CN103231443B - A kind of framed and with the method for work of this framed switching mechanism being used in conjunction with - Google Patents

A kind of framed and with the method for work of this framed switching mechanism being used in conjunction with Download PDF

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Publication number
CN103231443B
CN103231443B CN201310153049.6A CN201310153049A CN103231443B CN 103231443 B CN103231443 B CN 103231443B CN 201310153049 A CN201310153049 A CN 201310153049A CN 103231443 B CN103231443 B CN 103231443B
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CN
China
Prior art keywords
framed
side plate
main body
switching mechanism
frame
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201310153049.6A
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Chinese (zh)
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CN103231443A (en
Inventor
张瑞福
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Zhejiang Zhonggeng Environmental Technology Co., Ltd.
Original Assignee
QUANZHOU FENGZE FUFAN MACHINERY CO Ltd
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Application filed by QUANZHOU FENGZE FUFAN MACHINERY CO Ltd filed Critical QUANZHOU FENGZE FUFAN MACHINERY CO Ltd
Priority to CN201310153049.6A priority Critical patent/CN103231443B/en
Publication of CN103231443A publication Critical patent/CN103231443A/en
Application granted granted Critical
Publication of CN103231443B publication Critical patent/CN103231443B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The present invention relates to a kind of framed and with the method for work of this framed switching mechanism being used in conjunction with, describedly framedly comprise that framed main body and is removably installed in the side plate in this framed main body and whether can controls this side plate by the tumbler disassembling in this framed main body, switching mechanism comprises two of left and right bracing frame and upset main body, each sliding rail frame that is fixedly equiped with on the top of these two bracing frames in left and right, upset main body comprises and moves horizontally frame and vertical movable stand, vertically the left and right sides of movable stand is respectively equipped with one the 3rd oil cylinder, the promote-side of each the 3rd oil cylinder is connected with a snapping piece. switching mechanism of the present invention is by after framed upset, switching mechanism can be by framed side plate by under framed upper dismounting, and using this side plate as the supporting plate that transports foamed bricks, switching mechanism also can be reassembled into side plate and framed main body framed, therefore can realize recycle framed.

Description

A kind of framed and with the method for work of this framed switching mechanism being used in conjunction with
Technical field
The present invention relates to foamed bricks production system field, be specifically related to a kind of framed and with the method for work of this framed switching mechanism being used in conjunction with.
Background technology
The applicant newly developed go out a kind of foamed bricks production system, a framed side plate is demountable, switching mechanism can be realized this framed upset, and can and re-assembly side plate dismounting, the switching mechanism of existing design cannot be applicable in this production system the functions such as the prerequisite upset of switching mechanism, horizontal translation and upper and lower translation. Done application on the same day about the production system of this foamed bricks, the present invention is intended to protect this method of work framed and this switching mechanism.
Summary of the invention
The object of the invention be to provide a kind of framed and with the method for work of this framed switching mechanism being used in conjunction with, to overcome in prior art not the problem for the framed and switching mechanism of this foamed bricks production system.
The present invention adopts following technical scheme: a kind of framed and with the method for work of this framed switching mechanism being used in conjunction with, describedly framedly comprise that framed main body and is removably installed in the side plate in this framed main body and whether can controls this side plate by the tumbler disassembling in this framed main body, described tumbler comprises the adjusting device of at least one, this adjusting device comprises the rotating shaft of the bottom of running through described framed main body, one end that described framed main body is extended in this rotating shaft is connected with catch bar, one end that described side plate is extended in this rotating shaft is connected with the snap part that can fasten described side plate, the left side wall of described framed main body and right side wall are respectively provided with a protrusion device, these two protrude device and are symmetrical set, this protrusion device comprises two projections that are installed in framed main body wall, two projections of each protrusion device are diagonal angle and arrange, described switching mechanism comprises two of left and right bracing frame and upset main body, each sliding rail frame that is fixedly equiped with on the top of these two bracing frames in left and right, described upset main body comprises and moves horizontally frame and vertical movable stand, this moves horizontally and on the left and right sides on frame, is respectively provided with two the first pulleys, this move horizontally the left side of frame and first pulley on right side respectively correspondence be installed on two sliding rail frames in left and right, this first pulley that moves horizontally frame left side is connected by a driving shaft with corresponding first pulley that moves horizontally frame right side, move horizontally and on frame, be equiped with drive motors, this drive motors and driving shaft are in transmission connection, move horizontally frame and be provided with the first oil cylinder, the promote-side of this first oil cylinder is fixedly connected with cross bar, the described frame that moves horizontally is provided with the linkage that drives described vertical movable stand to move up and down, vertically on movable stand, be equiped with two the second oil cylinders, the promote-side of these two the second oil cylinders is connected with respectively a pushing block, this pushing block comprises socket piece and moving block, this socket piece is fixedly connected with moving block, this socket piece and moving block formation certain angle open and arrange, socket piece is provided with arc-shaped through-hole, the junction of this socket piece and this moving block is provided with the first through hole, described vertical movable stand is provided with the fixed axis that runs through this first through hole, the left and right sides of described vertical movable stand is respectively equipped with one the 3rd oil cylinder, the promote-side of each the 3rd oil cylinder is connected with a snapping piece, the middle part of this snapping piece can pivotally be installed in described vertical movable stand, and the both ends of described snapping piece offer respectively a shrinkage pool, above-mentioned framed and method of work reversing device is: two shrinkage pools of this snapping piece fasten two projections of framed sidewall, after the 3rd oil cylinder is up carried, snapping piece is around this snapping piece rotating middle part, and snapping piece rotarily drives framed rotation, snapping piece half-twist, the framed half-twist of also following, when being moved horizontally to behind the position that needs to place framed, the first cylinder action, by the vertical movable stand of suspention, toward transferring, when after framed arrival track, vertically movable stand continues to move down, the arc-shaped through-hole of socket piece entangles framed catch bar, the second cylinder action drives this catch bar to rotate, and then, switching mechanism promotes this framed main body, framed main body and side plate are separated, thereby complete demoulding work, switching mechanism is put into framed main hanger on this side plate, and switching mechanism rotates catch bar, fastens side plate, side plate and this framed main body is combined into framed, then overturns that this is framed, makes it to be opening upwards.
Described linkage comprises six sprocket wheels, four chains, the first rotating shaft and the second rotating shafts, this first rotating shaft and the second rotating shaft move horizontally on frame described in being located at respectively, in this first rotating shaft, be arranged with two described sprocket wheels, in this second rotating shaft, be arranged with four described sprocket wheels, described four chains are walked around respectively four sprocket wheels of described the second rotating shaft, wherein two chains are walked around respectively two sprocket wheels in the first rotating shaft, one end of described four chains is connected with described cross bar respectively, and the other end of described four chains is connected with vertical movable stand respectively.
The left and right sides of described vertical movable stand is connected with one group of second pulley separately, described in move horizontally frame the left and right sides be fixedly connected with respectively one and coordinate the gear rail sliding with the second pulley.
Described adjusting device has two.
The above-mentioned description to structure of the present invention and method is known, compared to the prior art, tool of the present invention has the following advantages: switching mechanism of the present invention is by after framed upset, switching mechanism can be by framed side plate by under framed upper dismounting, and using this side plate as the supporting plate that transports foamed bricks, switching mechanism also can be reassembled into side plate and framed main body framed, therefore can realize recycle framed; Secondly, this switching mechanism dynamic model frame capable of hoisting moves horizontally and moves up and down, thus make framed can with each orbital docking.
Brief description of the drawings
The structural representation of the production system of a kind of foamed bricks of Fig. 1.
Fig. 2 is the structural representation of switching mechanism.
Fig. 3 is the side-looking structural representation of switching mechanism.
Fig. 4 is the part-structure schematic diagram of overlooking of switching mechanism.
Fig. 5 is framed structural representation.
Fig. 6 is framed side-looking structural representation.
Fig. 7 is framed plan structure schematic diagram.
Fig. 8 is the structure for amplifying schematic diagram of A in Fig. 1.
The structural representation of Fig. 9 scraper and Connection Block.
Detailed description of the invention
The specific embodiment of the present invention is described with reference to the accompanying drawings.
As shown in Fig. 1, Fig. 4, Fig. 5 and Fig. 6, a production system for foamed bricks, comprises feed proportioning system 1, framed 2, batching rail 3, framed feed arrangement 4, goods precuring room 5, framed drawing mechanism 6, switching mechanism 7, scrapes brick device 8, side plate enters brick device 9, finished product curing room 10, side plate go out brick device 11, unloading rail 13, unloaded rail 14, break brick machine 15 and for controlling the control system (not shown) of this production system running.
As shown in Figure 1, feed proportioning system 1 mixes, stirs, pours into a mould for the raw materials for production to foamed bricks, and this feed proportioning system is prior art, does not just describe in detail at this.
As Fig. 1, Fig. 5, shown in Fig. 6 and Fig. 7, framed 2 comprise that framed main body 21 and is removably installed in the side plate 22 in this framed main body 21, this framed 2 be provided with control this side plate 22 whether by the tumbler 23 disassembling in this framed main body 21, tumbler 23 comprises the adjusting device 231 of two, this adjusting device 231 comprises the rotating shaft 2311 of the bottom of running through described framed main body 21, one end that described framed main body 21 is extended in this rotating shaft 2311 is connected with catch bar 2312, one end that side plate 22 is extended in this rotating shaft 2311 is connected with the snap part 2313 that can fasten side plate 22. rotate this catch bar 2312 and can control the rotation of snap part 2313, snap part 2313 is the level of state and just no longer fastens side plate 22, and snap part 2313 is vertical state and just fastens side plate 22. the left side wall of framed main body 21 and right side wall are respectively provided with a protrusion device, and these two protrusion devices are symmetrical set, and this protrusion device comprises two 24 projections that are installed in framed main body wall, and two 24 projections of each protrusion device are diagonal angle and arrange.
As shown in Fig. 1 and Fig. 8, feed proportioning system 1 is installed in the top of batching rail 3, on batching rail 3, be equipped with the transmission device 16 framed for transmission, this transmission device 16 comprises that described transmission device comprises several active roller bearing 161 and several driven roller bearing 162, these active roller bearing 161 transmissions are equipped with motor, and this active roller bearing 161 and this driven roller bearing 162 are alternately arranged and arranged. On a roller bearing, be just equipped with a motor, needn't on each roller bearing, arrange motor, thereby save the quantity that motor uses, cost-saving.
As shown in Fig. 1, Fig. 5, Fig. 6 and Fig. 7, framed feed arrangement 4 comprises framed feeding car 41 and framed feed rail 42, framed feeding car 41 is assemblied on this framed feed rail 42, on framed feeding car 42, is equipped with transmission device 16, framed feed rail 42 and batching rail 3 vertical butt joint. This framed feeding car 41 can fallback move under the control of control system.
As shown in Fig. 1 and Fig. 8, goods precuring room 5 is provided with feed side 51 and exit side 52, in this goods precuring room, be provided with eight conveyor tracks 53 that connect this feed side 51 and this exit side 52, on every conveyor track 53, be equiped with transmission device 16, framed feed rail 42 is located at this feed side 51, every conveyor track 53 and framed feed rail 42 vertical butt joint.
As shown in Fig. 1 and Fig. 8, framed drawing mechanism 6 comprises framed discharging car 61 and framed discharging rail 62, on this framed discharging rail 62, be installed in exit side 52, framed discharging rail 62 and conveyor track 53 vertical butt joint, framed discharging car 61 is assemblied on this framed discharging rail 62, on framed discharging car 61, be equipped with transmission device 16, it is moving that framed discharging car 61 can carry out fallback on this framed discharging rail 62.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7 and Fig. 8, switching mechanism 7 is installed in one end of framed discharging rail 62, and docks with one end of batching rail 3. switching mechanism 7 comprises two bracing frames in left and right 71 and upset main body 72, each sliding rail frame 73 that fixedly is equiped with on the top of these two bracing frames 71 in left and right, and upset main body 72 comprises and moves horizontally frame 721 and vertical movable stand 722. move horizontally and on the left and right sides on frame 721, be respectively provided with two the first pulleys 7211, this first pulley 7211 that moves horizontally frame 721 left sides and right side respectively correspondence is installed on two sliding rail frames 73 in left and right, this first pulley 7211 that moves horizontally frame 721 left side front ends is connected by a driving shaft 7212 with the first pulley 7211 that moves horizontally frame 721 right side front ends, move horizontally and on frame 721, be equiped with drive motors 7213, this drive motors 7213 is connected by chain drive with driving shaft 7212, this drive motors 7213 drives driving shaft 7212 to rotate, driving shaft 7212 drives two coupled the first pulleys 7211 to rotate, thereby drive the whole frame 721 that moves horizontally to move horizontally on two sliding rail frames 73, thereby this switching mechanism 7 can be realized and drive framed 2 levels to move around. move horizontally frame 721 and be provided with the first oil cylinder 7214, the promote-side of this first oil cylinder 7214 is fixedly connected with cross bar 7215, moves horizontally frame 721 and is provided with the linkage 7216 that drives vertical movable stand 722 to move up and down. linkage 7216 comprises six sprocket wheels 72161, four chains 72162, the first rotating shaft 72163 and the second rotating shaft 72164, the left side moving horizontally on frame 721 is located at respectively in this first rotating shaft 72163 and the second rotating shaft 72164, right both sides, this first rotating shaft 72163 and the second rotating shaft 72164 are laid abreast, in this first rotating shaft 72163, be arranged with two sprocket wheels 72161, in the second rotating shaft 72164, be arranged with four sprocket wheels 721611, four chains 72162 are walked around respectively four sprocket wheels 72161 of the second rotating shaft 72164, wherein two chains 72162 are walked around respectively two sprocket wheels 72161 in the first rotating shaft 72163 again, one end of four chains 72162 is connected with cross bar 7215 respectively, the other end of four chains 72162 is connected with vertical movable stand 722 respectively, by pulling this first oil cylinder 7214 to drive cross bar 7215 can drive four chains 72162, thereby drive vertical movable stand 722 to move up and down, thereby can drive framed 2 to move up and down. on vertical movable stand, 722 are equiped with two the second oil cylinders 7221, the promote-side of these two the second oil cylinders 7221 is connected with respectively a pushing block 7222, this pushing block 7222 comprises socket piece 72221 and moving block 72222, this socket piece 72222 is fixedly connected with moving block 72221, this socket piece 72221 and moving block 72222 form certain angle and open and arrange, socket piece 72221 is provided with arc-shaped through-hole 72223, the junction of this socket piece 72221 and this moving block 72222 is provided with the first through hole, vertically movable stand 722 is provided with the fixed axis that runs through this first through hole, the arc-shaped through-hole 72223 that is provided with of socket piece 72221 can be enclosed within on framed 2 catch bar 2312. vertically the left and right sides on movable stand 722 is respectively equipped with one the 3rd oil cylinder 7223, the promote-side of each the 3rd oil cylinder 7223 is connected with a snapping piece 7224, four projections 24 in framed 2 both sides are buckled on these two snapping pieces 7224, the 3rd oil cylinder 7223 connects the end of snapping piece 7224, and the middle part of snapping piece 7224 can pivotally be installed on vertical movable stand 722. the both ends of snapping piece 7224 offer respectively a shrinkage pool 7225. two shrinkage pools 7225 of this snapping piece 7224 can fasten two projections 24 of framed 2 sidewalls, because being diagonal angle, two projections 24 arrange, after the 3rd oil cylinder 7223 is up carried, snapping piece 7224 will be around these snapping piece 7225 rotating middle parts, snapping piece 7225 rotarily drives framed 2 rotations, snapping piece 7224 half-twists, framed 2 also just follow half-twist. in the process of framed 2 half-twists, the opening of shrinkage pool 7225 is all upward, thereby ensures can not drop in the process framed 2 of upset. when being moved horizontally to behind the position that needs to place framed 2, now, promote the first oil cylinder 7214, transfer past the vertical movable stand of suspention 722, when after framed 2 arrival tracks, vertically movable stand 722 continues to move down, and the arc-shaped through-hole 72223 of socket piece 72221 just can entangle framed 2 catch bar 2312, by promoting the second oil cylinder 7221, just can control the rotation of this catch bar 2312.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, in order to make moving up and down of vertical movable stand 722 more steady, the left and right sides at vertical movable stand 522 is connected with one group of second pulley 7226 separately, and the both sides that move horizontally frame 721 are fixedly connected with respectively a gear rail 725; This second pulley 7226 of two groups can correspondingly slide on these two gear rails 725.
As shown in Fig. 1, Fig. 8 and Fig. 9, scrape brick device 8 comprise cutting transfer cart 81, scrape rail 82, doctor blade device 83, for horizontal cutting device 84 that castable is cut into small pieces in the horizontal direction and the vertical cutter sweep 85 for castable in the vertical direction is cut into small pieces. Cutting transfer cart 81 is assemblied in to be scraped on rail 82, on cutting transfer cart 81, be equipped with transmission device 16, scrape on rail 82 and be equipped with successively doctor blade device 83, horizontal cutting device 84, vertical cutter sweep 85, dock with switching mechanism 7 one end of scraping rail 82, scrapes rail 82 and be vertical arrangement with framed discharging rail 62. Cutting transfer cart 81 can be to scrape on rail 82 fallback moving. Doctor blade device 83 comprises two, and for striking off the scraper 831 of castable both sides, these two scrapers 831 are installed in respectively the both sides of scraping rail 82, and each scraper 831 is installed on a connecting seat 832. Each scraper 831 is to be inclined upwardly and arranges, and two scrapers 831 are abreast arranges. Horizontal cutting device 84 and vertical cutter sweep 85 are prior art, just seldom describe in detail at this.
As shown in Fig. 1, Fig. 8 and Fig. 9, side plate enters brick device 9 and comprises that side plate enters brick car 91 and side plate enters brick rail 92, side plate enters brick car 91 and is assemblied in this side plate and enters on brick rail 92, and side plate enters on brick car 91 to be equipped with transmission device 16, and side plate enters brick rail 92 and scrapes rail 82 vertical butt joint; This side plate enters brick car 91, and can to enter on brick rail 92 fallback at side plate moving.
As shown in Figure 1, finished product curing room 10 is provided with into brick side 101 and brick output side 102, this finished product curing room 10 interior parallel be laid with 20 connect that this enters brick side 101 and this brick output side 102 send brick rail 103, these 20 are sent and on brick rail 103, are all provided with transmission device 16, side plate enters brick rail 92 to be located at this and to enter brick side 101, send brick rail 103 and side plate to enter brick rail 92 vertical butt joint.
As shown in Figure 1, side plate goes out brick device 11 and comprises side plate brick output car 111 and side plate brick-bringing out track 113, on this side plate brick-bringing out track 113, be installed in brick output side 102, this side plate brick-bringing out track 113 with send brick rail 103 vertical butt joint, side plate brick output car 111 is assemblied on this side plate brick-bringing out track 113, on side plate brick output car 111, is equipped with transmission device 16.
As shown in Figure 1, on unloading rail 13, be equipped with transmission device 16, on unloading rail 13, be equiped with the brick machine 15 of breaking that the levels of finished bricks can be separated. This breaks brick machine 15 is that prior art does not just describe in detail at this. One end of brick rail 92 is entered at the two ends of unloading rail 13 respectively one end of vertical butt joint side plate brick-bringing out track 113 and side plate; On unloaded rail 14, be equipped with transmission device 16, these zero load rail 14 one end and side plate enter the other end vertical butt joint of brick rail 92, and the other end of this zero load rail 14 docks with switching mechanism 7.
As shown in Figure 1, control system and feed proportioning system 1, framed feed arrangement 4, all transmission devices 16, goods precuring room 5, framed drawing mechanism 6, switching mechanism 7, scrape brick device 8, side plate and enter brick device 9, finished product curing room 10, side plate and go out brick device 11, break brick machine 15 and be connected. The whole production system running of this control system control.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8 and Fig. 9, specific works process of the present invention is as follows: feed proportioning system 1 mixes raw material, stir and by the raw material cast progressive die frame 2 being stirred, and the transmission device 16 on batching rail 3 is by framed 2 ends that are sent to pattern frame feed rail 42. the framed feeding car 41 resting on framed feed rail 42 docks with this batching rail 3, transmission device 16 on framed feeding car 41 starts, framed 2 just by batching rail 3 upper drivings to framed feeding car 41, framed 2 enter after framed feeding car 41 completely, the transmission device 16 on framed 2 cuts out. framed feeding car 41 is under the control of control system, framed feeding car 41 is run along framed feed rail 42, after framed feeding car 41 docks with a conveyor track 53, framed feeding car 41 starts the transmission device 16 of self, be transported on this conveyor track 53 framed 2, transmission device 16 on conveyor track 53 sends it to specific position in goods precuring room, after framed feeding car 41 is transported to conveyor track 53 and completes framed 2, framed feeding car 41 is walked for 42 times and is again docked with batching rail 3 along framed feed rail, framed feeding car 41 will framed 2 be delivered in conveyor track 53 one by one. the controlled deckel 2 of control system is discharge in sequence in conveyor track 53, when framed 2 electric machine rotations that are transferred to ad-hoc location and stop this part transmission device 16, make framed 2 to be parked in this position, control system also can be controlled the time that this part motor stops, when reaching after the dwell time of setting, start again this part motor, make framed 2 spread out of this goods precuring room 5. these conveyor tracks 53 of framed discharging car 61 docking of the exit side 52 in goods precuring room 5, and receive send out framed 2, framed discharging car 61 is transported on switching mechanism 7 framed 2. switching mechanism 7 slings and overturns framed 2 to framed 2, make framed 2 half-twists, framed 2 side plates down, after switching mechanism 7 winches to framed 2 levels on the cutting transfer cart 81 of scraping on rail 82, switching mechanism 7 drives two catch bars 2312 on framed 2 to rotate, thereby snap part 2313 is the level of state, then, switching mechanism 7 promotes this framed main body 21, and framed main body 21 is just separated with side plate 22, thereby completes demoulding work. cutting transfer cart 81 is cut flat through the doctor blade device 83 of scraping on rail 82 by the both sides of castable, pass through again horizontal cutting device 84, castable level is cut into small pieces, pass through again vertical cutter sweep 85, castable is vertically cut into fritter. finally cutting transfer cart 81 sends the castable of side plate 22 and well cutting and scrape the side plate that rail 82 docks and enter brick car 91 to, this side plate enters brick car 91 by the castable of this side plate 22 and well cutting, what be transported to finished product curing room 10 enters brick side 101, this side plate enter brick car 91 with wherein one send brick rail 103 to dock. this side plate enters the mode that castable that brick car 91 transports side plate 22 and well cutting enters finished product curing room 10, and transporting framed 2 with framed feeding car 41, to enter the mode in goods precuring room 5 the same, just no longer describes in detail herein. when reaching after service time, castable becomes finished bricks, send the transmission device on brick rail 103 that side plate 22 and finished bricks are sent, the side plate brick output car 111 of brick output side 102 docks with sending brick rail 103, this side plate brick output car 111 receives side plate 22 and finished bricks, this side plate brick output car 111 is transported to side plate 22 and finished bricks on unloading rail 13, this side plate brick output car 111 docks with unloading rail 13, and this side plate 22 and finished bricks are transferred on unloading rail 12, the brick machine of breaking on unloading rail 12, to separating between finished bricks levels, finally unload this finished bricks. after having unloaded, side plate 22 just enters on brick car 91 along with the transmission device 16 of unloading on rail 13 is transferred to the side plate that side plate enters on brick rail 92, side plate enters brick car 91 this side plate is transported on unloaded rail 14, this side plate enters brick car 91 and docks with this zero load rail 14, this side plate enters brick car 91 this side plate is sent on unloaded rail 14, transmission device 16 on unloaded rail 14 sends this side plate to switching mechanism 7, switching mechanism 7 hangs onto framed main body 23 on this side plate, switching mechanism 7 rotates catch bar 2312, fasten side plate 22, make side plate 22 and this framed main body 23 be combined into framed 2, then overturn this framed 2, make it to be opening upwards. switching mechanism 7 framed 2 winches to this on batching rail 3, and this is framed 2 in the transmission device transmission of batching on rail 3, makes this framed 2 be transferred to the raw material that feed proportioning system 1 below access is stirred. so far, complete whole On The Cycle Working Process.
Above are only the specific embodiment of the present invention, but design concept of the present invention is not limited to this, allly utilizes this design to carry out the change of unsubstantiality to the present invention, all should belong to the behavior of invading protection domain of the present invention.

Claims (4)

  1. One kind framed and with the method for work of this framed switching mechanism being used in conjunction with, it is characterized in that: describedly framedly comprise that framed main body and is removably installed in the side plate in this framed main body and whether can controls this side plate by the tumbler disassembling in this framed main body, described tumbler comprises the adjusting device of at least one, this adjusting device comprises the rotating shaft of the bottom of running through described framed main body, one end that described framed main body is extended in this rotating shaft is connected with catch bar, one end that described side plate is extended in this rotating shaft is connected with the snap part that can fasten described side plate, the left side wall of described framed main body and right side wall are respectively provided with a protrusion device, these two protrude device and are symmetrical set, this protrusion device comprises two projections that are installed in framed main body wall, two projections of each protrusion device are diagonal angle and arrange, described switching mechanism comprises two of left and right bracing frame and upset main body, each sliding rail frame that is fixedly equiped with on the top of these two bracing frames in left and right, described upset main body comprises and moves horizontally frame and vertical movable stand, this moves horizontally and on the left and right sides on frame, is respectively provided with two the first pulleys, this move horizontally the left side of frame and first pulley on right side respectively correspondence be installed on two sliding rail frames in left and right, this first pulley that moves horizontally frame left side is connected by a driving shaft with corresponding first pulley that moves horizontally frame right side, move horizontally and on frame, be equiped with drive motors, this drive motors and driving shaft are in transmission connection, move horizontally frame and be provided with the first oil cylinder, the promote-side of this first oil cylinder is fixedly connected with cross bar, the described frame that moves horizontally is provided with the linkage that drives described vertical movable stand to move up and down, vertically on movable stand, be equiped with two the second oil cylinders, the promote-side of these two the second oil cylinders is connected with respectively a pushing block, this pushing block comprises socket piece and moving block, this socket piece is fixedly connected with moving block, this socket piece and moving block formation certain angle open and arrange, socket piece is provided with arc-shaped through-hole, the junction of this socket piece and this moving block is provided with the first through hole, described vertical movable stand is provided with the fixed axis that runs through this first through hole, the left and right sides of described vertical movable stand is respectively equipped with one the 3rd oil cylinder, the promote-side of each the 3rd oil cylinder is connected with a snapping piece, the middle part of this snapping piece can pivotally be installed in described vertical movable stand, and the both ends of described snapping piece offer respectively a shrinkage pool,
    Above-mentioned framed and method of work switching mechanism is: two shrinkage pools of this snapping piece fasten two projections of framed sidewall, after the 3rd oil cylinder is up carried, snapping piece is around this snapping piece rotating middle part, and snapping piece rotarily drives framed rotation, snapping piece half-twist, the framed half-twist of also following; When being moved horizontally to behind the position that needs to place framed, the first cylinder action, by the vertical movable stand of suspention, toward transferring, when after framed arrival track, vertically movable stand continues to move down, the arc-shaped through-hole of socket piece entangles framed catch bar, the second cylinder action drives this catch bar to rotate, and then, switching mechanism promotes this framed main body, framed main body and side plate are separated, thereby complete demoulding work; Switching mechanism is put into framed main hanger on this side plate, and switching mechanism rotates catch bar, fastens side plate, side plate and this framed main body is combined into framed, then overturns that this is framed, makes it to be opening upwards.
  2. According to claimed in claim 1 a kind of framed and with the method for work of this framed switching mechanism being used in conjunction with, it is characterized in that: described linkage comprises six sprocket wheels, four chains, the first rotating shaft and the second rotating shaft, this first rotating shaft and the second rotating shaft move horizontally on frame described in being located at respectively, in this first rotating shaft, be arranged with two described sprocket wheels, in this second rotating shaft, be arranged with four described sprocket wheels, described four chains are walked around respectively four sprocket wheels of described the second rotating shaft, wherein two chains are walked around respectively two sprocket wheels in the first rotating shaft, one end of described four chains is connected with described cross bar respectively, the other end of described four chains is connected with vertical movable stand respectively.
  3. According to claimed in claim 1 a kind of framed and with the method for work of this framed switching mechanism being used in conjunction with, it is characterized in that: the left and right sides of described vertical movable stand is connected with one group of second pulley separately, described in move horizontally frame the left and right sides be fixedly connected with respectively one and coordinate the gear rail sliding with the second pulley.
  4. According to claimed in claim 1 a kind of framed and with the method for work of this framed switching mechanism being used in conjunction with, it is characterized in that: described adjusting device has two.
CN201310153049.6A 2013-04-28 2013-04-28 A kind of framed and with the method for work of this framed switching mechanism being used in conjunction with Expired - Fee Related CN103231443B (en)

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