CN201080359Y

CN201080359Y - Horizontal-pressing conveying device

Info

Publication number: CN201080359Y
Application number: CNU2007200554760U
Authority: CN
Inventors: 何名洪
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-08-14
Filing date: 2007-08-14
Publication date: 2008-07-02
Anticipated expiration: 2017-08-14

Abstract

The utility model discloses a flat conveying device which comprises a fixing bracket, an upper strap ring and a lower strap ring; wherein the fixing bracket is composed of a drive device, at least two upper rolling shafts and at least two lower rolling shafts; the upper rolling shafts are wrapped in the upper strap ring and the lower rolling shafts are wrapped in the lower strap ring. The utility model is characterized in that a rolling wheel is arranged between the two lower rolling shafts; the two lower rolling shafts are horizontal with the rolling wheel; an angle wheel and a spring are arranged between the two upper rolling shafts; the upper end of the angle wheel is actively connected with the fixing bracket and one end of the spring is connected with the angle wheel which is connected at the other end of the fixing bracket. Due to different bearing forces, soft straps move like wave when passing by, thus reducing friction resistance to the lowest degree, which is good to the smooth operation of the machine.

Description

A kind of concora crush conveyer

Technical field

The utility model relates to a kind of concora crush transfer mechanism.

Background technology

In the package processing industry, utilizing the automated production of machinery is current industrial universal phenomenon, commercial production all is a kind of flowing water operation, so, conveyers such as warp meeting commonly used automatic conveying belt or load-transfer device in automated mechanical, the platform of individual converted products so not only can be arranged, also can in motion process, process operation, to realize the flowing water commercial production.

Wherein the structural principle that automatic conveying belt is general is: two ends at an axostylus axostyle are installed a scroll wheel respectively, cross over the scroll wheel of two ends again with a chape circle, two scroll wheels are surrounded in the chape circle, again by the distance of fine setting two scroll wheels or the girth of chape circle, make the chape circle tighten two scroll wheels, to realize chape circle cycle rotation, when needs power, can be by applying power in scroll wheel, to drive chape circle cycle rotation, and because of needing to carry some ponderable objects on the general automatic conveying belt, even need constantly exert pressure to object in the transport process sometimes, carry out pressurized with regard to the very general axostylus axostyle that needs as the strong point like this, the just relative axostylus axostyle of the chape circle that moves under pressure produces very big friction force, because the existence of friction drag, just need expend bigger driving source and go the running of driving belt circle circle, so when manufacturing machine, must do axostylus axostyle smooth, the resistance of as far as possible reducing friction, but no matter how handle the smoothness on the surface of axostylus axostyle, need to slide belt influenced by the fixation pressure of ferro-aluminum axostylus axostyle, all can not allow the glue box object of variable thickness pass through very swimmingly, be difficult to reach ideal effect.

The utility model content

For addressing the above problem, the purpose of this utility model is to provide a kind of can lower the axostylus axostyle surface friction drag in limit ground, the cycle rotation that helps chape, axostylus axostyle that not only can bearing certain pressure can also be according to the thickness difference of transmission object and the dynamics of automatic compensation concora crush.

For achieving the above object, technical solution adopted in the utility model is: a kind of concora crush conveyer, comprise fixed support, last chape and following chape, described fixed support comprises actuating device, go up the axis of rolling and at least two following axis of rolling at least two, the described axis of rolling bag of going up is located at described going up in the chape, described axis of rolling bag down is located at down in the chape, be equiped with scroll wheel between its described two following axis of rolling, and described two following axis of rolling and scroll wheel are on same horizon, described two upward are equiped with pressure horn ring and spring between the axis of rolling, described pressure horn ring upper end flexibly connects with described fixed support, described spring one end connects the described fixed support other end and connects described pressure horn ring, and described pressure horn ring on two between the axis of rolling level arrange side by side.

More excellent, described actuating device comprise cog, lower gear, described cogging gone up that the axis of rolling is fixedly connected and extended for the same center of circle is export-oriented with described, the described lower gear and the described down axis of rolling are fixedly connected and extend for the same center of circle is export-oriented, described cog and lower gear is located at same end and is meshing with each other; Described pressure horn ring upper end is provided with the spacing angle of protrusion, and described spacing angle is a square.

Be installed on down the track that constitutes chape under the support on the level attitude between the axis of rolling side by side by several above-mentioned scroll wheels, several levels of pressing horn ring to be installed on side by side between the axis of rolling are put the track that formation is down exerted pressure by last chape, because last chape is subjected to spring pressure, following chape runs between the scroll wheel, the space is arranged between the scroll wheel, when soft belt by the time be the wave operation because of the difference of suffered bearing force, this makes the way that the structure way changes original axostylus axostyle Frictional Slipping, the resistance of not only can minimally reducing friction, and can exert pressure toward lower railway according to the dynamics that the difference of transmission object is adjusted the application of force, avoid owing to process object too thick and impassabitity causes machine to stagnate, and reduce defective products.

Description of drawings

Fig. 1 is the utility model example structure scheme drawing;

The enlarged diagram of Fig. 2 when working among the utility model embodiment;

Fig. 3 is the structural representation of pressing horn ring among the utility model embodiment.

The specific embodiment

As shown in Figure 1, the utility model specifically discloses a kind of concora crush conveyer, comprise fixed support 1, last chape 2 and following chape 3, fixed support 1 comprises and cogs 23, lower gear 33, go up the axis of rolling 21 and two following axis of rolling 31 for two, go up the two ends, the left and right sides that the axis of rolling 21 lays respectively at fixed support 1 top for two, going up the axis of rolling 21 bags for two is located in the chape 2, go up for two and be equiped with 18 pressure horn rings 22 and 18 springs 221 between the axis of rolling 21, as shown in Figure 3, press horn ring 22 upper ends to be provided with the spacing angle 222 of protrusion, spacing angle 222 is a square, under the normal condition, the last square edge at spacing angle 222 is parallel with the top of fixed support 1, press horn ring 22 upper ends and fixed support 1 to flexibly connect by rotating shaft 223, spring 221 upper end roof pressures are connecting fixed support 1, spring 221 lower ends then connect by a protruding position 224 presses horn ring 22, protruding position 224 is one of the forming with pressing horn ring 22, protruding position 224 is slightly to spring 221 inner extensions, when the not exclusively smooth object of thickness through out-of-date, press the pressure horn ring roller bearing 225 under the horn ring 22 slightly upwards to promote, this moment, spring 221 was compressed, produce expansion force downwards, compress object, make the purpose of pressing horn ring to reach automatic compensation pressure by this principle.As shown in Figure 1,18 press horn ring 22 on two between the axis of rolling 21 level arrange side by side, except that two of two ends be the individualism, pressure horn rings 22 of all the other centres are paired appearance, and by last chape 2 it is enclosed in the circle, make it be a strip shape body structure.

Two following axis of rolling 31 lay respectively at the two ends, the left and right sides of the bottom of fixed support 1, be equiped with 32 scroll wheels 32 between two following axis of rolling 31, two following axis of rolling 31 and 32 scroll wheels 32 are on same horizon, distance between 32 scroll wheels 32 equates, 31,32 scroll wheels 32 of two following axis of rolling all wrap to be located at down in chape 3 circles, makes it be a strip shape body structure.

Cog and 23 be fixedly connected with the last axis of rolling 21 and extend for the same center of circle is export-oriented, lower gear 33 is fixedly connected with the following axis of rolling 31 and extends for the same center of circle is export-oriented, cog 23 and lower gear 33 be located on the same left end of fixed support 1, and mutually near engagement, drive lower gear 33 with motor again, this moment, interlock cogged 23, promptly opened this concora crush conveyer that turned round.

As shown in Figure 2, first, the 4th, the 5th, the 8th, the 9th, the 12, the 13, the 16, the 17 projected position of pressing horn ring all faces with the projected position of scroll wheel successively from left to right, and second, third, the 6th, the 7th, the the tenth, the 11, the 14, the 15, the tenth do a projected position of pressing horn ring all and the point midway between two scroll wheels face, when object 4 moves between last chape 2 and following chape 3, owing to the stressed difference of each point on the object 4 is the wave operation.

Above-described only is preferred implementation of the present utility model; should be pointed out that for the person of ordinary skill of the art, under the prerequisite that does not break away from the utility model creation design; can also make some distortion and improvement, these all belong to protection domain of the present utility model.

Claims

1. concora crush conveyer, comprise fixed support (1), last chape (2) and following chape (3), described fixed support (1) comprises actuating device, go up the axis of rolling (21) and at least two following axis of rolling (31) at least two, the described axis of rolling (21) bag of going up is located at described going up in the chape (2), the described bag of the axis of rolling (31) down is located at down in the chape (3), it is characterized in that being equiped with between described two following axis of rolling (31) scroll wheel (32), and described two following axis of rolling (31) and scroll wheel (32) are on same horizon, described two upward are equiped with pressure horn ring (22) and spring (221) between the axis of rolling (21), described pressure horn ring (22) upper end flexibly connects with described fixed support (1), described spring (221) one ends connect described fixed support (1) other end and connect described pressure horn ring (22), and described pressure horn ring (22) is positioned at two and goes up between the axis of rolling (21) level and arrange side by side.

2. surge suppressor according to claim 1, it is characterized in that described actuating device comprises cog (23), lower gear (33), described cogging (23) is fixedly connected with the described upward axis of rolling (21) and extends for the same center of circle is export-oriented, described lower gear (33) is fixedly connected with the described axis of rolling (31) down and extends for the same center of circle is export-oriented, and described cogging (23) and lower gear (33) are located at same end and are meshing with each other.

3. surge suppressor according to claim 1 is characterized in that described pressure horn ring (22) upper end is provided with the spacing angle (222) of protrusion, and described spacing angle (222) is a square.