For splicing the auxiliary sliding equipment of wall panel element lifting carriage assembling
Technical field
The utility model is related to splice wall panel element auxiliary machine tool component more particularly to one kind to splice wall panel element liter
The auxiliary sliding equipment of slidable fit drops.
Background technology
At present, splice wallboard and assembled wall board is increasingly favored by wall construction side, spelled by splicing wallboard
It connects and is assembled into partition wall or wall, can quickly obtain partition wall or external wall of house body or inner wall, realize that the quick of wall is applied
Work.Splice wall often by several splicing wall panel elements be spliced up and down, it is each splicing wall panel element it
Between when splicing, need to splice auxiliary body, existing splicing auxiliary body is exactly often the skeleton of splice wall, which is one
A skeleton that each splicing wall panel element is fixed on the positioning.When mounted, it is often spelled in the corresponding region installation of skeleton
Wall panel element is connect, is then installed successively, is finally spliced into splice wall.Inefficient, and the combination of this mounting means
Plate unit be easy to cause splicing gap, and the difficulty of construction of the skeleton of splice wall is higher.
Utility model content
Part in view of the shortcomings of the prior art, the purpose of this utility model is to provide one kind for splicing wallboard list
The auxiliary sliding equipment of first lifting carriage assembling, can assist splicing wall panel element to carry out the parallel installation of entire row, it is only necessary to according to
The splice wall designed puts up wall and slides skeleton, and wall slide skeleton for the mutually sliding rail that is vertically arranged in parallel or
Sliding groove structure slides the of less demanding of skeleton to wall, i.e., only needs to ensure that wall slides each sliding rail of skeleton or sliding slot knot
Structure is mutually vertical parallel, then goes out several row's wall panel elements by the way that sliding equipment is assisted to slide skeleton fixed and arranged in wall
Stent, one row of corresponding installation splices wall panel element on every row's wall panel element stent, and the wall panel element stent of all rows is all pacified
After installing splicing wall panel element, you can realize the construction of entire splice wall.
The purpose of this utility model is achieved through the following technical solutions:
A kind of auxiliary sliding equipment for being used to splice the assembling of wall panel element lifting carriage, including wall panel element stent mounting base
With two slide assemblies, the wall panel element stent mounting base includes installation panel and connecting lateral plate, and the installation panel is whole
It is rectangle, the installation panel opposite sides side extends separately down equipped with connecting lateral plate, and the connecting lateral plate bottom is fixed
It is connected with slide assemblies;The slide assemblies include upper slide and lower skateboard, and the upper slide and lower skateboard are arranged in parallel,
The upper slide is connected with each other with lower skateboard by riser, and the upper slide is fixedly connected on connecting lateral plate bottom, the upper cunning
Sliding slot is formed between plate and lower skateboard;Correspondence is provided with wallboard to two connecting lateral plates of the wall panel element stent mounting base respectively
Unit rack installs clip slot, is formed to grip wallboard list between the wall panel element stent installation clip slot of two connecting lateral plates
The grasping part slot of first stent.
Preferably, the slide assemblies are integrally located at connecting lateral plate bottom outside.
Preferably, it is provided with the item being connected with grasping part slot on the installation panel of the wall panel element stent mounting base
Shape straight slot.
Preferably, the installation panel of the wall panel element stent mounting base is equipped with location hole at bar shaped groove in place.
Preferably, the location hole is made of the first semi arch hole and the second semi arch hole, the first semi arch hole and the
Two semi arch holes are correspondingly arranged in the notch both sides of bar shaped groove respectively.
Preferably, the auxiliary sliding equipment is by wall panel element stent mounting base and two slide assemblies global formation systems
It makes.
The utility model compared with the prior art, has the following advantages and advantageous effect:
(1) the utility model can assist splicing wall panel element to carry out the parallel installation of entire row, it is only necessary to according to what is designed
Splice wall puts up wall and slides skeleton, and wall slides skeleton as the mutual sliding rail being vertically arranged in parallel or sliding slot knot
Structure slides the of less demanding of skeleton to wall, i.e., only needs to ensure that each sliding rail of wall slip skeleton or sliding groove structure are mutual
It is vertical parallel, then go out several row's wall panel element stents by the way that sliding equipment is assisted to slide skeleton fixed and arranged in wall,
One row of corresponding installation splices wall panel element on every row's wall panel element stent, and the wall panel element stent of all rows is all installed spelling
After connecing wall panel element, you can realize the construction of entire splice wall.
(2) the utility model can realize the neat installation splicing wall panel element of point row, provide every row and splice wall panel element
Standard accessory part, as long as it is accurate to ensure that a row splices wall panel element installation, it is possible to realize that entire splice wall precisely splices
Construction, reduces difficulty of construction;Construction worker can convenient for construction position install a row splice wall panel element, then by
Wall slides skeleton and slides into required position.
(3) the utility model can be slided first in construction on ground by wall panel element stent and several auxiliary
Mechanism installs the splicing wall panel element of a row, and the row then is spliced wall panel element by the way that sliding equipment cooperation is assisted to be installed on
Wall is slided on skeleton, and the row is allowed to splice wall panel element and slides into required installation site.
Description of the drawings
Fig. 1 is the dimensional structure diagram of the utility model;
Fig. 2 is the side structure schematic diagram of Fig. 1.
Wherein, it is entitled corresponding to the reference numeral in attached drawing:
1- wall panel element stent mounting bases, 2- installation panels, 3- connecting lateral plates, 4- wall panel element stent installation folders
Slot, 5- bar shaped grooves, 6- location holes, 7- slide assemblies, 8- upper slides, 9- lower skateboards, 10- sliding slots.
Specific embodiment
The utility model is described in further detail with reference to embodiment:
Embodiment
As shown in Figure 1 and Figure 2, it is a kind of for splicing the auxiliary sliding equipment of wall panel element lifting carriage assembling, including wallboard
Unit rack mounting base 1 and two slide assemblies 7, splicing wall panel element include splicing wall board body and splice wall board body for installing
Fixation wall panel element stent, using splice wall panel element be spliced into wall in use, be first put up wall slide bone
Frame, the wall slide skeleton to be vertically arranged sliding rail or sliding groove structure, then install wall panel element branch on auxiliary sliding equipment
Splicing wall panel element is installed on wall panel element stent by frame, and wall panel element stent is by assisting sliding equipment to be slided in wall
Skeleton moves up and down, and arrangement wall panel element stent and splicing wall panel element layer by layer, eventually forms splice wall.
As shown in Figure 1 and Figure 2, wall panel element stent mounting base 1 includes installation panel 2 and connecting lateral plate 3, and installation panel 2 is whole
Body is rectangle, and 2 opposite sides side of installation panel extends separately down equipped with connecting lateral plate 3, and 3 bottom of connecting lateral plate is fixedly connected
There are slide assemblies 7;Slide assemblies 7 are integrally located at 3 bottom outside of connecting lateral plate.Slide assemblies 7 include upper slide 8 and lower skateboard 9,
Upper slide 8 and lower skateboard 9 are arranged in parallel, and upper slide 8 is connected with each other with lower skateboard 9 by riser, and upper slide 8 is fixedly connected
In 3 bottom of connecting lateral plate, sliding slot 10 is formed between upper slide 8 and lower skateboard 9;Two companies of wall panel element stent mounting base 1
Connecing side plate 3, the corresponding wall panel element stent that is provided with installs clip slot 4, the wall panel element stent installation clip slot 4 of two connecting lateral plates 3 respectively
Between formed to grip the grasping part slot of wall panel element stent.
As shown in Figure 1, it is provided with the item being connected with grasping part slot on the installation panel 2 of wall panel element stent mounting base 1
Shape straight slot 5.The installation panel 2 of wall panel element stent mounting base 1 is being equipped with location hole 6 at bar shaped groove 5.Location hole 6 by
First semi arch hole and the second semi arch hole are formed, and the first semi arch hole is correspondingly arranged in bar shaped with the second semi arch hole and leads to respectively
The notch both sides of slot 5.
The utility model preferably assists sliding equipment whole by wall panel element stent mounting base 1 and two slide assemblies 7
Molding manufacture, i.e. wall panel element stent mounting base 1 and two slide assemblies 7 first pass through extrusion forming entirety, then punching press bar shaped
Straight slot 5 and wall panel element stent installation clip slot 4, you can obtain finally assisting sliding equipment finished product.
The operation principle that the auxiliary sliding equipment of the utility model is used as when splicing wall panel element lifting carriage assembles is as follows:
The first application method is as follows:Wall is put up first according to the splice wall designed slides skeleton, the wall
It slides skeleton and is mutually vertically arranged in parallel, matches on each sliding rail to be vertically arranged sliding rail, all sliding rails that wall slides skeleton
It closes several rows of installation and assists sliding equipment components, often row's auxiliary sliding equipment component includes the auxiliary slip equal with sliding rail quantity
Mechanism, often the sliding slot 10 of each auxiliary sliding equipment of row's auxiliary sliding equipment component, which corresponds to, is slidably mounted on sliding rail, then
One wall panel element stent of corresponding installation on sliding equipment component is assisted in every row, which arranges across corresponding
Each auxiliary sliding equipment of sliding equipment component is assisted, i.e. wall panel element stent passes through the wall panel element branch of auxiliary sliding equipment
Frame installs clip slot 4 so that a wall panel element stent is realized by the auxiliary sliding equipment of a row slides above and below skeleton in wall
Elevating movement on wall panel element stent installs a row and splices wall panel element, you can realizes the splicing wall panel element of a row successively
Installation.It can realize plurality of rows of splicing wall panel element installation from bottom to up according to the method described above, eventually form splice wall.
Second of application method is as follows:Wall is put up first according to the splice wall designed slides skeleton, the wall
Skeleton is slided to be vertically arranged sliding groove structure, all sliding groove structures that wall slides skeleton are mutually vertically arranged in parallel, each
Cooperation installs several rows and assists sliding equipment component on sliding groove structure, and often row's auxiliary sliding equipment component includes and sliding groove structure number
Equal auxiliary sliding equipment is measured, often the upper slide 8 of each auxiliary sliding equipment of row's auxiliary sliding equipment component (can also be
Lower skateboard 9) correspondence is slidably mounted in sliding groove structure, then one wallboard of corresponding installation on sliding equipment component is assisted in every row
Unit rack, the wall panel element stent correspondence assist each auxiliary sliding equipment of sliding equipment component, i.e. wall across corresponding row
Plate unit stent passes through the wall panel element stent installation clip slot 4 of auxiliary sliding equipment so that a wall panel element stent relies on one
The auxiliary sliding equipment of row is realized slides skeleton oscilaltion campaign in wall, installs row spelling successively on wall panel element stent
Connect wall panel element, you can realize the splicing wall panel element installation of a row.It can realize from bottom to up according to the method described above plurality of rows of
Splice wall panel element installation, eventually form splice wall.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
All any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in the utility model
Protection domain within.