CN202539833U - Sealing head electromagnetic material selecting device for fire extinguisher tube body with valve seat - Google Patents
Sealing head electromagnetic material selecting device for fire extinguisher tube body with valve seat Download PDFInfo
- Publication number
- CN202539833U CN202539833U CN2012200437433U CN201220043743U CN202539833U CN 202539833 U CN202539833 U CN 202539833U CN 2012200437433 U CN2012200437433 U CN 2012200437433U CN 201220043743 U CN201220043743 U CN 201220043743U CN 202539833 U CN202539833 U CN 202539833U
- Authority
- CN
- China
- Prior art keywords
- end socket
- slideway
- chute
- sealing head
- suction
- 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
Links
Images
Abstract
The utility model provides a sealing head electromagnetic material selecting device for a fire extinguisher tube body with a valve seat. The sealing head electromagnetic material selecting device comprises a machine frame and a material tube, wherein the material tube is arranged on the machine frame, the material selecting device also comprises a material sucking mechanism, a sealing head chute separating and combining mechanism and a sealing head sorting mechanism, the material sucking mechanism comprises a material sucking rod and a material sucking driving device used for driving the material sucking rod to vertically move, the material sucking rod is positioned above the material tube, the bottom end of the material sucking rd is provided with an electromagnetic coil used for sucking a sealing head, the material sucking driving device is connected with the machine frame, the sealing head chute separating and combining mechanism comprises a left sealing head chute and a right sealing head chute, the sealing head sorting mechanism comprises a sorting plate in inclined arrangement, a groove and an inclined baffle strip are arranged on the sorting plate, a positive material outlet is arranged at the front side of the inclined baffle strip, a reverse material outlet is arranged between the back side of the inclined baffle strip and the groove, the reverse material outlet is connected with the sealing head reverse mechanism, and the positive material outlet and the sealing head reverse mechanism are respectively positioned above the sealing head conveying chute. The sealing head electromagnetic material selecting device has the advantages that the automatic feeding is realized, the work intensity is reduced, and the work efficiency is high.
Description
Technical field
The present invention relates to a kind of fire extinguisher cylindrical shell end socket electromagnetism material choosing apparatus, be used for the sorting of fire extinguisher cylindrical shell band valve seat upper cover.
Background technology
The cylindrical shell of fire extinguisher is the container that loads extinguishing chemical.Generally by made such as carbon steel, aluminium alloy and stainless steels, the mode of moulding roughly has three kinds to cylindrical shell: 1, welding cylindrical shell, and it is made up of upper cover (band valve seat), low head and stack shell three parts, forms cylindrical tube through boxing; 2, stretching cylindrical shell is about to the steel plate deep drawn and becomes container cylindric, the no end, and butt welding forms cylindrical tube then, or the steel plate deep drawn is become container cylindric, the no end, is welded together to form cylindrical tube with upper cover (band valve seat) again; 3, hot spinning cylindrical shell with heating of seamless steel pipe two and rotation, realizes receiving the end and closing in through mould at two, form cylindrical tube.Method 2 is higher owing to cost, less employing in the fire extinguisher cylindrical shell is produced; Mode 3 is not owing to weld, and pressure-bearing is higher, mostly is used for the production of high-pressure carbon dioxide fire extinguisher cylindrical shell; Mode 1 is because production cost is low, and production technology is simple, and the cylindrical shell of producing meets advantages such as fire extinguisher cylindrical shell new national standard, is the main mode of production portable at present, the transportable fire extinguisher cylindrical shell.
In aforesaid way 1; Stack shell in the fire extinguisher cylindrical shell adopts the roll of steel plate circle to be welded through vertical masonry joint again; Upper cover and low head then are stamped to form through steel plate, and wherein, dashing in the middle of the upper cover has through hole; And be welded into one in advance with valve port, the most at last the most together with upper cover, low head and the stack shell boxing of valve seat.Owing on the cylindrical shell after the welding, have two circumferential welds and a vertical masonry joint, be commonly called as " H weld seam ".Still do not have at present the automatic production line of fire extinguisher cylindrical shell, upper cover, low head all separate production with stack shell, focus on the welding that the circular seam welder place carries out the twice circumferential weld then.The feed of manual circular seam welder realizes that through artificial material loading for automatic circular seam welder, upper cover (band valve port), low head should adopt different selecting materials and transport with stack shell, is automatic circular seam welder feed.
Summary of the invention
In order to overcome big, the ineffective deficiency of artificial material loading, labour intensity of existing fire extinguisher cylindrical shell processing mode, the present invention provides a kind of automatic charging, reduces the fire extinguisher cylindrical shell band valve seat upper cover electromagnetism material choosing apparatus of labour intensity, high efficiency.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of fire extinguisher cylindrical shell band valve seat upper cover electromagnetism material choosing apparatus comprises frame and barrel, and said barrel is installed on the frame, and said material choosing apparatus also comprises suction mechanism, end socket slideway deciliter mechanism and end socket sorting mechanism;
Said suction mechanism comprises the suction bar and drives the suction drive unit that the suction bar moves up and down, and said suction bar is positioned at said barrel top, and install in order to draw the solenoid of end socket the bottom of said suction bar, and said suction drive unit is connected with frame;
An end socket slideway deciliter mechanism comprises left end socket slideway and right end socket slideway; Said left end socket slideway and right end socket slideway are oppositely arranged; Said left end socket slideway and right end socket slideway all are positioned at the barrel top; The right-hand member and the frame of said left end socket slideway are hinged, and the left end and the frame of said right end socket slideway are hinged, said left end socket slideway be used to drive the left end socket slideway drive unit that left end socket slideway moves inward and be connected; Said right end socket slideway be used to drive the right end socket slideway drive unit that left end socket slideway moves inward and be connected, the optoelectronic switch of whether getting end socket in order to judge is installed in said left end socket slideway and the right end socket slideway; The below of said left end socket slideway and right end socket slideway is equipped with the end socket sorting mechanism;
Said end socket sorting mechanism comprises the sorting plate that is obliquely installed; Said sorting plate is provided with fluting and oblique blend stop; The front side of said oblique blend stop is provided with the forward discharging opening, is provided with reverse discharging opening between the rear side of said oblique blend stop and the fluting, and said reverse discharging opening is connected with the end socket reversing-gear; Said forward discharging opening and end socket reversing-gear all are positioned at the top of end socket delivery chute.
Further, said material choosing apparatus also comprises end socket elevating mechanism and end socket hoisting mechanism;
The end socket delivery chute of both sides conflux to the end socket elevating mechanism move the material chute, the said material chute that moves is connected with the pusher cylinder with lift cylinder, said move expect chute when the next and the end socket delivery chute connect in succession; The said material chute that moves is connected with the delivery chute of end socket hoisting mechanism when upper, and the exit of the end socket delivery chute of both sides is provided with the automatic shifting-position mechanism of reducible conveying;
Said end socket hoisting mechanism upper end is equipped with driven wheel tooth bar, up-down sprocket wheel chain and releases cylinder, and the lifting chute is installed on elevating chain, and the elevating chain lower end is fixed on the bearing.Promote chute and when the next, align, promote delivery chute and be and be in tilted layout, promote chute and when upper, align with the push rod of release cylinder with the lower end that promotes delivery chute; The exit that promotes chute is provided with the automatic shifting-position mechanism of reducible lifting.
Further again, lift cylinder is installed in said barrel bottom, and said lift cylinder is rack-mount.
Said material choosing apparatus also comprises the suction inversion mechanism, said suction inversion mechanism comprise substrate be used for the transposition drive unit that driving substrate moves radially above barrel, said substrate is rack-mount, said suction drive unit is installed on the said substrate.
Technical conceive of the present invention is: from the bulk cargo bucket, get material by solenoid suction device; Utilize end socket sorting mechanism travel direction to distinguish; End sockets direction is different through reversing-gear overturn; Disperse the most at last, the different fire extinguisher cylindrical shell band valve seat upper cover of direction is made into the identical single formation of direction, and by lift mechanism lifts to proper height to automatic circular seam welder feed.
Beneficial effect of the present invention mainly shows: the fire extinguisher cylindrical shell band valve seat upper cover of will disperse, direction is different is made into the identical single formation of direction, is automatic circular seam welder feed, has realized the automation of the cylindrical shell boxing link in the production of fire extinguisher cylindrical shell.
Description of drawings
Fig. 1 is the sketch map of fire extinguisher cylindrical shell band valve seat upper cover electromagnetism material choosing apparatus.
Fig. 2 is the sketch map of band valve seat upper cover.
The specific embodiment
Below in conjunction with accompanying drawing the present invention is further described.
With reference to Fig. 1～Fig. 2, a kind of fire extinguisher cylindrical shell band valve seat upper cover electromagnetism material choosing apparatus comprises frame 4 and barrel 21, and said barrel 21 is installed on the frame 4, and said material choosing apparatus also comprises suction mechanism 3, end socket slideway deciliter mechanism 9 and end socket sorting mechanism 10;
Said suction mechanism 3 comprises the suction bar and drives the suction drive unit that the suction bar moves up and down, and said suction bar is positioned at said barrel top, and install in order to draw the solenoid 23 of end socket the bottom of said suction bar, and said suction drive unit is connected with frame;
End socket slideway deciliter mechanism 9 comprises left end socket slideway 7 and right end socket slideway; Said left end socket slideway 7 is oppositely arranged with right end socket slideway; Said left end socket slideway 7 all is positioned at the barrel top with right end socket slideway; The right-hand member and the frame of said left end socket slideway 7 are hinged, and the left end and the frame of said right end socket slideway are hinged, said left end socket slideway 7 be used to drive the left end socket slideway drive unit that left end socket slideway moves inward and be connected; Said right end socket slideway be used to drive the right end socket slideway drive unit that left end socket slideway moves inward and be connected, in said left end socket slideway 7 and the right end socket slideway optoelectronic switch of whether getting end socket in order to judge is installed; The below of said left end socket slideway 7 and right end socket slideway is equipped with end socket sorting mechanism 10;
Said end socket sorting mechanism 10 comprises the sorting plate that is obliquely installed; Said sorting plate is provided with fluting and oblique blend stop; The front side of said oblique blend stop is provided with the forward discharging opening, is provided with reverse discharging opening between the rear side of said oblique blend stop and the fluting, and said reverse discharging opening is connected with end socket reversing-gear 11; Said forward discharging opening and end socket reversing-gear all are positioned at the top of end socket delivery chute 14
Said material choosing apparatus also comprises end socket elevating mechanism 16 and end socket hoisting mechanism 20; The end socket delivery chute 14 of both sides conflux to end socket elevating mechanism 16 move the material chute, the said material chute that moves is connected with the pusher cylinder with lift cylinder, said move expect chute when the next and end socket delivery chute 14 connect in succession; The said material chute that moves is connected with the lifting delivery chute 17 of end socket hoisting mechanism 20 when upper, and the exit of the end socket delivery chute of both sides is provided with the automatic shifting-position mechanism of reducible conveying;
Said end socket hoisting mechanism upper end is equipped with driven wheel tooth bar 2, up-down sprocket wheel chain 19 and releases cylinder 22, on elevating chain, is equipped with and promotes chute 5, and the elevating chain lower end is fixed on the bearing 18.Promote chute 5 and when the next, align, promote delivery chute 17 and be and be in tilted layout, promote chute 5 and when upper, align with the push rod of release cylinder 22 with the lower end that promotes delivery chute 17; The exit that promotes chute 5 is provided with the automatic shifting-position mechanism of reducible lifting.
Lift cylinder 13 is installed in said barrel 21 bottoms, and said lift cylinder 13 is rack-mount.
Said material choosing apparatus also comprises suction inversion mechanism 6; Said suction inversion mechanism 6 comprises substrate and be used for the transposition drive unit that driving substrate moves radially above barrel; Said substrate is rack-mount, and said suction drive unit and material stripping drive unit are installed on the said substrate.
Said end socket delivery chute 14 has targeting port and keeps supplying the valve seat of end socket and pass through.
Referring to Fig. 2, the object of selecting materials of fire extinguisher cylindrical shell band valve seat upper cover electromagnetism material choosing apparatus.Wherein 1 is the band valve seat upper cover of fire extinguisher cylindrical shell.
Referring to Fig. 1, the structure of fire extinguisher cylindrical shell band valve seat upper cover electromagnetism material choosing apparatus is always schemed.Fire extinguisher cylindrical shell band valve seat upper cover material choosing apparatus main body is made up of frame 4, charging basket 21, hoisting mechanism 20 etc.Holding the fire extinguisher cylindrical shell band valve seat upper cover of hash in the charging basket 21, charging basket elevating mechanism 13 is installed on frame 4, charging basket 21 is positioned on the charging basket elevating mechanism 13; Under the effect of lift cylinder, can realize that (the top sub-material in charging basket 21 can be promoted charging basket 21 through lift cylinder and rise by extinction in elevating movement; To guarantee that charging basket 21 bottom sub-materials are drawn; Material in charging basket 21 all exhausts, and charging basket 21 descends under the effect of lift cylinder, to make things convenient for hand stock; Side at charging basket 21 is equipped with hand stock mouth 8).Suction mechanism 3 and suction inversion mechanism 4 are installed in the upper surface of frame 4.Head in suction mechanism 3 is equipped with solenoid 23, in the effect of lift cylinder, from charging basket 21, gets material.Material exhaustion when charging basket 21 1 sides then is pushed into opposite side through suction inversion mechanism 6 with suction mechanism 3, continues suction, and the material in charging basket 21 exhausts.After solenoid 23 energisings, produce electromagnetic force and suction, suction mechanism 3 loses electromagnetic force and discharging after solenoid 23 power down after being with material to rise.End socket slideway 7 and slideway deciliter mechanism 9 are installed in the both sides of frame 4.
The process of getting material is: end socket slideway 7 under the effect of slideway deciliter mechanism 9 separately → suction mechanism 3 promotes suction solenoids 23 and drops in the charging basket 21 → solenoid 23 energisings and suctions → suction mechanism 3 promote suction solenoids 23 risings return → end socket slideway 7 and under the effect of slideway deciliter mechanism 9, close up → solenoid 23 power down and discharging.In getting the process of material, judge through the optoelectronic switch that is installed in end socket slideway 7 places whether this gets material, if this does not get material; Explain that the top sub-material of charging basket 21 1 sides got, 4 actions of suction this moment inversion mechanism move to opposite side with suction mechanism 3 and continue suction; If judging once more, the optoelectronic switch that is installed in end socket slideway 7 places do not get material; Explain that then the top sub-material of charging basket 21 opposite sides also got, charging basket elevating mechanism 13 actions this moment promote charging basket 21 and continue suctions; Judge once more when the optoelectronic switch that is installed in end socket slideway 7 places and not get when material; The top sub-material that then shows charging basket 21 opposite sides has also been got, and suction this moment inversion mechanism 6 resets, and suction mechanism 3 is moved to the home position continue suction; Judge once more when the optoelectronic switch that is installed in end socket slideway 7 places and not get when material; Show that the material in the charging basket 21 exhausts, the most indicator lamp of material this moment is bright, the notice hand stock.
After discharging is accomplished, end socket will slide to end socket sorting mechanism 10 7 times along the end socket slideway.End socket sorting mechanism 10 is provided with fluting and oblique blend stop; If the end socket valve seat that glides down; Then through sliding to end socket reversing-gear 11 under the passage between fluting and the oblique blend stop, under the adjustment of reversing-gear 11, upset will take place and fall to chute 14 in end socket; If the end socket valve seat that glides is up, then under the effect of oblique blend stop, will change direction, fall to chute 14 through chute 12, the left and right sides is consistent.The chute 14 of end socket from both sides confluxes to end socket elevating mechanism 16; Dispose two cylinders on the end socket elevating mechanism 16; End socket elevating mechanism 16 is accepted two end sockets from chute 14 when the next, under the effect of lift cylinder, rise then, and is concordant with chute 17; Under the promotion of pusher cylinder, end socket flows to end socket hoisting mechanism 20 via chute 14.Under the effect of end socket hoisting mechanism 20, be promoted to proper height to automatic circular seam welder feed.Be provided with an automatic shifting-position mechanism 15 at end socket elevating mechanism 16, after end socket elevating mechanism 16 rose, shifting-position mechanism blocked the unlikely landing of end socket in the chute 14 in the automatic rising of using of back-moving spring automatically; When end socket elevating mechanism 16 descended, the back-moving spring of shifting-position mechanism 15 was depressed automatically.
Driven wheel tooth bar 2, up-down sprocket wheel chain 19 are installed in end socket hoisting mechanism 20 upper ends and release cylinder 22.On elevating chain, be equipped with and promote chute 5, the elevating chain lower end is fixed on the bearing 18.Promoting chute 5 aligns with the lower end of chute 14 when the next; End socket rolls under the gravity effect and promotes chute 5; Driven wheel tooth bar 2 is the rotation of drive sprocket wheel under the driving of cylinder, promotes chute 5 risings thereby drive, when lifting chute 5 rises to a high position; Release cylinder 22 effects, the end socket that promotes in the chute 5 is pushed out.Also be provided with and be similar to 15 automatic shifting-position mechanism promoting chute 5 lower ends, block the end socket in the chute 14 when chute 5 rises promoting.
Claims (4)
1. a fire extinguisher cylindrical shell band valve seat upper cover electromagnetism material choosing apparatus comprises frame and barrel, and said barrel is installed on the frame, it is characterized in that: said material choosing apparatus also comprises suction mechanism, end socket slideway deciliter mechanism and end socket sorting mechanism;
Said suction mechanism comprises the suction bar and drives the suction drive unit that the suction bar moves up and down, and said suction bar is positioned at said barrel top, and install in order to draw the solenoid of end socket the bottom of said suction bar, and said suction drive unit is connected with frame;
An end socket slideway deciliter mechanism comprises left end socket slideway and right end socket slideway; Said left end socket slideway and right end socket slideway are oppositely arranged; Said left end socket slideway and right end socket slideway all are positioned at the barrel top; The right-hand member and the frame of said left end socket slideway are hinged, and the left end and the frame of said right end socket slideway are hinged, said left end socket slideway be used to drive the left end socket slideway drive unit that left end socket slideway moves inward and be connected; Said right end socket slideway be used to drive the right end socket slideway drive unit that left end socket slideway moves inward and be connected, the optoelectronic switch of whether getting end socket in order to judge is installed in said left end socket slideway and the right end socket slideway; The below of said left end socket slideway and right end socket slideway is equipped with the end socket sorting mechanism;
Said end socket sorting mechanism comprises the sorting plate that is obliquely installed; Said sorting plate is provided with fluting and oblique blend stop; The front side of said oblique blend stop is provided with the forward discharging opening, is provided with reverse discharging opening between the rear side of said oblique blend stop and the fluting, and said reverse discharging opening is connected with the end socket reversing-gear; Said forward discharging opening and end socket reversing-gear all are positioned at the top of end socket delivery chute.
2. fire extinguisher cylindrical shell band valve seat upper cover electromagnetism material choosing apparatus as claimed in claim 1, it is characterized in that: said material choosing apparatus also comprises end socket elevating mechanism and end socket hoisting mechanism;
The end socket delivery chute of both sides conflux to the end socket elevating mechanism move the material chute, the said material chute that moves is connected with the pusher cylinder with lift cylinder, said move expect chute when the next and the end socket delivery chute connect in succession; The said material chute that moves is connected with the delivery chute of end socket hoisting mechanism when upper, and the exit of the end socket delivery chute of both sides is provided with the automatic shifting-position mechanism of reducible conveying;
Said end socket hoisting mechanism upper end is equipped with driven wheel tooth bar, up-down sprocket wheel chain and releases cylinder, and the lifting chute is installed on elevating chain, and the elevating chain lower end is fixed on the bearing; Promote chute and when the next, align, promote delivery chute and be and be in tilted layout, promote chute and when upper, align with the push rod of release cylinder with the lower end that promotes delivery chute; The exit that promotes chute is provided with the automatic shifting-position mechanism of reducible lifting.
3. according to claim 1 or claim 2 fire extinguisher cylindrical shell band valve seat upper cover electromagnetism material choosing apparatus, it is characterized in that: lift cylinder is installed in said barrel bottom, and said lift cylinder is rack-mount.
4. according to claim 1 or claim 2 fire extinguisher cylindrical shell band valve seat upper cover electromagnetism material choosing apparatus; It is characterized in that: said material choosing apparatus also comprises the suction inversion mechanism; Said suction inversion mechanism comprises substrate and be used for the transposition drive unit that driving substrate moves radially above barrel; Said substrate is rack-mount, and said suction drive unit is installed on the said substrate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200437433U CN202539833U (en) | 2012-02-10 | 2012-02-10 | Sealing head electromagnetic material selecting device for fire extinguisher tube body with valve seat |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200437433U CN202539833U (en) | 2012-02-10 | 2012-02-10 | Sealing head electromagnetic material selecting device for fire extinguisher tube body with valve seat |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202539833U true CN202539833U (en) | 2012-11-21 |
Family
ID=47160522
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200437433U Expired - Fee Related CN202539833U (en) | 2012-02-10 | 2012-02-10 | Sealing head electromagnetic material selecting device for fire extinguisher tube body with valve seat |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202539833U (en) |
-
2012
- 2012-02-10 CN CN2012200437433U patent/CN202539833U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN202186733U (en) | Automatic lead ingot turning and conveying device | |
| CN206538014U (en) | The feed mechanism of cutting machine | |
| CN203652796U (en) | Material bag tray unstacker | |
| CN110540058B (en) | A pipe push mechanism for pipe fitting conveying | |
| CN204053109U (en) | A kind of bearing material feed mechanism of sawing machine | |
| CN104276410B (en) | Automatically heap rod machine | |
| CN201309050Y (en) | Full-automatic handle lug welding machine for metal package container | |
| CN204221233U (en) | A kind of feeding device about the welding of compressor case bracket | |
| CN108581473A (en) | Motor rotor indentation rear axle socket joint enters automatic assembling device | |
| CN202449618U (en) | Lower end socket sorting device of fire extinguisher cylinder | |
| CN106966144A (en) | Riveting piece automatic feeding mechanism and its feed process | |
| CN206059156U (en) | Turn-over device for transformer iron core | |
| CN202539833U (en) | Sealing head electromagnetic material selecting device for fire extinguisher tube body with valve seat | |
| CN203461480U (en) | Sorting device used for end socket of barrel of fire extinguisher | |
| CN202377691U (en) | H-beam assembly welding automatic production equipment | |
| CN203804077U (en) | Screening mechanism of feeding device of full-automatic multi-station stereo pipe stamping equipment | |
| CN102556656B (en) | Sorting device for lower seal head of extinguisher cylinder | |
| CN107902330A (en) | A kind of automatic lifting device of anti-tamper | |
| CN208776268U (en) | Can rapid dumps waste carrying transport trolley | |
| CN103447723B (en) | Process pipe welding workstation | |
| CN207322173U (en) | Full-automatic edible mushroom socket machine | |
| CN205634126U (en) | Support feed mechanism | |
| CN102569906A (en) | Automatic inserting device for polar plate of automatic plate packaging machine of lead storage battery | |
| CN104441585B (en) | Discharging mechanism of bottle blowing machine | |
| CN106348215A (en) | Full-automatic hoisting conveying system before organic garbage spray explosion treatment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20121121 Termination date: 20130210 |