CN208359074U

CN208359074U - concrete production system

Info

Publication number: CN208359074U
Application number: CN201820571429.XU
Authority: CN
Inventors: 朱艳梅; 张玉柱; 林东辉; 张亚军; 赵鹏
Original assignee: Handan Jinyu Taihang Concrete Technology Co Ltd
Current assignee: Handan Jinyu Taihang Concrete Technology Co Ltd
Priority date: 2018-04-20
Filing date: 2018-04-20
Publication date: 2019-01-11
Anticipated expiration: 2028-04-20

Abstract

The utility model relates to Architectural Equipment technical field more particularly to concrete production systems.Design including Bidirectional agitating apparatus only needs a hydraulic motor that agitating auger paddle and stirring flabellum opposite direction stirring can be realized, middle feed flows to the left when stirring, exterior portion raw material moves to the right, realize the stirring of recycle stream dynamic formula, the good smaller conveniently moving of figure of mixing effect solves the problems, such as that the larger mobile construction of double-shaft horizontal blender figure is inconvenient；Whole device is driven using forklift by hydraulic regulation bracket, shovel material filler process may be implemented, scraper bowl can be transported to designated position by control forklift, realize haul process, Side discharge process had both may be implemented in the design of device, can also realize that bottom discharge process, whole process are not necessarily to manual handling by feeder pipe, time saving and energy saving work efficiency is high, solves the problems, such as that hand-stuff, feeding and haul are time-consuming and laborious.

Description

Concrete production system

Technical field

The utility model relates to Architectural Equipment technical field more particularly to concrete production systems.

Background technique

Single-shaft stirring machine stirring mixing time is longer, and mixing quality is poor, and Double-horizontal-shaft continuous mixer is a kind of company at present Continuous forced mixer, high production efficiency, Double-horizontal-shaft continuous mixer in the market nearly all use stirring blade opposed type Structure, figure is larger, mobile inconvenient when constructing outdoors；Existing blender is generally stationary state, needs hand-stuff, takes Material and haul are time-consuming and laborious.

Utility model content

Technical problem to be solved in the utility model is that it is autochthonal to provide coagulation for above-mentioned technical deficiency Production system only needs a hydraulic motor that agitating auger paddle can be realized opposite with stirring flabellum using the design of Bidirectional agitating apparatus Direction stirring, middle feed flows to the left when stirring, and top and the bottom raw material moves to the right, realizes the stirring of recycle stream dynamic formula, The good smaller conveniently moving of figure of mixing effect solves the problems, such as that the larger mobile construction of double-shaft horizontal blender figure is inconvenient； Whole device is driven using forklift by hydraulic regulation bracket, shovel material filler process may be implemented, control forklift can be by scraper bowl It is transported to designated position, realizes that haul process, the design of device both may be implemented Side discharge process, and can also pass through feeder pipe Realize that bottom discharge process, whole process are not necessarily to manual handling, time saving and energy saving work efficiency is high, solves hand-stuff, feeding The time-consuming and laborious problem with haul.

In order to solve the above technical problems, the technical scheme adopted by the utility model is: include forklift hydraulic regulation bracket, Scraper bowl and Bidirectional agitating apparatus；Forklift hydraulic regulation mid-stent is equipped with first hydraulic cylinder；Forklift hydraulic regulation mid-stent Two sides are equipped with second hydraulic cylinder；Scraper bowl is mounted on forklift hydraulic regulation cradle top；Bidirectional agitating apparatus side is through installation Inside scraper bowl；Scraper bowl bottom is provided with bottom discharge port；The first discharging switch is sealed and installed at the discharge port of bottom；Bottom discharge port is opened Close includes sealing plate and blowing hydraulic cylinder；Sealing plate and bottom discharge port are tightly connected；Sealing plate side and scraper bowl bottom shaft connect It connects；Blowing hydraulic cylinder bottom side is connected with scraper bowl shaft；At the top of blowing hydraulic cylinder extension bar and sealing plate middle part side shaft Connection；Scraper bowl bottom right side is provided with side discharge port；Side discharge port side is equipped with the second discharging switch；First discharging switch and Second discharging construction of switch is identical；Bottom discharge port bottom is equipped with feeder pipe.

The technical program is advanced optimized, the Bidirectional agitating apparatus includes fixing seat, hydraulic motor and active conical tooth Wheel；Hydraulic motor is fixed on the left of scraper bowl；Hydraulic motor output shaft end and drive bevel gear key connection；Fixing seat right end and Welding on the left of scraper bowl；Run through in the middle part of fixing seat and axle sleeve is installed；Key connection has the first driven wheel of differential in the middle part of axle sleeve；First is driven Bevel gear and drive bevel gear engaged transmission；Axle sleeve internal bearings are connected with main shaft；Main shaft is connected with bearing on the right side of scraper bowl；Main shaft Left end key connection has the second driven wheel of differential；Second driven wheel of differential and drive bevel gear engaged transmission.

The technical program is advanced optimized, two sides are provided with connecting plate inside the scraper bowl；Axle sleeve right side and left side connect Fishplate bar welding；Agitating auger paddle there are two being symmetrically installed in the middle part of two connecting plates；Agitating auger paddle direction of rotation is left-handed.

The technical program is advanced optimized, the main shaft periphery uniform welding there are multiple fixing axles；It is set at the top of fixing axle It is equipped with stirring blade；Stirring blade issues inclination to the left.

Compared with prior art, the utility model has the advantage that the design of 1, Bidirectional agitating apparatus only needs a liquid Agitating auger paddle and stirring flabellum opposite direction stirring can be realized in pressure motor, and middle feed flows to the left when stirring, up and down Part material moves to the right, realizes the stirring of recycle stream dynamic formula, and it is sleeping to solve twin shaft for the good smaller conveniently moving of figure of mixing effect The inconvenient problem of the larger mobile construction of formula blender figure；2, whole device is driven using forklift by hydraulic regulation bracket, Shovel material filler process may be implemented, scraper bowl can be transported to designated position, realize haul process by control forklift；3, device is set Side discharge process had both may be implemented in meter, can also realize bottom discharge process by feeder pipe, working region range is relatively Greatly；It can replace pump truck in certain altitude building；4, whole process is not necessarily to manual handling, and time saving and energy saving work efficiency is high, solution It has determined hand-stuff, feeding and the time-consuming and laborious problem of haul.

Detailed description of the invention

Fig. 1 is the general assembly isometric side view of concrete production system.

Fig. 2 is the scraper bowl internal structure and Bidirectional agitating apparatus installation diagram of concrete production system.

Fig. 3 is the Bidirectional agitating apparatus drive mechanism broken away views of concrete production system.

In figure: 1, forklift hydraulic regulation bracket；101, first hydraulic cylinder；102, second hydraulic cylinder；2, scraper bowl；201, bottom is unloaded Material mouth；202, the first discharging switchs；203, sealing plate；204, hydraulic cylinder；205, side discharge port；206, the second discharging switchs； 207, feeder pipe；3, Bidirectional agitating apparatus；301, fixing seat；302, hydraulic motor；303, drive bevel gear；304, axle sleeve； 305, the first driven wheel of differential；306, main shaft；307, the second driven wheel of differential；308, connecting plate；309, agitating auger paddle；310, Fixing axle；311, stirring blade.

Specific embodiment

To make the objectives, technical solutions and advantages of the present invention clearer, With reference to embodiment And referring to attached drawing, the utility model is further described.It should be understood that these descriptions are merely illustrative, and do not really want Limit the scope of the utility model.In addition, in the following description, descriptions of well-known structures and technologies are omitted, to avoid not Necessarily obscure the concept of the utility model.

Specific embodiment 1: it is characterized by comprising the hydraulic tune of forklift for concrete production system in conjunction with shown in Fig. 1-3 Save bracket 1, scraper bowl 2 and Bidirectional agitating apparatus 3；First hydraulic cylinder 101 is installed in the middle part of forklift hydraulic regulation bracket 1；Forklift liquid Pressure 1 on both sides of the middle of adjusting bracket is equipped with second hydraulic cylinder 102；Scraper bowl 2 is mounted on 1 top of forklift hydraulic regulation bracket；It is two-way 3 side of agitating device is installed through inside scraper bowl 2；2 bottom of scraper bowl is provided with bottom discharge port 201；It is sealed at bottom discharge port 201 First discharging switch 202 is installed；The switch of bottom discharge port 201 includes sealing plate 203 and blowing hydraulic cylinder 204；203 He of sealing plate Bottom discharge port 201 is tightly connected；203 side of sealing plate is connected with 2 bottom shaft of scraper bowl；204 bottom side of blowing hydraulic cylinder and The connection of 2 shaft of scraper bowl；It is connected at the top of 204 telescopic rod of blowing hydraulic cylinder with 203 middle part side shaft of sealing plate；2 right side bottom of scraper bowl Portion is provided with side discharge port 205；205 side of side discharge port is equipped with the second discharging switch 206；First discharging switch 202 and Two discharging switches, 206 structure is identical；Discharge port 201 bottom in bottom is equipped with feeder pipe 207；Bidirectional agitating apparatus 3 includes fixing seat 301, hydraulic motor 302 and drive bevel gear 303；Hydraulic motor 302 is fixed at 2 left side of scraper bowl；Hydraulic motor 302 exports Shaft end and drive bevel gear 303 are keyed；It is welded on the left of 301 right end of fixing seat and scraper bowl 2；Through installation in the middle part of fixing seat 301 There is axle sleeve 304；Key connection has the first driven wheel of differential 305 in the middle part of axle sleeve 304；First driven wheel of differential 305 and drive bevel gear 303 engaged transmissions；304 internal bearings of axle sleeve are connected with main shaft 306；Main shaft 306 is connected with 2 right side bearing of scraper bowl；Main shaft 306 is left End key connection has the second driven wheel of differential 307；303 engaged transmission of second driven wheel of differential 307 and drive bevel gear；In scraper bowl 2 Portion two sides are provided with connecting plate 308；The welding of 304 right side and left side connecting plate 308 of axle sleeve；It is symmetrically installed in the middle part of two connecting plates 308 There are two agitating auger paddles 309；309 direction of rotation of agitating auger paddle is left-handed；306 periphery uniform welding of main shaft has multiple fixations Axis 310；Stirring blade 311 is provided at the top of fixing axle 310；Stirring blade 311 issues inclination to the left.

In use, step 1 starts forklift in conjunction with shown in Fig. 1-3, it is hydraulic by control first hydraulic cylinder 101 and second Cylinder 102 can control the height and tilt angle of scraper bowl 2, and scraper bowl 2 is put down, and bottom is affixed with ground, then start forklift, According to proportion by inside concrete, sandy soil and material ash substep scraper bowl 2, then 2 opening of scraper bowl is put down upward, to shovel Suitable quantity of water is added in 2 inside of bucket, and filler finishes, and whole device is driven using forklift by hydraulic regulation bracket, and shovel material may be implemented Filler process；Hydraulic motor 302 passes through hydraulic tube with hydraulic cylinder respectively and connects with forklift hydraulic control system；Start hydraulic motor 302, the rotation of hydraulic motor 302 drives drive bevel gear 303 to rotate；Because drive bevel gear 303 respectively with the first driven wheel of differential 305 and the engaged transmission of the second driven wheel of differential 307, the setting of the first driven wheel of differential 305 is in 303 bottom of drive bevel gear, and second The setting of driven wheel of differential 307 is at 303 top of drive bevel gear, so the first driven wheel of differential 305 rotates clockwise, second is driven Bevel gear 307 rotates counterclockwise, and the first driven wheel of differential 305 and axle sleeve 304 are keyed, so driving the synchronous up time of axle sleeve 304 Needle rotation, the second driven wheel of differential 307 and main shaft 306 are keyed, and are rotated counterclockwise so main shaft 306 is driven to synchronize；Axle sleeve 304 It is welded with connecting plate 308, so driving agitating auger paddle 309 to rotate clockwise by connecting plate 308, main shaft 306 passes through fixation Axis 310 drives stirring blade 311 to rotate counterclockwise；Because being symmetrically installed in the middle part of two connecting plates 308 there are two agitating auger paddle 309, 309 direction of rotation of agitating auger paddle is left-handed, so agitating auger paddle 309, which rotates clockwise, will push middle part outside mixed raw material It moves to the right；Because stirring blade 311 issues inclination to the left, so when main shaft 306 drives stirring blade 311 to rotate counterclockwise The mixed raw material at 2 middle part of scraper bowl is pushed to move to the left；2 middle feed of scraper bowl moves to the left, and outside raw material moves to the right, Raw material generated in the case where stirring blade 311 and agitating auger paddle 309 drive in the middle part of the opposite circulation phenomenon in outside, stir in this way resistance compared with Small, mixing effect is good；The design of Bidirectional agitating apparatus 3 only needs a hydraulic motor 302 that agitating auger paddle 309 can be realized and stir The stirring of flabellum opposite direction is mixed, middle feed flows to the left when stirring, and top and the bottom raw material moves to the right, realizes recycle stream Dynamic formula stirring, the good smaller conveniently moving of figure of mixing effect solve the larger mobile construction of double-shaft horizontal blender figure not side Just the problem of.

Step 2 when the discharging of right side, passes through control first hydraulic cylinder 101 and second hydraulic cylinder 102 in conjunction with shown in Fig. 1-3 It controls forklift hydraulic regulation bracket 1 and adjusts scraper bowl 2 to suitable position, start the blowing hydraulic cylinder 204 of the second discharging switch 206, The telescopic rod of blowing hydraulic cylinder 204 is withdrawn, and drives sealing plate 203 inverse around left side connecting rod when 204 telescopic rod of blowing hydraulic cylinder is withdrawn Hour hands rotation, when 204 telescopic rod of blowing hydraulic cylinder is withdrawn completely, side discharge port 205 is opened completely, the coagulation inside hopper Soil is flowed out from side discharge port 205, and 204 telescopic rod of blowing hydraulic cylinder, which stretches out, after discharging pushes sealing plate 203 by side discharge port 205 sealings；When 201 discharging of discharge port of bottom, the second discharging switch 206 is closed, feeder pipe 207 is installed at bottom discharge port 201, is beaten The first discharging switch 202 is opened, the concrete inside scraper bowl 2 is flowed out by bottom discharge port 201 from feeder pipe 207, under pulling Different zones pouring construction may be implemented in 207 bottom of expects pipe, and working region range is relatively large, by the height for controlling scraper bowl 2 Blanking height is controlled, construction can replace pump truck within a certain height；Feeding can may be implemented by controlling forklift, stir It mixes, haul and feeding process, whole process is not necessarily to manual handling, and time saving and energy saving work efficiency is high, solves hand-stuff, feeding The time-consuming and laborious problem with haul.

The control mode of the utility model is automatically controlled by controller, and the control circuit of controller passes through this field Technical staff's simple programming can be realized, belong to the common knowledge of this field, and the utility model is mainly used to protect machine Tool device, so the utility model is not explained control mode and circuit connection.

It should be understood that the above-mentioned specific embodiment of the utility model is used only for exemplary illustration or explains this reality With novel principle, without constituting limitations of the present invention.Therefore, in the spirit and scope without departing from the utility model In the case of any modification, equivalent substitution, improvement and etc. done, should be included within the scope of protection of this utility model.In addition, The appended claims for the utility model are intended to cover to fall into attached claim scope and boundary or this range and boundary Whole change and modification in equivalent form.

Claims

1. concrete production system, it is characterised in that: including forklift hydraulic regulation bracket (1), scraper bowl (2) and Bidirectional agitating apparatus (3)；First hydraulic cylinder (101) are installed in the middle part of forklift hydraulic regulation bracket (1)；Forklift hydraulic regulation bracket (1) on both sides of the middle Second hydraulic cylinder (102) are installed；Scraper bowl (2) is mounted at the top of forklift hydraulic regulation bracket (1)；Bidirectional agitating apparatus (3) one It is internal that side is installed through scraper bowl (2)；Scraper bowl (2) bottom is provided with bottom discharge port (201)；Peace is sealed at bottom discharge port (201) (202) are switched equipped with the first discharging；Bottom discharge port (201) switch includes sealing plate (203) and blowing hydraulic cylinder (204)；Sealing Plate (203) and bottom discharge port (201) are tightly connected；Sealing plate (203) side is connected with scraper bowl (2) bottom shaft；Blowing is hydraulic Cylinder (204) bottom side is connected with scraper bowl (2) shaft；At the top of blowing hydraulic cylinder (204) telescopic rod and one in the middle part of sealing plate (203) The connection of side shaft；Scraper bowl (2) bottom right side is provided with side discharge port (205)；Side discharge port (205) side is equipped with the second discharging It switchs (206)；It is identical with the second discharging switch (206) structure that first discharging switchs (202)；The installation of bottom discharge port (201) bottom There are feeder pipe (207).

2. concrete production system according to claim 1, it is characterised in that: Bidirectional agitating apparatus (3) includes fixing seat (301), hydraulic motor (302) and drive bevel gear (303)；Hydraulic motor (302) is fixed on the left of scraper bowl (2)；It is hydraulic Motor (302) output shaft end and drive bevel gear (303) key connection；Welding on the left of fixing seat (301) right end and scraper bowl (2)；Gu Run through in the middle part of reservation (301) and axle sleeve (304) are installed；Key connection has the first driven wheel of differential (305) in the middle part of axle sleeve (304)；The One driven wheel of differential (305) and drive bevel gear (303) engaged transmission；Axle sleeve (304) internal bearings are connected with main shaft (306)； Main shaft (306) is connected with bearing on the right side of scraper bowl (2)；Main shaft (306) left end key connection has the second driven wheel of differential (307)；Second Driven wheel of differential (307) and drive bevel gear (303) engaged transmission.

3. concrete production system according to claim 2, it is characterised in that: the internal two sides of scraper bowl (2) are provided with connection Plate (308)；Axle sleeve (304) right side and left side connecting plate (308) welding；It is stirred there are two being symmetrically installed in the middle part of two connecting plates (308) Mix propeller (309)；Agitating auger paddle (309) direction of rotation is left-handed.

4. concrete production system according to claim 2, it is characterised in that: main shaft (306) periphery uniform welding has more A fixing axle (310)；Stirring blade (311) are provided at the top of fixing axle (310)；Stirring blade (311) issues inclination to the left.