CN209615246U - Intelligent clamping clip for 8-shaped diplopore aluminium set - Google Patents
Intelligent clamping clip for 8-shaped diplopore aluminium set Download PDFInfo
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- CN209615246U CN209615246U CN201822275810.4U CN201822275810U CN209615246U CN 209615246 U CN209615246 U CN 209615246U CN 201822275810 U CN201822275810 U CN 201822275810U CN 209615246 U CN209615246 U CN 209615246U
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- clamp
- eccentric wheel
- upper clamp
- control module
- aluminium set
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Abstract
The utility model discloses a kind of intelligent clamping clips for 8-shaped diplopore aluminium set, including shell, pressing mechanism, clamp system, positioning mechanism and control module；Clamp system and positioning mechanism are mounted in the inner cavity of shell；Clamp system includes upper clamp and lower clamp, and lower clamp is fixedly connected on the lower part of the shell, and upper clamp is slidably connected in the inner cavity by the positioning mechanism, and upper clamp and lower clamp are opposite；Control module is fixedly installed in the shell, and control module is electrically connected with pressing mechanism and positioning mechanism respectively, control module is rotated by pressing mechanism the first eccentric wheel of control and the second eccentric wheel by positioning mechanism adjusting the distance between upper clamp and lower clamp and control module and squeezes the 8-shaped diplopore aluminium set between upper clamp and lower clamp.The utility model improves the reliability of steel wire rope end head connection, reduces a possibility that accident occurs, while reducing manual labor's output, mitigates operating pressure.
Description
Technical field
The utility model relates to Steel wire rope lock clamping tool technical fields, and in particular to a kind of for 8-shaped diplopore aluminium set
Intelligent clamping clip.
Background technique
Wirerope is that mechanical property and the satisfactory steel wire of geometric dimension are twisted together according to certain rules
Helical form steel tendon, wirerope is by steel wire, wire rope core and grease composition.Wirerope is first to be twisted stock by multilayer steel wire, then with rope
Centered on core, helically wound rope is twisted by certain amount stock.In material carrying machine, for promotion, traction, tension and carrying
It is used.The intensity of wirerope is high, from heavy and light, stable working, be not easy whole root fracture suddenly, reliable operation.
Two wirerope are linked together or two ends of steel cable link together, are usually utilized
Aluminium set connection, and 8-shaped diplopore aluminium set is one of.Concrete mode is by the two of two end insertion 8-shaped diplopore aluminium sets
In a through-hole, then 8-shaped diplopore aluminium set is placed in the manually jaw of clamping clip, clutches clamp handle with strength, jaw is double by 8-shaped
Hole aluminium set is squeezed and deformed for be fixed in 8 font diplopore aluminium sets two ends, completes the connection or one of two wirerope
The connection of two ends of root wirerope.
And in place of this manually clamping clip Shortcomings, it manually clutches, but the dynamics clamped is by grasping
Author's control, is not connected firmly and leans on once dynamics not enough will lead to two ends, this will bury security risk.Especially it is used for
Heavy weight lifting causes great loss of personal property because being not connected firmly by being easy to serious accident occur.In addition, steel
The diameter of cord is different, and the specification of 8-shaped diplopore aluminium set is also different, and some manually clamping clips are only used for the 8 of a kind of specification
Font diplopore aluminium set, and the 8-shaped that a kind of manually clamping clip of specification is often used for different size in actual operation is double
Hole aluminium set, it is such operation also will appear be not connected firmly by the problem of.
Utility model content
For the defects in the prior art, the utility model provides a kind of intelligent clamping clip for 8-shaped diplopore aluminium set,
To improve the reliability of steel wire rope end head connection, a possibility that accident occurs is reduced, while reducing manual labor's output, is mitigated
Operating pressure.
The utility model provides a kind of intelligent clamping clip for 8-shaped diplopore aluminium set, including shell, pressing mechanism,
Clamp system, positioning mechanism and control module；The clamp system and positioning mechanism are mounted in the inner cavity of the shell；
The clamp system includes upper clamp and lower clamp, and the lower clamp is fixedly connected on the lower part of the shell, institute
It states upper clamp to be slidably connected in the inner cavity by the positioning mechanism, and upper clamp and lower clamp are opposite；
The upper surface of lower clamp is equipped with deep gouge；The pressing mechanism includes the first compression assemblies and the second compression assemblies, institute
The first eccentric wheel, the first train of reduction gears and the first driver that the first compression assemblies include transmission connection are stated, described second squeezes
Pressure component includes the second eccentric wheel, the second train of reduction gears and the second driver of transmission connection, and the first eccentric wheel and the
One train of reduction gears and the second eccentric wheel and the second train of reduction gears are mounted in the deep gouge；
The control module is fixedly installed in the shell, and control module respectively with the pressing mechanism and positioning
Mechanism electrical connection, control module adjusts the distance between upper clamp and lower clamp by positioning mechanism and control module passes through
Pressing mechanism controls the first eccentric wheel and the second eccentric wheel rotates and squeezes the 8-shaped diplopore between upper clamp and lower clamp
Aluminium set.
Preferably, the positioning mechanism includes guide rod, full wire screw rod, third driver, turbine and worm screw；The full wire spiral shell
Bar passes through the upper clamp and is rotationally connected in the inner cavity, and full wire screw rod is threadedly engaged with upper clamp；The guide rod is worn
It crosses the upper clamp to be fixed in the inner cavity, and guide rod is slidably matched with upper clamp；The turbine is fixed with full wire screw rod
Connection, the worm screw are fixedly connected with the output shaft of third driver, and turbine and worm screw engagement, pass through third drive belts
Dynamic full wire screw rod rotation is to make upper clamp move up and down along guide rod；The third driver is electrically connected with the control module
It connects.
Upper clamp is equipped with the threaded hole being adapted to full wire screw rod, and full wire screw rod passes through threaded hole and full wire along the vertical direction
The both ends of screw rod are rotatablely connected with the roof of inner cavity and bottom wall respectively, and third driver is fixed on the bottom wall of inner cavity, and is used
Turbine and the rotation of worm drive full wire screw rod, correspondingly upper clamp will be moved up and down along guide rod to adjust upper clamp and lower clamp
The distance between, and use worm screw turbine have self-locking function, prevent in extrusion process upper clamp move up, influence squeeze effect
Fruit.
Preferably, the upper and lower part of the guide rod is equipped with limit sleeve.The limit sleeve of upper and lower part limits pincers
Pan position and minimum lower pan position in the highest of body avoid upper clamp from moving up and collide with shell, and move down and collide with turbine, rise
The effect of protection is arrived.
Preferably, first driver and the second driver are fixedly installed in the side of the lower clamp, and first
The output shaft of driver and the wheel for inputting of the first train of reduction gears are rotatablely connected, the output shaft of the second driver and the second reducing gear
The wheel for inputting of wheel group is rotatablely connected；First driver and the second driver are electrically connected with the control module respectively.
By the first train of reduction gears and the second train of reduction gears reduce the revolving speed of the first driver and the second driver with
Torque is improved, providing sufficiently large torque for the first eccentric wheel and the second eccentric wheel, deformation occurs to squeeze 8-shaped diplopore aluminium set.
Preferably, first eccentric wheel and the output wheel of the first train of reduction gears rotate synchronously, second eccentric wheel
It is rotated synchronously with the output wheel of the second train of reduction gears, and the rotation direction of the first eccentric wheel and the second eccentric wheel is opposite.
First eccentric wheel rotates counterclockwise, and the second eccentric wheel rotates clockwise, and the first eccentric wheel and the second eccentric wheel
Symmetrical, when squeezing, the first eccentric wheel and the second eccentric wheel contact 8-shaped diplopore aluminium set simultaneously, make 8-shaped diplopore aluminium set
The stress of front and rear is equal, and 8-shaped diplopore aluminium set is avoided to influence squeezing effect toward front or rear slide.
Preferably, the wheel face of first eccentric wheel and the second eccentric wheel is equipped with chamfering, and the first eccentric wheel and
The material of two eccentric wheels is 440C stainless steel.
440C stainless steel has higher hardness and medium wear-resisting property, and hardness is far longer than 8-shaped diplopore aluminium set, greatly
It reduces the first eccentric wheel greatly and a possibility that the second eccentric wheel deforms and wears, extends service life.
It preferably, further include the retaining mechanism for being installed on the inner cavity, the retaining mechanism is electrically connected use with control module
In locking and unlocking upper clamp.
Preferably, the retaining mechanism includes positioning plate and the telescope motor that is electrically connected with control module, the positioning plate
Lower end and inner cavity lower surface it is hinged, the upper end of positioning plate be fixed on inner cavity upper surface the telescope motor telescopic shaft
Hingedly；The positioning plate is opposite with the rear end of the upper clamp, and the rear surface of upper clamp is equipped with tip upward first fixed
The front surface of position tooth and positioning plate is equipped with tip the second positioning tooth directed downwardly with the cooperation of the first positioning tooth, passes through flexible electricity
Machine drives the rear end of positioning plate and upper clamp to be contacting and separating, so that the first positioning tooth and the second positioning tooth lock fit be made to lock
Upper clamp, and the first positioning tooth is made to separate unlock upper clamp with the second positioning tooth.
After positioning mechanism adjusts the position of upper clamp, telescope motor, which stretches out, pushes positioning plate to make positioning plate and upper clamp
End in contact afterwards, i.e. the first positioning tooth and the second positioning tooth lock fit lock upper clamp, have further prevented 8-shaped diplopore aluminium set
It moves up in extrusion process and influences squeezing effect.After the completion of extruding, telescope motor, which retracts, drives positioning plate and upper pincers
The rear end of body separates, i.e., the first positioning tooth separates unlock upper clamp with the second positioning tooth, and positioning mechanism can be readjusted
The position of upper clamp.Retaining mechanism not only may further ensure that squeezing effect, but also not influence the adjusting of upper clamp.
Preferably, the lower surface of the upper clamp, which is equipped with, blocks the groove of 8-shaped diplopore aluminium set, and be equipped in groove with
The pressure sensor of the control module electrical connection.
When pressing mechanism squeezes 8-shaped diplopore aluminium set, 8-shaped diplopore aluminium set will withstand upper clamp, i.e. 8 font diplopores
Aluminium set is folded between the first eccentric wheel, the second eccentric wheel and groove, and groove further prevents 8 font diplopore aluminium sets toward front
Or rear slide.And the pressure sensor being arranged in groove can give the pressure feedback that 8-shaped diplopore aluminium set is subject to control
Module, user and can be judged according to the size of the pressure 8 font diplopore aluminium sets occur deformation quantity.
Preferably, the rear end of the shell is equipped with the electricity for being equipped in handle and handle and being electrically connected with the control module
Source and the upper surface of shell are equipped with display, warning light, buzzer and the key group being electrically connected with control module.
Power supply is clamp system, positioning mechanism, retaining mechanism and control module provide electric energy, which is lithium battery, electricity
Amount can restore electricity by charging when insufficient.
Display shows the pressure that pressure sensor is fed back, and makes operator is more intuitive to see 8-shaped diplopore
Pressure suffered by aluminium set.In addition, display will also be shown that the upper clamp amount of moving up and the amount of moving down.
Warning light is to be always on green when this equipment is in standby, and warning light is to be always on red when extruding, is pressed into place
When for flash red and buzzer yowls.When electric quantity of power supply deficiency, warning light is to be always on yellow.Operator can be according to mentioning
Show that the color of lamp and state judge the corresponding state of this equipment.
Key group includes+key ,-key, switching on and shutting down key and execution key；Wherein+key and-press key control upper clamp
It moves up and moves down, execute key and start pressing mechanism to squeeze 8-shaped diplopore aluminium set.
The beneficial effects of the utility model are embodied in:
It moves up or down before use, adjusting upper clamp according to the 8-shaped diplopore aluminium set of different size to adapt to 8-shaped
The size of diplopore aluminium set, thus make 8-shaped diplopore aluminium set of this equipment suitable for a variety of different sizes, it is versatile.
In use, 8-shaped diplopore aluminium set is placed on upper clamp and lower clamp, squeezed by the first eccentric wheel and the second eccentric wheel
Pressing the lower part of 8-shaped diplopore aluminium set and 8-shaped diplopore aluminium set, deformation occurs.Then after 8-shaped diplopore aluminium set being overturn 180 ° again
Making the top of 8-shaped diplopore aluminium set in the same way, deformation occurs, and shape occurs for the upper and lower part of 8 font diplopore aluminium sets
It is stuck in wirerope therein firmly in 8-shaped diplopore aluminium set.The first eccentric wheel and second in this equipment is eccentric
Wheel simulates the jaw of manually clamping clip, is clamped instead of artificial using manually clamping clip, reduces the physical strength output of operator,
Mitigate operating pressure.
In addition, this equipment is identical for the 8-shaped diplopore aluminium set pressure applied of same specification, to make each 8 word
The deformation quantity of shape diplopore aluminium set is identical, that is, ensure that each 8-shaped diplopore aluminium set firmly links together with wirerope, avoid people
Work force is insufficient and influences the reliability of steel wire rope end head connection, so that the reliability of steel wire rope end head connection is substantially increased,
A possibility that reduction accident occurs.
Detailed description of the invention
It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art
Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described.In all the appended drawings, similar
Element or part are generally identified by similar appended drawing reference.In attached drawing, each element or part might not be according to actual ratios
It draws.
Fig. 1 is the structural schematic diagram of the present embodiment；
Fig. 2 is the schematic diagram of internal structure of Fig. 1；
Fig. 3 is the enlarged drawing in figure at C；
Fig. 4 is the enlarged drawing in figure at D；
Fig. 5 is that the first eccentric wheel and the second eccentric wheel screw out the structural schematic diagram after deep gouge in Fig. 4；
Fig. 6 is the top view of Fig. 1；
Fig. 7 is that the structural schematic diagram after upper clamp is hidden in Fig. 6；
Fig. 8 is the structural schematic diagram that upper clamp and lower clamp clamp 8-shaped diplopore aluminium set in the present embodiment；
Fig. 9 is the structural schematic diagram that upper clamp and 8-shaped diplopore aluminium set keep certain distance in the present embodiment.
In attached drawing, 1- shell, 2- control module, 3- upper clamp, 4- lower clamp, the inner cavity 5-, 6- guide rod, 7- full wire screw rod,
8- third driver, 9- turbine, 10- worm screw, 11- limit sleeve, 12- deep gouge, the first eccentric wheel of 13-, the first reduction gearing of 14-
Group, the first driver of 15-, the second eccentric wheel of 16-, the second train of reduction gears of 17-, the second driver of 18-, 19- chamfering, 20- are fixed
Position plate, 21- telescope motor, the first positioning tooth of 22-, the second positioning tooth of 23-, 24- handle, 25- power supply, 26- display, 27- are mentioned
Show lamp, 28- buzzer, 29- key group, 30- groove, 31- pressure sensor, 32-8 font diplopore aluminium set.
Specific embodiment
It is described in detail below in conjunction with embodiment of the attached drawing to technical solutions of the utility model.Following embodiment is only
For clearly illustrating the technical solution of the utility model, therefore it is only used as example, and it is originally practical to cannot be used as a limitation limitation
Novel protection scope.
It should be noted that unless otherwise indicated, technical term or scientific term used in this application should be this reality
The ordinary meaning understood with novel one of ordinary skill in the art.
As shown in Figure 1, the direction A indicates that front, the direction B indicate rear in the present embodiment.Present embodiments provide a kind of use
In the intelligent clamping clip of 8-shaped diplopore aluminium set, including shell 1, pressing mechanism, retaining mechanism, clamp system, positioning mechanism and control
Molding block 2.Wherein the retaining mechanism, retaining mechanism and positioning mechanism are mounted in the inner cavity 5 of the shell 1.This equipment
The movement of pressing mechanism, positioning mechanism and retaining mechanism is executed by control module 2, the control module 2 is fixedly installed in institute
It states in shell 1, and control module 2 is electrically connected with the pressing mechanism, retaining mechanism and positioning mechanism respectively.
The specific structure of clamp system is as follows:
As shown in Fig. 2, the clamp system includes upper clamp 3 and lower clamp 3, the lower clamp 3 is fixedly connected on described
The lower part of shell 1, the upper clamp 3 are slidably connected in the inner cavity 5 by the positioning mechanism, and upper clamp 3 is under
Caliper 3 is opposite.
The specific structure of positioning mechanism is as follows:
As shown in Fig. 2, the positioning mechanism includes guide rod 6, full wire screw rod 7, third driver 8, turbine 9 and worm screw 10；
The full wire screw rod 7 passes through the upper clamp 3 and is rotationally connected in the inner cavity 5, and full wire screw rod 7 and 3 screw thread of upper clamp
Cooperation；The guide rod 6 passes through the upper clamp 3 and is fixed in the inner cavity 5, and guide rod 6 is slidably matched with upper clamp 3；Institute
It states turbine 9 to be fixedly connected with full wire screw rod 7, the worm screw 10 is fixedly connected with the output shaft of third driver 8, and turbine 9
It is engaged with worm screw 10, drives the rotation of full wire screw rod 7 to make upper clamp 3 move up and down along guide rod 6 by third driver 8；
The third driver 8 is electrically connected with the control module 2.Upper clamp 3 is equipped with the threaded hole being adapted to full wire screw rod 7, full wire
Screw rod 7 passes through threaded hole along the vertical direction and the both ends of full wire screw rod 7 are rotatablely connected with the roof of inner cavity 5 and bottom wall respectively,
Third driver 8 is fixed on the bottom wall of inner cavity 5, and drives full wire screw rod 7 to rotate using turbine 9 and worm screw 10, correspondingly on
Caliper 3 will be moved up and down along guide rod 6 to adjust the distance between upper clamp 3 and lower clamp 3, and 10 turbine 9 of worm screw is used to have
Have self-locking function, prevent in extrusion process upper clamp 3 move up, influence squeezing effect.The upper and lower part of the guide rod 6 is all provided with
There is limit sleeve 11.The limit sleeve 11 of upper and lower part limits pan position and minimum lower pan position in the highest of upper clamp 3, avoids
Upper clamp 3 is moved up to be collided with shell 1, and is moved down and collided with turbine 9, and protection is played the role of.
The specific structure of pressing mechanism is as follows:
As shown in Figure 4 and Figure 5, the upper surface of lower clamp 3 is equipped with deep gouge 12.The pressing mechanism includes the first compression assemblies
With the second compression assemblies, first compression assemblies include the first eccentric wheel 13 of transmission connection, 14 and of the first train of reduction gears
First driver 15, second compression assemblies include the second eccentric wheel 16 of transmission connection, the second train of reduction gears 17 and the
Two drivers 18, and the first eccentric wheel 13 and the first train of reduction gears 14 and the second eccentric wheel 16 and the second reduction gearing
Group 17 is mounted in the deep gouge 12.First driver 15 and the second driver 18 are fixedly installed in the lower clamp 3
Side, and the output shaft of the first driver 15 and the wheel for inputting of the first train of reduction gears 14 are rotatablely connected, the second driver
18 output shaft and the wheel for inputting of the second train of reduction gears 17 are rotatablely connected；First driver 15 and the second driver 18
It is electrically connected respectively with the control module 2.The first driving is reduced by the first train of reduction gears 14 and the second train of reduction gears 17
The revolving speed of device 15 and the second driver 18 provides sufficiently large torsion to improve torque, for the first eccentric wheel 13 and the second eccentric wheel 16
Deformation occurs to squeeze 8-shaped diplopore aluminium set 32 for square.First eccentric wheel 13 and the output wheel of the first train of reduction gears 14 are same
The output wheel of step rotation, second eccentric wheel 16 and the second train of reduction gears 17 rotates synchronously, and 13 He of the first eccentric wheel
The rotation direction of second eccentric wheel 16 is opposite.First eccentric wheel 13 rotates counterclockwise, and the second eccentric wheel 16 rotates clockwise, and
First eccentric wheel 13 and the second eccentric wheel 16 are symmetrical, and when squeezing, the first eccentric wheel 13 and the second eccentric wheel 16 connect simultaneously
8-shaped diplopore aluminium set 32 is touched, keeps the stress of 32 front and rear of 8-shaped diplopore aluminium set equal, avoids 8-shaped diplopore aluminium set 32 past
Front or behind sliding influences squeezing effect.
Wherein the wheel face of first eccentric wheel 13 and the second eccentric wheel 16 is equipped with chamfering 19, and the first eccentric wheel 13
Material with the second eccentric wheel 16 is 440C stainless steel.440C stainless steel has higher hardness and medium wear-resisting property,
Hardness is far longer than 8-shaped diplopore aluminium set 32, substantially reduces the first eccentric wheel 13 and the second eccentric wheel 16 is deformed and ground
A possibility that damage, extends service life.And the design of chamfering 19 is conducive to the wheel of the first eccentric wheel 13 and the second eccentric wheel 16
Face is easier to make 8-shaped diplopore aluminium set 32 that deformation occurs, plays the role of labour-saving, to reduce the first driver 15 and second
The load of driver 18.
The specific structure of retaining mechanism is as follows:
As shown in Figures 2 and 3, the retaining mechanism includes positioning plate 20 and the telescope motor that is electrically connected with control module 2
21, the lower surface of the lower end and inner cavity 5 of the positioning plate 20 is hinged, the upper end of positioning plate 20 and is fixed on 5 upper surface of inner cavity
The telescopic shaft of the telescope motor 21 is hinged；The positioning plate 20 is opposite with the rear end of the upper clamp 3, and upper clamp 3
It is directed downwardly with the first positioning that the front surface that rear surface is equipped with tip the first positioning tooth 22 upward and positioning plate 20 is equipped with tip
The second positioning tooth 23 that tooth 22 cooperates drives positioning plate 20 and the rear end of upper clamp 3 to be contacting and separating by telescope motor 21,
To make the first positioning tooth 22 and 23 lock fit of the second positioning tooth lock upper clamp 3, and make the first positioning tooth 22 and second
The separation unlock upper clamp 3 of positioning tooth 23.After positioning mechanism adjusts the position of upper clamp 3, telescope motor 21, which stretches out, pushes positioning
Plate 20 makes the rear end in contact of positioning plate 20 Yu upper clamp 3, i.e. the first positioning tooth 22 and 23 lock fit of the second positioning tooth lock
Caliper 3 has further prevented 8-shaped diplopore aluminium set 32 to move up in extrusion process and influence squeezing effect.When having squeezed
Cheng Hou, telescope motor 21, which retracts, drives positioning plate 20 to separate with the rear end of upper clamp 3, i.e. the first positioning tooth 22 and the second positioning tooth
23 separation unlock upper clamps 3, and positioning mechanism can readjust the position of upper clamp 3.Retaining mechanism both can be further
Guarantee squeezing effect, and does not influence the adjusting of upper clamp 3.
As shown in Figure 6 and Figure 7, control module 2 adjusts the distance between upper clamp 3 and lower clamp 3 by positioning mechanism, with
And control module 2 controls the first eccentric wheel 13 and the rotation of the second eccentric wheel 16 by pressing mechanism and squeezes positioned at 3 He of upper clamp
8-shaped diplopore aluminium set 32 between lower clamp 3.Control module 2 also passes through retaining mechanism locking and unlocking upper clamp 3.In order to make
This equipment is detached from cable power 25 and works, and the rear end of shell 1 is equipped in handle 24 and handle 24 and is equipped with and institute in the present embodiment
The upper surface of the power supply 25 and shell 1 of stating the electrical connection of control module 2 is equipped with the display 26 being electrically connected with control module 2, mentions
Show lamp 27, buzzer 28 and key group 29.The lower surface of upper clamp 3 is equipped with the groove 30 for blocking 8-shaped diplopore aluminium set 32, and
And the pressure sensor 31 being electrically connected with the control module 2 is equipped in groove 30.When pressing mechanism squeezes 8-shaped diplopore aluminium set
When 32,8-shaped diplopore aluminium set 32 will withstand upper clamp 3, i.e. 8 font diplopore aluminium sets 32 are folded in the first eccentric wheel 13, second partially
Between heart wheel 16 and groove 30, groove 30 further prevents 8-shaped diplopore aluminium set 32 toward front or rear slide.And groove
The pressure feedback that 8-shaped diplopore aluminium set 32 can be subject to by the pressure sensor 31 being arranged in 30 to control module 2, user and
The deformation quantity that 8-shaped diplopore aluminium set 32 occurs can be judged according to the size of the pressure.
Power supply 25 is that clamp system, positioning mechanism, retaining mechanism and control module 2 provide electric energy, which is lithium electricity
Pond, when not enough power supply, can restore electricity by charging.Display 26 shows the pressure that pressure sensor 31 is fed back
Come, makes operator is more intuitive to see pressure suffered by 8-shaped diplopore aluminium set 32.In addition, display 26 will also be shown that
3 amount of moving up of caliper and the amount of moving down.Warning light 27 is to be always on green when this equipment is in standby, and warning light 27 is normal when extruding
Shiny red is flash red and the yowl of buzzer 28 when being pressed into place.When 25 not enough power supply of power supply, warning light 27 is to be always on
Yellow.Operator can judge the corresponding state of this equipment according to the color and state of warning light 27.Key group 29 include+is pressed
Key ,-key, switching on and shutting down key and execution key；Wherein+key and-moved up and moved down by key control upper clamp 3, execute key
That is starting pressing mechanism is to squeeze 8-shaped diplopore aluminium set 32.
This equipment uses the 8-shaped diplopore aluminium set 32 of different size, specifically: before use, according to the 8-shaped of different size
Diplopore aluminium set 32 by press+key perhaps-key by controller control third driver 8 rotate forward or reversion, thus
Adjustment upper clamp 3 is moved up or down to adapt to the size of 8-shaped diplopore aluminium set 32, so that this equipment be made to be suitable for a variety of differences
The 8-shaped diplopore aluminium set 32 of specification, it is versatile.
This equipment replaces manually clamping clip, specifically: in use, 8-shaped diplopore aluminium set 32 is placed on upper clamp 3 under
Caliper 3, pressing execute key, rotate the first driver 15 and the second driver 18 by control module 2, to make first partially
Heart wheel 13 and the second eccentric wheel 16 deflect certain angle simultaneously, to squeeze 8-shaped diplopore aluminium set 32 and 8-shaped diplopore aluminium set 32
Deformation occurs for lower part.Then make 8-shaped diplopore aluminium set 32 in the same way again after 8-shaped diplopore aluminium set 32 being overturn 180 °
Deformation occurs on top, the upper and lower part of 8-shaped diplopore aluminium set 32 just makes wirerope therein firmly after deformation occurs
It is stuck in 8-shaped diplopore aluminium set 32.The first eccentric wheel 13 in this equipment and the simulation of the second eccentric wheel 16 manually clamping clip
Jaw is clamped instead of artificial using manually clamping clip, is reduced the physical strength output of operator, is mitigated operating pressure.
This equipment can guarantee the bonding strength of 8-shaped diplopore aluminium set 32 Yu wirerope, and specifically: this equipment is for same
8-shaped diplopore 32 pressure applied of aluminium set of specification are identical, thus keep the deformation quantity of each 8-shaped diplopore aluminium set 32 identical,
It ensure that each 8-shaped diplopore aluminium set 32 firmly links together with wirerope, avoid manually exerting a force insufficient and influencing steel wire
The reliability of rope end head connection reduces a possibility that accident occurs to substantially increase the reliability of steel wire rope end head connection.
This equipment can also change the deformation quantity of 8-shaped diplopore aluminium set 32 according to actual needs to change 8 font diplopores
The size of the bonding strength of aluminium set 32 and wirerope, specifically: by pressing+key or-key, being controlled by controller
Third driver 8 rotates forward or reversion, moves up or down so as to adjust upper clamp 3.As shown in figure 8, when upper clamp 3 moves down simultaneously
It is clamped in 8-shaped diplopore aluminium set 32 between upper clamp 3 and lower clamp 3, when upper clamp 3 is in the position, the first eccentric wheel 13
The deformation quantity for squeezing 8-shaped diplopore aluminium set 32 with the second eccentric wheel 16 and generating is maximum.As shown in figure 9, when upper clamp 3 moves up simultaneously
Upper clamp 3 and 8-shaped diplopore aluminium set 32 is set to keep certain distance, when upper clamp 3 is in the position, the first eccentric wheel 13 and second
Eccentric wheel 16 squeeze 8-shaped diplopore aluminium set 32 and generate deformation quantity and upper clamp 3 and 8-shaped diplopore aluminium set 32 between away from
From being inversely proportional, operator can adjust the distance adaptively according to actual needs to obtain 8-shaped diplopore aluminium set 32 and steel wire
It restricts optimal bonding strength.
The first driver 15, the second driver 18 and third driver 8 are direct current generator, control module in the present embodiment
2 be PLC controller.First driver 15, the second driver 18, third driver 8, telescope motor 21 and PLC controller type
It is number selected to meet above-mentioned function, and it is not limited to some specific model.
Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited
System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should
Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of
Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new
The range of each embodiment technical solution of type, should all cover in the claim of the utility model and the range of specification.
Claims (10)
1. a kind of intelligent clamping clip for 8-shaped diplopore aluminium set, it is characterised in that: including shell, pressing mechanism, clamping machine
Structure, positioning mechanism and control module；The clamp system and positioning mechanism are mounted in the inner cavity of the shell；
The clamp system includes upper clamp and lower clamp, and the lower clamp is fixedly connected on the lower part of the shell, it is described on
Caliper is slidably connected in the inner cavity by the positioning mechanism, and upper clamp and lower clamp are opposite；
The upper surface of lower clamp is equipped with deep gouge；The pressing mechanism includes the first compression assemblies and the second compression assemblies, and described the
One compression assemblies include the first eccentric wheel, the first train of reduction gears and the first driver of transmission connection, the second extruding group
Part includes the second eccentric wheel, the second train of reduction gears and the second driver of transmission connection, and the first eccentric wheel and first subtracts
Fast gear set and the second eccentric wheel and the second train of reduction gears are mounted in the deep gouge；
The control module is fixedly installed in the shell, and control module respectively with the pressing mechanism and positioning mechanism
Electrical connection, control module adjusts the distance between upper clamp and lower clamp by positioning mechanism and control module passes through extruding
The first eccentric wheel of mechanism controls and the second eccentric wheel rotate and squeeze the 8-shaped diplopore aluminium between upper clamp and lower clamp
Set.
2. the intelligent clamping clip according to claim 1 for 8-shaped diplopore aluminium set, it is characterised in that: the localization machine
Structure includes guide rod, full wire screw rod, third driver, turbine and worm screw；The full wire screw rod is rotatablely connected across the upper clamp
In the inner cavity, and full wire screw rod is threadedly engaged with upper clamp；The guide rod passes through the upper clamp and is fixed in described
In chamber, and guide rod is slidably matched with upper clamp；The turbine is fixedly connected with full wire screw rod, the worm screw and third driver
Output shaft be fixedly connected, and turbine and worm screw engagement are rotated by third driver drives full wire screw rod to making upper pincers
Body is moved up and down along guide rod；The third driver is electrically connected with the control module.
3. the intelligent clamping clip according to claim 2 for 8-shaped diplopore aluminium set, it is characterised in that: the guide rod
Upper and lower part is equipped with limit sleeve.
4. the intelligent clamping clip according to claim 1 for 8-shaped diplopore aluminium set, it is characterised in that: described first drives
Dynamic device and the second driver are fixedly installed in the side of the lower clamp, and the output shaft of the first driver and the first reducing gear
The wheel for inputting of wheel group is rotatablely connected, and the wheel for inputting of the output shaft of the second driver and the second train of reduction gears is rotatablely connected；It is described
First driver and the second driver are electrically connected with the control module respectively.
5. the intelligent clamping clip according to claim 4 for 8-shaped diplopore aluminium set, it is characterised in that: described first partially
Heart wheel and the output wheel of the first train of reduction gears rotate synchronously, and second eccentric wheel and the output wheel of the second train of reduction gears are same
Step rotation, and the rotation direction of the first eccentric wheel and the second eccentric wheel is opposite.
6. the intelligent clamping clip according to claim 1 for 8-shaped diplopore aluminium set, it is characterised in that: described first partially
The wheel face of heart wheel and the second eccentric wheel is equipped with chamfering, and the material of the first eccentric wheel and the second eccentric wheel is 440C stainless
Steel.
7. the intelligent clamping clip according to claim 1-6 for 8-shaped diplopore aluminium set, it is characterised in that: also
Retaining mechanism including being installed on the inner cavity, the retaining mechanism are electrically connected for clamping in locking and unlocking with control module
Body.
8. the intelligent clamping clip according to claim 7 for 8-shaped diplopore aluminium set, it is characterised in that: the locking machine
Structure includes positioning plate and the telescope motor that is electrically connected with control module, and the lower end of the positioning plate and the lower surface of inner cavity are hinged,
The upper end of positioning plate and the telescopic shaft for the telescope motor for being fixed on inner cavity upper surface are hinged；The positioning plate and the upper pincers
The rear end of body is opposite, and the rear surface of upper clamp is equipped with tip the first positioning tooth upward and the front surface of positioning plate is set
There is tip the second positioning tooth directed downwardly with the cooperation of the first positioning tooth, the rear end of positioning plate and upper clamp is driven by telescope motor
Be contacting and separating, so that the first positioning tooth and the second positioning tooth lock fit be made to lock upper clamp, and make the first positioning tooth with
Second positioning tooth separation unlock upper clamp.
9. the intelligent clamping clip according to claim 7 for 8-shaped diplopore aluminium set, it is characterised in that: the upper clamp
Lower surface be equipped with and block the groove of 8-shaped diplopore aluminium set, and the pressure being electrically connected with the control module is equipped in groove
Sensor.
10. the intelligent clamping clip according to claim 9 for 8-shaped diplopore aluminium set, it is characterised in that: the shell
Rear end is equipped with handle and the interior upper surface for being equipped with the power supply and shell that are electrically connected with the control module of handle is equipped with and control
Display, warning light, buzzer and the key group of molding block electrical connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822275810.4U CN209615246U (en) | 2018-12-29 | 2018-12-29 | Intelligent clamping clip for 8-shaped diplopore aluminium set |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822275810.4U CN209615246U (en) | 2018-12-29 | 2018-12-29 | Intelligent clamping clip for 8-shaped diplopore aluminium set |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209615246U true CN209615246U (en) | 2019-11-12 |
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ID=68448547
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822275810.4U Expired - Fee Related CN209615246U (en) | 2018-12-29 | 2018-12-29 | Intelligent clamping clip for 8-shaped diplopore aluminium set |
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| Country | Link |
|---|---|
| CN (1) | CN209615246U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109500759A (en) * | 2018-12-29 | 2019-03-22 | 陈艳平 | Intelligent clamping clip for 8-shaped diplopore aluminium set |
-
2018
- 2018-12-29 CN CN201822275810.4U patent/CN209615246U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109500759A (en) * | 2018-12-29 | 2019-03-22 | 陈艳平 | Intelligent clamping clip for 8-shaped diplopore aluminium set |
| CN109500759B (en) * | 2018-12-29 | 2024-01-30 | 陈艳平 | Intelligent clamping pliers for 8-shaped double-hole aluminum sleeve |
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