CN201980454U

CN201980454U - Servo motor paper feeding structure of horizontal packaging machine

Info

Publication number: CN201980454U
Application number: CN2011200867545U
Authority: CN
Inventors: 李国铭
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-03-29
Filing date: 2011-03-29
Publication date: 2011-09-21
Anticipated expiration: 2021-03-29

Abstract

The utility model provides a servo motor paper feeding structure of a horizontal packaging machine. The servo motor paper feeding structure comprises a base, a servo motor, a driving shaft, a driven shaft and a guiding frame, wherein, the driving shaft is provided with a first shaft body, a second internal gear, a first external gear and a first rolling wheel; the rolling wheel can be fixedly arranged on the first shaft body in an up-down regulating manner; the driven shaft is provided with a second shaft body, a second external gear and a second rolling wheel; the second external gear is meshed with the first external gear; the second rolling wheel corresponds to the position of the first rolling wheel and can be fixedly arranged on the second shaft body in an up-down regulating manner; and the guiding frame is fixedly arranged between a top plate and a bottom plate in the vertical direction and arranged between the first shaft body and the second shaft body in the horizontal direction. The servo motor paper feeding structure can achieve the effect of assorting the lengths and the widths of paper materials to be conveyed; and the driven shaft is arranged on the base capable of being regulated left and right, thereby achieving the effect of assorting the thicknesses of the paper materials to be conveyed.

Description

The servomotor of horizontal wrapping machine is walked paper structure

Technical field

The utility model relates to a kind of horizontal wrapping machine, is meant especially a kind ofly to be used for the horizontal wrapping machine and the servomotor of can arrange in pairs or groups paper wood length and width and gauge adjustment is walked paper structure.

Background technology

Along with the progress in epoch, the flourish and prosperity of industry and commerce makes the competition of product on market stronger day by day, and desire increases the competitiveness of product, and except wanting low price, the requirement of its quality also becomes indispensable key element; Again, and though the equipment of various automations the operation on practicality on, all be that conventional machines is incomparable, and people's living standard is owing to constantly promote, and the new line of environmental consciousness, make that when packaging product using stationery to pack becomes a kind of prevailing custom of more and more popularizing already.

General wrapping machine is divided into vertical and horizontal packing machine, and for its paper advance mechanism, and the paper wood that tendency to develop is sent is all for after web-like is arranged on board, stretch through forward, before stretching through, carry out tension adjustment with the gravity draw bead, climb to roll via most slide bars again and bend.

Yet in course of conveying, paper advance mechanism also can't be adjusted at the different length and width sizes of paper wood or gauge, and every kind of board only can deal with at single paper wood size of planting, and field of application is narrow, and conveying program and paper advance mechanism complexity.

Summary of the invention

Therefore, main purpose of the present utility model, be to address the above problem and a kind of horizontal wrapping machine that is used for is provided, rely on the structure of simplifying, adjust about the imput shaft of paper feed and the roller in the driven axle reached up and down, the length and width of the paper wood that send with the collocation tendency to develop and the servomotor of gauge are walked paper structure.

For achieving the above object, the technical solution adopted in the utility model is:

A kind of servomotor of horizontal wrapping machine is walked paper structure, it is characterized in that, comprising:

One pedestal has a top board, a dividing plate and a base plate, and the two ends of this dividing plate connect this top board and this base plate respectively;

One servomotor, have a body, a rotating shaft and one first inner gear, this body is installed between this top board and this base plate, and this body is positioned at one first side of this dividing plate, the rotatable earth's axis of this rotating shaft is located in this body, and part passes this top board, and this first inner gear housing is located at this rotating shaft and passes this top board place, and is subjected to the drive of this rotating shaft and rotates;

One imput shaft, has a first axle body, one secondary annulus, one first external gear and one first roller, this the first axle body is arranged between this top board and this base plate rotationally and part passes this top board, and one second side of contiguous this dividing plate of this first axle body, this secondary annulus axle is located at this first axle body and passes this top board place, this secondary annulus also relies on a connection piece and this first inner gear interlock, this first external tooth wheel shaft is located at this first axle body and passes this top board place, and this first external gear is positioned at this secondary annulus top, and this first roller can be installed in the position between this top board and this base plate on this first axle body with adjusting up and down;

One driven axle, have a second axle body, one second external gear and one second roller, this the second axle body is arranged between this top board and this base plate rotationally and part passes this top board, and this second axle body is away from this second side of this dividing plate, this second external tooth wheel shaft is located at this second axle body and passes this top board place, and the engagement of this second external gear and this first external gear, corresponding this first roller position of this second roller and can being installed on this second axle body with adjusting up and down; And

One guiding carrier, vertical direction are installed between this top board and this base plate, and horizontal direction is arranged between this first axle body and this second axle body.

Wherein, this attaching parts is a cingulum.

Wherein, the adjustment of the upper-lower position of this first roller and this second roller is automatic guidance or manually control.

Wherein, this top board has panel on a upper groove and, this base plate has a low groove and reaches panel, should go up panel can about be embedded in this upper groove with adjusting, this time panel can about be embedded in this low groove with adjusting, this second axle body is arranged on this on the panel and this time panel rotationally.

Wherein, this guiding carrier has on one guiding element and guiding element once.

Compared with prior art, adopt the advantage that the utlity model has of technique scheme to be: the utility model is with imput shaft and driven axle interlock, and driving imput shaft with servomotor rotates, and but the control of the second roller automatic or manual of first roller of imput shaft and driven axle is adjusted up and down, to reach the effect of leading the paper wood length and width size sent of collocation tendency to develop, and driven axle be arranged on for can about on the pedestal adjusted, walk the effect of paper wood gauge to reach the collocation tendency to develop.

Description of drawings

Fig. 1 is the block diagram that the utility model servomotor is walked paper structure;

Fig. 2 is the front elevation that the utility model servomotor is walked paper structure;

Fig. 3 is the lateral plan that the utility model servomotor is walked paper structure;

Fig. 4 is the top view that the utility model servomotor is walked paper structure;

Fig. 5 is the exploded drawings that the utility model servomotor is walked paper structure.

Description of reference numerals: the 1-servomotor is walked paper structure; The 2-pedestal; The 21-top board; The 211-upper groove; The last panel of 212-; The 22-dividing plate; The 23-base plate; The 231-low groove; Panel under the 232-; The 3-servomotor; The 31-body; The 32-rotating shaft; 33-first inner gear; The 4-imput shaft; The 41-the first axle body; The 42-secondary annulus; 43-first external gear; 44-first roller; The 5-driven axle; The 51-the second axle body; 52-second external gear; 53-second roller; The 6-guiding carrier; Guiding element on the 61-one; 62-is guiding element once; The 7-attaching parts.

The specific embodiment

About the technological means of the utility model to achieve the above object, cooperate to be illustrated at hereinafter with following implementation type attitude now to elaborate, understand in depth on an ancient unit of weight and admit to make.

Please also refer to Fig. 1 to Fig. 5, wherein, Fig. 1 represents that the utility model servomotor walks the block diagram of paper structure, Fig. 2 represents that the utility model servomotor walks the front elevation of paper structure, Fig. 3 represents that the utility model servomotor walks the lateral plan of paper structure, Fig. 4 represents that the utility model servomotor walks the top view of paper structure, and Fig. 5 represents that the utility model servomotor walks the exploded drawings of paper structure.

The servomotor that the utility model is used for horizontal wrapping machine (figure do not show) is walked paper structure 1 and is comprised a pedestal 2, a servomotor 3, an imput shaft 4, a driven axle 5 and a guiding carrier 6.

Pedestal 2 has a top board 21, a dividing plate 22 and a base plate 23, and the two ends of dividing plate 22 connect top board 21 and base plate 23 respectively, in detail, the axially parallel of top board 21 and base plate 23, dividing plate 22 axially and top board 21 and base plate 23 axial vertical.

Servomotor 3 has a body 31, a rotating shaft 32 and one first inner gear 33, body 31 is installed between top board 21 and the base plate 23, and be positioned at one first side (being the right side of Fig. 5) of dividing plate 22, the rotating shaft 32 rotatable earth's axis are located in the body 31, and part passes top board 21, first inner gear 33 is set in rotating shaft 32 and passes top board 21 places, and is subjected to the drive of rotating shaft 32 and rotates.

Imput shaft 4 has a first axle body 41, one secondary annulus 42, one first external gear 43 and one first roller 44, the first axle body 41 is arranged between top board 21 and the base plate 23 rotationally and part passes top board 21, and one second side (being the left side of Fig. 5) of contiguous dividing plate 22,42 of secondary annulus are located at the first axle body 41 and pass top board 21 places, and by means of a connection piece 7 (as cingulum) and first inner gear, 33 interlocks, 43 of first external gears are located at the first axle body 41 and pass top board 21 places, and be positioned at secondary annulus 42 tops, first roller 44 can be installed in the appropriate location of the first axle body 41 between top board 21 and base plate 23 with adjusting up and down, this appropriate location can be the midway location of the first axle body 41, but not as limit.

Driven axle 5 has a second axle body 51, one second external gear 52 and one second roller 53, the second axle body 51 is arranged between top board 21 and the base plate 23 rotationally and part passes top board 21, and second side away from dividing

plate

22,52 of second external gears are located at the second axle body 51 and pass top board 21 places, and with 43 engagements of first external gear, the position of second roller, 53 corresponding first rollers 44 can be installed in the second axle body 51 with adjusting up and down, rely on to utilize and to rotate with gripping mutually and carry paper wood (figure does not show), and with automatic guidance (as the control of computer controlled or interface) or manually control the height up and down of first roller 44 and second roller 53, with the length and width size of collocation paper wood.

Guiding carrier 6 vertical direction are installed between top board 21 and the base plate 23, and horizontal direction is arranged between the first axle body 41 and the second axle body 51, and guiding carrier 6 has on one guiding element 61 and guiding element 62 once, in order to guiding and correcting paper wood.

In addition, top board 21 has panel 212 on a upper groove 211 and, base plate 23 has a low groove 231 and reaches panel 232, last panel 212 can about be embedded in upper groove 211 with adjusting, following panel 232 can about be embedded in 231 low grooves with adjusting, the second axle body 51 is arranged on panel 212 rotationally and reaches panel 232 down, so to adjust the distance of second roller 53 and first roller 44, thickness with the collocation paper wood, and since the variation of thickness less than the size of first external gear 43 and second external gear, 53 intermeshing teeth, therefore can not concern with drive and do not exert an influence influencing engagement between first external gear 43 and second external gear 53.

More than explanation is just illustrative for the utility model; and nonrestrictive, those of ordinary skills understand, under the situation of the spirit and scope that do not break away from claim and limited; can make many modifications, variation or equivalence, but all will fall within the protection domain of the present utility model.

Claims

1. the servomotor of a horizontal wrapping machine is walked paper structure, it is characterized in that, comprising:

2. servomotor according to claim 1 is walked paper structure, it is characterized in that: this attaching parts is a cingulum.

3. servomotor according to claim 1 is walked paper structure, it is characterized in that: the adjustment of the upper-lower position of this first roller and this second roller is automatic guidance or manually control.

4. servomotor according to claim 1 is walked paper structure, it is characterized in that: this top board has panel on a upper groove and, this base plate has a low groove and reaches panel, should go up panel can about be embedded in this upper groove with adjusting, this time panel can about be embedded in this low groove with adjusting, this second axle body is arranged on this on the panel and this time panel rotationally.

5. servomotor according to claim 1 is walked paper structure, it is characterized in that: this guiding carrier has on one guiding element and guiding element once.