CN204210080U - A kind of unlock component - Google Patents
A kind of unlock component Download PDFInfo
- Publication number
- CN204210080U CN204210080U CN201420646621.2U CN201420646621U CN204210080U CN 204210080 U CN204210080 U CN 204210080U CN 201420646621 U CN201420646621 U CN 201420646621U CN 204210080 U CN204210080 U CN 204210080U
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- China
- Prior art keywords
- trip lever
- lock dog
- unlock component
- solution lock
- bubble
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Abstract
The utility model discloses a kind of unlock component, this unlock component includes trip lever, separates lock dog and switch block, this trip lever is installed in frame, this solution lock dog and trip lever are mutually vertical to be arranged and is installed on below trip lever, and this solution lock dog one end is installed on trip lever, one end is that inclined-plane is arranged towards trip lever direction; Stating the inclined-plane separated on lock dog is the contact surface with snap close roller, and its incline direction is tilt towards trip lever direction to unlocking the end of inserting in gap by separating lock dog, and the thickness of this solution lock dog is thickening gradually towards trip lever direction by insertion end.This unlock component can convert rapidly carton angle, and this unlock component structure is simple, and convenient to use, cost is low, uses this unlock component can adjust rapidly corresponding side and carry out de-bubble in defoaming machine, effectively improves carton de-bubble efficiency.
Description
Technical field
The utility model relates to carton processing equipment field, especially a kind of unlock component.
Background technology
At present, the gift box made by materials such as hawks is before transferring finished product to, first base box to be made, then the facing paper such as paperboard, art paper is sticked on base box surface, after paperboard, art paper are sticked in base box surface, base box surface and paperboard, a lot of bubble can be formed between art paper, must be removed.At present, remove the work (being commonly called as pressure bubble) of above-mentioned bubble mostly by manually having come, labour intensity is large, production efficiency is extremely low, also have and adopt semiautomatic equipment, namely the switch that tramps with one's feet makes cylinder action, cylinder promotes pressing plate and presses the blank gift box surface be enclosed within mould, thus by bubble removal, although to a certain degree improve operating efficiency, but still can not meet Production requirement far away, in prior art, also some easy defoaming devices are had, but these stabilization of equipment performance are poor, structure is simple, de-bubble is thorough not, cause de-bubble fraction defective high, along with client is more and more higher to product requirement, for carton bottom, the de-bubble at side and edge is all most important, only have and comprehensive de-bubble is carried out to these positions, exquisite box could be obtained, this is that existing defoaming device cannot replace.Because carton has multiple side, disposable de-bubble can not be carried out in multiple side simultaneously in de-bubble process, the de-bubble operation of not ipsilateral can only be adjusted by changing direction, therefore, how can effectively improve de-bubble efficiency, just to need the ability to transform improving its angle.
Utility model content
In view of this, the utility model is for the disappearance of prior art existence, and its main purpose is to provide a kind of a kind of unlock component of full-automatic defoaming machine, and it can convert rapidly carton angle, and de-bubble is carried out in the corresponding side of adjustment rapidly, effectively improves carton de-bubble efficiency.
To achieve these goals, the technical solution of the utility model is: a kind of unlock component, this unlock component includes trip lever, separates lock dog and switch block, this trip lever is installed in frame, this solution lock dog and trip lever are mutually vertical to be arranged and is installed on below trip lever, and this solution lock dog one end is installed on trip lever, one end is that inclined-plane is arranged towards trip lever direction.
As a kind of preferred version, stating the inclined-plane separated on lock dog is the contact surface with snap close roller, and its incline direction is tilt towards trip lever direction to unlocking the end of inserting in gap by separating lock dog, and the thickness of this solution lock dog is thickening gradually towards trip lever direction by insertion end.
The utility model compared with prior art has significant progressive and beneficial effect, specific as follows: this unlock component can convert rapidly carton angle, this unlock component structure is simple, convenient to use, cost is low, in defoaming machine, use this unlock component can adjust rapidly corresponding side carry out de-bubble, effectively improve carton de-bubble efficiency.
Accompanying drawing explanation
Fig. 1 is can the perspective view of automatic rotation exchange system in the present embodiment;
Fig. 2 is the structural representation of rotatable commutation mold mechanism and unlock component in the present embodiment;
Fig. 3 is another view of rotatable commutation mold mechanism and unlock component in the present embodiment;
Fig. 4 is the perspective view of rotatable commutation mold mechanism in the present embodiment;
Fig. 5 is the profile of rotatable commutation mold mechanism in the present embodiment;
Fig. 6 is the magnified partial view of rotatable commutation mold mechanism profile in the present embodiment;
Fig. 7 is the stereogram of buckling module in the present embodiment.
Accompanying drawing identifier declaration:
10, frame
30, motor
70, rotatable commutation mold mechanism
71, mold mounting plate 711, rotation through hole
72, mold component
721, depression bar 722, depression bar joint
723, depression bar base plate 724, mould
725, upper connecting base 726, lower connecting base
727, screw mandrel is turned to
73, rotary components
731, turning sleeve
732, turning sleeve base plate
7321, turning sleeve screw mandrel mounting blocks
733, buckling module
7331, latch spring 7332, location claw
73321, connecting portion 73322, claw portion
7333, snap close mounting blocks
73331, buckle portion 73332, latch part is separated
73333, opening short slot 73334, snap close elongated slot
7334, chute 7335, snap close piece
73351, locking-bar 73352, snap close roller
7336, gap is unlocked
734, driver plate is turned to
7341, driver plate screw mandrel mounting blocks 7342, draw-in groove
735, through hole 736, first feed screw nut is turned to
737, the second feed screw nut 738, turn to spring
80, unlock component
81, trip lever 82, solution lock dog
83, switch block.
Detailed description of the invention
Referring to figs. 1 to Fig. 7, which show the concrete structure of the embodiment of the utility model, what the present embodiment was unlock component at full-automatic defoaming machine can the particular location structure of automatic rotation exchange system and application thereof, full-automatic defoaming machine can an automatic rotation exchange system, include frame and the rotatable commutation mold mechanism that is installed in frame and automatic rotation changement; Described rotatable commutation mold mechanism includes mold mounting plate and the mold component that is installed on mold mounting plate and rotary components; Described automatic rotation changement comprises rotation commutation assembly and reset rotates the assembly that commutates, this rotation commutation assembly is installed on to reset and rotates below commutation assembly, described rotatable commutation mold mechanism is provided with multiple and is distributed in the diverse location of frame, all rotatable commutation mold mechanisms are interconnected by chain and with chain relative motion, each rotatable commutation mold mechanism in the process of motion respectively through rotary components in carry out displacement and rotate, in reset rotary components, carry out reset rotation; This chain is installed in frame, and rotates with electric machine rotation.This frame is also provided with for support chains gear and many guide rails rotated with chain for supporting mould mechanism are installed accordingly.
This rotatable commutation mold mechanism 70, includes mold mounting plate 71 and the mold component 72 chord be installed on mold mounting plate turns assembly 73; These mold mounting plate 71 both ends are provided with for being installed on chain connector on chain and for being installed on the slide block on guide rail.Driven by motor chain rotates, and chain makes the slide on rails of two slide blocks in frame of mold mounting plate by chain connector driven mold installing plate simultaneously; And then realize the motion of rotatable commutation mold mechanism 70.
This mold mounting plate 71 is provided with and rotates through hole 711, this rotation through hole 711 is located at the middle part of mold mounting plate 71, this mold component 72 includes depression bar 721, depression bar joint 722, depression bar base plate 723 and mould 724, this depression bar joint 722 is installed on depression bar 721 bottom, this depression bar base plate 723 is installed on bottom depression bar joint 722, and this mould 724 is installed on bottom depression bar base plate 723; Described depression bar 721 is also provided with orthogonal upper connecting base 725 and lower connecting base 726 with depression bar, be connected with between this upper connecting base 725 and lower connecting base 726 and arranged in parallelly with depression bar turn to screw mandrel 727, this turns to swivel nut in screw mandrel 727 to have nut; Described depression bar 721 is polygon, and described depression bar 721 is square;
This rotary components 73 includes turning sleeve 731, turning sleeve base plate 732, buckling module 733 and turns to driver plate 734, this turning sleeve 731, turning sleeve base plate 732 and turn to driver plate 734 relative to mold mounting plate 71 rotary motion, described turning sleeve 731 is placed in and rotates in through hole 711, describedly to turn to driver plate 734 to be placed on to rotate above through hole 711 and to be placed in the upper surface of mold mounting plate 71, described turning sleeve 731 is installed in and turns on driver plate 734, described turning sleeve base plate 732 to be installed on turning sleeve 321 and to be placed in the lower surface of mold mounting plate 71, be covered on the below rotating through hole 711, described turning sleeve 731 is provided with a depression bar installing hole, described turning sleeve base plate 732, turn to driver plate 734 be provided with in depression bar installing hole suitable turn to through hole 735, described depression bar 721 is through depression bar installing hole and turn to through hole 735, described turning sleeve base plate 732 integrally extends turning sleeve screw mandrel mounting blocks 7321, this turning sleeve screw mandrel mounting blocks 7321 is provided with turning sleeve screw mandrel installing hole, the described driver plate 734 that turns to integrally extends driver plate screw mandrel mounting blocks 7341, this driver plate screw mandrel mounting blocks 7341 is provided with driver plate screw mandrel installing hole, the described screw mandrel 727 that turns to is through driver plate screw mandrel installing hole, turning sleeve screw mandrel installing hole and two ends are installed on upper connecting base 725 and lower connecting base 726 respectively, the first feed screw nut 736 is provided with between described turning sleeve screw mandrel mounting blocks 7321 and lower connecting base 726, the second feed screw nut 737 is provided with between described turning sleeve screw mandrel mounting blocks 7321 and driver plate screw mandrel mounting blocks 7341, be provided with between described first feed screw nut 736 and the second feed screw nut 737 and turn to spring 738.
This buckling module 733 to be installed on mold mounting plate 71 and to be positioned at and turns to driver plate 734 side, the described driver plate 734 that turns to is provided with two draw-in grooves 7342, described buckling module 733 includes latch spring 7331, location claw 7332 and snap close mounting blocks 7333, this snap close mounting blocks 7333 is provided with chute 7334, described latch spring 7331 and location claw 7332 are placed in this chute 7334, this location claw 7332 one end is installed in and turns in the draw-in groove 7342 of driver plate 734, one end abuts with latch spring 7331, this location claw 7332 under the effect of latch spring 7331 in draw-in groove 7342 back and forth telescopic movable with control location claw 7332 mutually engage with draw-in groove 7342 and unlock, this snap close mounting blocks 7333 is installed on mold mounting plate 71, this location claw 7332 is positioned at the end abutted with latch spring 7331 and is provided with snap close piece 7335, the snap close roller 73352 that this snap close piece 7335 comprises locking-bar 73351 and is connected with locking-bar 73351, described snap close mounting blocks 7333 includes separates buckle portion 73331 and latch part 73332, the thickness of this solution buckle portion 73331 is greater than the thickness of this latch part 73332, this solution buckle portion 73331 is provided with opening short slot 73333, this latch part 73332 is provided with snap close elongated slot 73334, described locking-bar 73351 is movably through snap close elongated slot 73334, this snap close roller 73352 is installed on locking-bar 73351 and is positioned at above snap close elongated slot 73334, described location claw 7332 includes connecting portion 73321 and claw portion 73322, described opening short slot 73333 is communicated with chute 7334, this claw portion 73322 is placed in opening short slot 73333 slidably, be formed between described snap close roller 73352 and solution buckle portion 73331 and unlock gap 7336, this locking-bar 73351 is installed on the connecting portion 73321 of location claw 7332.
Described automatic rotation changement comprises rotation commutation assembly and reset rotates the assembly that commutates, described rotation commutation assembly and the rotation commutation assembly that resets are provided with unlock component 80, this unlock component 80 includes trip lever 81, separate lock dog 82 and switch block 83, this trip lever 81 is installed in frame 10, this solution lock dog 82 arranges with trip lever 81 is mutually vertical and is installed on below trip lever 81, this solution lock dog 82 one end is installed on trip lever 81, one end is that inclined-plane is arranged towards trip lever 81 direction, this turns to driver plate 734 to be provided with the switch roller 7344 suitable with this switch block 83, described solution lock dog 82 is suitable with unblock gap 7336, inclined-plane on described solution lock dog 82 is the contact surface with snap close roller 73352, its incline direction is tilt towards trip lever 81 direction to unlocking the end of inserting in gap 7336 by separating lock dog 82, make the thickness of this solution lock dog 82 thickening gradually towards trip lever 81 direction by insertion end, maximum gauge is enough to be driven by snap close roller location claw 7332 to spin off from draw-in groove 7342, thus reach the object of unblock, when this solution lock dog 82 inserts and unlocks gap 7336, first be after inserting unblock gap 7336 along the inclined-plane separating lock dog 82, snap close roller 73352 is strutted, latch spring 7331 is compressed, snap close roller 73352 drives the claw portion 73321 of location claw 7332 to depart from draw-in groove 7342 through locking-bar 73351, now, this turns to driver plate 734 free to rotate, described switch block 83 turns to driver plate 734 to rotate by stirring switch roller 7344 thus driving, then turning sleeve 731, turning sleeve base plate 732 opposing mold installing plate 71 rotates, this mold component 72 is along with rotation, when separating lock dog 82 and skidding off unblock gap 7336, ejected by the latch spring 7331 compressed and carrying out in reseting procedure, the claw portion 73321 of location claw 7332 is snapped in and turns in another draw-in groove 7342 of driver plate 734.
Of the present utility modelly to focus on: this unlock component can convert rapidly carton angle, this unlock component structure is simple, and convenient to use, cost is low, in defoaming machine, use this unlock component can adjust rapidly corresponding side carry out de-bubble, effectively improve carton de-bubble efficiency.
More than in conjunction with most preferred embodiment, the utility model is described, but the utility model is not limited to the embodiment of above announcement, and amendment that the various essence according to the present embodiment carries out, equivalent combinations should be contained.
Claims (2)
1. a unlock component, it is characterized in that: this unlock component includes trip lever, separates lock dog and switch block, this trip lever is installed in frame, this solution lock dog and trip lever are mutually vertical to be arranged and is installed on below trip lever, and this solution lock dog one end is installed on trip lever, one end is that inclined-plane is arranged towards trip lever direction.
2. a kind of unlock component according to claim 1, it is characterized in that: the inclined-plane on described solution lock dog is the contact surface with snap close roller, its incline direction is tilt towards trip lever direction to unlocking the end of inserting in gap by separating lock dog, and the thickness of this solution lock dog is thickening gradually towards trip lever direction by insertion end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420646621.2U CN204210080U (en) | 2014-10-30 | 2014-10-30 | A kind of unlock component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420646621.2U CN204210080U (en) | 2014-10-30 | 2014-10-30 | A kind of unlock component |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204210080U true CN204210080U (en) | 2015-03-18 |
Family
ID=52978784
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420646621.2U Active CN204210080U (en) | 2014-10-30 | 2014-10-30 | A kind of unlock component |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204210080U (en) |
-
2014
- 2014-10-30 CN CN201420646621.2U patent/CN204210080U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 523000 Guangdong city of Dongguan province Dongguan city Dongcheng District Niushan qiantou emerging industrial zone Hongming Machinery Co. Ltd. Patentee after: Guangdong Hongming intelligent Limited by Share Ltd Address before: 523000 Guangdong city of Dongguan province Dongguan city Dongcheng District Niushan qiantou emerging industrial zone Hongming Machinery Co. Ltd. Patentee before: Dongguan City Hongming Machinery Co., Ltd. |
|
| CP01 | Change in the name or title of a patent holder |