sliding slot 213, spring
24 are pushed and compressed energy-storage by its flange 233, stretch out one end of its body of rod 231 from the through-hole 121 of the second connection convex block 12,
It is connect in the slot 111 of convex block 11 to can be inserted into the first of its another concatenation unit spliced；Meanwhile returning in spring 24
Under the action of elastic force, the draw runner 234 of lower indexing pawl 232 will can rotate one division, and the lower indexing blade tooth 235 of 234 front end of draw runner will
It can slide into the upper indexing blade tooth 211 of upper 212 one end of indexing pawl of guide sleeve 21, at this point, draw runner 234 is staggered with sliding slot 213, it is sliding
Item 234 meshes together with upper indexing pawl 212, and it is locked to play tongue 23.
When needing to unlock, 22 one end of push rod is pressed again, and push rod 22 is axially moveable, and drives bullet by its traveller 221
Tongue 23, play tongue 23 lower 232 one end of indexing pawl lower indexing blade tooth 235 and guide sleeve 21 upper 212 one end of indexing pawl upper point
Degree blade tooth 211 will be staggered, opposite with sliding slot 213 after rotation one division under the action of the screen resilience of spring 24.In spring 24
Screen resilience continue under effect, draw runner 234 slides backward in sliding slot 213, i.e., bullet tongue 23 is reset to initial bit by spring 24
It sets, in the through-hole 121 of one end of the body of rod 231 retraction the second connection convex block 12, from the of another concatenation unit spliced with it
It is exited in the slot 111 of one connection convex block 11, realizes unlocking function.
Above-described embodiment gives the preferred embodiment 1 of locked component, and sliding slot and upper indexing pawl are set on guide sleeve, traveller
On push rod, in another preferred embodiment 2, sliding slot and upper indexing pawl can also be set on push rod, and traveller is set to and leads
To putting on, referring to Fig. 5,22 one end of push rod forms the upper indexing pawl 222 with several upper indexing blade tooths 221 and along axis extension
Several sliding slots 223 are equipped at intervals with several correspondences sliding slot on the inside of the guide sleeve 21 and can be inserted into it in axial sliding
Traveller 211；The bullet tongue 23 includes the body of rod 231, lower indexing pawl 232 and is fixed between the body of rod and the lower indexing pawl
Flange 233, the lower indexing pawl periphery are formed with several correspondences sliding slot and can be inserted into it in draw runner in axial sliding
234, the front end of the draw runner forms the lower indexing blade tooth 235 that can be meshed with the upper indexing blade tooth of the upper indexing pawl；It is described
First baffle ring is installed, described push rod one end is pierced by out of the guide sleeve and the through-hole, and the traveller is placed in institute in through-hole
It states in sliding slot, the bullet tongue can circumferentially rotate in the through-hole, and the draw runner of the lower indexing pawl can in the second height
It is inserted into the sliding slot, the spring pocket is set on the body of rod, and both ends backstop is positioned at the flange and the first gear
Between ring.
The working principle of 2 preferred embodiment 2 of the utility model locked component is as follows:
Original state, guide sleeve 21 are fixed in the through-hole 121 of the second connection convex block 12 at one end of the first baffle ring,
Push rod 22 is sheathed in guide sleeve 21, and one end is pierced by out of guide sleeve and through-hole, can be pressed it, be made as button
With 21 inside traveller of guide sleeve is slidedly arranged in the sliding slot in 22 outside of push rod, in this way, sliding slot can slide axially with respect to traveller.Bullet
Tongue 23 can circumferentially rotate in the second connection 12 through-hole 121 of convex block, and the draw runner 234 of lower indexing pawl 232 is placed in sliding slot 213
It is interior, it can be slided in sliding slot 213 along axial direction, the free end of the body of rod 231 is towards the first baffle ring, in order to realize preferable connection,
The free end of the body of rod 231 can be designed as being hidden in just in the first baffle ring, spring 24 is sheathed on the body of rod 231, and both ends are stopped
Gear is positioned between flange 233 and the first baffle ring.
When needing to lock, the part that pressing 22 one end of push rod is stretched out, push rod 22 is axially moveable, to drive bullet tongue
23, skid off its draw runner out of sliding slot, spring 24 is pushed and compressed energy-storage by its flange 233, makes one end of its body of rod 231 from the
It is stretched out in the through-hole 121 of two connection convex blocks 12, connect convex block 11 with the first of its another concatenation unit spliced to can be inserted into
Slot 111 in；Meanwhile under the action of the screen resilience of spring 24, the draw runner 234 of lower indexing pawl 232 will can rotate one division,
The lower indexing blade tooth 235 of 234 front end of draw runner will slide into the upper indexing blade tooth of upper indexing pawl one end of guide sleeve 21, at this point,
Draw runner 234 is staggered with sliding slot 213, and draw runner 234 meshes together with upper indexing pawl, and it is locked to play tongue 23.
When needing to unlock, 22 one end of push rod is pressed again, and push rod 22 is axially moveable, and plays the lower indexing pawl 232 of tongue 23
The upper indexing blade tooth of upper indexing pawl one end of the lower indexing blade tooth 235 and guide sleeve 21 of one end will be staggered, in returning for spring 24
It is opposite with sliding slot 213 after rotation one division under the action of elastic force.Spring 24 screen resilience continue effect under, draw runner 234 exists
It is slided backward in sliding slot, i.e., bullet tongue 23 is reset to initial position, one end retraction the second connection convex block of the body of rod 231 by spring 24
It in 12 through-hole 121, is exited out of the first slot 111 for connecting convex block 11 with its another concatenation unit spliced, realizes solution
Lock function.
By the principle Analysis of above-mentioned locked component preferred embodiment 1 and preferred embodiment 2 it is found that the application splices list
When member realizes splicing, it is only necessary to which locking and unlocking function can be realized automatically by pressing push rod 22, easily complete assembly or disassembly；
And by locked component 2, the fastness of splicing ensure that.And two second connection convex blocks of the utility model clamp one first company
Convex block is connect, locked component is equipped in two second connection convex blocks, realizes stronger lock function, structural strength is more preferable.
The utility model concatenation unit can be used as standard component, carry out installation splicing, and easy to produce.
Preferably, push rod one end is hollow, and playing tongue further includes stretching out the hollow portion split-phase with push rod from the middle part of lower indexing pawl
The pillar 236 matched, pillar 236 are inserted in the hollow space of push rod.In this way, passing through pillar 236 and 22 hollow space of push rod
Cooperation can be played the role of leading further to and fixing playing tongue.
Preferably, the body of rod 231 is cylindrical body, and the through-hole 121 and the slot 111 are circular hole, this is a kind of
Preferred embodiment, but not limited to this, can also other regular shapes it is such as oval, or rule and the combination of irregular body
Body.
Preferably, the panel, the first connection convex block, the second connection convex block are integrally formed, the side of the panel
Middle part is hollowed out, and is formed by the box body surrounded with side wall and the first connection convex block, the second connection convex block of facing the wall and meditating.
Preferred embodiment 2
As a kind of extension of embodiment 1, referring to Fig. 6, the present embodiment is equipped at intervals with two institutes on the adjacent both sides of panel
The first connection convex block 11 is stated, the adjacent another both sides of panel are equipped with third connection convex block 13 and connect convex block 12 with two thirds,
Third connection convex block is located between two the second connection convex blocks, and third connection convex block along panel side length away from
It is identical from two described first connection the distance between convex blocks or close to identical；The first connection convex block is along panel side length
Distance is identical as the distance between described second connection convex block and the third connection convex block or close to identical, and described first connects
The distance of convex block one end to face plate edge is identical or close to identical at a distance from the second connection convex block.More preparatory, it is described
First connection convex block, the second connection convex block, third connection bump design are at the identical convex block of length, respectively panel edges
Long distance.
Preferred embodiment 3
As embodiment 1 another kind extend, referring to Fig. 7, the adjacent both sides of the panel set there are two it is described first connect
Convex block 11 and at least one the 4th connection convex block 14 are connect, the adjacent another both sides of the panel are equipped with more than the 4th connection convex block
One third connection convex block 13 and two second connection convex blocks 12, the third connection convex block are located at two second connections
Between convex block, and third connection convex block connect convex block and the adjacent the described 4th with described first along the distance of panel side length
The distance between connection convex block is identical or connect close to identical (when being equipped with four link block), or with two the described 4th
The distance between convex block it is identical or close to it is identical (be equipped with it is more than two four connection convex block when)；4th connection convex block edge
The distance of panel side length is identical as the distance between two thirds connection convex blocks or close to identical；The first connection convex block
It is identical or connect that the distance between convex block is connected along distance and the second connection convex block and the adjacent third of panel side length
It is close identical.More preparatory, the first connection convex block, the second connection convex block, third connection convex block, the 4th connection convex block are set
The identical convex block of length is counted into, respectively the distance of panel side length.
In above-described embodiment 2 and embodiment 3, the first connection convex block on each side is with the 4th difference for connecting convex block,
First connection convex block is located at edge, is provided with slot, can carry out locking assembly, and the 4th connection convex block is located at centre,
On do not set slot, equally, the second connection convex block is located at edge, is mounted therein with locked component, and third connects during convex block is located at
Between, locked component is not installed thereon.
Using above-mentioned concatenation unit, the utility model also proposed a kind of spliceosome detachably spliced, including at least two
Block concatenation unit, between adjacent two pieces of concatenation units in the horizontal direction or vertical direction is spliced,
First connection convex block 11 of concatenation unit is inserted between two second connection convex blocks 12 of contiguous concatenation unit, is pressed
The push rod for the locked component installed in two second connection convex blocks 12 of pressure, can drive the bullet tongue, make a part of the body of rod
It is pierced by, and is inserted into two slots at first connection convex block both ends out of described through-hole, adjacent two pieces of concatenation units are locked
It is fixed.In this way, by the way that muti-piece concatenation unit in the horizontal direction or vertical direction is spliced, sliceable formation various structures, is used
Family can according to their own needs splice a certain number of concatenation units.For example form closed or open type packaging
Case is applied to the fields such as packaging logistics, can also be expanded in the horizontal plane, forms the wall or plate body detachably spliced,
Applied to fields such as construction and decorations.
Preferably, the panel 1 of every piece of concatenation unit is square, the first connection convex block 11 and second of every piece of concatenation unit
It is identical to connect convex block 12, and is cube, the thickness of cube is identical as the thickness of panel 1 of the block concatenation unit, cube
Length be 1 side length of panel one third, the length between two cubes is also the one third of 1 side length of panel.This is one
The design of panel 1 is square by kind preferred embodiment, and concatenation unit can be used as standard component, realize both horizontally and vertically
Removable unloading functions are spliced in upper polygon any increase and decrease, and have after splicing it is whole securely, assembly or disassembly is very convenient, standardizes journey
Spend the advantages that high.
The utility model concatenation unit can be spliced into packing case applied to packaging logistics field, and packing case can be by six pieces or five
Block concatenation unit composition, six pieces of concatenation units are spliced into enclosed square box, and five pieces of concatenation units are spliced into one and lack one side
Open type square box.In order to increase the capacity of packing case, each face can also be extended, be shown referring to Fig. 8, Fig. 8
It has anticipated out the front view of packing case, each face of packing case is spliced by four pieces of concatenation units, in this way, can make the volume of packing case
Increase to 8 times.The packing case is applied when in logistics, can replace Traditional Packing case, because its standardization level is very high, splicing
Entirety is secured afterwards, assembly or disassembly is very convenient, the related works such as recycling centralized processing can be easily realized, thus protection ring
Whole social resources are saved in border.
The utility model concatenation unit can be spliced into plane wall or plane plate is applied to finishing building field, by muti-piece
Concatenation unit arbitrarily splices composition, and muti-piece concatenation unit is spliced in the horizontal plane, forms a plane plate or plane wall.
Referring to Fig. 9, plane plate is spliced by four pieces of concatenation units, is applied when in terms of construction and decoration, because of its standardization level
It is very high, after splicing it is whole securely, assembly or disassembly it is very convenient, thus it is possible to vary traditional building material construction is inconvenient, can only use
The status that cannot once recycle.
To sum up, the utility model proposes a kind of concatenation unit and with its spliceosome, which can any people
Member is any assembled as needed and adjusts size in the assembled process middle and later periods, and any damage will not occur for product, to have
Broad application prospect.
Above embodiments are that the preferred embodiment of the utility model is described in detail referring to attached drawing.The skill of this field
Art personnel are by carrying out modification or change on various forms, but the feelings of the essence without departing substantially from the utility model to above-described embodiment
Under condition, all fall within the scope of the present invention.
Claims (10)
1. a kind of concatenation unit, it is characterised in that: including the panel being square, the adjacent both sides of the panel are equipped with the first company
Convex block is connect, and the first connection convex block is located at the medium position of the panel side length, between the adjacent another both sides of the panel are equal
Every setting there are two the second connection convex block, the first connection convex block connect convex block with two described second along the distance of panel side length
The distance between it is identical or close to identical, the distance of described first connection convex block one end to face plate edge connect convex with described second
The distance of block is identical or close to identical, and locked component is equipped in the second connection convex block, and the locked component includes guiding
Set, plays tongue and spring at push rod, realizes axially opposing shifting by the cooperation of traveller and sliding slot between the push rod and the guide sleeve
Dynamic, the cooperation realization played between tongue and the push rod or the guide sleeve by upper indexing pawl and lower indexing pawl is circumferentially opposed
It rotates and positions；The through-hole of perforation is formed on the second connection convex block, the first connection convex block is equipped with slot；It is described
Guide sleeve is fixed in the through-hole, and the pushing rod sleeve is set in the guide sleeve, and the bullet tongue, which can circumferentially rotate, is installed on institute
It states in through-hole, the spring positioning is installed in the through-hole, and the spring one end can drive the bullet tongue, presses the push rod
The bullet tongue can be driven to rotate and be located in axial first height or the second height, described bullet tongue one end is from institute in the first height
It states through-hole to be pierced by and enter in the slot, in the second height, described bullet tongue one end is retracted into the through-hole out of described slot
It is interior.
2. concatenation unit according to claim 1, it is characterised in that: described push rod one end, which is formed, has several upper indexing pawls
The upper indexing pawl of tooth and several sliding slots extended along axis, the guide sleeve inside are equipped at intervals with several correspondences sliding slot and can
It is inserted into it in traveller in axial sliding；The bullet tongue includes the body of rod, lower indexing pawl and is fixed in the body of rod and lower point described
The flange between pawl is spent, the lower indexing pawl periphery is formed with several correspondences sliding slot and can be inserted into it in axial sliding
Draw runner, the front end of the draw runner form the lower indexing blade tooth that can be meshed with the upper indexing blade tooth of the upper indexing pawl；It is described logical
First baffle ring is installed, described push rod one end is pierced by out of the guide sleeve and the through-hole, and the traveller is placed in described in hole
In sliding slot, the bullet tongue can be circumferentially rotated in the through-hole, and the draw runner of the lower indexing pawl can be inserted in the second height
Enter in the sliding slot, the spring pocket is set on the body of rod, and both ends backstop is positioned at the flange and first baffle ring
Between.
3. concatenation unit according to claim 1, it is characterised in that: described guide sleeve one end, which is formed, has several upper indexing
The upper indexing pawl of blade tooth and several sliding slots extended along axis, described push rod one end is formed with several correspondences sliding slot and can insert
Enter in it in traveller in axial sliding；The bullet tongue includes the body of rod, lower indexing pawl and is fixed in the body of rod and the lower indexing
Flange between pawl, the lower indexing pawl periphery are formed with several correspondences sliding slot and can be inserted into it and slide in axial sliding
Item, the front end of the draw runner form the lower indexing blade tooth that can be meshed with the upper indexing blade tooth of the upper indexing pawl；The through-hole
First baffle ring is inside installed, described push rod one end is pierced by out of described through-hole, and the traveller is placed in the sliding slot, the bullet tongue
It can circumferentially rotate in the through-hole, the draw runner of the lower indexing pawl is inserted into the sliding slot in the second height, institute
Spring pocket is stated on the body of rod, both ends backstop is positioned between the flange and first baffle ring.
4. concatenation unit according to claim 2 or 3, it is characterised in that: described push rod one end is hollow, and the bullet tongue also wraps
It includes and stretches out the pillar to match with the hollow space of the push rod from the middle part of the lower indexing pawl, the pillar can be inserted in institute
It states in the hollow part of push rod.
5. concatenation unit according to claim 1, it is characterised in that: the adjacent both sides of the panel are equipped at intervals with two institutes
The first connection convex block is stated, the adjacent another both sides of the panel are equipped with third connection convex block, and the third connection convex block is located at
Between two the second connection convex blocks, and third connection convex block is connect along the distance of panel side length with two described first
The distance between convex block is identical or close to identical, and the first connection convex block connect along the distance of panel side length with described second convex
The distance between block and the third connection convex block is identical or close to identical, and described first, which connects convex block one end, arrives face plate edge
Distance is identical at a distance from the second connection convex block or close to identical.
6. concatenation unit according to claim 1, it is characterised in that: the adjacent both sides of the panel set that there are two described the
One connection convex block and at least one the 4th connection convex block, the adjacent another both sides of the panel are equipped with more than the 4th connection convex block
One third connects convex block, and the third connection convex block is located between two the second connection convex blocks, and the third connects
The distance that convex block is connect along panel side length connect the distance between convex block and adjacent the 4th connection convex block phase with described first
With or close to identical, or it is identical as the distance between two described 4th connection convex blocks or close to identical；4th connection
Convex block is identical as the distance between two thirds connection convex blocks or close to identical along the distance of panel side length；Described first connects
It connects convex block and connect convex block with described second along the distance of panel side length and connect the distance between convex block phase with the adjacent third
With or close to identical.
7. the spliceosome that one kind is detachably spliced, it is characterised in that: described in any item including at least two pieces of Claims 1-4
Concatenation unit, between adjacent two pieces of concatenation units in the horizontal direction or vertical direction is spliced, the first connection of concatenation unit
Convex block is inserted between two second connection convex blocks of contiguous concatenation unit, presses the locking installed in two second connection convex blocks
The push rod of component can drive the bullet tongue, be pierced by described a part for playing tongue out of described through-hole, and be inserted into described first and connect
It connects in two slots at convex block both ends, adjacent two pieces of concatenation units is locked.
8. the spliceosome according to claim 7 detachably spliced, it is characterised in that: the panel of every piece of concatenation unit is positive
Rectangular, the first connection convex block of every piece of concatenation unit is identical with the second connection convex block, and is cube, the thickness of cube and
The thickness of the panel of the block concatenation unit is identical, and the length of cube is the one third of panel side length, the length between two cubes
Degree is also the one third of panel side length.
9. the spliceosome according to claim 8 detachably spliced, it is characterised in that: including six pieces or five pieces of splicings
Unit, six pieces of concatenation units are spliced into a square box, and five pieces of concatenation units are spliced into the square box of a scarce one side
Body.
10. the spliceosome according to claim 8 detachably spliced, it is characterised in that: at least two pieces of concatenation units
Spliced in the horizontal plane, forms a plane plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820784409.0U CN208363490U (en) | 2018-05-24 | 2018-05-24 | Concatenation unit and spliceosome with it |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820784409.0U CN208363490U (en) | 2018-05-24 | 2018-05-24 | Concatenation unit and spliceosome with it |
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| Publication Number | Publication Date |
|---|---|
| CN208363490U true CN208363490U (en) | 2019-01-11 |
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| CN201820784409.0U Active CN208363490U (en) | 2018-05-24 | 2018-05-24 | Concatenation unit and spliceosome with it |
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Cited By (4)
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| CN110258839A (en) * | 2019-07-05 | 2019-09-20 | 王丰毅 | A kind of Sveerz Deluxe abatvoix |
| CN111264404A (en) * | 2020-02-20 | 2020-06-12 | 徐州医科大学 | Integration equipment for detecting multiple behaviors of mouse through multiple channels |
| CN111456319A (en) * | 2020-04-13 | 2020-07-28 | 山东华邦建设集团有限公司 | Composite board for building engineering convenient to assemble |
| CN112451956A (en) * | 2020-11-13 | 2021-03-09 | 福建医科大学 | Old person cognitive and meticulous motion training chess |
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2018
- 2018-05-24 CN CN201820784409.0U patent/CN208363490U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110258839A (en) * | 2019-07-05 | 2019-09-20 | 王丰毅 | A kind of Sveerz Deluxe abatvoix |
| CN111264404A (en) * | 2020-02-20 | 2020-06-12 | 徐州医科大学 | Integration equipment for detecting multiple behaviors of mouse through multiple channels |
| CN111264404B (en) * | 2020-02-20 | 2021-12-28 | 徐州医科大学 | Integration equipment for detecting multiple behaviors of mouse through multiple channels |
| CN111456319A (en) * | 2020-04-13 | 2020-07-28 | 山东华邦建设集团有限公司 | Composite board for building engineering convenient to assemble |
| CN112451956A (en) * | 2020-11-13 | 2021-03-09 | 福建医科大学 | Old person cognitive and meticulous motion training chess |
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