CN204123097U - Cylinder body of fire extinguisher foundation ring automatic assembly line - Google Patents
Cylinder body of fire extinguisher foundation ring automatic assembly line Download PDFInfo
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- CN204123097U CN204123097U CN201420463668.5U CN201420463668U CN204123097U CN 204123097 U CN204123097 U CN 204123097U CN 201420463668 U CN201420463668 U CN 201420463668U CN 204123097 U CN204123097 U CN 204123097U
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Abstract
Cylinder body of fire extinguisher foundation ring automatic assembly line, be arranged in sequence with material storage mechanism, cutting device, hemmer, drilling machine, rolling code device and roll muscle device, cutting device, hemmer, drilling machine, rolling code device and rolling between muscle device is connected by track, and processed foundation ring is sent to next station by track.The utility model adopts cutting device, hemmer, drilling machine, rolling code device and rolls the production line of muscle device composition, eliminate the hand haulage in existing production between each operation and artificial loading link, realize the automated production of fire extinguisher foundation ring, compared with the production model of prior art, production efficiency significantly improves, labour intensity and labour cost reduces greatly, occupation area of equipment reduce.
Description
Technical field
The utility model relates to cuts, flange, boring, rolling code, rolls the cylinder body of fire extinguisher foundation ring automatic assembly line of muscle function a kind of collection.
Background technology
At present, blank during cylinder body of fire extinguisher foundation ring produces adopts roll of steel plate circle to form through straight seam welding again, also need from blank to foundation ring finished product through cutting, flange, boring, rolling code and Gun Jin five road manufacturing procedure, the cylinder body of fire extinguisher foundation ring formed as shown in Figure 1 is respectively equipped with the rolling code d on flange a, two boring b, cylindrical shell and rolls muscle c.Each operation adopts special process equipment independently to process, and unrealized networking is produced, and needs artificial conveyance, material loading, operation between every procedure; The all production processes in foundation ring all complete needs 5 workmans.Therefore, traditional fire extinguisher foundation ring exists in producing: at the bottom of production efficiency, the shortcoming such as labour intensity is large, occupation area of equipment is large, and labor intensive cost is many.
Traditional production line functionally adopts manipulator clamping at automatic charging mostly, therefore there is the shortcomings such as clamping speed is slow, mechanism is complicated, manufacturing cost is high, poor stability.In conveying between unit, traditional production line adopts Chain conveyer, belt transmission, rack pinion mostly, owing to considering the transport stationarity of workpiece, need to set up corresponding bracket or fixture at carrier chain, and there is the shortcomings such as transporting velocity is slow, manufacturing cost is high.
Utility model content
Utility model object of the present utility model is the deficiency overcoming existing equipment, provides a kind of compact conformation reasonable, integrates to cut, flange, boring, rolling code, roll the high efficiency cylinder body of fire extinguisher foundation ring automatic assembly line of muscle function.
The technical scheme that the technical problem that the utility model solves adopts is:
Cylinder body of fire extinguisher foundation ring automatic assembly line, it is characterized in that being arranged in sequence with material storage mechanism 6, cutting device 1, hemmer 2, drilling machine 3, rolling code device 4 and rolling muscle device 5, cutting device 1, hemmer 2, drilling machine 3, rolling code device 4 and rolling between muscle device 5 is connected by track, and processed foundation ring is sent to next station by track;
Material storage mechanism 6 comprises material storing box 61, and material storing box 61 is for depositing the input channel of the cylinder body of fire extinguisher workpiece needing processing, and the base plate of material storing box 61 turns forward, the distal opening under material storing box 61;
Cutting device 1 comprises cutting machine 11, the tray 13 of band scraping wings 17 is provided with below material storing box 61 distal opening place, scraping wings 17 front end is connected with pusher cylinder 14, corresponding scraping wings 17 side is provided with the side plate 15 that magnetic sheet is housed, what being provided with above between scraping wings 17 and side plate 15 was equipped with magnetic sheet presses down V-block 16, presses down on V-block 16 and is connected with lower air cylinder 18; Cutting machine 11 comprises cutting machine mold shaft 111 and outer cutter, cutting machine mold shaft 111 is positioned at the side below V-block 16, cutting machine mold shaft 111 is provided with pusher ring 112, pusher ring 112 is connected with throw-out collar cylinder 113, the side of corresponding cutting machine mold shaft 111 end face is provided with scraping wings 114, and scraping wings 114 is connected with pushing cylinder 115;
Hemmer 2 comprises the flanger 21 being provided with flange mold shaft 22, flange mold shaft 22 correspondence is provided with flanging die, flange mold shaft 22 is provided with throw-out collar 23, throw-out collar 23 is provided with throw-out collar cylinder, the V-type locating piece 25 being provided with carry magnet above of the side of corresponding flange mold shaft 22, V-type locating piece 25 is connected with positioning cylinder 26; Positioning cylinder 26 side is provided with support 27, support 27 is provided with the movable head 28 that can move up and down, movable head 28 has the push pedal 29 that band moves material cylinder 24, movable head 28 is connected with the output shaft of positioning cylinder 26, side below V-type locating piece 25 is provided with splicing plate 201, splicing plate 201 is connected with the die pad 202 that magnet is housed, and die pad 202 is connected with adjusting cylinders 203;
Drilling machine 3 is equipped with two rotary main shafts 31, being provided with motor 32 drives two rotary main shafts 31 to rotate, the spacing of two rotary main shaft 31 rotations is the spacing in two holes of the cylinder body of fire extinguisher foundation ring workpiece needing processing, rotary main shaft 31 is connected with drill bit 33, motor 32 is arranged on transportable seat board 34, seat board 34 is connected with propulsion cylinder 35, drill bit 33 side correspondence is provided with magnetic pressing plate 36, side between pressing plate 36 and drill bit 33 is provided with blend stop 37, pressing plate 36 is connected with compression cylinder 38, bottom between pressing plate 36 and drill bit 33 is provided with the lifting V-block 39 that magnetic sheet is housed, lifting V-block 39 is connected with lifting cylinder 30,
Rolling code device 4 comprises rolling code machine 41 and rolling code automatic feed mechanism 42, and rolling code machine 41 comprises punch and die 411, and die 411 is provided with stripper 413, and stripper 413 is connected with discharging cylinder 412; Rolling code automatic feed mechanism 42 comprises and promotes V-block 421, and promote V-block 421 and be connected with lifting cylinder 422, the side promoted above V-block 421 is provided with cuts somebody's hair 423, cuts somebody's hair 423 corresponding with die 411, cuts somebody's hair 423 to be connected with cylinder 424 of cutting somebody's hair;
Roll muscle device 5 comprise beading machine 51 and roll rib automatic feeding mechanism 52, beading machine 51 comprises main spindle box 511 and rolling bar model 512, rolling bar model 512 is positioned at adapter sleeve 513, rolling bar model 512 is connected with by push rod 514 and shrinks cylinder 515, shrinking cylinder 515 can drive rolling bar model 512 mobile in adapter sleeve 513, and corresponding rolling bar model 512 end face side is provided with the pressing plate connecting cylinder; Roll rib automatic feeding mechanism 52 and comprise the V-block 521 that magnetic sheet is housed, V-block 521 is connected with working cylinder 522, V-block 521 has the carriage 523 of carry magnet, and the side of carriage 523 is connected with conveying cylinder 524, and V-block 521 is positioned at the top of rolling bar model 512.
Five processes that the technical solution of the utility model operation principle is following.Drawback for unit is optimized transformation to wherein part unit agent structure; Every platform equipment is furnished with automatic feed mechanism, and feed mechanism adopts magnetic-adsorption principle in the process transmitting foundation ring, completes the Set and Positioning of foundation ring eventually through magnetic V-block; Equipment utilizes self potential energy of workpiece by raceway conveying workpieces each other, and raceway conveying can control flange side, foundation ring towards unanimously.Its five processes are as following explanation.
(1) automatic charging dividing cutting process to contain foundation ring cylindrical shell, cut, discharging three processes.
Material storage mechanism is used for depositing cylinder body of fire extinguisher workpiece, usually can cut three foundation rings.Distal opening from material storing box enters on the tray of band scraping wings of cutting machine automatic feed mechanism successively, pusher cylinder promotes scraping wings, being delivered to by workpiece for barrel is equipped with on the side plate of magnetic sheet, scraping wings resets, what magnetic sheet was housed presses down the end face that workpiece for barrel is delivered to cutting machine mold shaft by V-block under the effect of lower air cylinder, and ensure the conllinear in cutting machine mold shaft axle center and workpiece for barrel axle center, cylinder workpiece body is pushed cutting machine mold shaft under being connected in pushing cylinder action by scraping wings, press down V-block to reset, scraping wings resets, and automatic charging process terminates.
Cutting process: main shaft drives workpiece for barrel to rotate, outer Tool advance cuts off cylindrical shell, and outer cutter resets, and main shaft stops the rotation, and cutting process terminates.
Discharge process: the foundation ring after cutting is released by pusher ring under the effect of throw-out collar cylinder, foundation ring workpiece rolls into raceway, repeat to cut action, under the effect of throw-out collar cylinder, the last several foundation rings workpiece after cutting is released by pusher ring, foundation ring workpiece rolls into raceway, mechanism resets, and discharge process terminates.
(2) overturning process contains automatic charging, flange and discharge process.
Automatic charging process: cut foundation ring workpiece also and fall on the splicing plate of automatic feed mechanism by raceway, inhale and the die pad of magnet is being housed, the V-type locating piece of carry magnet is under the effect of positioning cylinder, foundation ring workpiece is positioned on the V-type locating piece of carry magnet, foundation ring workpiece is delivered to flange die axial end position by V-type locating piece under the effect of positioning cylinder, and maintenance workpiece axle center, foundation ring is consistent with flange mold shaft axle center; Because movable head is connected with the output shaft of positioning cylinder, when V-type locating piece moves down, movable head also moves down, the push pedal moving material cylinder is just in time positioned at the side of foundation ring workpiece end face, moves material cylinder operation, drives push pedal that foundation ring workpiece is pushed flange mold shaft, push pedal resets, and feeding process terminates.
Flange and discharge process: after feeding process terminates, flange mold shaft drives foundation ring workpiece to rotate under the driving of motor, the flanging die of side, flange mold shaft opposite compresses foundation ring workpiece, foundation ring workpiece generation plastic deformation, flanging die resets, and flange mold shaft stops the rotation, throw-out collar is under throw-out collar cylinder action, foundation ring workpiece is released flange mold shaft and enters default raceway, throw-out collar resets, and whole overturning process terminates.
(3) workflow of drilling operating.
Foundation ring workpiece after flange completes falls into lifting V-block through raceway, lifting V-block is by lifting air cylinder lifting foundation ring workpiece, the position in required two holes of boring of foundation ring workpiece is corresponding with the position of two drill bits, compression cylinder drives magnetic pressing plate to compress foundation ring workpiece, lifting V-block resets, drill press spindle drives bit, propulsion cylinder drives seat board reach, drill bit gets through two holes, drill bit return, pressing plate drives foundation ring workpiece to reset, when foundation ring workpiece is to blend stop place, foundation ring workpiece is obstructed disengaging pressing plate, fall into raceway, pressing plate resets, whole drilling operating completes.
(4) roll muscle rolling code operation and contain automatic charging, rolling code and discharge process.
Automatic charging process: foundation ring workpiece falls into lifting V-block through raceway, lifting cylinder drives and promotes V-block lifting foundation ring workpiece, and foundation ring workpiece is to position of cutting somebody's hair, cylinder of cutting somebody's hair drives to cut somebody's hair to be sent on the die of rolling code machine by foundation ring workpiece, lifting V-block resets, and reset of cutting somebody's hair, automatic charging terminates.
Rolling code and discharge process: after material loading terminates, the punch of rolling code machine presses down, with die matched moulds, die socket moves along foundation ring radial level under the effect of oil cylinder, completes the rolling code of foundation ring workpiece, punch lifting, stripper is under the effect of discharging cylinder, foundation ring workpiece is pushed default raceway, and push pedal resets, and whole rolling code operation terminates.
(5) roll muscle operation to comprise automatic charging, roll muscle and discharge process.
Automatic charging process: foundation ring workpiece enters raceway end, enter the carriage of carry magnet, foundation ring workpiece is delivered to the position immediately below V-block under the effect of conveying cylinder, working cylinder drives V-block to move down, foundation ring workpiece is inhaled on V-block, foundation ring workpiece is delivered to the rolling bar model end face be contracted in adapter sleeve by V-block, maintenance workpiece axle center, foundation ring is consistent with rolling bar model axle center, the aspectant pressing plate of rolling bar model end compresses foundation ring under the effect of cylinder, the output shaft shrinking cylinder stretches out, rolling bar model stretches out adapter sleeve under push rod effect, V-block resets, complete feeding process, after material loading, enter and roll muscle and discharge process: rolling bar model drives foundation ring workpiece at the driving lower main axis case of motor, outer blade feed, after the workpiece generation plastic deformation of foundation ring, motor power-off, stop the rotation, pressing plate and rolling bar model reset, finished product foundation ring falls into finished product frame, roll muscle operation to terminate.
During concrete enforcement, cutting device 1 is provided with cutting machine material receiving mechanism 12, material receiving mechanism 12 comprises hood-shaped material receiver 121, material receiver 121 is located on Connection Block 124, cutting machine frame 122 is connected with the guide seat of honour 123, the guide seat of honour 123 is provided with X-axis cylinder 125 and Y-axis cylinder 126, and Connection Block 124 is connected with the output shaft of X-axis cylinder 125 with Y-axis cylinder 126 respectively, and the work of X-axis cylinder 125 and Y-axis cylinder 126 can drive material receiver 121 to be positioned at the end face side of cutting machine mold shaft 111.
After cylinder body of fire extinguisher workpiece automatic charging process terminates, the work of X-axis cylinder and Y-axis cylinder can drive material receiver to be positioned at the end face side of cutting machine mold shaft, and main shaft drives workpiece for barrel to rotate beginning cutting process.When cutting, material receiver close to mold shaft end face, plays the effect of safety and protection under cylinder action.After cutting process terminates, X-axis cylinder and Y-axis cylinder reset, and drive material receiver to leave mold shaft end face, carry out the automatic charging process of the foundation ring cylindrical shell of next point cutting process.
During concrete enforcement, be provided with strainer in cutting machine mold shaft 111, strainer is connected with pull bar 116, and pull bar 116 end is connected with pusher bearing, being provided with tensioning cylinder 118 is fixed on backstand 119, and the output shaft connecting rod of tensioning cylinder 118 is connected with the pusher bearing of pull bar 116 end.
When cylinder workpiece body being pushed cutting machine mold shaft under pushing cylinder action, under tensioning cylinder effect, pull bar drives strainer outside for the inner blade of cutting machine mold shaft tensioning cylindrical shell, and the outer Tool advance realizing next procedure is cut.
During concrete enforcement, scraping wings 114 is connected with pushing cylinder 115 and is provided with two to five, and each pushing cylinder 115 can advance or regain the stroke of scraping wings 114 1 foundation ring Workpiece lengths successively.
During discharge process, pusher ring is under first pushing cylinder drives, and released the foundation ring after cutting under the effect of throw-out collar cylinder, foundation ring workpiece rolls into raceway, repeats to cut action; Released by pusher ring by foundation ring workpiece after cutting under the effect of second throw-out collar cylinder, foundation ring workpiece rolls into raceway, until last throw-out collar cylinder operation, pusher ring releases last foundation ring workpiece, and foundation ring workpiece rolls into raceway.Then from last throw-out collar cylinder, reset successively, realize pusher ring and reset to initial bit, discharge process terminates.
During concrete enforcement, die 411 is provided with retainer V-block 416 below, and retainer V-block is connected with retainer cylinder 415 416 times.
After completing the rolling code of foundation ring workpiece, punch lifting, retainer V-block promotes foundation ring, and foundation ring workpiece, under the effect of discharging cylinder, is pushed default raceway by stripper, and push pedal resets, and whole rolling code operation terminates.
During concrete enforcement, above-mentioned cutting device 1, hemmer 2, drilling machine 3, rolling code device 4 and the track rolled between muscle device 5 comprise the first downward-sloping raceway A of base plate, second raceway B, 3rd raceway C, 4th raceway D, 5th raceway E and the 6th raceway F, first raceway A and the second raceway B is between cutting device 1 and hemmer 2, the initiating terminal of the first raceway A is positioned at below cutting machine mold shaft 111 end face side, the end of the first raceway A is provided with lifting V-block 71, lifting V-block is connected with lifting cylinder 7, lifting cylinder 7 can rise to lifting V-block 71 initiating terminal of the second raceway B, 3rd raceway C is between hemmer 2 and drilling machine 3, 4th raceway D is between drilling machine 3 and rolling code device 4, 5th raceway E and the 6th raceway F is at rolling code device 4 and roll between muscle device 5, riser 81 is provided with between 5th raceway E and the 6th raceway F, riser 81 is connected with carries plate cylinder 8, carries plate cylinder 8 and riser 81 can be made to move up and down between the end and the initiating terminal of the 6th raceway F of the 5th raceway E.
The beneficial effects of the utility model are: the utility model adopts cutting device, hemmer, drilling machine, rolling code device and rolls the production line of muscle device composition, eliminate the hand haulage in existing production between each operation and artificial loading link, realize the automated production of fire extinguisher foundation ring, compared with the production model of prior art, production efficiency significantly improves, labour intensity and labour cost reduces greatly, occupation area of equipment reduce.
Detailed description of the invention
Below as Fig. 1-Figure 14 carries out describing to embodiment of the present utility model.
In fig. 2, cylinder body of fire extinguisher foundation ring automatic assembly line, secondaryly be arranged with material storage mechanism 6, cutting device 1, hemmer 2, drilling machine 3, rolling code device 4 and roll muscle device 5, cutting device 1, hemmer 2, drilling machine 3, rolling code device 4 and roll the first raceway A downward-sloping respectively by base plate between muscle device 5, second raceway B, 3rd raceway C, 4th raceway D, 5th raceway E and the 6th raceway F, first raceway A and the second raceway B is between cutting device 1 and hemmer 2, the initiating terminal of the first raceway A is positioned at below cutting machine mold shaft 111 end face side, the end of the first raceway A is provided with lifting V-block 71, lifting V-block is connected with lifting cylinder 7, lifting cylinder 7 can rise to lifting V-block 71 initiating terminal of the second raceway B, 3rd raceway C is between hemmer 2 and drilling machine 3, 4th raceway D is between drilling machine 3 and rolling code device 4, 5th raceway E and the 6th raceway F is at rolling code device 4 and roll between muscle device 5, riser 81 is provided with between 5th raceway E and the 6th raceway F, riser 81 is connected with carries plate cylinder 8, carries plate cylinder 8 and riser 81 can be made to move up and down between the end and the initiating terminal of the 6th raceway F of the 5th raceway E.The utility model also includes encoder control system, and this encoder control system controls the running of each station, ensures that each workpiece is processed in an orderly manner.
In Fig. 3, material storage mechanism 6 comprises material storing box 61, and material storing box 61 is for depositing the input channel of the cylinder body of fire extinguisher workpiece needing processing, and the base plate of material storing box 61 turns forward, the distal opening under material storing box 61; Material storing box 61 is provided with controllable register 62, and material storing box 61 supports by supporting stand 63.
In Fig. 4, Fig. 5, Fig. 6 and Fig. 7, cutting device 1 comprises cutting machine 11 and cutting machine material receiving mechanism 12, the tray 13 of band scraping wings 17 is provided with below material storing box 61 distal opening place, scraping wings 17 front end is connected with pusher cylinder 14, corresponding scraping wings 17 side is provided with the side plate 15 that magnetic sheet is housed, what being provided with above between scraping wings 17 and side plate 15 was equipped with magnetic sheet presses down V-block 16, presses down on V-block 16 and is connected with lower air cylinder 18; Cutting machine 11 comprises cutting machine mold shaft 111 and outer cutter, cutting machine mold shaft 111 be circumferentially provided with inner blade 110, processed workpiece for barrel can pack into rotation hobboing cutter, is provided with the motor driving cutting machine mold shaft 111 to rotate; The frame of corresponding rotation hobboing cutter is provided with feed arrangement, feed arrangement comprises guide rail and can the feeding frame of movement on guide rail, feeding frame is provided with the cutter shaft parallel with cutting machine mold shaft 111, cutter shaft is provided with the outer cutter corresponding with the inner blade 110 of cutting machine mold shaft 111, and feeding frame rear portion is provided with the cylinder of driving.Cutting machine mold shaft 111 is positioned at the side pressed down below V-block 16, strainer is provided with in cutting machine mold shaft 111, strainer is connected with pull bar 116, pull bar 116 end is connected with pusher bearing, being provided with tensioning cylinder 118 is fixed on backstand 119, and the output shaft connecting rod of tensioning cylinder 118 is connected with the pusher bearing of pull bar 116 end.Cutter strainer in the utility model embodiment adopts, cone is installed on interior of rotating shaft, and the distance of cone and inner blade 110 only has about 30mm, effectively shortens non-cutting time, and equipment size is reduced greatly.On cutting machine mold shaft 111, additional panel is solved, each panel only need changing dimension.Cutting machine mold shaft 111 is provided with pusher ring 112, pusher ring 112 is connected with throw-out collar cylinder 113, the side of corresponding cutting machine mold shaft 111 end face is provided with scraping wings 114, scraping wings 114 is connected with three pushing cylinders 115, and each pushing cylinder 115 can advance or regain the stroke of scraping wings 114 1 foundation ring Workpiece lengths successively.Additional magnetic on cutting machine mold shaft 111, the laminating between the workpiece for barrel that guarantee is not cut and pusher ring 112, realizes the secondary location of cylindrical shell automatically.Material receiving mechanism 12 comprises hood-shaped material receiver 121, material receiver 121 is located on Connection Block 124, cutting machine frame 122 is connected with the guide seat of honour 123, the guide seat of honour 123 is provided with X-axis cylinder 125 and Y-axis cylinder 126, Connection Block 124 is connected with the output shaft of X-axis cylinder 125 with Y-axis cylinder 126 respectively, and the work of X-axis cylinder 125 and Y-axis cylinder 126 can drive material receiver 121 to be positioned at the end face side of cutting machine mold shaft 111.Because the foundation ring size of different size fire extinguisher is different, need the position and the travel distance that are controlled each part by the adjustable lower air cylinder 18 of controllable register 62, moving runner 19 and feed mechanism, thus positioning precision when ensure that material loading.
As shown in Figure 8, hemmer 2 is equipped with automatic feed mechanism, and automatic feed mechanism is installed on the deceleration box top of flanger, mainly realizes the location during clamping workpiece of foundation ring.Hemmer 2 comprises the flanger 21 being provided with flange mold shaft 22, flange mold shaft 22 correspondence is provided with two flanging dies, flanging die is the circular arc forming tank being circumferentially provided with indent, and the forming tank position of two flanging dies is just packing into the flange place of the processed workpiece for barrel end face after flange mold shaft 22 to processed foundation ring workpiece.The structure of flange mold shaft 22 and two flanging dies is prior art, is not described herein at this.Flange mold shaft 22 is provided with throw-out collar 23, and throw-out collar 23 is provided with throw-out collar cylinder, the V-type locating piece 25 being provided with carry magnet above of the side of corresponding flange mold shaft 22, and V-type locating piece 25 is connected with positioning cylinder 26; Positioning cylinder 26 side is provided with support 27, support 27 is provided with the movable head 28 that can move up and down, movable head 28 has the push pedal 29 that band moves material cylinder 24, movable head 28 is connected with the output shaft of positioning cylinder 26, side below V-type locating piece 25 is provided with splicing plate 201, splicing plate 201 is connected with the die pad 202 that magnet is housed, and die pad 202 is connected with adjusting cylinders 203;
As shown in Figure 9, drilling machine 3 is the equipment for meeting foundation ring bore process and independent design exploitation, adopts vertical structure, and self is with location, clamping, material unloading function.Drilling machine 3 is equipped with two rotary main shafts 31, being provided with motor 32 drives two rotary main shafts 31 to rotate, the spacing of two rotary main shaft 31 rotations is the spacing in two holes of the cylinder body of fire extinguisher foundation ring workpiece needing processing, rotary main shaft 31 is connected with drill bit 33, motor 32 is arranged on transportable seat board 34, seat board 34 is connected with propulsion cylinder 35, drill bit 33 side correspondence is provided with magnetic pressing plate 36, side between pressing plate 36 and drill bit 33 is provided with blend stop 37, pressing plate 36 is connected with compression cylinder 38, bottom between pressing plate 36 and drill bit 33 is provided with the lifting V-block 39 that magnetic sheet is housed, lifting V-block 39 is connected with lifting cylinder 30, drilling machine 3 is equipped with two rotary main shafts 31, is connected with same motor by belt, and a feed can complete the processing in two holes simultaneously.
As shown in Figure 10, Figure 11 and Figure 12, rolling code device 4 comprises rolling code machine 41 and rolling code automatic feed mechanism 42, and rolling code machine 41 is equipped with shedding mechanism, and rolling code machine 41 comprises punch and die 411, die 411 is provided with stripper 413, and stripper 413 is connected with discharging cylinder 412; Rolling code automatic feed mechanism 42 comprises and promotes V-block 421, and promote V-block 421 and be connected with lifting cylinder 422, the side promoted above V-block 421 is provided with cuts somebody's hair 423, cuts somebody's hair 423 corresponding with die 411, cuts somebody's hair 423 to be connected with cylinder 424 of cutting somebody's hair; Die 411 is provided with retainer V-block 416 below, and retainer V-block is connected with retainer cylinder 415 416 times; Rolling code automatic feed mechanism 42 is independently installed on ground, is responsible for foundation ring workpiece to send on the die 411 of rolling code machine, completes automatic charging function.Shedding mechanism is installed on the mould with rolling code machine, the foundation ring workpiece after rolling code is departed from die 411, and sends into the 5th raceway E.
As shown in Figure 13 and Figure 14, roll muscle device 5 and comprise beading machine 51 and roll rib automatic feeding mechanism 52, roll rib automatic feeding mechanism 52 and be installed on the deceleration box of beading machine 51, realize location during conveying and the clamping of foundation ring workpiece.Beading machine 51 comprises main spindle box 511 and rolling bar model 512, rolling bar model 512 is positioned at adapter sleeve 513, rolling bar model 512 is connected with by push rod 514 and shrinks cylinder 515, shrinking cylinder 515 can drive rolling bar model 512 mobile in adapter sleeve 513, and corresponding rolling bar model 512 end face side is provided with the pressing plate connecting cylinder; Roll rib automatic feeding mechanism 52 and comprise the V-block 521 that magnetic sheet is housed, V-block 521 is connected with working cylinder 522, V-block 521 has the carriage 523 of carry magnet, and the side of carriage 523 is connected with conveying cylinder 524, and V-block 521 is positioned at the top of rolling bar model 512.
Five processes that the technical solution of the utility model operation principle is following.Drawback for unit is optimized transformation to wherein part unit agent structure; Every platform equipment is furnished with automatic feed mechanism, and feed mechanism adopts magnetic-adsorption principle in the process transmitting foundation ring, completes the Set and Positioning of foundation ring eventually through magnetic V-block; Equipment utilizes self potential energy of workpiece by raceway conveying workpieces each other, and raceway conveying can control flange side, foundation ring towards unanimously.The operation principle of the utility model embodiment is as follows:
(1) automatic charging dividing cutting process to contain foundation ring cylindrical shell, cut, discharging three processes.
Material storage mechanism 6 is for depositing cylinder body of fire extinguisher foundation ring workpiece, and its length dimension is three times of a foundation ring length, just can cut three foundation ring workpiece.Material storing box 61 is placed several cylinder body of fire extinguisher foundation ring workpiece, material storing box 61 distal opening place cylinder body of fire extinguisher foundation ring workpiece enters on the tray 13 of the band scraping wings 17 of cutting machine automatic feed mechanism successively, pusher cylinder 14 promotes scraping wings 17, workpiece for barrel is delivered to and is equipped with on the side plate 15 of magnetic sheet, scraping wings 17 resets, what magnetic sheet was housed presses down the end face that workpiece for barrel is delivered to cutting machine mold shaft 111 by V-block 16 under the effect of lower air cylinder 18, and ensure the conllinear in cutting machine mold shaft 111 axle center and workpiece for barrel axle center, scraping wings 114 is connected under pushing cylinder 115 acts on and cylinder workpiece body is pushed cutting machine mold shaft 111, press down V-block 16 to reset, scraping wings 114 resets, automatic charging process terminates.After cylinder body of fire extinguisher workpiece automatic charging process terminates, the work of X-axis cylinder 125 and Y-axis cylinder 126 can drive material receiver 121 to be positioned at the end face side of cutting machine mold shaft 111, and main shaft drives workpiece for barrel to rotate beginning cutting process.When cutting, material receiver 121 close to mold shaft end face, plays the effect of safety and protection under cylinder action.
Cutting process: when cylinder workpiece body being pushed cutting machine mold shaft 111 under pushing cylinder 115 acts on, under tensioning cylinder 118 acts on, pull bar 116 drives strainer outside for the inner blade of cutting machine mold shaft 111 tensioning cylindrical shell, main shaft drives workpiece for barrel to rotate, the outer Tool advance realizing next procedure is cut, and cuts off cylindrical shell, and outer cutter resets, main shaft stops the rotation, and cutting process terminates.The foundation ring specification different according to processing, realizes by the inner blade 110 and panel changing dimension.
Discharge process: during discharge process, pusher ring 112 is under first pushing cylinder 115 drives, and released the foundation ring after cutting under the effect of throw-out collar cylinder 113, foundation ring workpiece rolls into the first raceway A, repeats to cut action; Under the effect of second throw-out collar cylinder 113, the foundation ring workpiece after cutting is released by pusher ring 112, foundation ring workpiece rolls into the first raceway A, 3rd throw-out collar cylinder 113 works, and pusher ring 112 releases the 3rd foundation ring workpiece, and foundation ring workpiece rolls into the first raceway A.Then from last throw-out collar cylinder 113, reset successively, realize pusher ring 112 and reset to initial bit, discharge process terminates.After discharge process and cutting process terminate, X-axis cylinder 125 and Y-axis cylinder 126 reset, and drive material receiver 121 to leave mold shaft end face, carry out the automatic charging process of the foundation ring cylindrical shell of next point cutting process.Because the size of foundation ring workpiece is different, need regulate the stroke of pushing cylinder 115 and throw-out collar cylinder and change corresponding pusher ring 112.
(2) overturning process contains automatic charging, flange and discharge process.
Foundation ring workpiece rolls into the first raceway A, and the end entering the first raceway A is provided with lifting V-block 71, and lifting cylinder 7 can rise to lifting V-block 71 initiating terminal of the second raceway B; The foundation ring workpiece cut is divided to roll into the second raceway B.Automatic charging process: point foundation ring workpiece cut is fallen on the splicing plate 201 of automatic feed mechanism by the second raceway B, inhale and the die pad 202 of magnet is being housed, the V-type locating piece 25 of carry magnet is under the effect of positioning cylinder 26, foundation ring workpiece is positioned on the V-type locating piece 25 of carry magnet, foundation ring workpiece is delivered to flange mold shaft 22 endface position by V-type locating piece 25 under the effect of positioning cylinder 26, and maintenance workpiece axle center, foundation ring is consistent with flange mold shaft 22 axle center; Because the output shaft of movable head 28 with positioning cylinder 26 is connected, when V-type locating piece 25 moves down, movable head 28 also moves down, the push pedal 29 moving material cylinder 24 is just in time positioned at the side of foundation ring workpiece end face, move material cylinder 24 to work, drive push pedal 29 that foundation ring workpiece is pushed flange mold shaft 22, push pedal 29 resets, and feeding process terminates.According to the difference of foundation ring specification of workpieces, controlled the height of V-type locating piece 25 by adjusting handle 20, just can ensure the consistent of the axle center of different size foundation ring and flange mold shaft 22 axle center.
Flange and discharge process: after feeding process terminates, flange mold shaft 22 drives foundation ring workpiece to rotate under the driving of motor, the flanging die of side, flange mold shaft 22 opposite compresses foundation ring workpiece, foundation ring workpiece generation plastic deformation, flanging die resets, and flange mold shaft 22 stops the rotation, throw-out collar 23 is under throw-out collar cylinder action, foundation ring workpiece is released flange mold shaft 22 and enters the 3rd raceway C, throw-out collar 23 resets, and whole overturning process terminates.Foundation ring diameter of work for different size varies in size, and needs flange mold shaft 22 and the throw-out collar 23 of changing dimension, needs to regulate two handwheels of die side to regulate the distance between mould simultaneously.
(3) workflow of drilling operating.
Foundation ring workpiece after flange completes falls into lifting V-block 39 through the 3rd raceway C, lifting V-block 39 promotes foundation ring workpiece by lifting cylinder 30, the position in required two holes of boring of foundation ring workpiece is corresponding with the position of two drill bits 33, compression cylinder 38 drives magnetic pressing plate 36 to compress foundation ring workpiece, lifting V-block 39 resets, drill press spindle 31 drives drill bit 33 to rotate, propulsion cylinder 35 drives seat board 34 to move forward, drill bit 33 gets through two holes, drill bit 33 return, pressing plate 36 drives foundation ring workpiece to reset, when foundation ring workpiece is to blend stop 37 place, foundation ring workpiece is obstructed and departs from pressing plate 36, fall into the 4th raceway D, pressing plate 36 resets, whole drilling operating completes.
Regulate the guide rod adjusting nut on the downside of lifting V-block 39, the need of production of different specification size foundation ring can be met by the stroke of control cylinder, bore position simultaneously due to different size foundation ring is different, need the handle of adjusting nut 301 and main shaft 31 both sides to regulate the height on Distance geometry main shaft between two main shafts 31 31 and ground, and keep the tensioning state of driving belt.
(4) roll muscle rolling code operation and contain automatic charging, rolling code and discharge process.
Automatic charging process: foundation ring workpiece falls into through the 4th raceway D and promotes V-block 421, lifting cylinder 422 drives lifting V-block 421 to promote foundation ring workpiece, foundation ring workpiece is to 423 positions of cutting somebody's hair, cylinder 424 of cutting somebody's hair drives cuts somebody's hair 423 by the die 411 of foundation ring workpiece feeding rolling code machine, promote V-block 421 to reset, cut somebody's hair 423 resets, automatic charging terminates.
Rolling code and discharge process: after material loading terminates, the punch of rolling code machine presses down, with die 411 matched moulds, die socket 414 moves along foundation ring radial level under the effect of oil cylinder, after completing the rolling code of foundation ring workpiece, punch lifting, retainer V-block 416 promotes foundation ring, and foundation ring workpiece, under the effect of discharging cylinder 412, is pushed the 5th raceway E by stripper 413, push pedal resets, and whole rolling code operation terminates.When producing the foundation ring of different size, need to regulate lifting cylinder 422 stroke of automatic feed mechanism and adjusting handle to control to promote the stroke of V-block 421.
(5) roll muscle operation to comprise automatic charging, roll muscle and discharge process.
5th raceway E and the 6th raceway F is at rolling code device 4 and roll between muscle device 5, foundation ring workpiece pushes the 5th raceway E, enter the riser 81 between the 5th raceway E and the 6th raceway F, carry the initiating terminal that plate cylinder 8 moves on to the foundation ring workpiece on riser 81 the 6th raceway F.Automatic charging process: foundation ring workpiece enters the 6th raceway F end, enter the carriage 523 of carry magnet, foundation ring workpiece is delivered to the position immediately below V-block 521 under the effect of conveying cylinder 524, working cylinder 522 drives V-block 521 to move down, foundation ring workpiece is inhaled on V-block 521, foundation ring workpiece is delivered to rolling bar model 512 end face be contracted in adapter sleeve 513 by V-block 521, maintenance workpiece axle center, foundation ring is consistent with rolling bar model 512 axle center, the aspectant pressing plate of rolling bar model 512 end compresses foundation ring under the effect of cylinder, the output shaft shrinking cylinder 515 stretches out, rolling bar model stretches out adapter sleeve 513 under push rod 514 acts on, V-block 521 resets, complete feeding process, after material loading, enter and roll muscle and discharge process: rolling bar model 512 drives foundation ring workpiece at the driving lower main axis case 511 of motor, the feed of outer blade 516, after the workpiece generation plastic deformation of foundation ring, motor power-off, stop the rotation, pressing plate and rolling bar model reset, finished product foundation ring falls into finished product frame, roll muscle operation to terminate.For the production of different size foundation ring, need to regulate the guide rod adjusting nut above V-block 521 carry out the stroke of control cylinder and change rolling bar model and supporting centring ring thereof.
The utility model embodiment cutting device 1 is equipped with material storage mechanism, automatic feed mechanism, material receiving mechanism.Cutting machine material receiving mechanism 12 is installed with in the frame of cutting machine 11, and in order to realize the clamping position during blank clamping of foundation ring, material receiving mechanism is arranged on the opposite side of frame, in order to access the foundation ring workpiece after cutting, foundation ring workpiece is sent into the first raceway A.For the drawback that foundation ring cutting machine on market exists, when designing the utility model, corresponding variation is done to it.Main difference part: 1, the tensioning of existing foundation ring cutting machine inner blade, all utilize the cone pressing blade of rotating shaft outside to make its tensioning, consider the convenience of discharging, the stroke of outside cone is greater than the axial dimension (>300mm) of cylindrical shell, and therefore the non-cutting time of inner blade tensioning is longer.Interior cutter strainer of the present utility model, cone is installed on interior of rotating shaft, and the distance of cone and inner blade only has about 30mm, effectively shortens non-cutting time, and equipment size is reduced greatly.2, existing foundation ring cutting machine is when producing the foundation ring of different size, needs to change mold shaft.Because mold shaft size is comparatively large, replacing is wasted time and energy, and the utility model adopts additional panel on mold shaft to be solved, each panel only need changing dimension.3, current foundation ring cutting machine is manual operation, when discharging because the impact of discharging cylinder can make the foundation ring cylindrical shell of not cutting depart from the locating surface of pusher ring, even release mold shaft, the location of the secondary after cutting can not be realized, operator's righting cylindrical shell is needed during each discharging, except at the bottom of formation efficiency, existing foundation ring cutting machine is operationally with certain potential safety hazard.The utility model considers this factor when designing, and controls the gap of cylindrical shell and mold shaft by revising the size of mold shaft, and on mold shaft additional magnetic, ensure the laminating between the cylindrical shell of not cutting and pusher ring, the secondary automatically realizing cylindrical shell is located.
Hemmer 2 is equipped with automatic feed mechanism.Automatic feed mechanism is installed on the deceleration box top of flanger, mainly realizes the location during blank clamping of foundation ring.
Drilling machine 3 is the equipment for meeting foundation ring bore process and independent design exploitation, adopts vertical structure, and self is with location, clamping, material unloading function.Drilling operating during current foundation ring produces uses bench drill to complete, and technological process is: material loading → holder → main shaft declines, and bores first hole → main shaft lifting → manual rotation foundation ring → main shaft and declines, bore first hole → discharging.Therefore there is following drawback: 1, need artificial loading and discharging; 2, need to change fixture; 3, a hole can only be bored at every turn, when boring second hole, need artificial adjustment position, foundation ring; 4, handling safety hidden danger is had; 5, this equipment is as being equipped with more auxiliary equipment to realize automatic need of production.
For realizing the automation of bore process, solve by the following technical programs: 1, drilling machine is equipped with two each and every one rotary main shafts, is connected with same motor by belt, and a feed can complete the processing in two holes simultaneously; 2, the mount pad of two main shafts can adjust in the horizontal direction, and motor can adjust in vertical direction, ensures the tensioning state of belt, has both met the Production requirement of different size foundation ring, additionally reduces the trouble changed fixture and bring; 3, drill press spindle adopts horizontal feed mode, and therefore equipment does not need the switching mechanism of additional foundation ring; 4, drilling machine is furnished with lifting V-block 39, under the effect of lifting cylinder 30, foundation ring workpiece is raised to boring station, by the stroke of adjusting cylinders, can meet the demand of different size foundation ring, eliminate additional automatic feed mechanism simultaneously; 5, in clamping, this drilling machine adopts magnetic moveable pressing plate 36 to compress foundation ring workpiece, and not only play clamping action, foundation ring workpiece can be taken away boring station by pressing plate 36, plays discharging effect.
The rolling code machine 41 of rolling code device 4 is equipped with rolling code automatic feed mechanism 42 and shedding mechanism.Rolling code automatic feed mechanism 42 is independently installed on ground, is responsible for foundation ring workpiece to send on the die 411 of rolling code machine, completes automatic charging function.Shedding mechanism is installed on the mould with rolling code machine, the foundation ring after rolling code is departed from die, and sends into raceway.
Beading machine one setter system rolls rib automatic feeding mechanism 52.The whole rib automatic feeding mechanism 52 that rolls is installed on the deceleration box of beading machine 51, realizes location during conveying and the clamping of foundation ring.Manually operated beading machine, when material loading, rolling bar model is all stretch out adapter sleeve, after completing and rolling muscle, is contracted in adapter sleeve, realizes foundation ring discharging.As according to this pattern material loading, easily there is the stuck phenomenon of foundation ring and rolling bar model in feeding process, the utility model is when material loading for this reason, and rolling bar model 512 is first contracted to adapter sleeve 513, when foundation ring workpiece is delivered to end face, rolling bar model 512 has stretched out material loading clamping.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, utility model is further illustrated.
Fig. 1 is the structural representation of cylinder body of fire extinguisher foundation ring;
Fig. 2 the utility model embodiment layout structure schematic diagram;
Fig. 3 is the utility model embodiment material storage mechanism structural representation;
Fig. 4 is that the utility model embodiment divides cutting process automatic material loading structure schematic diagram;
Fig. 5 is the utility model embodiment cutting machine structural representation;
Fig. 6 is the main TV structure schematic diagram that the utility model embodiment divides cutting process material receiving mechanism;
Fig. 7 is the side-looking structural representation that the utility model embodiment divides cutting process material receiving mechanism;
Fig. 8 is the structural representation of the mechanism of the utility model embodiment overturning process;
Fig. 9 is the structural representation of the utility model embodiment drilling operating mechanism;
Figure 10 is that the utility model embodiment rolls muscle device automatic feed mechanism structural representation;
Figure 11 is the utility model embodiment rolling code machine and the main TV structure schematic diagram of shedding mechanism;
Figure 12 is the utility model embodiment rolling code machine and shedding mechanism side-looking structural representation;
Figure 13 is that the utility model is implemented to roll muscle device automatic feed mechanism structural representation;
Figure 14 is that the utility model is implemented to roll muscle apparatus structure schematic diagram.
Claims (6)
1. cylinder body of fire extinguisher foundation ring automatic assembly line, it is characterized in that being arranged in sequence with material storage mechanism (6), cutting device (1), hemmer (2), drilling machine (3), rolling code device (4) and rolling muscle device (5), cutting device (1), hemmer (2), drilling machine (3), rolling code device (4) and rolling between muscle device (5) is connected by track, and processed foundation ring is sent to next station by track;
Material storage mechanism (6) comprises material storing box (61), and material storing box (61) is for depositing the input channel of the cylinder body of fire extinguisher workpiece needing processing, and the base plate of material storing box (61) turns forward, the distal opening under material storing box (61);
Cutting device (1) comprises cutting machine (11), the tray (13) of band scraping wings (17) is provided with below material storing box (61) distal opening place, scraping wings (17) front end is connected with pusher cylinder (14), corresponding scraping wings (17) side is provided with the side plate (15) that magnetic sheet is housed, what being provided with above between scraping wings (17) and side plate (15) was equipped with magnetic sheet presses down V-block (16), presses down on V-block (16) and is connected with lower air cylinder (18); Cutting machine (11) comprises cutting machine mold shaft (111) and outer cutter, cutting machine mold shaft (111) is positioned at the side below V-block (16), cutting machine mold shaft (111) is provided with pusher ring (112), pusher ring (112) is connected with throw-out collar cylinder (113), the side of corresponding cutting machine mold shaft (111) end face is provided with scraping wings (114), and scraping wings (114) is connected with pushing cylinder (115);
Hemmer (2) comprises the flanger (21) being provided with flange mold shaft (22), flange mold shaft (22) correspondence is provided with flanging die, flange mold shaft (22) is provided with throw-out collar (23), throw-out collar (23) is provided with throw-out collar cylinder, the V-type locating piece (25) being provided with carry magnet above of the side of corresponding flange mold shaft (22), V-type locating piece (25) is connected with positioning cylinder (26); Positioning cylinder (26) side is provided with support (27), support (27) is provided with the movable head (28) that can move up and down, movable head (28) has the push pedal (29) that band moves material cylinder (24), movable head (28) is connected with the output shaft of positioning cylinder (26), side below V-type locating piece (25) is provided with splicing plate (201), splicing plate (201) is connected with the die pad (202) that magnet is housed, and die pad (202) is connected with adjusting cylinders (203);
Drilling machine (3) is equipped with two rotary main shafts (31), be provided with motor (32) and drive the rotation of two rotary main shafts (31), the spacing that two rotary main shafts (31) are rotated is the spacing in two holes of the cylinder body of fire extinguisher foundation ring workpiece needing processing, rotary main shaft (31) is connected with drill bit (33), motor (32) is arranged on transportable seat board (34), seat board (34) is connected with propulsion cylinder (35), drill bit (33) side correspondence is provided with magnetic pressing plate (36), side between pressing plate (36) and drill bit (33) is provided with blend stop (37), pressing plate (36) is connected with compression cylinder (38), bottom between pressing plate (36) and drill bit (33) is provided with the lifting V-block (39) that magnetic sheet is housed, lifting V-block (39) is connected with lifting cylinder (30),
Rolling code device (4) comprises rolling code machine (41) and rolling code automatic feed mechanism (42), and rolling code machine (41) comprises punch and die (411), and die (411) is provided with stripper (413), and stripper (413) is connected with discharging cylinder (412); Rolling code automatic feed mechanism (42) comprises lifting V-block (421), promote V-block (421) and be connected with lifting cylinder (422), the side promoted above V-block (421) is provided with cut somebody's hair (423), cut somebody's hair (423) corresponding with die (411), cut somebody's hair (423) are connected with cylinder of cutting somebody's hair (424);
Roll muscle device (5) comprise beading machine (51) and roll rib automatic feeding mechanism (52), beading machine (51) comprises main spindle box (511) and rolling bar model (512), rolling bar model (512) is positioned at adapter sleeve (513), rolling bar model (512) is connected with by push rod (514) and shrinks cylinder (515), shrinking cylinder (515) can drive rolling bar model (512) mobile in adapter sleeve (513), and corresponding rolling bar model (512) end face side is provided with the pressing plate connecting cylinder; Roll rib automatic feeding mechanism (52) and comprise the V-block (521) that magnetic sheet is housed, V-block (521) is connected with working cylinder (522), V-block (521) has the carriage (523) of carry magnet, the side of carriage (523) is connected with conveying cylinder (524), and V-block (521) is positioned at the top of rolling bar model (512).
2. the cylinder body of fire extinguisher foundation ring automatic assembly line according to claim (1), it is characterized in that cutting device (1) is provided with cutting machine material receiving mechanism (12), material receiving mechanism (12) comprises hood-shaped material receiver (121), material receiver (121) is located on Connection Block (124), cutting machine frame (122) is connected with the guide seat of honour (123), the guide seat of honour (123) is provided with X-axis cylinder (125) and Y-axis cylinder (126), Connection Block (124) is connected with the output shaft of X-axis cylinder (125) with Y-axis cylinder (126) respectively, the work of X-axis cylinder (125) and Y-axis cylinder (126) can drive material receiver (121) to be positioned at the end face side of cutting machine mold shaft (111).
3. the cylinder body of fire extinguisher foundation ring automatic assembly line according to claim (1), it is characterized in that being provided with strainer in cutting machine mold shaft (111), strainer is connected with pull bar (116), pull bar (116) end is connected with pusher bearing, being provided with tensioning cylinder (118) is fixed on backstand (119), and the output shaft connecting rod of tensioning cylinder (118) is connected with the pusher bearing of pull bar (116) end.
4. the cylinder body of fire extinguisher foundation ring automatic assembly line according to claim (1), it is characterized in that scraping wings (114) is connected with pushing cylinder (115) and is provided with two to five, each pushing cylinder (115) can advance or regain the stroke of scraping wings (114) foundation ring Workpiece lengths successively.
5. the cylinder body of fire extinguisher foundation ring automatic assembly line according to claim (1), is characterized in that die (411) is provided with retainer V-block (416) below, is connected with retainer cylinder (415) under retainer V-block (416).
6. the cylinder body of fire extinguisher foundation ring automatic assembly line according to arbitrary claim of claim (1) to (5), it is characterized in that above-mentioned cutting device (1), hemmer (2), drilling machine (3), rolling code device (4) and the track rolled between muscle device (5) comprise the first downward-sloping raceway A of base plate, second raceway B, 3rd raceway C, 4th raceway D, 5th raceway E and the 6th raceway F, first raceway A and the second raceway B is positioned between cutting device (1) and hemmer (2), the initiating terminal of the first raceway A is positioned at below cutting machine mold shaft (111) end face side, the end of the first raceway A is provided with lifting V-block (71), lifting V-block is connected with lifting cylinder (7), lifting cylinder (7) can rise to lifting V-block (71) initiating terminal of the second raceway B, 3rd raceway C is positioned between hemmer (2) and drilling machine (3), 4th raceway D is positioned between drilling machine (3) and rolling code device (4), 5th raceway E and the 6th raceway F is positioned at rolling code device (4) and rolls between muscle device (5), riser (81) is provided with between 5th raceway E and the 6th raceway F, riser (81) is connected with carries plate cylinder (8), carries plate cylinder (8) and riser (81) can be made to move up and down between the end and the initiating terminal of the 6th raceway F of the 5th raceway E.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420463668.5U CN204123097U (en) | 2014-08-15 | 2014-08-15 | Cylinder body of fire extinguisher foundation ring automatic assembly line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420463668.5U CN204123097U (en) | 2014-08-15 | 2014-08-15 | Cylinder body of fire extinguisher foundation ring automatic assembly line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204123097U true CN204123097U (en) | 2015-01-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420463668.5U Withdrawn - After Issue CN204123097U (en) | 2014-08-15 | 2014-08-15 | Cylinder body of fire extinguisher foundation ring automatic assembly line |
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| Country | Link |
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| CN (1) | CN204123097U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104175129A (en) * | 2014-08-15 | 2014-12-03 | 江山市民安消防设备有限公司 | Automatic production line for cylinder body bottom ring of flame arrester |
-
2014
- 2014-08-15 CN CN201420463668.5U patent/CN204123097U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104175129A (en) * | 2014-08-15 | 2014-12-03 | 江山市民安消防设备有限公司 | Automatic production line for cylinder body bottom ring of flame arrester |
| CN104175129B (en) * | 2014-08-15 | 2016-08-17 | 江山市民安消防设备有限公司 | Cylinder body of fire extinguisher foundation ring automatic assembly line |
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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: 20150128 Effective date of abandoning: 20160817 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |