CN214140137U

CN214140137U - Bucket elevator with mounting hoop frame

Info

Publication number: CN214140137U
Application number: CN202022750302.4U
Authority: CN
Inventors: 粘耀民; 帅学涛; 洪南洲; 卢园头; 陈宗育
Original assignee: Fujian Nonnon Technology Co ltd
Current assignee: Fujian Nonnon Technology Co ltd
Priority date: 2020-11-24
Filing date: 2020-11-24
Publication date: 2021-09-07
Anticipated expiration: 2030-11-24

Abstract

The utility model discloses a bucket elevator with installation package hoop framework, which comprises a housing, still including the package hoop frame, the package hoop frame has the space of passing, it all is equipped with damper outward to pass the four lateral walls of space bit casing, damper has shock pad and installation pole, each installation pole all installs in the package hoop frame with the mode that can follow the casing around and control the translation, the package hoop frame has the running-board and is in running-board outlying guardrail, and the rear end that the guardrail is located the running-board is and opens the form, the guardrail is dismantled with the running-board and is connected, the rear side of above-mentioned package hoop frame has the spiral shell dress structure of being connected with workstation owner's building dismantlement. Compared with the prior art, the installation personnel can stand on the fixed hoop frame to carry out safe operation and adjustment, have alleviateed installer high altitude construction risk and operation intensity greatly, and factor of safety is high, makes things convenient for the installer to carry out accurate regulation installation to the lifting machine, eliminates the resonance sound and the noise of main building vibration source and lifting machine vibration source in addition.

Description

Bucket elevator with mounting hoop frame

Technical Field

The utility model relates to a system sand field, in particular to a bucket elevator for system sand raw materials promotes transport.

Background

As is well known, the existing finished sand needs to be conveyed by a lifter when being manufactured into sand, most of the lifters adopt bucket lifters, which can also be called tower lifters, and the bucket lifters are vertically arranged because of a casing, and the whole height of the casing is as high as several meters. However, in the installation mode, the installation worker belongs to high-altitude operation for installation and adjustment operation, so that great potential safety hazards exist, and due to the high-altitude operation, the verticality of the front, back and left and right centers of the driving device is difficult to calibrate in the adjustment process of the installation worker; meanwhile, the workstation main building and the hoister can vibrate during working, and the two vibration sources can interfere with each other, so that the amplitude and the noise of the hoister are large.

In view of the above, the present inventors have conducted extensive studies to solve the above problems.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a reduce amplitude and noise, and the small bucket elevator who has installation hoop framework of potential safety hazard.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the bucket elevator comprises a machine shell and a hoop frame, wherein the hoop frame is provided with a penetrating space for the machine shell to penetrate through, the penetrating space is positioned outside four side walls of the machine shell and is provided with a damping mechanism, the damping mechanism is provided with a damping pad sealed with the outer side wall of the machine shell and an installation rod with one end fixed with the damping pad and the other end extending back to the damping pad, each installation rod is installed on the hoop frame in a mode of moving back and forth and left and right along the machine shell, the hoop frame is provided with a pedal plate and a guardrail at the periphery of the pedal plate, the rear end of the guardrail positioned on the pedal plate is open, the guardrail is detachably connected with the pedal plate, and the rear side of the hoop frame is provided with a screw installation structure detachably connected with a main building of a workstation.

The hoop wrapping machine frame is provided with a bottom frame, the bottom frame comprises side mounting strips which are horizontally and straightly arranged along the front-back direction, oblique mounting strips which are horizontally and obliquely arranged along the front-back direction, a front mounting strip which is positioned outside the front side of the shell and a rear mounting strip which is positioned outside the rear side of the shell, the side mounting strips and the oblique mounting strips are respectively provided with two strips, the mounting strips at the two sides are arranged at intervals left and right and are respectively positioned at the left outer side and the right outer side of the shell, the mounting strips at the two sides are positioned between the two oblique mounting strips, the front mounting strip is positioned between the front ends of the mounting strips at the two sides, the rear mounting strip is positioned between the middle parts of the mounting strips at the two sides, the front mounting strip, the mounting strips at the two sides and the rear mounting strip enclose a square space, and the square space is the passing space; front inner locking blocks attached to the side mounting bars are respectively locked on opposite faces opposite to the front ends of the mounting bars on the two sides, rear inner locking blocks attached to the side mounting bars are respectively locked on opposite faces opposite to the rear ends of the mounting bars on the two sides, the front mounting bars are positioned between the two front inner locking blocks and are in locking connection with the front inner locking blocks, the rear mounting bars are positioned between the two rear inner locking blocks and are in locking connection with the rear inner locking blocks, front outer locking blocks attached to the surfaces, opposite to the mounting bars on the two sides, of the front ends of the two inclined mounting bars are respectively welded with front outer locking blocks attached to the surfaces, opposite to the mounting bars on the two sides, of the front outer locking blocks, the front outer locking blocks are in locking connection with the side mounting bars through bolts, rear outer locking blocks attached to the outer side walls of the main building of the workstation are respectively welded with rear outer locking blocks, and the locking bolts and the rear outer locking blocks form the screw mounting structure; the side mounting strip and the oblique mounting strip which are positioned on the same side enclose a triangular space which is gradually enlarged from front to back, the pedal plate is positioned on the triangular space, the pedal plate is connected with the side mounting strip and the oblique mounting strip, and the side mounting strip, the oblique mounting strip and the front mounting strip are all vertically provided with the guardrail.

The guardrail comprises a plurality of cross rods and a plurality of vertical rods, wherein the lower end parts of the vertical rods are fixedly welded with locking bottom plates, locking bolts are arranged on the locking bottom plates, and bolt mounting holes are formed in the side mounting strips, the inclined mounting strips and the front mounting strips in a one-to-one correspondence mode and correspond to the locking bolts of the locking bottom plates.

The four side walls of the casing are externally provided with two damping mechanisms which are arranged at intervals, each damping pad is provided with a first cushion block and a second cushion block, each first cushion block is located between each second cushion block and the casing, each first cushion block is closely attached to and matched with the outer side wall of the casing, each second cushion block is locked with the corresponding first cushion block, each mounting rod is a mounting screw rod, the first end of each mounting screw rod is fixedly matched with the corresponding second cushion block, the second end of each mounting screw rod is sleeved with a mounting piece which is attached to the outer side wall of the chassis and locked together, the side mounting bar, the inclined mounting bar and the front mounting bar are provided with through holes through which the mounting screw rods penetrate corresponding to the second ends of the mounting screw rods, and locking nuts are externally screwed at the second ends of the mounting screw rods.

After the technical scheme is adopted, the bucket elevator with the installation hoop framework is applied, the hoop frame is firstly sleeved outside the installation adjusting position of the casing, then the hoop frame and the casing are hung into the set position together, then the bottom of the casing is connected with the foundation, and then the hoop frame is connected with the main building of the workstation; and moreover, the vibration source of the main building of the workstation and the resonance problem of the vibration source of the elevator are eliminated through the damping mechanisms, the amplitude of the elevator is greatly reduced, and the resonance sound and the noise of the vibration source of the main building and the vibration source of the elevator are eliminated.

Drawings

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

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

Detailed Description

In order to further explain the technical solution of the present invention, the following detailed description is made with reference to the accompanying drawings.

The utility model discloses a bucket elevator with installation package hoop framework, as shown in fig. 1-2, including casing 1 and package hoop frame, the package hoop frame has the space of passing that supplies the casing to pass, passes the space and all is equipped with damper outside the four lateral walls of casing 1, the package hoop frame has and is in casing 1 left and right sides outside and along the running-board 21 that the 1 fore-and-aft direction of casing extends and be in running-board outlying guardrail 22, and guardrail 22 is located the rear end of running-board 21 and is open the form, and guardrail 22 dismantles with running-board 21 and is connected, and the rear side of package hoop frame has the spiral shell dress structure of being connected with workstation owner building 100 dismantlement.

Preferably, the hoop housing has a bottom frame, the bottom frame includes a side mounting bar 23 horizontally and straightly arranged along the front-back direction, an inclined mounting bar 24 horizontally and obliquely arranged along the front-back direction, a front mounting bar 25 positioned outside the front side of the casing and a rear mounting bar 26 positioned outside the rear side of the casing, both the side mounting bar 23 and the inclined mounting bar 24 are provided with two bars, the two inclined mounting bars 24 enclose a horn space gradually expanding from front to rear, the side mounting bar 23 is positioned between the two inclined mounting bars 24, the side mounting bars 23 are spaced from left to right and are respectively positioned at the left and right outer sides of the casing 1, the rear ends of the side mounting bars and the rear ends of the two inclined mounting bars, the front ends of the side mounting bars are positioned outside the front ends of the two inclined mounting bars, that the front end portions of the side mounting bars extend out of the horn space, the front mounting bar 25 is positioned between the front ends of the side mounting bars 23, the rear mounting bar 26 is positioned between the middle portions of the side mounting bars 23, the front mounting strip 25, the mounting strips 23 at the two sides and the rear mounting strip 25 enclose a square space, the square space is the penetrating space, and the casing 1 can penetrate through the hoop wrapping machine frame up and down to enable the casing and the hoop wrapping machine frame to be in sleeved fit; front inner locking blocks 231 attached to the side mounting bars are locked on opposite faces of the front ends of the mounting bars 23 on the two sides, rear inner locking blocks 232 attached to the side mounting bars are locked on opposite faces of the rear ends of the mounting bars 23 on the two sides, end portions of two ends of each front mounting bar are located between the two front inner locking blocks 231, end portions of the front mounting bars 25 are welded and connected with the front inner locking blocks 231, the front inner locking blocks 231 are locked on the side mounting bars 23 in a matched mode of bolts and nuts, namely, mounting convex strips extending in the front-rear direction are convexly arranged on the inner sides of the top surfaces of the side mounting bars 23 upwards, the top surfaces of the front inner locking blocks 231 are flush with the top surfaces of the mounting convex strips, and the front inner locking blocks are locked with the mounting convex strips; the rear mounting bar 26 is positioned between the two rear inner locking blocks, and the rear inner locking blocks and the mounting convex strips are locked together through the matching of bolts and nuts; the front end parts of the two oblique mounting bars 24 are fixedly welded with front outer locking blocks 241 attached to the surfaces, opposite to the mounting bars, of the two sides, the front outer locking blocks 241 are fixedly connected with the side mounting bars 23 in a locking manner through bolts, namely, connecting pieces with top surfaces higher than the top surfaces of the side mounting bars are fixedly welded on the surfaces, facing the oblique mounting bars, of the side mounting bars 23, and the front outer locking blocks 241 are in fit with the connecting pieces in a sticking manner and are fixedly locked together through the fit of the bolts and nuts; rear

outer locking blocks

242 and 233 which are attached and matched with the outer side wall of the main building of the workstation are respectively welded at the rear end ends of the two inclined mounting bars 24 and the rear end ends of the two mounting bars 23, and locking bolts are arranged on the rear outer locking blocks, and the locking bolts and the rear outer locking blocks form the screw installation structure; the outer locking blocks and the locking bolts are matched to be locked with the main building 100 of the workstation.

The side mounting strip 23 and the oblique mounting strip 24 which are located on the same side enclose a triangular space which is gradually enlarged from front to back, the pedal 21 is located in the triangular space, the pedal is connected with the side mounting strip and the oblique mounting strip, specifically, a plurality of transverse connecting rods extending in the left-right direction are welded on the oblique mounting strip 24, the transverse connecting rods are arranged at intervals in the front-back direction and clamped between the side mounting strip and the oblique mounting strip, the pedal 21 is placed on each transverse connecting rod, the pedal can also be separated into a plurality of small pedals, a small pedal is arranged between every two adjacent transverse connecting rods, and the small pedals are welded with the side mounting strip and the oblique mounting strip.

Guard rails 22 are vertically arranged on the top surfaces of the side mounting strips, the inclined mounting strips and the front mounting strip, namely the guard rails 22 on the side mounting strips extend along the length direction of the side mounting strips, the guard rails 22 on the side mounting strips are used as inner guard rails, the front end parts of the inner guard rails extend to the sides of the front end parts of the front mounting strips, the rear end parts of the inner guard rails extend to the work station main building 100 and are locked with the work station main building 100, the guard rails on the inclined mounting strips extend along the inclined direction of the inclined mounting strips, the guard rails on the inclined mounting strips are used as outer guard rails, the rear end parts of the outer guard rails extend to the work station main building 100 and are locked with the work station main building 100, the guard rails 22 on the front mounting strips extend along the length direction of the front mounting strips, the guard rails on the front mounting strips are used as front guard rails, the left end parts of the front guard rails are integrally formed with the front ends of the outer guard rails, the front end parts of the inner guard rails are welded with the front ends of the front guard rails, the outer guardrail, the inner guardrail and the front guardrail are composed of a plurality of cross rods and a plurality of vertical rods, the lower end parts of the vertical rods are fixedly welded with locking bottom plates 221, locking bolts are mounted on the locking bottom plates 221, bolt mounting holes are formed in the side mounting strips, the inclined mounting strips and the front mounting strips in a one-to-one correspondence mode and correspond to the locking bolts of the locking bottom plates, and the installation of the guardrails is achieved through the matching of the bolt mounting holes, the locking bolts and the locking nuts. In this is novel, what the excellent adoption of side mounting bar, oblique mounting bar and preceding mounting bar was shaped steel, makes things convenient for the bolt dismouting cooperation of each part like this.

The damping mechanism is provided with a damping pad 31 sealed with the outer side wall of the casing and mounting rods 32 with one end fixed with the damping pad and the other end extending back to the damping pad, each mounting rod 32 is mounted on the hoop frame in a manner of being capable of moving back and forth and left and right along the casing, preferably, two damping mechanisms arranged at intervals are arranged outside the four side walls of the casing 1, the damping mechanisms at the left and right sides of the casing 1 are arranged at intervals in the front and back direction, the damping mechanisms at the front and back sides of the casing are arranged at intervals in the left and right direction, the damping pad 31 is provided with a first cushion block 311 and a second cushion block 312, the first cushion block 311 is arranged between the second cushion block 312 and the outer side wall of the casing 1, the first cushion block 311 is closely attached to and matched with the outer side wall of the casing 1, the second cushion block 312 is locked with the first cushion block 311 through the matching of bolts and nuts, the mounting rods 32 are mounting screws, the first end of the, the second end of the mounting screw rod is sleeved with a mounting piece 321 which is attached to the outer side wall of the chassis and locked together in a locking mode, a through hole through which the mounting screw rod passes is formed in the side mounting bar, the inclined mounting bar and the front mounting bar corresponding to the second end of the mounting screw rod, the through hole is provided with a transverse bar-shaped hole extending along the left-right direction and a longitudinal bar-shaped hole extending along the up-down direction, the transverse bar-shaped hole is communicated with the longitudinal bar-shaped hole, the transverse bar-shaped hole and the longitudinal bar-shaped hole form a cross hole, the mounting screw rod can pass through the transverse bar-shaped hole and the longitudinal bar-shaped hole, and a locking nut is mounted outside the second end of the mounting screw rod; utilize the cooperation of installation screw rod and lock nut to correspond the shock pad and install on each mounting bar of chassis, utilize the tight power in top of installation screw rod to make the shock pad cooperate with the lateral wall subsides of casing 1 simultaneously, utilize the cross to pass the hole at last to make the bumper shock absorber machine can carry out the regulation of controlling all around, the installation suitability is strong.

The utility model discloses a bucket elevator with installation package hoop framework, during the application, first the package hoop frame is assembled, the suit is outside the installation adjustment position of casing 1 again, later with the casing together hang into the settlement position through the hoisting machine, then link together the bottom and the basis of casing 1, again with the rear end of side mounting bar and oblique mounting bar with workstation owner building 100 lock solid link together, like this, the package hoop frame is fixed mounting promptly, at this moment, the installer just can stand and carry out the installation and the adjustment of bucket elevator in the triangle space of package hoop frame, the operation is very safe, and utilize the guardrail to make installer's operation more calm, make installer be in under the safe operating environment, make things convenient for installer to carry out accurate regulation installation to the elevator; the risk of high-altitude operation and the operation intensity of installation personnel are greatly reduced, and the safety factor is high; moreover, the vibration of the hoister can be eliminated by the damping pad and the sealing of the outer side wall of the shell, and the vibration source of the main building of the workstation can also be eliminated, so that the problem that the vibration source of the main building of the workstation and the vibration source of the hoister resonate is avoided, the amplitude of the hoister is greatly reduced, and the resonance sound and noise of the vibration source of the main building and the vibration source of the hoister are eliminated; in addition, utilize two cushion blocks to make the thickness of shock pad on the one hand thick enough eliminate the vibration of lifting machine and workstation owner building, on the other hand can also change the first cushion of easy wearing and tearing, guarantees the shock attenuation effect of shock pad.

The product form of the present invention is not limited to the drawings and embodiments of the present application, and any person can properly change or modify the product form of the present invention without departing from the scope of the present invention.

Claims

1. Bucket elevator with installation package hoop framework, including the casing, its characterized in that: still including the shroud ring frame, above-mentioned shroud ring frame has the space that passes that supplies the casing to pass, the aforesaid passes the space and lies in all being equipped with damper outside the four lateral walls of casing, above-mentioned damper has the shock pad sealed with the lateral wall of casing and one end is fixed with the shock pad, the other end is the installation pole that the shock pad extends dorsad, each installation pole all installs in above-mentioned shroud ring frame with the mode that can follow the casing around and control the translation, above-mentioned shroud ring frame has the running-board that is in outside the casing left and right sides and extends along the casing fore-and-aft direction and is in the outlying guardrail of running-board, and the rear end that the guardrail is located the running-board is open the form, guardrail and running-board are dismantled and are connected, the rear side of above-mentioned shroud ring frame has the spiral shell dress structure of being dismantled with workstation owner and being connected.

2. The bucket elevator with a mounting bail framework of claim 1 wherein: the hoop wrapping machine frame is provided with a bottom frame, the bottom frame comprises side mounting strips which are horizontally and straightly arranged along the front-back direction, oblique mounting strips which are horizontally and obliquely arranged along the front-back direction, a front mounting strip which is positioned outside the front side of the shell and a rear mounting strip which is positioned outside the rear side of the shell, the side mounting strips and the oblique mounting strips are respectively provided with two strips, the mounting strips at the two sides are arranged at intervals left and right and are respectively positioned at the left outer side and the right outer side of the shell, the mounting strips at the two sides are positioned between the two oblique mounting strips, the front mounting strip is positioned between the front ends of the mounting strips at the two sides, the rear mounting strip is positioned between the middle parts of the mounting strips at the two sides, the front mounting strip, the mounting strips at the two sides and the rear mounting strip enclose a square space, and the square space is the passing space; front inner locking blocks attached to the side mounting bars are respectively locked on opposite faces opposite to the front ends of the mounting bars on the two sides, rear inner locking blocks attached to the side mounting bars are respectively locked on opposite faces opposite to the rear ends of the mounting bars on the two sides, the front mounting bars are positioned between the two front inner locking blocks and are in locking connection with the front inner locking blocks, the rear mounting bars are positioned between the two rear inner locking blocks and are in locking connection with the rear inner locking blocks, front outer locking blocks attached to the surfaces, opposite to the mounting bars on the two sides, of the front ends of the two inclined mounting bars are respectively welded with front outer locking blocks attached to the surfaces, opposite to the mounting bars on the two sides, of the front outer locking blocks, the front outer locking blocks are in locking connection with the side mounting bars through bolts, rear outer locking blocks attached to the outer side walls of the main building of the workstation are respectively welded with rear outer locking blocks, and the locking bolts and the rear outer locking blocks form the screw mounting structure; the side mounting strip and the oblique mounting strip which are positioned on the same side enclose a triangular space which is gradually enlarged from front to back, the pedal plate is positioned on the triangular space, the pedal plate is connected with the side mounting strip and the oblique mounting strip, and the side mounting strip, the oblique mounting strip and the front mounting strip are all vertically provided with the guardrail.

3. The bucket elevator with a mounting bail framework of claim 2 wherein: the guardrail comprises a plurality of cross rods and a plurality of vertical rods, wherein the lower end parts of the vertical rods are fixedly welded with locking bottom plates, locking bolts are arranged on the locking bottom plates, and bolt mounting holes are formed in the side mounting strips, the inclined mounting strips and the front mounting strips in a one-to-one correspondence mode and correspond to the locking bolts of the locking bottom plates.

4. The bucket elevator with a mounting bail framework of claim 2 wherein: the four side walls of the casing are externally provided with two damping mechanisms which are arranged at intervals, each damping pad is provided with a first cushion block and a second cushion block, the first cushion block is arranged between the second cushion block and the casing, the first cushion block is closely attached and matched with the outer side wall of the casing, the second cushion block is locked together with the first cushion block, the mounting rod is a mounting screw rod, the first end of the mounting screw rod is fixedly matched with the second cushion block, the second end of the mounting screw rod is externally sleeved with a mounting piece which is attached and locked together with the outer side wall of the chassis, the side mounting bar, the inclined mounting bar and the front mounting bar are externally provided with a through hole through which the mounting screw rod passes corresponding to the second end of the mounting screw rod, the through hole is provided with a transverse bar-shaped hole extending along the left-right direction and a longitudinal bar-shaped hole extending along the up-down direction, the transverse bar-shaped hole is communicated with the, and a locking nut is externally screwed at the second end of the mounting screw rod.