CN202847515U - Double-row automatic catching brick unloading brick machine - Google Patents
Double-row automatic catching brick unloading brick machine Download PDFInfo
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- CN202847515U CN202847515U CN 201220572150 CN201220572150U CN202847515U CN 202847515 U CN202847515 U CN 202847515U CN 201220572150 CN201220572150 CN 201220572150 CN 201220572150 U CN201220572150 U CN 201220572150U CN 202847515 U CN202847515 U CN 202847515U
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Abstract
The utility model relates to the technical field of brick making machinery, in particular to a double-row automatic catching brick unloading brick machine which comprises a storage battery brick transporting truck, a battery storage which is arranged on a truck body of the storage battery brick transporting truck, a running motor and a truck running control device I. The double-row automatic catching brick unloading brick machine is characterized in that a double-row automatic catching brick unloading brick device is arranged on the truck body of the storage battery brick transporting truck. The truck body of the storage battery brick transporting truck is further provided with a hydraulic pressure station, a truck running control device II and an execution control device. The double-row automatic catching brick unloading brick device comprises two groups of brick supporting shelves which are arranged in parallel, two brick pushing mechanisms and a brick unloading mechanism, wherein the brick pushing mechanisms are arranged at the inner sides of the two groups of brick supporting shelves and the brick unloading mechanism is arranged at the tail end of the truck body of the storage battery brick transporting truck. Due to the fact that the double-row automatic catching brick unloading brick machine achieves automatic brick catching, automatic brick delivering and automatic brick unloading by using machinery instead of manual work, the double-row automatic catching brick unloading brick machine has the advantages of greatly improving labor productivity, relieving labor intensity of workers, guaranteeing that bricks are not damaged in the process of transporting and unloading and saving cost of production to the greatest extent.
Description
Technical field
The utility model belongs to the brickmaking mechanical technical field, especially relates to a kind of double brick de-hackers that automatically connects.
Background technology
Non-burning brick as a kind of novel wall material because it need not sintering, natural curing is saved the advantage such as the energy by extensively promotion and application.The production procedure of at present more advanced non-burning brick brick field is: suppress wet fragment of brick by brick machine, be pushed on the brick plate, again brick plate is pushed on the manpower fortune brick car of repacking, then it is on-the-spot that the fragment of brick that will wet is transported to the heap brick together with brick plate, at last by manually will wet fragment of brick together with brick plate one plate one plate lift and unload on the ground, after airing a couple of days pile to piled bricks.The vehicle frame of transporting the brick car through the manpower of repacking is provided with brick-supporting rack, the brick-supporting rack both sides are provided with two groups of rollers, wet fragment of brick directly is pushed on the brick-supporting rack of fortune brick car together with brick plate by two groups of rollers, although the structure design of this semi-automation has been saved time and manpower than traditional by manually lifting the brick entrucking, but still will need several workmans to be engaged in the special brickwork that unloads in unloading the brick process does, not only labour intensity is large, and productive costs improves greatly.Patent of invention 200610047723.2 discloses a kind of pile of brick, fetching brick machine, this invention utilizes hydraulic forklift and the get brick, brick stacking mechanism that are installed on the hydraulic forklift replace manually finishing and connect brickwork and do, greatly improved labor efficiency, alleviate labor strength, and guaranteed that fragment of brick can not cause damage in handling process.But find that in actual applications this brick receiving machine also comes with some shortcomings, particularly some inconvenience in getting the brick process, transmission device still has improvements.Chinese invention patent application 201010010054.8 discloses a kind of chain transmission and has automatically connect the brick de-hackers, although this invention has overcome the deficiency of foregoing invention aspect transmission device, and, still exist in actual applications and get the brick difficulty, the problem such as cost is high.
Summary of the invention
The purpose of this utility model provides a kind ofly can realize automatically connecing brick, automatically send the special-purpose double brick de-hackers that automatically connects of brick and automatic brick unloading.
The purpose of this utility model realizes by following technical proposals:
The double brick de-hackers that automatically connects of the present utility model, comprise storage battery fortune brick car, be located at the storage battery on the storage battery fortune brick car car body, the running motor that is connected of storage battery therewith, the driving controller I that is connected of running motor therewith, it is characterized in that being provided with the double brick that automatically connects at described storage battery fortune brick car car body unloads brick device, on described storage battery fortune brick car car body, also be provided with the Hydraulic Station that is connected with described storage battery, the driving controller II that is connected with described running motor, the execution control setup that is connected with driving controller II with described Hydraulic Station respectively, the described double brick that automatically connects unloads brick device and comprises and being located at side by side on the described storage battery fortune brick car car body and with two groups of brick-supporting racks of holder brick roller, two that are located at respectively these two groups of brick-supporting rack inboards push away brick mechanism, be located at the de-hackers structure of described storage battery fortune brick car hull back, described every group of brick-supporting rack is comprised of two brick-supporting racks that vertically are set up in parallel along storage battery fortune brick car car body respectively
The described brick mechanism that pushes away comprises the vertical hydraulically extensible bar that is connected with described Hydraulic Station, vertically the hydraulically extensible bar is connected by universal inhibiting device therewith, and what be located at that described brick-supporting rack inboard moves back and forth pushes away the brick frame, be located at the described brick-supporting rack afterbody outside and push away the attached brick-supporting rack that brick frame afterbody is connected with described, the described brick frame that pushes away is by pushing away brick frame support body, what be located at that this pushes away brick frame support body two side lower parts pushes away the brick roller, being located at described a group of pushing away brick frame support body both sides automatically holds up jump ring and forms, the described jump ring of automatically holding up is provided with a pair of along the distance that pushes away a brick plate of the every spacing in brick frame support body both sides, the clear width of described brick-supporting rack support body is provided with low slideway and high slideway, the described brick roller that pushes away is connected with described low slideway or the rolling of high slideway, described attached brick-supporting rack two upper lateral parts are provided with attached holder brick roller
Described de-hackers structure is by the HM Hydraulic Motor that is connected with described Hydraulic Station, the retarder that is connected of HM Hydraulic Motor therewith, be connected to the rotary extension arm I of this retarder left side mouth and the rotary extension arm II of right side mouth, respectively therewith rotary extension arm I captive joint with rotary extension arm II unload brick arm I and unload brick arm II and form
Describedly unload the transverse arm I that brick arm I is captiveed joint with described rotary extension arm I by the middle part, be fixed on the left brick plate arm I of this transverse arm I left end, right brick plate arm I, the left brick plate hand I and the right brick plate hand I that are hinged of left brick plate arm I and right brick plate arm I forms therewith respectively, describedly unload the transverse arm II that brick arm II is captiveed joint with described rotary extension arm II by the middle part, be fixed on the right brick plate arm II of this transverse arm II right-hand member, left brick plate arm II, the left brick plate hand II and the right brick plate hand II that are hinged of left brick plate arm II and right brick plate arm II forms therewith respectively, the right-hand member of described transverse arm I is provided with chute, the left end of described transverse arm II is located in this chute, described right brick plate arm I is located at the left end of described transverse arm II, described left brick plate arm II is located at the right-hand member of described transverse arm I
Described rotary extension arm I by revolving bar I and an end therewith the revolving bar I transversal stretching bar I of captiveing joint formed, captive joint with described transverse arm I in the flexible termination of the described transversal stretching bar I other end, described revolving bar I is connected with described retarder left side mouth, and described transversal stretching bar I is connected with described Hydraulic Station.Described rotary extension arm II by revolving bar II and an end therewith the revolving bar II transversal stretching bar II of captiveing joint formed, captive joint with described transverse arm II in the flexible termination of the described transversal stretching bar II other end, described revolving bar II is connected with described retarder right side mouth, and described transversal stretching bar II is connected with described Hydraulic Station.
Described Hydraulic Station is by the electrical motor that is connected with described storage battery, the Hydraulic Pump that is connected of electrical motor therewith, the distribution box that is connected of Hydraulic Pump therewith, form with the fuel tank that described Hydraulic Pump is connected with distribution box respectively, described distribution box is connected with transversal stretching bar II with described vertical hydraulically extensible bar, described HM Hydraulic Motor, described transversal stretching bar I respectively.
Described execution control setup is by the driving master cock, and power supply cabinet switch and Hydraulic Station manipulation of switches form, and described driving master cock is connected with described driving controller II, and described Hydraulic Station manipulation of switches is connected with described distribution box.
The length of described high slideway and the equal in length of described brick plate.
The described jump ring of automatically holding up describedly pushes away the jump ring limiting stopper on the brick frame support body and pushes away the jump ring that brick frame support body is hinged and formed with described by being fixed on.
Described one group automatically to hold up jump ring be 5-12 pair.
Described universal inhibiting device is by the spacing cylindrical shell of captiveing joint with described vertical hydraulically extensible bar, the one group of bearing that is located in this spacing cylindrical shell forms, and the described crossbeam that pushes away the brick frame passes described spacing cylindrical shell and is connected with the bearing inner ring of described one group of bearing.
Described storage battery is the storage battery group more than four.
Advantage of the present utility model:
The double brick de-hackers that automatically connects of the present utility model fully replaces manually finishing with machinery and automatically connects brick, automatically send the work of brick and automatic brick unloading, shortened from connecing brick to all processes that unloads brick, greatly improved labor efficiency, alleviated workman's labour intensity, and guarantee fragment of brick the carrying and unload in the brick process and can not cause damage, saved to greatest extent productive costs.
Description of drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is that the D of the utility model Fig. 1 is to view.
Fig. 3 is the A-A view of the utility model Fig. 1.
Fig. 4 is the B-B view of the utility model Fig. 1.
Fig. 5 is the C-C view of the utility model Fig. 2.
Fig. 6 is the structural representation that the utility model is holded up jump ring automatically, and wherein (a) is for automatically holding up the erected state of jump ring, (b) for automatically holding up the horizontality of jump ring.
Fig. 7 is the structural representation of the universal inhibiting device of the utility model.
The specific embodiment
Further specify the specific embodiment of the present utility model below in conjunction with accompanying drawing.
Such as Fig. 1,2,3, shown in 4, a kind of double brick de-hackers that automatically connects, comprise storage battery fortune brick car 28, be located at the storage battery 27 on storage battery fortune brick car 28 car bodies, the running motor 32 that is connected of storage battery 27 therewith, the driving controller I 1 that is connected of running motor 32 therewith, it is characterized in that being provided with the double brick that automatically connects at described storage battery fortune brick car 28 car bodies unloads brick device, on described storage battery fortune brick car 28 car bodies, also be provided with the Hydraulic Station 9 that is connected with described storage battery 27, the driving controller II 33 that is connected with described running motor 32, the execution control setup 25 that is connected with driving controller II 33 with described Hydraulic Station 9 respectively, the described double brick that automatically connects unloads brick device and comprises and being located at side by side on described storage battery fortune brick car 28 car bodies and with two groups of brick-supporting racks of holder brick roller 8, two that are located at respectively these two groups of brick-supporting rack inboards push away brick mechanism, be located at the de-hackers structure of described storage battery fortune brick car 28 hull backs, described every group of brick-supporting rack is comprised of two brick-supporting racks 7 that vertically are set up in parallel along storage battery fortune brick car 28 car bodies respectively
The described brick mechanism that pushes away comprises the vertical hydraulically extensible bar 2 that is connected with described Hydraulic Station 9, vertically hydraulically extensible bar 2 is connected by universal inhibiting device 29 therewith, and what be located at that described brick-supporting rack 7 inboards move back and forth pushes away the brick frame, be located at the described brick-supporting rack 7 afterbodys outside and push away the attached brick-supporting rack 15 that brick frame afterbody is connected with described, the described brick frame that pushes away is by pushing away brick frame support body 5, what be located at that this pushes away 5 liang of side lower parts of brick frame support body pushes away brick roller 4, being located at described a group of pushing away brick frame support body 5 both sides automatically holds up jump ring 6 and forms, the described jump ring 6 of automatically holding up is provided with a pair of along the distance that pushes away a brick plate of the every spacing in brick frame support body 5 both sides, the clear width of described brick-supporting rack 7 support bodys is provided with low slideway 26 and high slideway 3, the described brick roller 4 that pushes away is connected with described low slideway 26 or 3 rollings of high slideway, 15 liang of upper lateral parts of described attached brick-supporting rack are provided with attached holder brick roller 14
Described de-hackers structure is by the HM Hydraulic Motor 34 that is connected with described Hydraulic Station 9, the retarder 35 that is connected of HM Hydraulic Motor 34 therewith, be connected to the rotary extension arm I 24 of these retarder 35 left side mouths and the rotary extension arm II 10 of right side mouth, respectively therewith rotary extension arm I 24 captive joint with rotary extension arm II 10 unload brick arm I and unload brick arm II and form
Describedly unload the transverse arm I 21 that brick arm I is captiveed joint with described rotary extension arm I 24 by the middle part, be fixed on the left brick plate arm I 23 of these transverse arm I 21 left ends, right brick plate arm I 18, the left brick plate hand I 22 and the right brick plate hand I 19 that are hinged of left brick plate arm I 23 and right brick plate arm I 18 forms therewith respectively, describedly unload the transverse arm II 11 that brick arm II is captiveed joint with described rotary extension arm II 10 by the middle part, be fixed on the right brick plate arm II 12 of these transverse arm II 11 right-hand members, left brick plate arm II 17, the left brick plate hand II 16 and the right brick plate hand II 13 that are hinged of left brick plate arm II 17 and right brick plate arm II 12 forms therewith respectively, the right-hand member of described transverse arm I 21 is provided with chute 20, the left end of described transverse arm II 11 is located in this chute 20, described right brick plate arm I 18 is located at the left end of described transverse arm II 11, described left brick plate arm II 17 is located at the right-hand member of described transverse arm I 21
Described rotary extension arm I 24 by revolving bar I 24-1 and an end therewith the revolving bar I 24-1 transversal stretching bar I 24-2 of captiveing joint formed, captive joint with described transverse arm I 21 in the flexible termination of the described transversal stretching bar I 24-2 other end, described revolving bar I 24-1 is connected with described retarder 35 left side mouths, and described transversal stretching bar I 24-2 is connected with described Hydraulic Station 9.Described rotary extension arm II 10 by revolving bar II 10-1 and an end therewith the revolving bar II 10-1 transversal stretching bar II 10-2 of captiveing joint formed, captive joint with described transverse arm II 11 in the flexible termination of the described transversal stretching bar II 10-2 other end, described revolving bar II 10-1 is connected with described retarder 35 right side mouths, and described transversal stretching bar II 10-2 is connected with described Hydraulic Station 9.
Described Hydraulic Station 9 is by the electrical motor 31 that is connected with described storage battery 27, the Hydraulic Pump 30 that is connected of electrical motor 31 therewith, the distribution box 36 that is connected of Hydraulic Pump 30 therewith, form with the fuel tank 40 that described Hydraulic Pump 30 is connected with distribution box 36 respectively, described distribution box 36 is connected with transversal stretching bar II 10-2 with described vertical hydraulically extensible bar 2, described HM Hydraulic Motor 34, described transversal stretching bar I 24-2 respectively.
Described execution control setup 25 is by driving master cock 39, power supply cabinet switch 38 and Hydraulic Station manipulation of switches 37 form, described driving master cock 39 is connected with described driving controller II 33, and described Hydraulic Station manipulation of switches 37 is connected with described distribution box 36.
The length of described high slideway 3 and the equal in length of described brick plate.
The described jump ring 6 of automatically holding up describedly pushes away the jump ring limiting stopper 6-1 on the brick frame support body 5 and pushes away the jump ring 6-2 that brick frame support body 5 is hinged and formed with described by being fixed on.
Automatically hold up jump ring 6 and be 5-12 pair for described one group.
Described universal inhibiting device 29 is by the spacing cylindrical shell 29-2 of captiveing joint with described vertical hydraulically extensible bar 2, the one group of bearing 29-1 that is located in this spacing cylindrical shell 29-2 forms, and the described crossbeam 5-1 that pushes away the brick frame passes described spacing cylindrical shell 29-2 and is connected with the bearing inner ring of described one group of bearing 29-1.This kind inhibiting device can guarantee that vertical hydraulically extensible bar 2 pushes away in the brick frame moving process in drive, push away the brick frame and on vertical direction and horizontal direction, all have degree of freedom, can freely between low slideway and high slideway, walk back and forth, one group of bearing 29-1 can reduce to push away the friction between brick frame and the spacing cylindrical shell 29-2, makes the crossbeam 5-1 that pushes away the brick frame freely movable in spacing cylindrical shell 29-2.
Described storage battery 27 is the storage battery group more than four.
Operating process of the present utility model is:
1, readiness:
Start driving controller I 1, before storage battery was transported brick car 28 and reached brick machine, the Hydraulic Station manipulation of switches 37 of control setup 25 was carried out in operation, started Hydraulic Station 9 and drove the de-hackers structures and carry out warming-up exercises.At this moment, the rotary extension arm I of de-hackers structure and rotary extension arm II rotate to an angle and transversal stretching bar I 24-2 and transversal stretching bar II 10-2 stretch out, make to unload brick arm I and unload the residing position of brick arm II to be lower than two and to push away the brick frame, and make respectively and unload brick arm I and unload the width that distance between two brick plate hands on the brick arm II is wider than brick plate; Start Hydraulic Station 9 and can control two two vertical hydraulically extensible bars 2 that push away in the brick mechanism.Vertically hydraulically extensible bar 2 stretches out, to push away the brick frame releases, and release the distance of a brick plate length, push away and push away brick roller 4 on low slideway 26 on the brick frame this moment, push away two on brick frame row and automatically hold up jump ring 6 and be the nature erected state, the top of jump ring 6-2 flushes with the top that storage battery is transported the holder brick roller 8 on the brick car brick-supporting rack 7, does not affect normally to connect brick, jump ring 6-2 is in erected state all the time, shown in Fig. 6 (a).With push away the attached brick-supporting rack 15 that brick frame afterbody is connected and stretch out, prolonged the holder brick length of original brick-supporting rack 7;
2, connect the brick state:
Non-burning brick after the brick machine moulding block pattern row pattern to brick plate, utilize manpower will carry completely non-burning brick brick plate along the attached holder brick roller 14 on the attached brick-supporting rack 15, be transitioned into the afterbody of brick-supporting rack 7, and shift the head of brick-supporting rack 7 onto along the holder brick roller 8 on the brick-supporting rack 7, reciprocating action until two groups of brick-supporting racks 7 are filled, are singly organized brick-supporting rack and can be filled 5-12 plate brick plate successively, the double brick de-hackers that automatically connects can be contained in 10-24 plate brick plate owing to being provided with two groups of brick-supporting racks;
3, unload the brick state:
(1) start driving controller I 1, by chaufeur will be fully loaded with brick plate and above the non-burning brick storage battery fortune brick car 28 of new moulding drive to the airing place;
(2) unload the first plate brick: after storage battery fortune brick car 28 arrives assigned address, by the Hydraulic Station manipulation of switches 37 of driver's operation execution control setup 25, start Hydraulic Station 9 drive de-hackers structures and carry out the operation of holder brick.At this moment, the transversal stretching bar I 24-2 of de-hackers structure and transversal stretching bar II 10-2 retract, transversal stretching bar I 24-2 and transversal stretching bar II 10-2 drive respectively the transverse arm I 21 of unloading on the brick arm I and transverse arm II 11 actions of unloading on the brick arm II, because the left end of transverse arm II 11 is located in the chute 20 of transverse arm I 21 right-hand members, so stretch out with the transversal stretching bar or bounce back when producing cross travel when transverse arm I 21 and transverse arm II 11, two transverse arms do not produce interference;
When retracting to, transversal stretching bar I 24-2 and transversal stretching bar II 10-2 unload the brick position, namely unload brick arm I and unload distance between two brick plate hands on the brick arm II when slightly being wider than the width of brick plate, two rotary extension arms of contrarotation, make the position of unloading brick arm I and unloading brick arm II be promoted to the position that can hold up brick plate, unload brick arm I and unload brick arm II and lift respectively that the first plate on the brick-supporting rack separately is non-burning brick to leave attached brick-supporting rack 7, restarting Hydraulic Station 9 retracts two vertical hydraulically extensible bars 2, drive two and push away the distance that the brick frame bounces back to a brick plate length, attached brick-supporting rack 15 is also with the distance that pushes away the brick frame and bounce back to a brick plate length, at this moment, the below of the brick plate that is held up has been vacated and has been unloaded the brick space, operating hydraulically operated station 9 makes unloads brick arm I and unloads brick arm II and move down, and is placed on the place the first plate is non-burning brick.Operating hydraulically operated station 9 is stretched out transversal stretching bar I 24-2 and transversal stretching bar II 10-2, drives to unload brick arm I and to unload brick arm II transverse shifting, unloads on the brick arm that distance increases between two brick plate hands, withdraws brick plate and finishes and once unload the brick process;
Owing to push away brick frame and attached brick-supporting rack 15 in retraction process, the brick roller 4 that pushes away that pushes away on the brick frame has driven on the high slideway 3 from low slideway 26, at this moment, the jump ring 6-2 position that pushes away on the brick frame is elevated, owing to pushed down by the brick-supporting rack 7 at top, then jump ring 6-2 automatic turning is the level of state and is stuck on the jump ring limiting stopper 6-1, shown in Fig. 6 (b), after pushing away brick frame retraction and putting in place, the first group of jump ring 6-2 that pushes away the most close storage battery fortune brick car 28 head ends on the brick frame exposes outside the brick plate, and automatically holds up and be stuck in the edge near the first plate brick of storage battery fortune brick car 28 head ends;
(3) unload the second plate brick: pilot control driving master cock 39 control driving controller II 33 make storage battery fortune brick car 28 slightly be longer than to overtake the distance of a brick plate length, and operating hydraulically operated station 9 makes to unload brick arm I and unload the residing position of brick arm II and is lower than two and pushes away the brick frame and make respectively and unload brick arm I and unload the width that distance between two brick plate hands on the brick arm II is wider than brick plate.Operating hydraulically operated station 9 is released two by two vertical hydraulically extensible bars 2 and is pushed away brick frame and two attached brick-supporting racks 15, with near a few plate bricks of the first plate brick ejection back of storage battery fortune brick car 28 headstock ends and along the advance distance of a brick plate of two groups of brick-supporting racks 7 of storage battery fortune brick car 28, make last brick plate that is positioned at tailstock section leave brick-supporting rack 7 and drop on the attached brick-supporting rack 15.Start Hydraulic Station 9, drive the de-hackers structure and carry out the operation of holder brick, namely retraction unloads brick arm I and unloads two brick plate hands on the brick arm II, and moves up and unload brick arm I and unload brick arm II, holds up the brick plate on the attached brick-supporting rack 15.Repeat to push away the retraction operation of brick frame, namely start Hydraulic Station 9, two vertical hydraulically extensible bars 2 bounce back, drive two and push away the distance that brick frame and two attached brick-supporting racks 15 bounce back to a brick plate length, at this moment, vacated by the below of the brick plate that held up and to have unloaded the brick space, operating hydraulically operated station 9 makes to unload brick arm I and unload brick arm II and moves down, and is placed on the place the second plate is non-burning brick.Operating hydraulically operated station 9 make unload brick arm I and unload brick arm II outwards mobile and drive the brick plate hand and withdraw brick plate and finish and unload again the brick process;
(4) back and forth the car load brick is unsnatched successively, realize the dress of unburned brick field, the overall process of transporting, unloading.
The double brick de-hackers that automatically connects of the present utility model fully replaces manually finishing with machinery and automatically connects brick, automatically send the work of brick and automatic brick unloading, shortened from connecing brick to all processes that unloads brick, greatly improved labor efficiency, alleviated workman's labour intensity, and guarantee fragment of brick the carrying and unload in the brick process and can not cause damage, saved to greatest extent productive costs.
Claims (8)
1. double brick de-hackers that automatically connects, comprise storage battery fortune brick car, be located at the storage battery on the storage battery fortune brick car car body, the running motor that is connected of storage battery therewith, the driving controller I that is connected of running motor therewith, it is characterized in that being provided with the double brick that automatically connects at described storage battery fortune brick car car body unloads brick device, on described storage battery fortune brick car car body, also be provided with the Hydraulic Station that is connected with described storage battery, the driving controller II that is connected with described running motor, the execution control setup that is connected with driving controller II with described Hydraulic Station respectively, the described double brick that automatically connects unloads brick device and comprises and being located at side by side on the described storage battery fortune brick car car body and with two groups of brick-supporting racks of holder brick roller, two that are located at respectively these two groups of brick-supporting rack inboards push away brick mechanism, be located at the de-hackers structure of described storage battery fortune brick car hull back, described every group of brick-supporting rack is comprised of two brick-supporting racks that vertically are set up in parallel along storage battery fortune brick car car body respectively
The described brick mechanism that pushes away comprises the vertical hydraulically extensible bar that is connected with described Hydraulic Station, vertically the hydraulically extensible bar is connected by universal inhibiting device therewith, and what be located at that described brick-supporting rack inboard moves back and forth pushes away the brick frame, be located at the described brick-supporting rack afterbody outside and push away the attached brick-supporting rack that brick frame afterbody is connected with described, the described brick frame that pushes away is by pushing away brick frame support body, what be located at that this pushes away brick frame support body two side lower parts pushes away the brick roller, being located at described a group of pushing away brick frame support body both sides automatically holds up jump ring and forms, the described jump ring of automatically holding up is provided with a pair of along the distance that pushes away a brick plate of the every spacing in brick frame support body both sides, the clear width of described brick-supporting rack support body is provided with low slideway and high slideway, the described brick roller that pushes away is connected with described low slideway or the rolling of high slideway, described attached brick-supporting rack two upper lateral parts are provided with attached holder brick roller
Described de-hackers structure is by the HM Hydraulic Motor that is connected with described Hydraulic Station, the retarder that is connected of HM Hydraulic Motor therewith, be connected to the rotary extension arm I of this retarder left side mouth and the rotary extension arm II of right side mouth, respectively therewith rotary extension arm I captive joint with rotary extension arm II unload brick arm I and unload brick arm II and form
Describedly unload the transverse arm I that brick arm I is captiveed joint with described rotary extension arm I by the middle part, be fixed on the left brick plate arm I of this transverse arm I left end, right brick plate arm I, the left brick plate hand I and the right brick plate hand I that are hinged of left brick plate arm I and right brick plate arm I forms therewith respectively, describedly unload the transverse arm II that brick arm II is captiveed joint with described rotary extension arm II by the middle part, be fixed on the right brick plate arm II of this transverse arm II right-hand member, left brick plate arm II, the left brick plate hand II and the right brick plate hand II that are hinged of left brick plate arm II and right brick plate arm II forms therewith respectively, the right-hand member of described transverse arm I is provided with chute, the left end of described transverse arm II is located in this chute, described right brick plate arm I is located at the left end of described transverse arm II, described left brick plate arm II is located at the right-hand member of described transverse arm I
Described rotary extension arm I by revolving bar I and an end therewith the revolving bar I transversal stretching bar I of captiveing joint formed, captive joint with described transverse arm I in the flexible termination of the described transversal stretching bar I other end, described revolving bar I is connected with described retarder left side mouth, and described transversal stretching bar I is connected with described Hydraulic Station;
Described rotary extension arm II by revolving bar II and an end therewith the revolving bar II transversal stretching bar II of captiveing joint formed, captive joint with described transverse arm II in the flexible termination of the described transversal stretching bar II other end, described revolving bar II is connected with described retarder right side mouth, and described transversal stretching bar II is connected with described Hydraulic Station.
2. the double brick de-hackers that automatically connects according to claim 1, it is characterized in that described Hydraulic Station is by the electrical motor that is connected with described storage battery, the Hydraulic Pump that is connected of electrical motor therewith, the distribution box that is connected of Hydraulic Pump therewith, form with the fuel tank that described Hydraulic Pump is connected with distribution box respectively, described distribution box is connected with transversal stretching bar II with described vertical hydraulically extensible bar, described HM Hydraulic Motor, described transversal stretching bar I respectively.
3. the double brick de-hackers that automatically connects according to claim 1, it is characterized in that described execution control setup is by the driving master cock, power supply cabinet switch and Hydraulic Station manipulation of switches form, described driving master cock is connected with described driving controller II, and described Hydraulic Station manipulation of switches is connected with described distribution box.
4. the brick de-hackers that automatically connects according to claim 1 is characterized in that the length of described high slideway and the equal in length of described brick plate.
5. the double brick de-hackers that automatically connects according to claim 1 is characterized in that the described jump ring of automatically holding up describedly pushes away the jump ring limiting stopper on the brick frame support body and pushes away the jump ring that brick frame support body is hinged and formed with described by being fixed on.
6. the double brick de-hackers that automatically connects according to claim 1 or 5, it is characterized in that described one group, automatically to hold up jump ring be 5-12 pair.
7. the brick de-hackers that automatically connects according to claim 1, it is characterized in that described universal inhibiting device is by the spacing cylindrical shell of captiveing joint with described vertical hydraulically extensible bar, the one group of bearing that is located in this spacing cylindrical shell forms, and the described crossbeam that pushes away the brick frame passes described spacing cylindrical shell and is connected with the bearing inner ring of described one group of bearing.
8. the brick de-hackers that automatically connects according to claim 1 and 2 is characterized in that described storage battery is the storage battery group more than four.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220572150 CN202847515U (en) | 2012-11-02 | 2012-11-02 | Double-row automatic catching brick unloading brick machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220572150 CN202847515U (en) | 2012-11-02 | 2012-11-02 | Double-row automatic catching brick unloading brick machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202847515U true CN202847515U (en) | 2013-04-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220572150 Withdrawn - After Issue CN202847515U (en) | 2012-11-02 | 2012-11-02 | Double-row automatic catching brick unloading brick machine |
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| Country | Link |
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| CN (1) | CN202847515U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102887094A (en) * | 2012-11-02 | 2013-01-23 | 鞍钢集团房产建设第五建筑工程公司 | Double-row automatic brick receiving and unloading machine |
-
2012
- 2012-11-02 CN CN 201220572150 patent/CN202847515U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102887094A (en) * | 2012-11-02 | 2013-01-23 | 鞍钢集团房产建设第五建筑工程公司 | Double-row automatic brick receiving and unloading machine |
| CN102887094B (en) * | 2012-11-02 | 2014-12-10 | 鞍钢集团房产建设第五建筑工程公司 | Double-row automatic brick receiving and unloading machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130403 Effective date of abandoning: 20141210 |
|
| RGAV | Abandon patent right to avoid regrant |