阅读说明：本技术 一种船用施工物料升降输送装置 (Marine construction material lifting and conveying device ) 是由 陈林 于 2021-08-23 设计创作，主要内容包括：本发明公开一种船用施工物料升降输送装置,包括主体支架、第一阶梯输送带、混料组件、第二阶梯输送带、储存搅拌组件,将主体支架固定安装于地面上,底层平台并列安装3组第一输送带,第一输送带的下方安装安装混料组件,输送带运输上来的物料根据不同混凝土的配比输送到混料组件中,通过混料组件内的双绞龙将各种物料充分混合,通过主体上的卸料口将物料倾泻到第二阶梯输送带上,第二阶梯输送带固定连接在主体机架上,在第二阶梯输送带下面安装储存搅拌组件物料进入储存搅拌组件后,加水然后通过内部特制的组合式绞龙充分搅拌,完成混凝土的最终混和,将阀门打开后倒入第二组第二阶梯输送带上,再倒入第二组储存搅拌组件内逐级向上输送,直到到达最终楼层。(The invention discloses a marine construction material lifting conveying device, which comprises a main body support, a first ladder conveyor belt, a mixing component, a second ladder conveyor belt and a storage stirring component, wherein the main body support is fixedly arranged on the ground, 3 groups of first conveyor belts are arranged on a bottom platform in parallel, the mixing component is arranged below the first conveyor belt, materials conveyed by the conveyor belts are conveyed into the mixing component according to different concrete proportions, various materials are fully mixed by a double auger in the mixing component, the materials are poured onto the second ladder conveyor belt through a discharge opening in a main body, the second ladder conveyor belt is fixedly connected to a main body frame, the storage stirring component is arranged below the second ladder conveyor belt, the materials enter the storage stirring component, water is added, the materials are fully stirred by a specially-made combined auger in the main body, the final mixing of concrete is completed, a valve is opened and then poured onto the second ladder conveyor belt, and then poured into a second group of storage stirring components to be conveyed upwards step by step until reaching the final floor.)

1. The utility model provides a marine construction material lift conveyor, includes main part support (1), first ladder conveyer belt (2), compounding subassembly (3), second ladder conveyer belt (4), stores stirring subassembly (5), its characterized in that:

the main body support 1 comprises a main body frame (101), a first ladder conveyor belt pedal (102), a second ladder conveyor belt lower mounting frame (103), a mixing component mounting frame (104), a first group of conveyor belt lower mounting frames (106) and a first group of conveyor belt upper mounting frames (107);

the first ladder conveyor belt (2) comprises a first ladder conveyor belt side plate (201);

the mixing component (3) comprises a mixing component motor support (304) and a mixing component main body (313);

the second step conveyor belt (4) comprises a step conveyor belt (401);

the storage stirring assembly (5) comprises a storage stirring assembly main body (507);

the main body bracket (1) is fixed on the installation ground through a main body frame (101), the foundation needs to be tamped, and need pour on four legs with cement, compounding subassembly (3) group first ladder conveyer belt curb plate (201) fixed mounting respectively on first ladder conveyer belt footboard (102), compounding subassembly motor support (304) and ladder drive belt 401's one end pass through second ladder conveyer belt lower mounting bracket (103) and compounding subassembly mounting bracket (104) fixed connection, compounding subassembly main part (313) fixed mounting is in the medial surface of main body frame (101), the other end fixed mounting of ladder drive belt conveyer belt (401) is above first group conveyer belt lower mounting bracket (106), the take-up (stock) dish fixed mounting who stores stirring subassembly main part (507) is below first group conveyer belt lower mounting bracket (106), the discharge opening fixed mounting who stores stirring subassembly main part (507) is above first group conveyer belt upper mounting bracket (107).

2. The marine construction material lifting and conveying device according to claim 1, wherein: main part support (1) is still including storing stirring subassembly mounting bracket (105), second group conveyer belt lower mounting bracket (108), second group conveyer belt upper mounting bracket (109), third group conveyer belt lower mounting bracket (110), third group conveyer belt upper mounting bracket (111), elevating gear upper mounting platform (112), store stirring subassembly mounting bracket (105) fixed mounting in main body frame (101) medial surface, second group conveyer belt lower mounting bracket (108), second group conveyer belt upper mounting bracket (109) fixed mounting in the lateral surface of main body frame (101), third group conveyer belt lower mounting bracket (110), third group conveyer belt upper mounting bracket (111) fixed mounting in the lateral surface of main body frame (101), elevating gear upper mounting platform (112) fixed mounting is on main body frame (101).

3. The marine construction material lifting and conveying device according to claim 1, wherein: the first ladder conveying belt (2) further comprises a first ladder conveying belt guardrail (202), a first ladder conveying belt driving shaft roller (203), a conveying belt (204), a conveying belt supporting plate (205), a turning roller (206), a supporting roller (207) and a driven shaft roller (208), wherein the first ladder conveying belt guardrail (202) is fixedly arranged on the upper surface of the first ladder conveying belt side plate (201), the first ladder conveying belt driving shaft roller (203) and the driven shaft roller (208) are fixedly arranged on the inner side of the end part of the first ladder conveying belt side plate (201), the turning roller (206) is fixedly arranged on the inner side of the first ladder conveying belt side plate (201), the conveying belt (204) is slidably arranged on the outer sides of the first ladder conveying belt driving shaft roller (203) and the driven shaft roller (208), and the conveying belt supporting plate (205) is fixedly arranged on the inner side of the first ladder conveying belt side plate (201), the supporting rollers (207) are slidably mounted on the ends of the conveyor belt (204).

4. The marine construction material lifting and conveying device according to claim 1, wherein: the mixing component (3) further comprises a mixing component motor (301), a mixing component motor speed reducer (302), a second packing auger (303), a chain (305), a mixing component power double-row sprocket (306), a third packing auger sprocket (307), an adjusting sprocket (308), a sprocket bearing (309), a single-row packing auger sprocket (310), a first packing auger sprocket (311), a first packing auger (312), a mixing component main body (313) and a combined packing auger (314), wherein the mixing component motor (301) is fixedly mounted in a shaft hole of the mixing component motor speed reducer (302), the mixing component motor speed reducer 302 is fixedly mounted on the mixing component motor support (304), the mixing component motor support (304) is fixedly mounted on the main body support (1), the mixing component power double-row sprocket (306) is fixedly mounted at the bottom of the mixing component motor (301), the second packing auger (303) and the mixing component power double-row sprocket (306) are connected through the chain (305), the material mixing component power driving double-row chain wheel (306) and the third packing auger chain wheel (307) are fixedly installed with a first packing auger (312) and a combined packing auger (314) respectively, the third packing auger chain wheel (307) is fixedly installed in a shaft hole of a chain wheel bearing (309), the third packing auger chain wheel (307) is connected with the material mixing component power driving double-row chain wheel (306) through a chain (305), an adjusting chain wheel (308) is fixedly installed in a middle installation hole of the second packing auger (303), a single-row packing auger chain wheel (310) is fixedly installed on a material mixing component main body (313), the combined packing auger (314) is fixedly installed in an installation hole of the single-row packing auger chain wheel (310), a first packing auger chain wheel (311) is fixedly installed on the material mixing component main body (313), the first packing auger (312) is fixedly installed in an installation hole of the first packing auger chain wheel (311), the third packing auger chain wheel (307), the adjusting chain wheel (308), the single-row packing auger chain wheel (310), The first auger sprocket (311) is connected by a chain (305).

5. The marine construction material lifting and conveying device according to claim 1, wherein: second ladder conveyer belt (4) still include ladder drive belt backing roll (402), ladder drive belt curb plate (403), ladder drive belt drive roll (404), ladder drive belt guardrail (405), second ladder conveyer belt (4) 06, ladder drive belt backing roll (402), ladder drive belt guardrail (405) fixed mounting is in ladder drive belt curb plate (403) medial surface, install on ladder drive belt curb plate (403) second ladder conveyer belt (406), install the outside at ladder drive belt backing roll (402) and ladder drive belt guardrail (405) ladder drive belt conveyer belt (401), through ladder drive belt drive roll (404) transmission.

6. The marine construction material lifting and conveying device according to claim 1, wherein: store stirring subassembly (5) still including storing stirring subassembly motor (501), store stirring subassembly motor speed reducer (502), store stirring subassembly motor erection support (503), shaft coupling (504), combination formula auger (505), valve (506), store stirring subassembly motor (501) fixed mounting in the mounting hole of storing stirring subassembly motor speed reducer (502), store stirring subassembly motor speed reducer (502) and install the tip of storing stirring subassembly motor erection support (503), shaft coupling (504) one end is installed on storing stirring subassembly motor erection support (503), shaft coupling (504) one end is installed at combination formula auger (505) tip, store stirring subassembly main part (507) fixed mounting on storing stirring subassembly main part (507), valve (506) fixed mounting is at storing stirring subassembly main part (507) afterbody, combination formula auger (505) is connected through shaft coupling (504) and is stored stirring subassembly motor (502) and realize stirring subassembly motor (507) Rotation of the combined auger (505).

7. The marine construction material lifting and conveying device according to claim 1, wherein: the main body frame (101) is a modular mechanism, and modules can be increased or decreased according to the height of a building.

8. The marine construction material lifting and conveying device according to claim 1, wherein: the upper portion of the first ladder conveying belt side plate (201) is folded for installing a first ladder conveying belt guardrail (202), mounting holes are formed in the corners of the first ladder conveying belt side plate (201), and a supporting roller (207) is installed to drag the conveying belt (204), so that the conveying belt (204) can run stably.

9. The marine construction material lifting and conveying device according to claim 1, wherein: five mounting holes are regularly formed in the side face of the mixing component main body (313) and used for mounting a mixing component power driving double-row chain wheel (306), a third packing auger chain wheel (307), an adjusting chain wheel (308), a single-row packing auger chain wheel (310) and a first packing auger chain wheel (311); the double sprocket of compounding subassembly power initiative (306), third auger sprocket (307) are a set of through chain (305) transmission, realize the rotation of the synchronous not syntropy of second group auger, and single auger sprocket (310), first auger sprocket (311) rotate for a set of through chain 305, realize the rotation of the synchronous not syntropy of first auger (312), combination auger (314).

10. The marine construction material lifting and conveying device according to claim 1, wherein: the combined auger (505) is of a specially-made segmented double-spiral structure, so that the mortar is fully stirred; store stirring subassembly motor reducer (502) and combination formula auger (505) and pass through shaft coupling (504) and connect the installation, combination formula auger (505) is favorable to the protection to store stirring subassembly motor reducer (502) and store stirring subassembly motor (501) in the operation.

Technical Field

The invention relates to the field of material conveying, in particular to a lifting conveying device for marine construction materials.

Background

Along with the development of society, the continuous progress of science and technology, the introduction of more and more equipment continuously reduces the labor intensity of people in production and life, simultaneously greatly reduces the danger coefficient of people, in the field of building, the introduction of various functional mechanical equipment greatly promotes the construction speed of buildings, a lifter in the building equipment is special equipment for high-altitude operation with wide application, and the lifting structure enables the lifting platform to have higher stability after being lifted, and a large operation platform and higher bearing capacity enable the high-altitude operation range to be larger, and is suitable for conveying materials and multi-person operation.

At present, when the existing material elevator for building construction is lifted, the weight of the loaded material is large, and the lifted height is high, so that the elevator shakes left and right due to unstable gravity center, and the material on the elevator is in danger of falling off due to vibration generated when the elevator moves.

Disclosure of Invention

The invention provides a lifting and conveying device for marine construction materials, which can effectively solve the problems and has the advantages of wide application range, strong universality, safety, simplicity and convenience and cost saving.

In order to solve the problems, the technical scheme adopted by the invention is as follows: the utility model provides a marine construction material lift conveyor, including the main part support, first ladder conveyer belt, the compounding subassembly, the second ladder conveyer belt, store the stirring subassembly, the main part support includes main body frame, compounding subassembly mounting bracket, mounting bracket under the first set of conveyer belt, mounting bracket on the first set of conveyer belt, first ladder conveyer belt includes first ladder conveyer belt curb plate, the compounding subassembly includes compounding subassembly motor support, compounding subassembly main part, the second ladder conveyer belt includes ladder drive belt conveyer belt, it includes storage stirring subassembly main part to store the stirring subassembly.

The main part support is fixed in the installation subaerial through main body frame, the ground need tamp, and need pour on four legs with cement, compounding subassembly group first ladder conveyer belt curb plate is fixed mounting respectively on first ladder conveyer belt footboard, compounding subassembly motor support and ladder drive belt conveyer belt's one end is passed through second ladder conveyer belt lower mounting bracket and compounding subassembly mounting bracket fixed connection, compounding subassembly main part fixed mounting is at main body frame's medial surface, ladder drive belt conveyer belt's other end fixed mounting is on first group conveyer belt lower mounting bracket, store the below of taking over dish fixed mounting at first group conveyer belt lower mounting bracket of stirring subassembly main part, store the discharge opening fixed mounting of stirring subassembly main part on first group conveyer belt upper mounting bracket.

Further, the main body support further comprises a storage stirring assembly mounting frame, a second group of lower conveying belt mounting frame, a second group of upper conveying belt mounting frame, a third group of lower conveying belt mounting frame, a third group of upper conveying belt mounting frame and a lifting device upper platform, wherein the storage stirring assembly mounting frame is fixedly mounted on the inner side surface of the main body frame, the second group of lower conveying belt mounting frame and the second group of upper conveying belt mounting frame are fixedly mounted in the outer side surface of the main body frame, the third group of lower conveying belt mounting frame and the third group of upper conveying belt mounting frame are fixedly mounted in the outer side surface of the main body frame, and the lifting device upper platform is fixedly mounted on the main body frame.

Further, first ladder conveyer belt still includes first ladder conveyer belt guardrail, first ladder conveyer belt driving shaft cylinder, the conveyer belt layer board, the cylinder that turns round, the supporting roll, the driven shaft cylinder, first ladder conveyer belt guardrail fixed mounting is on first ladder conveyer belt curb plate, first ladder conveyer belt driving shaft cylinder, driven shaft cylinder fixed mounting is inboard in first ladder conveyer belt curb plate tip, the cylinder fixed mounting that turns round is inboard in first ladder conveyer belt curb plate, conveyer belt slidable mounting is in the outside of first ladder conveyer belt driving shaft cylinder and driven shaft cylinder, conveyer belt layer board fixed mounting is in the inboard of first ladder conveyer belt curb plate, the conveyer belt is along first ladder conveyer belt driving shaft cylinder, the cylinder that turns round forms the cooperation transmission with the driven shaft cylinder, the supporting roll slidable mounting is at the tip of conveyer belt.

Further, the mixing component further comprises a mixing component motor, a mixing component motor speed reducer, a second auger, a chain, a mixing component power double-row sprocket, a third auger sprocket, an adjusting sprocket, a sprocket bearing, a single-row auger sprocket, a first auger, a mixing component main body and a combined auger, wherein the mixing component motor is fixedly mounted in a shaft bearing of the mixing component motor speed reducer, the mixing component motor speed reducer is fixedly mounted on a mixing component motor support which is fixedly mounted on a main body support, the mixing component power double-row sprocket is fixedly mounted at the bottom of the mixing component motor, the second auger and the mixing component power double-row sprocket are connected through a chain, the second auger and the mixing component power double-row sprocket form fit transmission, the mixing component power double-row sprocket and the third auger are respectively and fixedly mounted with the first auger and the combined auger, the third auger sprocket is fixedly installed in a shaft hole of the sprocket bearing, the third auger sprocket is connected with the mixing component power driving duplex sprocket through a chain, the mixing component power driving duplex sprocket and the third auger sprocket form matched transmission to realize reverse transmission of the first auger and the combined auger, the adjusting sprocket is fixedly installed in a middle installation hole of the second auger, the single auger sprocket is fixedly installed on the mixing component main body, the combined auger is fixedly installed in a single auger sprocket installation hole, the first auger sprocket is fixedly installed on the mixing component main body, the first auger is fixedly installed in an installation hole of the first auger sprocket, the third auger sprocket, the adjusting sprocket, the single auger sprocket and the first auger sprocket are connected through a chain, and the third auger sprocket, the adjusting sprocket, the single auger sprocket and the first auger sprocket form matched transmission.

Further, second ladder conveyer belt still includes the ladder drive belt backing roll, ladder drive belt curb plate, ladder drive belt drive roll, ladder drive belt guardrail, second ladder conveyer belt 06, the ladder drive belt backing roll, ladder drive belt guardrail fixed mounting is in ladder drive belt curb plate medial surface, second ladder conveyer belt 06 is installed on the ladder drive belt curb plate, the outside at ladder drive belt backing roll and ladder drive belt guardrail is installed to the ladder drive belt conveyer belt, through the transmission of ladder drive belt drive roll.

Further, store the stirring subassembly still including storing the stirring subassembly motor, store stirring subassembly motor speed reducer, store stirring subassembly motor erection support, the shaft coupling, the combination formula auger, the valve, store stirring subassembly motor fixed mounting in the mounting hole of storing stirring subassembly motor speed reducer, store stirring subassembly motor speed reducer and install the tip at storing stirring subassembly motor erection support, shaft coupling one end is installed on storing stirring subassembly motor erection support, shaft coupling one end is installed at combination formula auger tip, store stirring subassembly main part fixed mounting on storing stirring subassembly main part, valve fixed mounting is storing stirring subassembly main part afterbody, the rotation that combination formula auger realized combination formula auger is stored stirring subassembly motor speed reducer through the coupling joint to combination formula auger.

Furthermore, the main body frame is a modular mechanism, and modules can be increased or decreased according to the height of a building.

Further, first ladder conveyer belt curb plate upper portion hem for install first ladder conveyer belt guardrail, set up the mounting hole in the place at first ladder conveyer belt curb plate turning, respectively install a supporting roll and be used for dragging the conveyer belt, ensure that the conveyer belt can even running.

Furthermore, five mounting holes are regularly formed in the side face of the main body of the mixing component and used for mounting a power driving double-row chain wheel, a third packing auger chain wheel, an adjusting chain wheel, a single-row packing auger chain wheel and a first packing auger chain wheel of the mixing component.

Furthermore, the mixing component power driving double-row chain wheel and the third packing auger chain wheel are in a group and are driven by chains, so that the second group of packing augers can synchronously rotate in different directions, and the single-row packing auger chain wheel and the first packing auger chain wheel are in a group and rotate by chains, so that the first packing auger and the combined packing auger synchronously rotate in different directions.

Furthermore, the combined packing auger is of a specially-made segmented double-spiral structure, so that the mortar is fully stirred.

Further, store stirring subassembly motor reducer and combination formula auger and pass through the coupling joint installation, the operation of combination formula auger is favorable to protecting and stores stirring subassembly motor reducer and stores the stirring subassembly motor.

Compared with the prior art, the invention has the beneficial effects that: (1) materials conveyed by the conveying belt can be conveyed to the mixing component according to different concrete proportions, so that the application range is wider; (2) after the materials of the storage stirring assembly enter the storage stirring assembly, water is added, and then the materials are fully stirred by a specially-made combined auger inside, so that the final mixing of concrete is completed, and the universality is stronger; (3) the invention is a module structure, the number of modules can be determined according to the conveying height, and the invention is safe, simple and convenient; (4) the storage stirring assembly of the invention not only can mix concrete, but also can store residual concrete to save cost.

Drawings

Fig. 1 and 2 are schematic structural diagrams of the overall structure of a marine construction material lifting and conveying device.

FIG. 3 is a schematic view of the main body of the present invention.

Fig. 4 is a schematic view of a first step belt structure of the present invention.

Figure 5 is a schematic view of the overall structure of the compounding assembly of the present invention.

Fig. 6 is a schematic view of a second step belt structure according to the present invention.

FIG. 7 is a schematic view of a storage stirring assembly according to the present invention.

Reference numerals: 1-a main body support; 2-first ladder conveyor belt; 3-a mixing assembly; 4-a second step conveyor belt; 5-storing the stirring component; 101-a body frame; 102-first ladder conveyor tread; 103-lower mounting frame of second step conveyor belt; 104-a compounding assembly mounting block; 105-storage stirring assembly mounting; 106-a first set of under-belt mounts; 107-first set of belt mounts; 108-a second set of lower conveyor mounts; 109-a second set of belt mounts; 110-a third set of lower conveyor belt mounts; 111-third set of belt mounts; 112-a lifting device upper platform; 201-first ladder conveyor belt side plates; 202-first ladder conveyor belt guard rail; 203-a first step conveyer belt driving shaft roller; 204-a conveyor belt; 205-conveyor belt pallets; 206-a corner roll; 207-supporting the drum; 208-driven shaft drum; 301-compounding assembly motor; 302-compounding assembly motor reducer; 303-a second packing auger; 304-compounding assembly motor mount; 305-a chain; 306-a mixing assembly power drive double sprocket; 307-a third auger sprocket; 308-adjusting the chain wheel; 309-sprocket bearings; 310-single row packing auger chain wheel; 311-a first auger sprocket; 312-a first auger; 313-a compounding assembly body; 314-a combined auger; 401-step belt conveyor; 402-step belt support rollers; 403-step belt side plates; 404-step belt drive roll; 405-step belt guard; 501-storing a stirring component motor; 502-storage stirring assembly motor reducer; 503-storing and stirring assembly motor mounting support; 504-a coupling; 505-a combined auger; 506-a valve; 507-storing the stirring assembly body.

Detailed Description

The present invention will be further described with reference to specific examples, which are illustrative of the invention and are not to be construed as limiting the invention.

Example (b): fig. 1 is a schematic view of the overall structure of the present invention, which includes a main body support 1, a first ladder conveyor belt 2, a mixing component 3, a second ladder conveyor belt 4, and a storage stirring component 5, where the first ladder conveyor belt 2 includes a first ladder conveyor belt side plate 201, the mixing component 3 includes a mixing component motor support 304 and a mixing component main body 313, the second ladder conveyor belt 4 includes a ladder conveyor belt 401, and the storage stirring component 5 includes a storage stirring component main body 507.

Main body support 1 is fixed in through main body frame 101 and installs subaerially, the ground need tamp, and need pour on four legs with cement, 3 first ladder conveyer belt curb plate 201 of compounding subassembly group are fixed mounting respectively on first ladder conveyer belt footboard 102, compounding subassembly motor support 304 and ladder drive belt 401's one end is passed through second ladder conveyer belt lower mounting bracket 103 and compounding subassembly mounting bracket 104 fixed connection, compounding subassembly main part 313 fixed mounting is at the medial surface of main body frame 101, ladder drive belt 401's other end fixed mounting is on first group conveyer belt lower mounting bracket 106, store the below of stirring subassembly main part 507's take-up pan fixed mounting at first group conveyer belt lower mounting bracket 106, store the discharge opening fixed mounting of stirring subassembly main part 507 on first group conveyer belt upper mounting bracket 107.

Main body support 1 still includes storage stirring subassembly mounting bracket 105, second group conveyer belt lower mounting bracket 108, second group conveyer belt upper mounting bracket 109, third group conveyer belt lower mounting bracket 110, third group conveyer belt upper mounting bracket 111, elevating gear upper mounting plate 112, store stirring subassembly mounting bracket 105 fixed mounting in main body frame 101 medial surface, second group conveyer belt lower mounting bracket 108, second group conveyer belt upper mounting bracket 109 fixed mounting in main body frame 101's lateral surface, third group conveyer belt lower mounting bracket 110, third group conveyer belt upper mounting bracket 111 fixed mounting in main body frame 101's lateral surface, elevating gear upper mounting plate 112 fixed mounting is on main body frame 101.

The first ladder conveyor belt 2 also comprises a first ladder conveyor belt guardrail 202, a first ladder conveyor belt driving shaft roller 203, a conveyor belt 204, a conveyor belt supporting plate 205, a turning roller 206, a supporting roller 207 and a driven shaft roller 208, first ladder conveyer belt guardrail 202 fixed mounting is on first ladder conveyer belt curb plate 201, first ladder conveyer belt driving shaft cylinder 203, driven shaft cylinder 208 fixed mounting is inboard in first ladder conveyer belt curb plate 201 tip, the cylinder 206 fixed mounting that turns round is inboard in first ladder conveyer belt curb plate 201, conveyer belt 204 slidable mounting is in the outside of first ladder conveyer belt driving shaft cylinder 203 and driven shaft cylinder 208, conveyer belt layer board 205 fixed mounting is in the inboard of first ladder conveyer belt curb plate 201, conveyer belt 204 is along first ladder conveyer belt driving shaft cylinder 203, the cylinder 206 that turns round forms the cooperation transmission with driven shaft cylinder 208, supporting roll 207 slidable mounting is at the tip of conveyer belt 204.

The mixing component 3 further comprises a mixing component motor 301, a mixing component motor reducer 302, a second auger 303, a chain 305, a mixing component power double-row sprocket 306, a third auger sprocket 307, an adjusting sprocket 308, a sprocket bearing 309, a single-row auger sprocket 310, a first auger sprocket 311, a first auger 312, a mixing component main body 313 and a combined auger 314, wherein the mixing component motor 301 is fixedly mounted in a shaft hole of the mixing component motor reducer 302, the mixing component motor reducer 302 is fixedly mounted on a mixing component motor support 304, the mixing component motor support 304 is fixedly mounted on the main body support 1, the mixing component power double-row sprocket 306 is fixedly mounted at the bottom of the mixing component motor 301, the second auger 303 and the mixing component power double-row sprocket 306 are connected through the chain 305, the second auger 303 and the mixing component power double-row sprocket 306 form a matched transmission, the material mixing component power driving double-row chain wheel 306 and the third packing auger chain wheel 307 are respectively and fixedly installed with the first packing auger 312 and the combined packing auger 314, the third packing auger chain wheel 307 is fixedly installed in a shaft hole of the chain wheel bearing 309, the third packing auger chain wheel 307 is connected with the material mixing component power driving double-row chain wheel 306 through a chain 305, the material mixing component power driving double-row chain wheel 306 and the third packing auger chain wheel 307 form matched transmission to realize reverse transmission of the first packing auger 312 and the combined packing auger 314, the adjusting chain wheel 308 is fixedly installed in a middle installation hole of the second packing auger 303, the single-row packing auger chain wheel 310 is fixedly installed on the material mixing component main body 313, the combined packing auger 314 is fixedly installed in an installation hole of the single-row packing auger chain wheel 310, the first packing auger chain wheel 311 is fixedly installed on the material mixing component main body 313, the first packing auger 312 is fixedly installed in an installation hole of the first packing auger chain wheel 311, the third packing auger chain wheel 307, the adjusting chain wheel 308, the first packing auger chain wheel 308, the third packing auger chain wheel 307, the third packing wheel 307, and the third packing wheel 307, the material packing wheel 307, the third packing wheel 307, and the third packing wheel 307 are fixedly installed in the third packing wheel 307, and the third packing wheel 307 are fixedly installed in the second packing wheel 307, and the second packing wheel 306 are fixedly installed in the third packing wheel 307, and the second packing wheel 306, and the second packing wheel 307, and the second packing wheel 306 are fixedly installed in the third packing wheel 307, and the second packing wheel are fixedly installed in the second packing wheel 307, and the second packing wheel form matched transmission of the second packing wheel and the second packing wheel, The single-row packing auger chain wheel 310 and the first packing auger chain wheel 311 are connected through a chain 305, and the third packing auger chain wheel 307, the adjusting chain wheel 308, the single-row packing auger chain wheel 310 and the first packing auger chain wheel 311 form matching transmission.

Second ladder conveyer belt 4 still includes ladder drive belt support roller 402, ladder drive belt curb plate 403, ladder drive belt drive roll 404, ladder drive belt guardrail 405, second ladder conveyer belt 406, ladder drive belt support roller 402, ladder drive belt guardrail 405 fixed mounting is in ladder drive belt curb plate 403 medial surface, second ladder conveyer belt 406 is installed on ladder drive belt curb plate 403, ladder drive belt conveyer belt 401 is installed in ladder drive belt support roller 402 and ladder drive belt guardrail 405's outside, through ladder drive belt drive roll 404 transmission.

The storage stirring assembly 5 further comprises a storage stirring assembly motor 501, a storage stirring assembly motor speed reducer 502, a storage stirring assembly motor mounting support 503, a coupler 504, a combined type packing auger 505 and a valve 506, the storage stirring assembly motor 501 is fixedly mounted in a mounting hole of the storage stirring assembly motor speed reducer 502, the storage stirring assembly motor speed reducer 502 is mounted at the end part of the storage stirring assembly motor mounting support 503, one end of the coupler 504 is mounted on the storage stirring assembly motor mounting support 503, one end of the coupler 504 is mounted at the end part of the combined type packing auger 505, the storage stirring assembly main body 507 is fixedly mounted on the storage stirring assembly main body 507, the valve 506 is fixedly mounted at the tail part of the storage stirring assembly main body 507, and the combined type packing auger 505 is connected with the storage stirring assembly motor speed reducer 502 through the coupler 504 to realize the rotation of the combined type packing auger 505.

The main body frame 101 is a modular structure, and modules can be added or removed according to the height of the building.

The upper part of the first ladder conveyor belt side plate 201 is flanged and used for installing a first ladder conveyor belt guardrail 202, mounting holes are arranged at the corners of the first ladder conveyor belt side plate 201, and a supporting roller 207 is respectively installed and used for dragging the conveyor belt 204, so that the conveyor belt 204 can run stably.

Five mounting holes are regularly arranged on the side surface of the mixing component main body 313 and are used for mounting a mixing component power driving double-row chain wheel 306, a third packing auger chain wheel 307, an adjusting chain wheel 308, a single-row packing auger chain wheel 310 and a first packing auger chain wheel 311.

The material mixing component power driving double-row chain wheel 306 and the third auger chain wheel 307 are in a group and are driven by the chain 305 to realize the synchronous rotation of the second group of augers in different directions, and the single-row auger chain wheel 310 and the first auger chain wheel 311 are in a group and are driven by the chain 305 to realize the synchronous rotation of the first auger 312 and the combined auger 314 in different directions.

The combined auger 505 is a specially-made segmented double-spiral structure, and ensures that mortar is fully stirred.

The storage stirring assembly motor speed reducer 502 and the combined packing auger 505 are connected and mounted through the coupler 504, and the combined packing auger 505 is beneficial to protecting the storage stirring assembly motor speed reducer 502 and the storage stirring assembly motor 501 in operation.

The working principle of the invention is as follows: when the construction materials are required to be conveyed, the number of the main body frames 101 is determined according to the height of a building or the lifting height of the construction materials to be fixedly installed, the main body support 1 is fixedly installed after a foundation is tamped, the four legs are required to be poured with cement, installation holes are formed in the corners of the side plates 201 of the first step conveyor belt, and the support rollers 207 are installed to drag the conveyor belt 204 respectively so as to ensure that the conveyor belt 204 can stably run. The mixing assembly body 313 is fixedly installed on the inner side surface of the body frame 101.

Then, five mounting holes are regularly arranged on the side surface of the mixing component main body 313 and used for mounting a mixing component power driving double-row chain wheel 306, a third packing auger chain wheel 307, an adjusting chain wheel 308, a single-row packing auger chain wheel 310 and a first packing auger chain wheel 311, so that the second group of packing augers can rotate synchronously in different directions, the single-row packing auger chain wheel 310 and the first packing auger chain wheel 311 form a group and rotate through a chain 305, and the first packing auger 312 and the combined packing auger 314 can rotate synchronously in different directions. The combined auger 505 is of a specially-made segmented double-spiral structure, so that mortar is fully stirred, the final mixing of concrete is completed, and meanwhile, the storage stirring component 5 can not only mix the concrete but also store the rest concrete.