CN202934892U

CN202934892U - Novel automatic laminator

Info

Publication number: CN202934892U
Application number: CN 201220621439
Authority: CN
Inventors: 李育涛
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-11-19
Filing date: 2012-11-19
Publication date: 2013-05-15
Anticipated expiration: 2022-11-19

Abstract

The utility model relates to the technical field of lamination, in particular to a novel automatic laminator. The novel automatic laminator comprises a machine base, an unwinding machine back plate and a winding machine back plate, wherein a first film tearing X-axis photoelectric induction switch, a film tearing X-axis servomotor, a second tension roller, a pressing mechanism, a first tension roller, a tight lamination roller mechanism and an unwinding roller are respectively arranged on the unwinding machine back plate from the bottom up; a main winding roller and a third tension roller are arranged on the winding machine back plate; and a Z-axis servomotor, a Y-axis servomotor, a vacuum suction mechanism, an in-place optical fiber inductor, a separating mechanism and a second film tearing X-axis photoelectric induction switch are further arranged between the winding machine back plate and the unwinding machine back plate. The automatic laminator provided by the utility model solves the problems of low degree of automation, low efficiency and the like in lamination of the traditional laminator, can beautify and protect products automatically and efficiently with high quality, and has very strong practicability and very high popularization and application values.

Description

A kind of new type auto laminator

Technical field

The utility model relates to Filming Technology field, especially a kind of new type auto laminator.

Background technology

Laminator has become one of business equipment commonly used, and it not only can play the effect of product attractive in appearance, can also play the effect of protection product, and practicality is very strong; There is the defective that the automation degree is inadequate, efficient is not high usually in traditional laminator pad pasting; Remain to be further improved.

The utility model content

The purpose of this utility model is to provide a kind of label, the efficient new type auto laminator of diaphragm.

To achieve these goals, the utility model adopts following technical scheme:

A kind of new type auto laminator comprises:

One machinery bed; With

Be located at the feeding machine backboard of keeping right on machinery bed and placing; And

Be located at the winder backboard that keeps left on machinery bed and place;

Described feeding machine backboard is respectively equipped with from the bottom to top:

Be fixed on the first dyestripping X-axis photoelectric sensor switch on machinery bed;

Be located at the dyestripping X-axis servomotor of right-hand member on machinery bed;

Be located at dyestripping X-axis servomotor top, be fixed on the second belt tensioning drum on the feeding machine backboard;

Be located at the second belt tensioning drum left side, be fixed on the hold-down mechanism on the feeding machine backboard;

Be located at the second belt tensioning drum top, be fixed on the first belt tensioning drum on the feeding machine backboard;

Be located at the cylinder mechanism of being close on the first belt tensioning drum right side;

Be located at the blowing cylinder at feeding machine backboard top;

Described winder backboard is provided with:

Be fixed on the main rolling cylinder on the winder backboard; With

Be located at the 3rd belt tensioning drum on main rolling cylinder right side;

Also be provided with between described winder backboard and feeding machine backboard:

Z axis servomotor in the top vertical setting;

In the horizontally disposed Y-axis servomotor of Z axis servomotor below rear side;

Vacsorb mechanism is set in front side, Z axis servomotor below;

The fiber sensor that puts in place in vacsorb mechanism below near the 3rd belt tensioning drum one side setting;

Separating mechanism in the fiber sensor below setting that puts in place;

Be arranged on the second dyestripping X-axis photoelectric sensor switch on machinery bed in the bottom;

Preferably, described X-axis servomotor output also is connected with dyestripping X-axis motion module.

Preferably, described X-axis servomotor and dyestripping X-axis motion module are and are horizontally disposed with.

Owing to having adopted such scheme, automatic film applicator of the present utility model has overcome traditional laminator pad pasting and has usually had the problems such as the automation degree is inadequate, efficient is not high; Can be automatically efficient, high texture carries out attractive in appearance to product and protection, practicality is very strong, has very high promotion and application and is worth.

Description of drawings

Fig. 1 is structural representation of the present utility model.

In figure: 1, main rolling cylinder; 2, winder backboard; 3, vacsorb mechanism; 4, Z axis servomotor; 5, Y-axis servomotor; 6, blowing cylinder; 7, feeding machine backboard; 8, hold-down mechanism; 9, the first belt tensioning drum; 10, be close to cylinder mechanism; 11, dyestripping X-axis servomotor; 12, the second belt tensioning drum; 13, the first dyestripping X-axis photoelectric sensor switch; 14, dyestripping X-axis motion module; 15, the second dyestripping X-axis photoelectric sensor switch; 16, machinery bed; 17, separating mechanism; 18, the fiber sensor that puts in place; 19, the 3rd belt tensioning drum.

The specific embodiment

Below in conjunction with accompanying drawing, embodiment of the present utility model is elaborated, but the multitude of different ways that the utility model can be defined by the claims and cover is implemented.

As shown in Figure 1, a kind of new type auto laminator that the utility model provides comprises machinery bed 16; With the feeding machine backboard 7 of being located at the placement of keeping right on machinery bed 16; And the winder backboard 2 of being located at the placement that keeps left on machinery bed 16; Wherein, feeding machine backboard 7 is respectively equipped with from the bottom to top: the first dyestripping X-axis photoelectric sensor switch 13, and it is fixed on machinery bed 16; Dyestripping X-axis servomotor 11, it is located at the right-hand member on machinery bed 16; The second belt tensioning drum 12, it is located at dyestripping X-axis servomotor 11 tops and is fixed on feeding machine backboard 7; Hold-down mechanism 8, it is located at the second belt tensioning drum 12 left sides and is fixed on feeding machine backboard 7; The first belt tensioning drum 9, it is located at the second belt tensioning drum 12 tops and is fixed on feeding machine backboard 7; Be close to cylinder mechanism 10, it is located at the right side of the first belt tensioning drum 9; Blowing cylinder 6, it is located at the top of feeding machine backboard 7; In addition, winder backboard 2 is provided with: main rolling cylinder 1, and it is fixed on winder backboard 2; The 3rd belt tensioning drum 19, it is located at the right side of main rolling cylinder 1; Also be provided with between winder backboard 2 and feeding machine backboard 7: Z axis servomotor 4, it is arranged on top vertical; Y-axis servomotor 5, it is arranged on the below rear side level of Z axis servomotor 4; Vacsorb mechanism 3, it is arranged on the front side, below of Z axis servomotor 4; The fiber sensor 18 that puts in place, it is arranged on vacsorb mechanism 3 belows near a side of the 3rd belt tensioning drum 19; Separating mechanism 17, it is arranged on the below of the fiber sensor 18 that puts in place; The second dyestripping X-axis photoelectric sensor switch 15, it is arranged on machinery bed 16 in the bottom; Simultaneously, X-axis servomotor 11 outputs also are connected with dyestripping X-axis motion module 14.X-axis servomotor 11 and dyestripping X-axis motion module 14 are and are horizontally disposed with.

At first pad pasting is put into blowing cylinder 6 positions; Pad pasting is pulled out and walked around the first belt tensioning drum 9 and the second belt tensioning drum 12, pass hold-down mechanism 8 and then pass through separating mechanism 17, the 3rd belt tensioning drum 19; Arrive at last that main rolling cylinder 1 is rear fixes pad pasting; Energising starts automatic film applicator; Main rolling cylinder 1 rotates, and when the fiber sensor 18 that puts in place was sensed pad pasting arrival assigned address, main rolling cylinder 1 stopped operating and be locked, and hold-down mechanism 8 compresses pad pasting simultaneously; Winder backboard 2 gives power by Z axis servomotor 4 and moves downward, and is drawn onto Z axis servomotor 4 stop motions behind the pad pasting position to Danone, and vacsorb mechanism 3 opens pad pasting is held; After pull of vacuum arrived designated value, separating mechanism 17 gave power toward the 11 direction motions of dyestripping X-axis servomotor by dyestripping X-axis servomotor 11; When the first dyestripping X-axis photoelectric sensor switch 13 was sensed, the expression pad pasting separated fully the end of with, and vacsorb mechanism 3 gave power by Z axis servomotor 4 and moved upward this moment, stop motion when moving to assigned address; Y-axis servomotor 5 motion makes vacsorb mechanism 3 move to product top and the stop motion of pad pasting forward; Vacsorb mechanism 3 moves downward by Z axis servomotor 4 pad pasting is attached on product, and the buffering through spring prevents from damaging by pressure product simultaneously; Post film final vacuum draw frame machine 3 and move upward by Z axis servomotor 4, after the arrival assigned address, 5 motions of Y-axis servomotor make vacsorb mechanism 3 and Z axis servomotor 4 get back to initial position; Enter next circulation.

The above is only preferred embodiment of the present utility model; not thereby limit the scope of the claims of the present utility model; every equivalent structure or equivalent flow process conversion that utilizes the utility model specification and accompanying drawing content to do; or directly or indirectly be used in other relevant technical fields, all in like manner be included in scope of patent protection of the present utility model.

Claims

1. a new type auto laminator, is characterized in that, comprising:

One machinery bed (16); With

Be located at the feeding machine backboard (7) of keeping right on machinery bed (16) and placing; And

Be located at the winder backboard (2) that keeps left on machinery bed (16) and place;

Described feeding machine backboard (7) is respectively equipped with from the bottom to top:

Be fixed on the first dyestripping X-axis photoelectric sensor switch (13) on machinery bed (16);

Be located at the dyestripping X-axis servomotor (11) of the upper right-hand member of machinery bed (16);

Be located at dyestripping X-axis servomotor (11) top, be fixed on the second belt tensioning drum (12) on feeding machine backboard (7);

Be located at the second belt tensioning drum (12) left side, be fixed on the hold-down mechanism (8) on feeding machine backboard (7);

Be located at the second belt tensioning drum (12) top, be fixed on the first belt tensioning drum (9) on feeding machine backboard (7);

What be located at the first belt tensioning drum (9) right side is close to cylinder mechanism (10);

Be located at the blowing cylinder (6) at feeding machine backboard (7) top;

Described winder backboard (2) is provided with:

Be fixed on the main rolling cylinder (1) on winder backboard (2); With

Be located at the 3rd belt tensioning drum (19) on main rolling cylinder (1) right side;

Also be provided with between described winder backboard (2) and feeding machine backboard (7):

Z axis servomotor (4) in the top vertical setting;

The horizontally disposed Y-axis servomotor of rear side (5) below Z axis servomotor (4);

In front side, Z axis servomotor (4) below, vacsorb mechanism (3) is set;

The fiber sensor that puts in place (18) in vacsorb mechanism (3) below near the 3rd belt tensioning drum (19) one side settings;

Separating mechanism (17) in the fiber sensor that puts in place (18) below setting;

Be arranged on the second dyestripping X-axis photoelectric sensor switch (15) on machinery bed (16) in the bottom.

2. new type auto laminator as claimed in claim 1, is characterized in that, described X-axis servomotor (11) output also is connected with dyestripping X-axis motion module (14).

3. new type auto laminator as claimed in claim 2, is characterized in that, described X-axis servomotor (11) and dyestripping X-axis motion module (14) are and are horizontally disposed with.