CN204642891U

CN204642891U - Conveyer belt structure

Info

Publication number: CN204642891U
Application number: CN201520250817.4U
Authority: CN
Inventors: 廖定吉
Original assignee: TA CHOU RUBBER INDUSTRIAL Co Ltd
Current assignee: TA CHOU RUBBER INDUSTRIAL Co Ltd
Priority date: 2015-04-23
Filing date: 2015-04-23
Publication date: 2015-09-16
Anticipated expiration: 2025-04-23

Abstract

The utility model provides a kind of conveyer belt structure, it comprises two relative telescopic frame groups and multiple axle set be located between relative telescopic frame group, wherein telescopic frame group is formed by the adjacent serial connection of multiple scissors bar group, respectively this scissors bar group is formed by the pivot joint that to interlock in stage casing of a first connecting rod and a second connecting rod, and the respectively first connecting rod upper end of this scissors bar group and the relative pivot joint in second connecting rod upper end of adjacent scissors bar group, and the respectively second connecting rod lower end of this scissors bar group and the relative pivot joint in first connecting rod lower end of adjacent scissors bar group, and axle set is located at respectively this adjacent first connecting rod of scissors bar group and pivot joint upper end of second connecting rod, and respectively this axle set has an axostylus axostyle, therefore the scissors bar group of telescopic frame group can be utilized to carry out length adjustment, thus effectively can promote the alerting ability of space, working space utilization, and space when can reduce storage or transport, moreover asynchronous the exhibition of scissors bar group of both sides telescopic frame group can be utilized further, it is made to produce curving effect and can meet the different needs.

Description

Conveyer belt structure

Technical field

The utility model relates to a kind of load-transfer device technical field, is specifically related to the conveyer belt structure of a kind of adjustable length and angle, can increase its changeability, to improve its practicality.

Background technology

General in factory building, on facility or the place such as airport, often can see and conveyer is set, utilize the load-transfer device on conveyer to carry out the transport of article.And general conveyer mainly can be divided into dynamic and unpowered, wherein dynamic conveyer arranges chain or belt, and driven by motor; Another unpowered conveyer, then be pivoted with serial axostylus axostyle on framework, and respectively this axostylus axostyle is provided with multiple roller, for user, article to be conveyed are placed at least two axostylus axostyles, and promote article to be conveyed with manual force, these article can be moved on the roller of axostylus axostyle along with the bearing of trend of conveyer;

But the occasion of unpowered conveyer can be used, normally belong to simpler and diverse conveying environment, such as vegetables and fruits, goods by warehouse to lorry, by an operation point to another operation point, because its position often converts and apart from short, is therefore all generally adopt unpowered load-transfer device.But existing conveyer is limited to the design of fixed frame, makes its length in fixing shape, add when it runs into turning and specific camber conveyer need be coordinated to be connected in series, therefore have following shortcoming and inconvenience in actual use; Such as:

1, first, because the length of conveyer is fixed, when therefore needing to adjust the distance between point of delivery two ends, position such as between lorry and warehouse, can have influence on the alerting ability that space, working space uses, and conveyer is fixed sturcture, effectively cannot reduces space in time receiving or transport, cause the waste in space, the comfort feature of impact storage.

2 moreover, need to prepare in addition different arc conveyers during turning and be connected in series, therefore comparatively complicated in its structure and assembling, and maintenance is not easily, invisible increases its cost.

In other words, existing unpowered conveyer is not attained perfect because of design, and inconvenience when causing it to use and puzzlement, have influence on the practicality of entirety, historical facts or anecdotes is necessary to do further improvement.

Therefore, the present inventor is for aforementioned conveyer institute's problems faced further investigated in application, and utilize research and development and the manufacturing experience of being engaged in related industry for many years, actively seek solution, research through constantly making great efforts with study, finally successfully develop a kind of conveyer belt structure, it can overcome the problem existing for existing conveyer.

Utility model content

An object of the present utility model is, designs a kind of conveyer belt structure of adjustable length, to coordinate different places, space, and can save space, promotes the convenience used with storage.

Another object of the present utility model is, designs a kind of conveyer belt structure for turning, and it can change for it, effectively promotes its practicality.

Therefore, the utility model, mainly by following technological means, comes the aforesaid object of specific implementation and usefulness: a kind of conveyer belt structure, and it comprises two relative telescopic frame groups and multiple axle set be located between relative telescopic frame group;

Described telescopic frame group is formed by the adjacent serial connection of multiple scissors bar group, respectively this scissors bar group is formed by the pivot joint that to interlock in stage casing of a first connecting rod and a second connecting rod, and the respectively first connecting rod upper end of this scissors bar group and the second connecting rod upper end of the adjacent scissors bar group respectively second connecting rod lower end of this scissors bar group and the relative pivot joint in first connecting rod lower end of adjacent scissors bar group relative to pivot joint;

Axle set described is again located at respectively this adjacent first connecting rod of scissors bar group and pivot joint upper end of second connecting rod, and respectively this axle set has an axostylus axostyle.

Therefore, by representing of aforementioned techniques means, conveyer belt structure of the present utility model can utilize the scissors bar group of telescopic frame group to carry out length adjustment, when therefore not needing to adjust the distance between point of delivery two ends, effectively can promote the alerting ability that space, working space uses, the receipts and conveyer belt structure can change completely, thus space when reducing storage or transport, avoid the waste causing space, moreover asynchronous the exhibition of scissors bar group of both sides telescopic frame group can be utilized further, it is made to produce curving effect, and prepare different arc conveyers in addition without the need to such as existing conveyer and be connected in series, therefore its structure with assembling on comparatively simple, and can meet the different needs, and its practicality can be increased, therefore significantly can increase the value added of product, and improve product economy benefit and competitive power.

For formation of the present utility model, feature and other objects can be understood further, be below lift some preferred embodiments of the present utility model, and coordinate accompanying drawing to be described in detail as follows, allow the personnel being familiar with this technical field specifically can implement according to this specification sheets simultaneously.

Accompanying drawing explanation

Fig. 1: the three-dimensional appearance schematic diagram of the utility model conveyer belt structure preferred embodiment, it shows the aspect of each primary clustering.

Fig. 2: the side elevational cross-section schematic diagram of the utility model conveyer belt structure in time launching, it shows the relativeness of each primary clustering.

Fig. 3: the utility model conveyer belt structure in the side elevational cross-section schematic diagram in repeatedly time receiving, for aspect when its storage is described.

Fig. 4: the External view of the utility model conveyer belt structure when reality uses, for the configuration that whole conveyer belt structure is described.

Nomenclature:

1, telescopic frame group

10,10 ' scissors bar groups

11,11 ' first connecting rod

12,12 ' second connecting rod

13, portion of pulling is detained

15, fastener

2, axle set

20, axostylus axostyle

25, roller

3, foot rest group

30, vertical rod

31, upper collet

32, lower locking plate

35, wheel body

Detailed description of the invention

The utility model is a kind of conveyer belt structure, illustrate in specific embodiment of the utility model and component thereof with accompanying drawing, with rear, left and right, top and bottom, top and bottom and level and vertical reference before all about, only for being conveniently described, and unrestricted the utility model, also non-its component is limited to any position or direction in space.Size specified in accompanying drawing and specification sheets, when can not leaving in claim of the present utility model, changes according to the design of specific embodiment of the utility model and demand.

A kind of conveyer belt structure of the present utility model, it as shown in Figure 1, this conveyer belt structure by two relative telescopic frame groups 1, multiple be located at axle set 2 between relative telescopic frame group 1 and at least twin mast group 3 formed, for utilizing foot rest group 3 to be erected on ground, and axle set 2 is used to support and mobile article to be conveyed;

And described telescopic frame group 1 is formed by the adjacent serial connection of multiple scissors bar group 10, respectively this scissors bar group 10 is formed by the pivot joint that to interlock in stage casing of a first connecting rod 11 and a second connecting rod 12, and respectively first connecting rod 11 upper end of this scissors bar group 10 and the second connecting rod 12 ' upper end of adjacent scissors bar group 10 ' respectively second connecting rod 12 lower end of this scissors bar group 10 and the relative pivot joint in first connecting rod 11 ' lower end of adjacent scissors bar group 10 ' relative to pivot joint;

Axle set 2 described is again provided at the first connecting rod 11 of respectively this adjacent scissors bar group (10,10 ') and the pivot joint upper end of second connecting rod 12 ', and respectively this axle set 2 has an axostylus axostyle 20, respectively this axostylus axostyle 20 is provided with multiple roller 25 again, article are made across through at least two axles group 20, and to utilize the roller 25 of axle set 2 to move;

Moreover, described foot rest group 3 is located at the contiguous two ends place of telescopic frame group 1, respectively this foot rest group 3 is made up of relative vertical rod 30, and vertical rod 30 is arranged with a upper collet 31 and once locking plate 32, supply the first connecting rod 11 of two adjacent scissors bar groups (10,10 ') to separate with first connecting rod 11 ' with second connecting rod 12 ' and second connecting rod 12 to be respectively pivoted, another each vertical rod 30 bottom is respectively equipped with a wheel body 35, for mobile whole conveyer belt structure;

With this, group formation one alterable length and the conveyer belt structure of angle can be adjusted.

So, the utility model is when reality uses, then as Fig. 1, Fig. 2, shown in Fig. 3 and Fig. 4, this conveyer belt structure is in time using, can according to need by the design of the scissors bar group 10 of telescopic frame group 1, coordinate the wheel body 35 of foot rest group 3, and stretch (as shown in Figure 2) or repeatedly receive (as shown in Figure 3) whole conveyer belt structure, make it can coordinate different conveying environment and space, the phenomenon of length and the distance that changes between point of delivery and the position coordinating conveyer belt structure can be reduced to, and as shown in Figure 4, because the scissors bar group 10 of both sides telescopic frame group 1 can in nonsynchronous flexible, the extension of curvature can be reached, and can turn, significantly increase convenience and the practicality of use.

The utility model separately has an embodiment again, as shown in Figure 1, this conveyer belt structure is the first connecting rod 11 of scissors bar group 10 in the two ends of telescopic frame group 1, the free end of second connecting rod 12 is designed with a button pulls portion 13, a fastener 15 so can be utilized to be connected in series adjacent conveyer belt structure, to make it can extend whole fed distance further.By aforesaid design, conveyer belt structure of the present utility model can utilize the scissors bar group 10 of telescopic frame group 1 to carry out length adjustment, when therefore not needing to adjust the distance between point of delivery two ends, effectively can promote the alerting ability that space, working space uses, the receipts and conveyer belt structure can change completely, thus space when reducing storage or transport, avoid the waste causing space, moreover asynchronous the exhibition of scissors bar group 10 of both sides telescopic frame group 1 can be utilized further, it is made to produce curving effect, and be connected in series without the need to the arc conveyer that such as existing other preparation is different, therefore its structure with assembling on comparatively simple, and can meet the different needs, and its practicality can be increased.

In sum, being appreciated that the utility model is the splendid novel creation of an intention, except effectively solving prior art institute problems faced, more significantly promoting effect, and in identical technical field, have no identical or approximate product creation or open use, there is the enhancement of effect simultaneously.

The above is only preferred implementation of the present utility model, it is to be noted, these embodiments are only not used in restriction scope of the present utility model for illustration of the utility model, and, after having read content of the present utility model, relevant technical staff in the field can make various change or amendment to the utility model, and these equivalent form of values fall into the application's appended claims limited range equally.

Claims

1. a conveyer belt structure, is characterized in that, it comprises two relative telescopic frame groups and multiple axle set be located between relative telescopic frame group;

Described axle set is provided at respectively this adjacent first connecting rod of scissors bar group and pivot joint upper end of second connecting rod, and respectively this axle set has an axostylus axostyle;

2. conveyer belt structure as claimed in claim 1, it is characterized in that, respectively the axostylus axostyle of this axle set is provided with multiple roller, utilizes the roller of axle set to move for article.

3. conveyer belt structure as claimed in claim 1, it is characterized in that, these conveyer belt structure two ends are arranged with a foot rest group, respectively this foot rest group is made up of relative vertical rod, and vertical rod is arranged with a upper collet and once locking plate, separate being pivoted respectively with the lower end of first connecting rod with the upper end of second connecting rod and second connecting rod for the two adjacent first connecting rods of scissors bar group.

4. conveyer belt structure as claimed in claim 3, it is characterized in that, respectively each vertical rod bottom of this foot rest group is respectively equipped with a wheel body, for moving of conveyer belt structure.

5. conveyer belt structure as claimed in claim 1, it is characterized in that, the first connecting rod of the scissors bar group at these telescopic frame group two ends, the free end of second connecting rod being designed with a button to pull portion, for utilizing a relative fastener to be connected in series adjacent conveyer belt structure, making it can extend whole fed distance further.