CN108756251A - A kind of reinforced mesh binding machine - Google Patents
A kind of reinforced mesh binding machine Download PDFInfo
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- CN108756251A CN108756251A CN201810623655.2A CN201810623655A CN108756251A CN 108756251 A CN108756251 A CN 108756251A CN 201810623655 A CN201810623655 A CN 201810623655A CN 108756251 A CN108756251 A CN 108756251A
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- binding
- reinforced mesh
- reinforcing bar
- horizontal support
- automatic
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
- E04G21/12—Mounting of reinforcing inserts; Prestressing
- E04G21/122—Machines for joining reinforcing bars
- E04G21/123—Wire twisting tools
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Mechanical Engineering (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Basic Packing Technique (AREA)
Abstract
The invention discloses a kind of reinforced mesh binding machines, belong to Architectural Equipment technical field.Reinforced mesh binding machine provided by the present invention includes material bearing shelf, rack and at least one automatic binding mechanism, and the reinforcing bar of more arranged crosswises is wherein carried on material bearing shelf；Rack includes longitudinal carrier, horizontal support and vertical supports, and longitudinal carrier is set to the both sides of material bearing shelf, and vertical supports are slidably disposed on longitudinal carrier, and horizontal support is slidably disposed in vertical supports, and horizontal support is located at the top of reinforcing bar；Automatic binding mechanism is slidably disposed on horizontal support, and automatic binding mechanism can bind tied silk at the crossover node of reinforcing bar.The reinforced mesh binding machine realizes the automatic binding molding of Large-size rebar mesh sheet, its high degree of automation, it is simple in structure, practical, it is easy to operate, it is safe and efficient, the hand labor of high intensity can be replaced, while reinforced mesh binding machine binding effect is good, operating efficiency is high, is conducive to save steel wire.
Description
Technical field
The present invention relates to Architectural Equipment technical field more particularly to a kind of reinforced mesh binding machines.
Background technology
With quickly propelling for urbanization process, country needs to build more and more skyscrapers, railway and nuclear power station
Equal heavy constructions.When building heavy construction, inevitably need to use reinforced concrete structure, reinforced concrete structure is made
For the major architectural of building, main supporting role can be provided for building.Before forming reinforced concrete structure, first will it need
More reinforcing bar bindings are at steel bar framework, to form the reinforced mesh of major diameter.
The binding of reinforced mesh is generally molded using manually binding in the prior art, not only inefficiency, and with
That building is more and more large-scale, the steel wire diameter of used reinforcing bar and assembling reinforcement is also increasing, manual assembling reinforcement
Labor intensity it is increasing, cannot increasingly meet the progress of engineering.
Therefore, there is an urgent need for one kind being used for the molding reinforced mesh binding machine of reinforced mesh automatic binding, to solve the above problems.
Invention content
The purpose of the present invention is to provide a kind of reinforced mesh binding machine, the reinforced mesh binding machine high degree of automation,
The hand labor of high intensity can be replaced, and save steel wire, binding effect is good, facilitates pouring for building concrete.
For this purpose, the present invention uses following technical scheme：
A kind of reinforced mesh binding machine, including：
Material bearing shelf carries the reinforcing bar of more arranged crosswises on the material bearing shelf；
Rack, the rack include longitudinal carrier, horizontal support and vertical supports, and the longitudinal carrier is set to described hold
The both sides of rack, the vertical supports are slidably disposed on the longitudinal carrier, and the horizontal support is mounted slidably
In in the vertical supports, the horizontal support is located at the top of the reinforcing bar；
At least one automatic binding mechanism, the automatic binding mechanism are slidably disposed on the horizontal support, institute
Stating automatic binding mechanism can bind tied silk at the crossover node of the reinforcing bar.
Preferably, multiple automatic binding mechanisms are provided on the horizontal support, each automatic bundler
Structure is corresponding with the crossover node of the reinforcing bar below respectively.
Preferably, the longitudinal carrier is equipped with longitudinal slide rail, the vertical supports can be before and after the longitudinal slide rail
Sliding；
The vertical supports are equipped with vertical rails, and the horizontal support can be slided up and down along the vertical rails；
The horizontal support is equipped with horizontal slide rail, and the automatic binding mechanism can horizontally slip along the horizontal slide rail.
Preferably, the reinforced mesh binding machine further includes：
Longitudinal driving mechanism, the output end of the longitudinal driving mechanism are connect with the vertical supports；
The output end of vertical driving mechanism, the vertical driving mechanism is connect with the horizontal support；
Transversal driving mechanism, the output end of the transversal driving mechanism are connect with the automatic binding mechanism.
Preferably, the automatic binding mechanism includes：
Wire feeder is used for transmission the single tied silk；
Niu Si mechanisms are arranged side by side with the wire feeder, and can the end of the tied silk be broken into one and be set in
The opening binding ring of the infall of the reinforcing bar；
Cutting mechanism, between the wire feeder and the Niu Si mechanisms, for cutting the tied silk；
Screw device is clamped, is located at the top of the opening binding ring, and the opening of the opening binding ring can be clamped
It holds and screws to form binding head.
Preferably, the automatic binding mechanism further includes：
Break silk guiding mechanism, is provided with arc guide barrel on the stubborn silk guiding mechanism, the arc guide barrel is along the reinforcing bar
The periphery tied up direction and be arranged at the reinforcing bar crossover node, the tied silk can enter in the arc guide barrel, and edge
The direction of tying up is set on the crossover node of the reinforcing bar, to form the opening binding ring.
Preferably, the stubborn silk guiding mechanism includes the first guide plate and the second guide plate, the intersection section of the reinforcing bar
Point is arranged between first guide plate and second guide plate, and first guide plate is opposite with second guide plate
Side on be provided with the first arc guide barrel, is provided on second guide plate side opposite with first guide plate
Two arc guide barrels, first arc guide barrel and second arc guide barrel are on the same circle.
Preferably, the clamping screw device includes clamping head and rotating mechanism, the bottom of the clamping head with it is described
Rotating mechanism connects.
Preferably, the clamping screw device further includes elevating mechanism, for driving the clamping head to move up and down.
Preferably, the clamping head includes two corpus unguis that can be opened and closed, two corpus unguis are located at opening bundle
Prick the both sides of the open end of ring.
Beneficial effects of the present invention：
The present invention provides a kind of reinforced mesh binding machine, which includes material bearing shelf, rack and at least
One automatic binding mechanism, wherein material bearing shelf are used to place the reinforcing bar intersected, and rack is for driving automatic binding mechanism in space
It is moved in range, automatic binding mechanism can carry out automatic binding to the reinforcing bar of intersection.When work, first places and hand on material bearing shelf
Then the reinforcing bar of fork drives automatic binding mechanism to be moved at the reinforcing bar crossover node that need to be bound, then rack band by rack
Dynamic automatic binding mechanism declines, and is moved to the binding working region of reinforcing bar, automatic binding mechanism starts to bind later；Binding is completed
Afterwards, rack drives automatic binding mechanism to rise and enter next lashing location point and works on, until binding is complete big
The reinforced mesh of diameter.The present invention realizes the automatic binding molding of Large-size rebar mesh sheet, high degree of automation, structure letter
It is single, practical, it is easy to operate, it is safe and efficient, the hand labor of high intensity can be replaced；The effect of reinforced mesh binding machine binding simultaneously
Fruit is good, and operating efficiency is high, is conducive to save steel wire, can be well adapted for the automated production of factory and increase economic efficiency.
Description of the drawings
Fig. 1 is the front view of reinforced mesh binding machine provided by the present invention；
Fig. 2 is the vertical view of reinforced mesh binding machine provided by the present invention；
Fig. 3 is the structural schematic diagram of automatic binding mechanism provided by the present invention；
Fig. 4 is the partial structural diagram of automatic binding mechanism provided by the present invention；
Fig. 5 is the state diagram before clamping head clamping provided by the present invention；
Fig. 6 is the state diagram after clamping head clamping provided by the present invention.
In figure：
1, material bearing shelf；2, reinforcing bar；
3, rack；31, longitudinal carrier；32, horizontal support；33, vertical supports；
4, automatic binding mechanism；41, wire feeder；42, Niu Si mechanisms；43, cutting mechanism；44, screw device is clamped；
441, clamping head；4411, the first corpus unguis；4412, the second corpus unguis；4413, clamping face；442, rotating mechanism；443, elevating mechanism；
45, break silk guiding mechanism；451, the first guide plate；452, the second guide plate；
5, tied silk；51, be open binding ring.
Specific implementation mode
Technical solution to further illustrate the present invention below with reference to the accompanying drawings and specific embodiments.
As shown in figs 1 to 6, a kind of reinforced mesh binding machine is present embodiments provided, which being capable of generation
For the hand labor of high intensity, realizes and the automatic binding of Large-size rebar mesh sheet is molded.The reinforced mesh binding machine includes holding
Rack 1, rack 3 and at least one automatic binding mechanism 4, are wherein placed with the reinforcing bar 2 of more arranged crosswises on material bearing shelf 1, this
Multiple placing grooves (such as V-shaped groove) can also be arranged in place on material bearing shelf 1, to place reinforcing bar, increase the positional accuracy of reinforcing bar 2
And stability；Rack 3 includes longitudinal carrier 31, horizontal support 32 and vertical supports 33, and longitudinal carrier 31 is set to material bearing shelf 1
Both sides, vertical supports 33 are slidably disposed on longitudinal carrier 31, and horizontal support 32 is slidably disposed in vertical supports 33
On, and positioned at the top of reinforcing bar 2, rack 3 is preferably the portal frame with three coordinate controls here；Automatic binding mechanism 4 can slide
It is set to dynamicly on horizontal support 32, single tied silk 5 can be pulled out to come from tied silk circle by automatic binding mechanism 4, and be bound
At the crossover node of reinforcing bar 2, operation is bound to which reinforcing bar be rapidly completed.In the present embodiment, the crossover node of reinforcing bar 2 refers to
It is two reinforcing bars formation decussate texture arranged in a crossed manner or class decussate texture, decussate texture refers to that two reinforcing bars are vertical
Intersect, class decussate texture refers to two non-perpendicular intersections of reinforcing bar.The crossover node of reinforcing bar 2 has two pairs of opposite openings,
Tied silk 5 is penetrated from an opening first in binding, the crossover node for then passing around reinforcing bar 2 is opened from opposite with the opening
Mouth is pierced by, and to form the opening binding ring 51 of a monofilament, is intertwined finally by by the both ends for the binding ring 51 that is open
Form the closed binding ring of the crossover node of an assembling reinforcement 2.
Further, multiple automatic binding mechanisms 4 are provided on above-mentioned horizontal support 32, each automatic binding mechanism 4 divides
It is not corresponding with the crossover node of reinforcing bar 2 below.It is compatible therewith, it is provided on horizontal support 32 multiple laterally sliding
Rail, each automatic binding mechanism 4 can slide in the horizontal slide rail of setting, more accurate to automatic binding mechanism 4 with realization,
Convenient control, improves positional accuracy.It is of course also possible to use an entire cross slide way, can equally realize automatic bundler
The transverse shifting of structure 4.It is further preferred that the quantity of automatic binding mechanism 4 is equal with the quantity for the reinforcing bar 2 placed along longitudinal direction,
So as to disposably bind the reinforcing bar crossover node of a row, the binding time of reinforced mesh is greatly saved, improves operation
Efficiency.
Specifically, above-mentioned longitudinal carrier 31 is equipped with longitudinal slide rail, the bottom of vertical supports 33 is provided with longitudinal cunning
Block, longitudinal sliding block are slidably matched with longitudinal slide rail, and to realize vertical supports 33, sliding rail slides back and forth along longitudinal direction；Vertical supports
33 are equipped with vertical rails, and the both ends of horizontal support 32 are both provided with vertical sliding block, and vertical sliding block is slidably matched with vertical rails,
To realize that vertically sliding rail slides up and down for horizontal support 32；Horizontal support 32 is equipped with horizontal slide rail, automatic binding simultaneously
Mechanism 4 is slidably connected by mounting plate and horizontal slide rail, and realizing automatic binding mechanism 4, transversely sliding rail horizontally slips.It needs
Illustrate, to the control of 4 vertical position of automatic binding mechanism in the present embodiment, can both have been driven by horizontal support 32 all
Automatic binding mechanism 4 move up and down simultaneously, can also independent elevating mechanism be set to each automatic binding mechanism 4, to
It controls single automatic binding mechanism 4 to move up and down, to adapt to more duty requirements.To realize the reinforced mesh binding machine
Automatic work is additionally provided with longitudinal driving mechanism, transversal driving mechanism, vertical driving mechanism and controller in the present embodiment, wherein
Longitudinal driving mechanism is chosen as servo motor and leadscrew-nut mechanism, and nut is fixedly connected with vertical supports 33, perpendicular for driving
To holder 33, sliding rail moves along longitudinal direction；Transversal driving mechanism can be cylinder, hydraulic cylinder, servo motor and leadscrew-nut mechanism
Deng illustratively, the present embodiment uses cylinder mechanism, and the output end of cylinder connect with automatic binding mechanism 4, for driving automatically
Transversely sliding rail moves binding mechanism 4；Vertical driving mechanism equally can be cylinder, hydraulic cylinder, sprocket wheel chain mechanism, gear teeth
Mechanism, servo motor and leadscrew-nut mechanism etc., for example, use cylinder mechanism in the present embodiment, the output end of cylinder with it is horizontal
It is connected to holder 32, for driving horizontal support 32, vertically sliding rail moves；Above controller respectively with longitudinal driving mechanism, cross
It is connected to driving mechanism, vertical driving mechanism and automatic binding mechanism 4, it is automatic for being carried out to the work of automatic binding mechanism 4
Control.It should be noted that it is according to the present invention it is lateral, it is longitudinal and it is vertical refer to as shown in corresponding arrow in Fig. 1 and Fig. 2
Direction.
Further, as shown in Figure 3 and Figure 4, above-mentioned automatic binding mechanism includes mounting bracket, wire feeder 41, stubborn silk machine
Structure 42, cutting mechanism 43 and clamping screw device 44, wire feeder 41, Niu Si mechanisms 42, cutting mechanism 43 and clamping screw driver
Structure 44 is arranged at intervals on mounting bracket, controller and wire feeder 41, Niu Si mechanisms 42, cutting mechanism 43 and clamping screw device
44 electrical connections.Wire feeder 41 is used for transmission single tied silk 5, and Niu Si mechanisms 42 are arranged side by side with wire feeder 41, and can incite somebody to action
Break into an opening binding ring 51 being set on the crossover node of reinforcing bar 2 in the end of tied silk 5.Cutting mechanism 43 is located at wire-feed motor
Between structure 41 and Niu Si mechanisms 42, for cutting tied silk 5.The top that screw device 44 is located at opening binding ring 51, and energy is clamped
The open end of enough grasp opening binding rings 51 simultaneously screws to form binding head.The automatic binding mechanism is compact-sized, wire feeder 41,
Niu Si mechanisms 42, cutting mechanism 43 and clamping 44 coordinating operation of screw device tie up it is efficient, compared to the prior art in hand
The industry that works is time saving and energy saving and efficient.It is tied up also with single tied silk 5 convenient for saving tied silk 5, cost is tied up in reduction.
Wire feeder 41 is located at the initiating terminal of entire reinforced mesh binding machine, for pulling out tied silk 5 from tied silk circle
Come, and tied silk 5 is steadily transmitted at Niu Si mechanisms 42.Further, in order to improve wire feed precision, it is ensured that wire feed direction is not
It shifts, wire feed guide groove is provided on the wire feed face of wire feeder 41, wire feed guide groove is consistent with wire feed direction, is being hung down
Directly on wire feed direction, the cross sectional shape of wire feed guide groove can be V-arrangement or semicircle.
Niu Si mechanisms 42 are changed tied silk 5 to arcuate structure by straightened condition for changing the state of tied silk 5, final curved
It is curved at one opening binding ring 51.Specifically, when tied silk 5 is sent by wire feeder 41 to Niu Si mechanisms 42, tied silk 5 from
It is contacted first with Niu Si mechanisms 42 by holding, is formed by bending arcuate structure under the outer force effect that Niu Si mechanisms 42 apply, then pricks
Silk 5 continues to transmit, and the hindfoot portion of tied silk 5 contacts with Niu Si mechanisms 42 and continues bending to form opening binding ring successively
51。
The size and shape for the opening binding ring 51 that free end in order to accurately control tied silk 5 is formed, in Niu Si mechanisms 42
One end far from wire feeder 41 is provided with stubborn silk guiding mechanism 45, and arc guide barrel, arc is arranged on stubborn silk guiding mechanism 45
Shape guide groove is arranged along the direction of tying up of reinforcing bar 2 in the periphery of the crossover node of reinforcing bar 2, and the stubborn silk machine of entrance face of arc guide barrel
Structure 42 be arranged, the tied silk 5 being bent by Niu Si mechanisms 42 can enter arc guide barrel, and arcuately guide groove transmit, to formed with
The identical circular ring structure of arc guide barrel shape.
Further, the silk guiding mechanism 45 that breaks can be structure as a whole, as ring-shaped structure, and in ring-shaped structure
Arc guide barrel is set on inner ring surface.Can certainly have as shown in figure 4, setting stubborn silk guiding mechanism 45 to separate structure
Body includes the first guide plate 451 and the second guide plate 452, and the shape of the first guide plate 451 and the second guide plate 452 is unlimited, can
Think rectangular slab, or arc channel plates.The crossover node setting of reinforcing bar 2 is oriented in the first guide plate 451 and second
Between plate 452, it is provided with the first arc guide barrel on the side opposite with the second guide plate 452 of the first guide plate 451, second leads
It is provided with the second arc guide barrel, the first arc guide barrel and the second arc on the side opposite with the first guide plate 451 of plate 452
Guide groove is on the same circle.Setting stubborn silk guiding mechanism 45 to separate structure contributes to the difficulty of processing of reduction arc guide barrel,
Reduce the cost of manufacture for the silk guiding mechanism 45 that breaks.
In order to which the opening binding ring 51 for forming tied silk 5 in free end is detached with tied silk circle, and ensure rationally to utilize tied silk
5, the cutting mechanism 43 for cutting tied silk 5 is provided between wire feeder 41 and Niu Si mechanisms 42, cutting mechanism 43 is cut
Cropping is located at wire feed guide groove in same level, and after forming opening binding ring 51, cutting mechanism 43 cuts tied silk 5.For
Clipped position and shear time are accurately controlled, testing agency can also be set, testing agency can be located at wire feeder 41
Side, for obtaining wire feed length, when wire feed length reaches preset length, controller controls the action of cutting mechanism 43 by tied silk
5 cut, and are conducive to the size for reducing binding head, reduce the usage amount of tied silk 5.
After tied silk 5 is cut, the opening both ends for the binding ring 51 that is open become free end, the clamping rotation of controller control at this time
It twists the open end of 44 grasp opening binding ring 51 of mechanism and screws to form binding head.Specifically, clamping screw device 44 includes folder
First 441 and rotating mechanism 442 are held, the upper end of clamping head 441 is connect with rotating mechanism 442, and clamping head 441 includes that can open and close
Two corpus unguis, and be located in same level with the cutting head of wire feed guide groove, cutting mechanism 43.As shown in Figure 5 and Figure 6, two
Corpus unguis is respectively the first corpus unguis 4411 and the second corpus unguis 4412, and the first corpus unguis 4411 and the second corpus unguis 4412 are located at opening binding ring
The both sides of 51 open end.In order to improve the stability of clamping, in the opposite clamping of the first corpus unguis 4411 and the second corpus unguis 4412
It is provided with wavy shaped configuration on face 4413.Further, in order to accurately control the clip position of clamping head 441, screw driver is clamped
Structure 44 further includes the elevating mechanism 443 for driving clamping head 441 to move up and down, and elevating mechanism 443 can be cylinder etc..
Working principle of the present invention is as follows：The reinforcing bar 2 of intersection is first placed on material bearing shelf 1, is then driven certainly by rack 3
Dynamic binding mechanism 4 is moved at the crossover node for the reinforcing bar 2 that need to be bound, and then rack 3 drives automatic binding mechanism 4 to decline, and is moved
It moves to the binding working region of reinforcing bar 2, automatic binding mechanism 4 starts to bind later；After the completion of binding, rack 3 drives automatic bundle
It ties up the rising of mechanism 4 and enters next lashing location point and work on, until the reinforced mesh of complete major diameter of binding.This
Invention realizes the automatic binding molding of Large-size rebar mesh sheet, and high degree of automation is simple in structure, practical, easy to operate,
It is safe and efficient, the hand labor of high intensity can be replaced；Reinforced mesh binding machine binding effect is good simultaneously, and operating efficiency is high,
Be conducive to save steel wire, the automated production of factory can be well adapted for and increased economic efficiency.
Obviously, the above embodiment of the present invention is just for the sake of clearly illustrating examples made by the present invention, and it is pair to be not
The restriction of embodiments of the present invention.For those of ordinary skill in the art, may be used also on the basis of the above description
To make other variations or changes in different ways.There is no necessity and possibility to exhaust all the enbodiments.It is all this
All any modification, equivalent and improvement etc., should be included in the claims in the present invention made by within the spirit and principle of invention
Protection domain within.
Claims (10)
1. a kind of reinforced mesh binding machine, which is characterized in that including：
Material bearing shelf (1) carries the reinforcing bar (2) of more arranged crosswises on the material bearing shelf (1)；
Rack (3), the rack (3) include longitudinal carrier (31), horizontal support (32) and vertical supports (33), longitudinal branch
Frame (31) is set to the both sides of the material bearing shelf (1), and the vertical supports (33) are slidably disposed in the longitudinal carrier
(31) on, the horizontal support (32) is slidably disposed in the vertical supports (33), and the horizontal support (32) is located at
The top of the reinforcing bar (2)；
At least one automatic binding mechanism (4), the automatic binding mechanism (4) are slidably disposed in the horizontal support (32)
On, the automatic binding mechanism (4) can bind tied silk (5) at the crossover node of the reinforcing bar (2).
2. reinforced mesh binding machine according to claim 1, which is characterized in that
Multiple automatic binding mechanisms (4) are provided on the horizontal support (32), each automatic binding mechanism (4) point
It is not corresponding with the crossover node of the reinforcing bar (2) below.
3. reinforced mesh binding machine according to claim 1, which is characterized in that
The longitudinal carrier (31) is equipped with longitudinal slide rail, and the vertical supports (33) can slide back and forth along the longitudinal slide rail；
The vertical supports (33) are equipped with vertical rails, and the horizontal support (32) can slide up and down along the vertical rails；
The horizontal support (32) is equipped with horizontal slide rail, and the automatic binding mechanism (4) can be sliding along described horizontal slide rail or so
It is dynamic.
4. reinforced mesh binding machine according to claim 3, which is characterized in that the reinforced mesh binding machine further includes：
Longitudinal driving mechanism, the output end of the longitudinal driving mechanism are connect with the vertical supports (33)；
The output end of vertical driving mechanism, the vertical driving mechanism is connect with the horizontal support (32)；
Transversal driving mechanism, the output end of the transversal driving mechanism are connect with the automatic binding mechanism (4).
5. according to claim 1-4 any one of them reinforced mesh binding machines, which is characterized in that the automatic binding mechanism
(4) include：
Wire feeder (41) is used for transmission the single tied silk (5)；
Niu Si mechanisms (42) are arranged side by side with the wire feeder (41), and can the end of the tied silk (5) be broken into one
It is set in the opening binding ring (51) of the infall of the reinforcing bar (2)；
Cutting mechanism (43), between the wire feeder (41) and the Niu Si mechanisms (42), for cutting the tied silk
(5)；
Screw device (44) is clamped, is located at the top of the opening binding ring (51), and the opening binding ring can be clamped
(51) open end simultaneously screws to form binding head.
6. reinforced mesh binding machine according to claim 5, which is characterized in that the automatic binding mechanism (4) further includes：
Break silk guiding mechanism (45), arc guide barrel is provided on the stubborn silk guiding mechanism (45), the arc guide barrel is described in
The periphery of reinforcing bar (2) tied up direction and be arranged at the reinforcing bar (2) crossover node, the tied silk (5) can enter the arc
It in shape guide groove, and is set on the crossover node of the reinforcing bar (2) along the direction of tying up, to form the opening binding ring
(51)。
7. reinforced mesh binding machine according to claim 6, which is characterized in that
The stubborn silk guiding mechanism (45) includes the first guide plate (451) and the second guide plate (452), the friendship of the reinforcing bar (2)
Knuckle point is arranged between first guide plate (451) and second guide plate (452), first guide plate (451)
Be provided with the first arc guide barrel on opposite side with second guide plate (452), second guide plate (452) with it is described
The second arc guide barrel, first arc guide barrel and second arc are provided on the opposite side of first guide plate (451)
Guide groove is on the same circle.
8. reinforced mesh binding machine according to claim 5, which is characterized in that
The clamping screw device (44) includes clamping head (441) and rotating mechanism (442), the bottom of the clamping head (441)
It is connect with the rotating mechanism (442).
9. reinforced mesh binding machine according to claim 8, which is characterized in that
The clamping screw device (44) further includes elevating mechanism (443), for driving the clamping head (441) to move up and down.
10. reinforced mesh binding machine according to claim 9, which is characterized in that
The clamping head (441) includes two corpus unguis that can be opened and closed, and two corpus unguis are located at the opening binding ring (51)
Open end both sides.
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| CN201810623655.2A CN108756251A (en) | 2018-06-15 | 2018-06-15 | A kind of reinforced mesh binding machine |
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|---|---|---|---|
| CN201810623655.2A CN108756251A (en) | 2018-06-15 | 2018-06-15 | A kind of reinforced mesh binding machine |
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| CN109383865A (en) * | 2018-11-08 | 2019-02-26 | 中民筑友科技投资有限公司 | A kind of binding mechanism and reinforced mesh binding device |
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| CN109555319A (en) * | 2018-11-22 | 2019-04-02 | 筑梦高科建筑有限公司 | A kind of reinforced mesh automatic banding device |
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| CN115256633A (en) * | 2022-08-18 | 2022-11-01 | 山东万斯达科技股份有限公司 | Tendon placing and binding machine for prestressed building component mould platform production line and tendon placing and binding process thereof |
| CN115256633B (en) * | 2022-08-18 | 2023-11-17 | 山东万斯达科技股份有限公司 | Tendon releasing and binding machine and tendon releasing and binding process for prestressed building member mold table production line |
| CN115324358A (en) * | 2022-08-30 | 2022-11-11 | 上海大学 | Reinforcing steel bar binding machine |
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