CN211009675U - Cement cooling supports shock attenuation protector - Google Patents

Abstract

The utility model relates to a cement manufacture processing equipment technical field especially relates to a cement cooling supports shock attenuation protector. The utility model adopts the technical proposal that: include that the cylindrical main part made by metal material supports the stable spliced pole, the upper end central point that the main part supported the stable spliced pole puts and is equipped with the cylindrical hollow structure who runs through terminal surface under the part, the main part supports the convex first shock attenuation protection link that is equipped with circumference evenly distributed on the outside upper end of stable spliced pole, first shock attenuation protection link is located the top that the main part supported stable spliced pole central point and put forms a cylindrical first central stable joint backup pad. The utility model has the advantages that: the cement production device has the advantages that the overall service life of the cement production device in use can be effectively prolonged, the overall maintenance frequency in the use process can be reduced, and the use safety of the assembly connection position is better.

Description

Cement cooling supports shock attenuation protector

Technical Field

The utility model relates to a cement manufacture processing equipment technical field especially relates to a cement cooling supports shock attenuation protector.

Background

Cement can be through preheating high temperature treatment steps such as decomposition and high temperature heating in the production course of working, and ordinary connecting device can only play the reinforced effect of support when processing in production, can't obtain the guarantee to the shock attenuation effect of hookup location to receive thermal influence great when processing, consequently lead to the hookup location of processing equipment to produce the damage easily.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a cement cooling supporting damping protection device which adopts a brand new structural design, when in use, the structure with a higher heat position can be matched with cement production and processing equipment for assembly and connection, thereby not only ensuring the firmness of the assembly and connection, but also playing a better supporting role, the device has better shock absorption effect in the using process, ensures that the processing safety of the whole device is higher in the using process, can be arranged at a plurality of positions of cement production equipment according to the requirements when in use, the application range is wider when in use, the use of the cement mortar can effectively prolong the whole service life of cement production equipment when in use, and the maintenance frequency of the whole body in the use process can be reduced, so that the use safety of the assembly connection position is better, and the assembly position can be protected more reliably.

The technical scheme of the utility model as follows:

the utility model provides a cement cooling supports shock attenuation protector which characterized in that: include that the cylindrical main part made by metal material supports the stable spliced pole, the upper end central point that the main part supported the stable spliced pole puts and is equipped with the cylindrical hollow structure who runs through terminal surface under the part, the outside upper end that the main part supported the stable spliced pole is equipped with the first shock attenuation of the convex protection link of circumference evenly distributed, first shock attenuation protection link is located the top that the main part supported the stable spliced pole central point and puts forms a cylindrical first central stable joint support board, first shock attenuation protection link is close to highly being less than that first central stable joint support board is located first shock attenuation protection link is close to the height that the cylindrical surface position was stabilized to the main part, adjacent two form first main part ventilation cooling shock attenuation groove between the first shock attenuation protection link, first shock attenuation protection link is close to the little width of first central stable joint support board one side In the width of opposite side position, the convex second that the outside lower extreme of main part support stabilization connection post was equipped with circumference evenly distributed supports the shock attenuation protection link, the second supports the shock attenuation protection link and is located the main part supports the lower part that stabilization connection post central point put and forms a cylindrical second center stable connection backup pad, adjacent two form second main part ventilation cooling shock attenuation groove between the second center stable connection backup pad, every first support shock attenuation protection link with the second supports the shock attenuation protection link the main part supports the central point of stabilizing connection post outer cylindrical surface upper and lower direction and puts and intersect, first support shock attenuation protection link with the crossing position of second support shock attenuation protection link is equipped with cylindrical main part assembly locking fixed connection hole, the upper and lower both ends of main part assembly locking fixed connection hole respectively with first support shock attenuation protection link with the second supports shock attenuation protection link The crossed position is provided with a cylindrical main body assembling, fastening and connecting stable groove.

Furthermore, the projection of the first supporting, shock-absorbing and protecting connecting frame on the horizontal plane completely coincides with the projection of the second supporting, shock-absorbing and protecting connecting frame on the horizontal plane.

Furthermore, the first supporting, shock-absorbing and protecting connecting frame and the second supporting, shock-absorbing and protecting connecting frame are of an up-and-down symmetrical structure.

The utility model has the advantages that:

the utility model discloses a brand-new structural design, can cooperate the structure that cement production processing equipment has higher heat position when using to carry out the erection joint, assembly joint's fastness not only can be ensured, and can also play better supporting role, can have better shock attenuation effect in the use, make whole processing security in the use higher, this device can install a plurality of positions at cement production equipment as required when using, the range of application when using is wider, its use can effectively improve the whole life-span of cement production equipment when using, and can reduce whole maintenance frequency in the use, make the safety in utilization of erection joint position better, can play more reliable safety protection effect to the mounted position.

Drawings

Fig. 1 is a schematic perspective view of the present invention;

fig. 2 is a schematic front view of the present invention;

fig. 3 is a left side schematic view of the present invention;

fig. 4 is a schematic top view of the present invention;

fig. 5 is a schematic perspective view of the second direction of the present invention;

in the figure: 1. the main part supports and stabilizes the spliced pole, 2, first support shock attenuation protection link, 3, first center stable joint support board, 4, first main part ventilation cooling shock attenuation groove, 5, the second supports shock attenuation protection link, 6, the central stable joint support board of second, 7, second main part ventilation cooling shock attenuation groove, 8, main part assembly locking fixed connection hole, 9, main part assembly fastening connection stable groove.

Detailed Description

As shown in fig. 1 to 5, a cement cooling support shock absorption and protection device adopts a brand new structural design, when in use, the structure with a higher heat position can be matched with cement production and processing equipment for assembly and connection, thereby not only ensuring the firmness of the assembly and connection, but also playing a better supporting role, the device has better shock absorption effect in the using process, ensures that the processing safety of the whole device is higher in the using process, can be arranged at a plurality of positions of cement production equipment according to the requirements when in use, the application range is wider when in use, the use of the cement mortar can effectively prolong the whole service life of cement production equipment when in use, and the maintenance frequency of the whole body in the use process can be reduced, so that the use safety of the assembly connection position is better, and the assembly position can be protected more reliably. It includes the cylindrical main part made of metal material supports stable spliced pole 1, and it is the major structure of this device, bears holistic structural strength when using. The upper end central point that the spliced pole 1 was stabilized in the main part support puts and is equipped with the cylindrical hollow structure who runs through terminal surface under the part, and convenient upper and lower direction shock attenuation bearing structure's setting. The outer side upper end that the spliced pole 1 was stabilized in the main part support is equipped with the first support shock attenuation protection link 2 of circular arc of circumference evenly distributed, and it can ensure that the upper end position of this device has the absorbing supporting role when using, and the whole security in the use is higher. The first supporting, damping and protecting connecting frame 2 is located above the central position of the main body supporting and stabilizing connecting column 1 to form a cylindrical first central stable connecting and supporting plate 3 which can be matched and connected with an assembling position to provide a supporting and placing effect for the assembling position. First support shock attenuation protection link 2 is close to highly being less than that first center stable connection backup pad 3 is located first support shock attenuation protection link 2 is close to the height of the outer cylindrical surface position of main part support stable connection post 1 makes the stability of placing of intermediate position better, can have more reliable safety in utilization when using. Adjacent two form first main part ventilation cooling shock attenuation groove 4 between the first support shock attenuation protection link 2, ensure that major structure has better ventilation effect, can be timely when using circulate inside and outside air to make whole cooling effect when using also better, it is longer to have ensured the whole life of this device. The width of one side of the first supporting, damping and protecting connecting frame 2, which is close to the first central stable connecting and supporting plate 3, is smaller than the width of the other side, the lower end of the outer side of the main body supporting and stabilizing connecting column 1 is provided with a circular arc-shaped second supporting, damping and protecting connecting frame 5 with uniformly distributed circumference, the second supporting, damping and protecting connecting frame 5 is positioned below the central position of the main body supporting and stabilizing connecting column 1 to form a cylindrical second central stable connecting and supporting plate 6, a second main body ventilating and radiating damping groove 7 is formed between two adjacent second central stable connecting and supporting plates 6, each first supporting, damping and protecting connecting frame 2 and each second supporting, damping and protecting connecting frame 5 are intersected at the central position of the main body supporting and stabilizing connecting column 1 in the up-down direction of the outer cylindrical surface, and the upper and lower ends of the device can be used for installation and, when the upper end position is used for a long time, the device can be reversed, and the lower end position faces upwards, so that the device can be continuously used. The crossed position of the first supporting shock absorption protection connecting frame 2 and the second supporting shock absorption protection connecting frame 5 is provided with a cylindrical main body assembling locking fixing connecting hole 8, and the whole installation and locking of the device are carried out through the position. The upper and lower both ends of main part assembly locking fixed connection hole 8 respectively with first support shock attenuation protection link 2 with the crossing position of second support shock attenuation protection link 5 is equipped with cylindrical main part assembly fastening connection stable trough 9, ensures that the connection compactness of mounted position is better, and the whole security in the use is higher.

Preferably, the projection of the first supporting, damping and protecting connecting frame 2 on the horizontal plane completely coincides with the projection of the second supporting, damping and protecting connecting frame 5 on the horizontal plane, so that the whole ventilation effect of the upper and lower positions of the device is better when the device is used, and the whole cooling efficiency in the using process can be further improved.

Preferably, the first supporting shock-absorbing protection connecting frame 2 and the second supporting shock-absorbing protection connecting frame 5 are in a vertical symmetrical structure, so that the mounting and the use are more convenient, the front and back do not need to be distinguished during mounting, the upper end and the lower end can both have a more stable shock-absorbing effect during use, and the use safety is more reliable during later use.

The foregoing is a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of modifications or replacements can be made without departing from the principle of the present invention, and these modifications or replacements should also be considered as the protection scope of the present invention.

Claims (3)

1. The utility model provides a cement cooling supports shock attenuation protector which characterized in that: include that the cylindrical main part made by metal material supports and stabilizes spliced pole (1), the upper end central point that the main part supported and stabilized spliced pole (1) puts and is equipped with the cylindrical hollow structure who runs through terminal surface under the part, the outside upper end that the main part supported and stabilized spliced pole (1) is equipped with circular arc first support shock attenuation protection link (2) of circumference evenly distributed, first support shock attenuation protection link (2) are located the top that the main part supported and stabilized spliced pole (1) central point and puts forms a cylindrical first center stable connection backup pad (3), first support shock attenuation protection link (2) are close to highly being less than that first center stable connection backup pad (3) are located first support shock attenuation protection link (2) are close to the height that the cylindrical surface position was put outside the main part supported and stabilized spliced pole (1), adjacent two form first main part ventilation heat dissipation shock attenuation shock A groove (4), the width of the first supporting, damping and protecting connecting frame (2) close to one side of the first central stable connecting and supporting plate (3) is smaller than the width of the other side position, the outer lower end of the main body supporting and stabilizing connecting column (1) is provided with a circular arc-shaped second supporting, damping and protecting connecting frame (5) with uniformly distributed circumference, the second supporting, damping and protecting connecting frame (5) is positioned below the central position of the main body supporting and stabilizing connecting column (1) to form a cylindrical second central stable connecting and supporting plate (6), a second main body ventilating and heat dissipating damping groove (7) is formed between every two adjacent second central stable connecting and supporting plates (6), and each first supporting, damping and protecting connecting frame (2) and each second supporting, damping and protecting connecting frame (5) are intersected at the central position of the main body supporting and stabilizing connecting column (1) in the up-down direction of the outer cylindrical surface, first support shock attenuation protection link (2) with the crossing position of second support shock attenuation protection link (5) is equipped with cylindrical main part assembly locking fixed connection hole (8), the upper and lower both ends of main part assembly locking fixed connection hole (8) respectively with first support shock attenuation protection link (2) with the crossing position of second support shock attenuation protection link (5) is equipped with cylindrical main part assembly fastening connection stable groove (9).

2. The cement cooling support shock absorption and protection device as claimed in claim 1, wherein: the projection of the first supporting, damping and protecting connecting frame (2) on the horizontal plane is completely coincided with the projection of the second supporting, damping and protecting connecting frame (5) on the horizontal plane.

3. The cement cooling support shock absorption and protection device as claimed in claim 1, wherein: the first supporting, shock-absorbing and protecting connecting frame (2) and the second supporting, shock-absorbing and protecting connecting frame (5) are of an up-and-down symmetrical structure.

Images