CN205254020U - Red supplementary unloading mechanism towards stove on - Google Patents
Red supplementary unloading mechanism towards stove on Download PDFInfo
- Publication number
- CN205254020U CN205254020U CN201520928097.2U CN201520928097U CN205254020U CN 205254020 U CN205254020 U CN 205254020U CN 201520928097 U CN201520928097 U CN 201520928097U CN 205254020 U CN205254020 U CN 205254020U
- Authority
- CN
- China
- Prior art keywords
- expeller
- pinion rack
- cutting agency
- feeding guide
- stove
- 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
Abstract
The utility model provides a red supplementary unloading mechanism towards stove on belongs to mechanical technical field. It has solved the present red problem that can't release remaining material in the heating chamber towards stove unloading mechanism. This red supplementary unloading mechanism towards stove on, redden and include the frame and set up the feeding mechanism in the frame towards the stove, the vibration hopper, unloading mechanism and heating chamber, the below of the discharge gate of vibration hopper is equipped with the pay -off guide rail that lets in in the heating chamber, unloading mechanism sets up in pay -off guide rail department, should the supplementary driving motor of unloading mechanism on setting up the expeller on the pay -off guide rail and be fixed in the frame, be equipped with between driving motor and the expeller and can make the transmission structure that the expeller move along along the pay -off guide rail when the driving motor during operation. This red supplementary unloading mechanism towards stove on has realized the red release of surplus material towards the stove heating chamber in, has advantages such as not only safe but also convenient.
Description
Technical field
The utility model belongs to field of mechanical technique, relates to a kind of red stove that rushes, and relates in particular toA kind of red auxiliary cutting agency rushing on stove.
Background technology
In traditional red punching processing, the red stove that rushes is all open heating furnace, by addingWorkman person artificially is placed into blank to be heated in heating furnace and heats, blankAcid extraction is all that producers judge according to the experience of oneself, and complies withRely producers' naked eyes to observe the degree of heat of blank, this mode of production veryEasily cause the degree of heat of each blank different, thereby cause the crudy of workpieceDiffer, and open processing environment holds the heat of high temperature producing in heating furnace very muchEasily just be dispersed into indoorly, one makes thermal loss more, and two understand and improve indoor temperature,Make working environment become more severe, work long hours and can make producers' lifeSafety is endangered.
In order to address the above problem, Chinese patent once disclosed [the application of a kind of heating furnace before forgingNumber: ZL201010219033.7; Granted publication number: CN101879574B], it comprises and addingHot charging is put the body of heater that has charging aperture and a discharging opening with, and the charging aperture place of body of heater arrangesThere is automatic feed mechanism, in body of heater, be provided with and blank can be delivered to discharging opening from charging apertureConveying device, heater is arranged on body of heater for the blank of carrying in body of heater is enteredRow heating, the sidewall of body of heater is provided with heat-proof device, and conveying device is one and has chuteConveying, the feed end of conveying is also provided with and will falls in feed end place chuteBlank to the pusher pushing in body of heater. This heating furnace before forging adopts enclosed stoveBody heats blank, has solved the problem of work under bad environment, simultaneously this heating furnaceWhole heating process all automatically complete, can save a large amount of labours, improve produceEfficiency.
Although above-mentioned heating furnace before forging has utilized pusher to fall into conveying at blankWhen interior, blank is pushed in body of heater and heated, and be pushed in body of heater at new blankMake the blank having heated in body of heater be pushed out outside body of heater simultaneously, thereby reach automaticThe object of blanking. But, complete when blank material loading, make not have on conveying newWhen blank falls, and in body of heater, still remain processed good blank, now owing to not havingHave blank, pusher cannot be released stove by remaining manufactured blank in body of heaterBody completes blanking, now, still needs producers manually will to be positioned at the residue base of body of heaterMaterial takes out, but because blank temperature is too high, is not easy on the one hand take out, on the other hand,Need producers' taking-up one by one, relatively waste time and energy, operate numberTired.
Summary of the invention
The purpose of this utility model is the problems referred to above that exist for prior art, has proposedA kind of realize when in cutting agency cannot be by heating clamber, remaining material is released auxiliary underThe red auxiliary cutting agency rushing on stove of material.
The purpose of this utility model can realize by following technical proposal:
The red auxiliary cutting agency rushing on stove, the red stove that rushes comprises frame and is arranged atFeed mechanism, vibrating bunker, cutting agency and heating clamber in frame, described shakesThe below of the discharging opening of moving hopper is provided with the feeding guide passing in heating clamber, described underMaterial mechanism is arranged at feeding guide place, it is characterized in that, this auxiliary cutting agency comprises to be establishedBe placed in the expeller on feeding guide and be fixed on the drive motors in frame, describedBetween drive motors and expeller, be provided with in the time that drive motors is worked, can make expeller alongThe drive mechanism that feeding guide moves forward.
This is red rushes auxiliary cutting agency on stove for realizing auxiliary blanking, under traditionalMaterial mechanism cannot be used finally remaining in when the material processing in heating clamber is released.The process of concrete auxiliary blanking is such: producers are placed on feeding by expeller and leadOn rail, and between expeller and drive motors, drive mechanism is set, then producersControl drive motors by control cabinet place and rotate, in the process of rotating in drive motors rotating shaft,By the effect of drive mechanism, expeller is slowly moved forward along feeding guide, whenAfter expeller enters in heating clamber, can be by the leftover materials that are positioned at heating clamber graduallyRelease and realize and assist blanking.
In the above-mentioned red auxiliary cutting agency rushing on stove, described drive mechanism comprisesBe arranged at the tooth bar on feeding guide and be fixed on the gear in the rotating shaft of drive motors,Described rack and pinion is meshed, and expeller is connected in the front end of tooth bar.
Drive mechanism comprises tooth bar and gear, and gear is fixed in the rotating shaft of drive motors,In the time that needs are assisted blanking, tooth bar is placed on feeding guide, then in feedingThe front end of guide rail connects upper expeller, and ensures that rack and pinion is meshed, when driving electricityWhen the rotating shaft of machine is rotated, gear rotates in the lump and drives tooth bar to move forward, thereby makesExpeller in the process of together advancing along with tooth bar by the material that is positioned at heating clamber graduallyRelease.
In the above-mentioned red auxiliary cutting agency rushing on stove, described tooth bar is by some littleTooth bar is formed by connecting, and the front end of described pinion rack has interface, described pinion rackRear end there is the Plug Division of protrusion, each pinion rack joins end to end successively, and adjacent twoIn pinion rack, the plugging position of last pinion rack is in the interface of a rear pinion rack and pass throughSecuring member forms hinged.
For disposable, more material is carried out to red punching, therefore the red heating clamber rushing on stoveLength all longer, and for can be by the thing being retained on feeding guide and in heating clamberMaterial carries out blanking, and the length of tooth bar just must be long, and tooth bar is again to need slaveFrame is put into outward on feeding guide, and the tooth bar of vertical bar shape can be very in the time using soInconvenient.
And adopt some pinion racks to join end to end successively, and make between two adjacent pinion racksForm hingedly, one carrys out to remain after tooth bar is set level to be completely vertical bar shape, and comesThe hinged place of adjacent two pinion racks can form bending, and producers are placing tooth like thisWhen bar, just part tooth bar can be placed on feeding guide, then make remaining tooth barBe hanging to outside frame along the opposite direction of feeding guide feeding, so just can be because ofThe length of whole tooth bar is long and impact is used, and meanwhile, drives tooth bar not at drive motorsIn the disconnected process moving forward, hang on tooth bar outside frame and can progress into feeding and leadIn rail.
In the above-mentioned red auxiliary cutting agency rushing on stove, the Plug Division of last pinion rackRear end face and the front end face of a rear pinion rack lean, the bottom surface of described pinion rack withThe junction of the front end face of pinion rack is arc transition, the bottom surface of described pinion rack and littleThe junction of the end face of the Plug Division of tooth bar is arc transition.
By the junction of the front end face of the bottom surface of pinion rack and pinion rack and with the end of Plug DivisionThe junction of face arranges and is arc transition, be mainly for facilitate pinion rack and pinion rack itBetween can carry out convenient, swimmingly flexural deformation, so when producers utilize driveWhen moving motor moves forward tooth bar, be suspended on tooth bar outside frame along and feeding guideCan be more natural, smooth and easy when vertical direction enters into feeding guide place, so also canTo make tooth bar can more stably carry out pusher. Meanwhile, after pinion rack interconnects,The front end face of the end face of the Plug Division of last pinion rack and a rear pinion rack leans, like thisCan make tooth bar being positioned at while advancing on feeding guide, be not easy the company at each pinion rackMeet place flexural deformation upwards occurs.
In the above-mentioned red auxiliary cutting agency rushing on stove, the rear end of described expellerThere is the connecting portion of protrusion, and the interface of pinion rack foremost in connecting portion and tooth barFix by securing member.
The connecting portion of protrusion is set in the rear end of expeller, then utilizes securing member to connectPortion fixes with the interface that is positioned at tooth bar pinion rack foremost, just will push away thusMaterial piece is fixedly connected with tooth bar, then just can stably drive tooth bar by gearExpeller has been moved forward.
In the above-mentioned red auxiliary cutting agency rushing on stove, described feeding guide cutFace is W type, and the bottom of described expeller has two V-shaped Embedded Divisions of cross section,Described Embedded Division is embedded in feeding guide, and described connecting portion embeds in one of themThe rear end of portion.
The cross section of feeding guide is W type, can carry side by side two materials simultaneously. Pushing awayThe bottom of material piece arranges two Embedded Divisions that cross section is V-shaped, and it is corresponding that Embedded Division is embeddedFeeding guide in, for the connecting portion that is connected with tooth bar in one of them Embedded DivisionRear end, so just can pushing block be moved forward by a toothed rack, and make to push awayMotion block can promote the material of placing side by side in feeding guide forward simultaneously.
In the above-mentioned red auxiliary cutting agency rushing on stove, as another kind of situation, instituteThe drive mechanism of stating comprises and is arranged at the worm screw on feeding guide and is fixed on drive motorsRotating shaft on worm gear, described worm gear is meshed with worm screw, and expeller is connected in snailThe front end of bar.
Worm gear and worm screw are also a kind ofly the rotation of drive motors can be converted into expeller axleTo the drive mechanism of motion, worm gear is fixed in the rotating shaft of drive motors, and in useWorm screw is placed on feeding guide and worm wheel, expeller be connected to worm screw beforeEnd, in the time that drive motors rotating shaft drives worm gear together to rotate, the phase by worm gear with worm screwEngagement, moves forward worm screw, moves forward and realizes auxiliary thereby promote expellerBlanking.
Compared with prior art, this red auxiliary cutting agency rushing on stove utilizes tooth bar with solidGear in drive motors rotating shaft matches, and rotates to be with carry-over bar edge by gearFeeding guide and move forward, thus the mistake that the expeller of tooth bar front end is being moved forwardIn journey, the leftover materials that are positioned at heating clamber are released to heating clamber, thereby realize auxiliary blanking,So just without producers are manually by material taking-up, safe and convenient again;
Tooth bar is formed by connecting by some pinion racks successively head and the tail in addition, and forms each otherHinged, make tooth bar can form flexural deformation in the junction of each pinion rack, thereby make toothBar can meet and in the time of horizontal level, is vertical bar shape, can make again the tooth bar can part simultaneouslyBe suspended on outside frame, thereby make tooth bar convenient in use.
Brief description of the drawings
Fig. 1 is that this red auxiliary cutting agency rushing on stove is applied to red signal while rushing on stoveFigure.
Fig. 2 is another angle schematic diagram of Fig. 1.
Fig. 3 is that this red auxiliary cutting agency middle rack rushing on stove showed with being connected of expellerIntention.
Fig. 4 is the schematic diagram of expeller in this red auxiliary cutting agency rushing on stove.
Fig. 5 is this red decomposing schematic representation that rushes the auxiliary cutting agency middle rack on stove.
In figure, 1, frame; 2, feed mechanism; 3, vibrating bunker; 4, cutting agency;5, heating clamber; 6, feeding guide; 7, tooth bar; 7a, pinion rack; 7a1, interface;7a2, Plug Division; 8, drive motors; 9, gear; 10, expeller; 10a, connectionPortion; 10b, Embedded Division; 11, backgauge frame; 11a, feed table.
Detailed description of the invention
Below specific embodiment of the utility model by reference to the accompanying drawings, to the utility modelTechnical scheme be further described, but the utility model is not limited to these embodiment.
Embodiment mono-
As depicted in figs. 1 and 2, the red stove that rushes comprises frame 1 and is arranged in frame 1Feed mechanism 2, vibrating bunker 3, cutting agency 4 and heating clamber 5, vibrating bunkerThe below of 3 discharging opening is provided with feeding guide 6, and feeding guide 6 passes in heating clamber 5,In frame 1, be also connected with backgauge frame 11, the top of backgauge frame 11 has feed table 11a,Feed table 11a is obliquely installed with respect to feeding guide 6, and feed table 11a is positioned at vibration materialThe discharging opening of also close vibrating bunker 3 under bucket 3, the lower end of feed table 11a is leaned onNearly feeding guide 6, the bottom of backgauge frame 11 and frame 1 form hinged. This red punching on stoveAuxiliary cutting agency comprise the expeller 10 being arranged on feeding guide 6 and be fixed onDrive motors 8 in frame 1, is provided with between drive motors 8 and expeller 10 when drivingThe transmission that the rotating shaft of motor 8 makes expeller 10 move forward along feeding guide 6 while rotationStructure, this drive mechanism comprises the tooth bar 7 being arranged on feeding guide 6 and is fixed onGear 9 in the rotating shaft of drive motors 8, gear 9 is meshed with tooth bar 7, expeller10 are connected in the front end of tooth bar 7.
As shown in Figure 5, tooth bar 7 is formed by connecting by some pinion rack 7a, pinion rack 7aFront end there is interface 7a1, the rear end of lower tooth bar 7 has the Plug Division 7a2 of protrusion,Each pinion rack 7a joins end to end successively, and in two adjacent pinion rack 7a, last little toothAfter the Plug Division 7a2 of bar 7a is positioned at, the interface 7a1 of a pinion rack 7a is also by tightFirmware forms hinged, and the rear end face of the Plug Division 7a2 of last pinion rack 7a and rear littleThe front end face of tooth bar 7a leans. The front end face of the bottom surface of pinion rack 7a and pinion rack 7aJunction be arc transition, the Plug Division 7a2 of the bottom surface of pinion rack 7a and pinion rack 7aThe junction of end face be arc transition.
As shown in Figure 3 and Figure 4, the rear end of expeller 10 has the connecting portion 10a of protrusion,And connecting portion 10a inserts the interface 7a1 that is positioned at tooth bar 7 pinion rack 7a foremostAnd connecting portion 10a is connected by securing member with this interface 7a1. At the present embodimentIn the middle age, the quantity of feeding guide 6 is two, and the bottom of expeller 10 has two cross sectionsThe Embedded Division 10b identical with feeding guide 6, two Embedded Division 10b embed respectively correspondenceFeeding guide 6 in, and connecting portion 10a is arranged at one of them Embedded Division 10b rear endConnecting portion 10a in.
The red stove that rushes is in when work, feed mechanism 2 by mass transport to vibrating bunker 3 places,Then make material drop into gear from the discharging opening of vibrating bunker 3 through the vibration of vibrating bunker 3The feed table 11a of bin 11 tops is upper, and feed table 11a inclines with respect to feeding guide 6Tiltedly arrange, therefore material drop into feed table 11a can be sliding along feed table 11a after upperFall on feeding guide 6, then cutting agency 4 is by the material dropping on feeding guide 6Push the interior processing of heating clamber 5, cutting agency 4 resets afterwards. When on feeding guide 6 againInferior while having material to fall, cutting agency 4 pushes the material newly falling in heating clamber 5,The workpiece processing in heating clamber 5 is simultaneously pushed out heating clamber 5 and realizes blanking.In the time that material constantly falls, cutting agency 4 constantly repeats above-mentioned action.
In the time no longer including material on feeding guide 6 and fall,, in heating clamber 5, still have meanwhileThe material processing is stayed in heating clamber 5 and is not pushed out, owing to not having on feeding guide 6Material, cannot release the material that is positioned at heating clamber 5 when cutting agency 4 is worked again.Now, producers need to utilize this auxiliary cutting agency to being positioned at heating clamber 5Material is realized auxiliary blanking. Tooth bar 7 is placed on to the end of feeding guide 6, due to gearThe lower end of the feed table 11a of bin 11 is near feeding guide 6, make feed table 11a withGap between feeding guide 6 is less than the height of expeller 10, hindered tooth bar 7 beforeEnter. Now, because backgauge frame 11 lower ends are hinged in frame 1, therefore by backgauge frame11 upwards stir, and make the lower end of feed table 11a away from feeding guide 6, make feedingGap between lower end and the feeding guide 6 of dish 11a is greater than the height of expeller 10, thisHour rack 7 can promote expeller 10 smoothly by feed table 11a and feeding guide 6Between gap.
Then producers turn by the rotating shaft of the button control drive motors 8 on control cabinetMoving, the gear 9 being fixed in the rotating shaft of drive motors 8 is meshed with tooth bar 7, passes throughEngagement, can driving gear in along with the rotating shaft rotation process of drive motors 8 at gear 9Bar 7 moves forward along feeding guide 6. Tooth bar 7 enters into and adds along feeding guide 6In hot cell 5, because the front end of tooth bar 7 is connected with expeller 10, along with tooth bar 7 notDisconnected advancing, expeller 10 can will be positioned at the remaining material of heating clamber 5 and release gradually heatingOutside chamber 5, reach thus the object of auxiliary blanking. By the effect of this auxiliary cutting agency,Make to produce without manually the leftover materials in heating clamber 5 being carried out to blanking again, not only sideJust, and it is also very simple to operate, simultaneously because this auxiliary cutting agency is only by toothBar 7, gear 9 and drive motors 8 form, and therefore can't increase too much manufacturingThis. And this auxiliary cutting agency do not need to use dismountable under, can't affect redRush the normal process of stove, all can use various red punching on stove.
It should be noted that in order to improve working (machining) efficiency the red feeding guide 6 rushing on stoveCross section be W type, the expeller 10 in the present embodiment has two embeddings in its bottomThe 10b of portion, the cross section of two Embedded Division 10b is V-shaped, and Embedded Division 10b is embedded in feedingIn guide rail 6, tooth bar is connected with the rear end of one of them Embedded Division 10b of expeller 10,Expeller 10 can promote the material of the placement arranged side by side on feeding guide 6 simultaneously like this.
Embodiment bis-
The present embodiment is basic identical with structure and the principle of embodiment mono-, and difference is:In the present embodiment, drive mechanism comprises worm screw and is fixed on the rotating shaft of drive motors 8On worm gear, in the time that needs use, worm screw is positioned on feeding guide 6, and makes snailWorm and wheel matches, and 10 of expellers are connected in the front end of worm screw, when producers are led toWhen crossing control cabinet control drive motors 8 and working, worm gear rotating drive worm screw moves forward,Thereby the expeller 10 that makes to be positioned at worm screw front end is advance to after heating clamber 5 can be byRemaining material is released.
Specific embodiment described herein is only for example to the utility model spiritExplanation. The utility model person of ordinary skill in the field can be to described concreteEmbodiment makes various amendments or supplements or adopt similar mode to substitute, but notCan depart from spirit of the present utility model or surmount the defined model of appended claimsEnclose.
Claims (7)
1. the red auxiliary cutting agency rushing on stove, the red stove that rushes comprises frame (1) and is arranged at the feed mechanism (2) in frame (1), vibrating bunker (3), cutting agency (4) and heating clamber (5), the below of the discharging opening of described vibrating bunker (3) is provided with the feeding guide (6) passing in heating clamber (5), described cutting agency (4) is arranged at feeding guide (6) and locates, it is characterized in that, this auxiliary cutting agency comprises the expeller (10) being arranged on feeding guide (6) and is fixed on the drive motors (8) in frame (1), between described drive motors (8) and expeller (10), be provided with the drive mechanism that can make expeller (10) move forward along feeding guide (6) in the time that drive motors (8) is worked.
2. the red auxiliary cutting agency rushing on stove according to claim 1, it is characterized in that, described drive mechanism comprises the gear (9) on the tooth bar (7) being arranged on feeding guide (6) and the rotating shaft of being fixed on drive motors (8), described tooth bar (7) is meshed with gear (9), and expeller (10) is connected in the front end of tooth bar (7).
3. the red auxiliary cutting agency rushing on stove according to claim 2, it is characterized in that, described tooth bar (7) is formed by connecting by some pinion racks (7a), the front end of described pinion rack (7a) has interface (7a1), the rear end of described pinion rack (7a) has the Plug Division (7a2) of protrusion, each pinion rack (7a) joins end to end successively, and in adjacent two pinion racks (7a), the Plug Division (7a2) of last pinion rack (7a) is positioned at the interface (7a1) of a rear pinion rack (7a) and forms hinged by securing member.
4. the red auxiliary cutting agency rushing on stove according to claim 3, it is characterized in that, the rear end face of the Plug Division (7a2) of last pinion rack (7a) and the front end face of a rear pinion rack (7a) lean, the junction of the bottom surface of described pinion rack (7a) and the front end face of pinion rack (7a) is arc transition, and the junction of the end face of the bottom surface of described pinion rack (7a) and the Plug Division (7a2) of pinion rack (7a) is arc transition.
5. the red auxiliary cutting agency rushing on stove according to claim 3, it is characterized in that, the rear end of described expeller (10) has the connecting portion (10a) of protrusion, and in connecting portion (10a) and tooth bar (7), the interface (7a1) of pinion rack (7a) foremost fixes by securing member.
6. the red auxiliary cutting agency rushing on stove according to claim 5, it is characterized in that, the cross section of described feeding guide (6) is W type, the bottom of described expeller (10) has V-shaped two Embedded Divisions (10b) in cross section, described Embedded Division (10b) is embedded in feeding guide (6), and described connecting portion (10a) is positioned at the rear end of one of them Embedded Division (10b).
7. the red auxiliary cutting agency rushing on stove according to claim 1, it is characterized in that, described drive mechanism comprises the worm gear in the rotating shaft that is arranged at the worm screw on feeding guide (6) and is fixed on drive motors (8), described worm gear is meshed with worm screw, and expeller (10) is connected in the front end of worm screw.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520928097.2U CN205254020U (en) | 2015-11-19 | 2015-11-19 | Red supplementary unloading mechanism towards stove on |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520928097.2U CN205254020U (en) | 2015-11-19 | 2015-11-19 | Red supplementary unloading mechanism towards stove on |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205254020U true CN205254020U (en) | 2016-05-25 |
Family
ID=55995571
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520928097.2U Expired - Fee Related CN205254020U (en) | 2015-11-19 | 2015-11-19 | Red supplementary unloading mechanism towards stove on |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205254020U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109226409A (en) * | 2018-09-07 | 2019-01-18 | 诸暨市润拓机械自动化科技有限公司 | It is automatically red to rush metal forming machine |
-
2015
- 2015-11-19 CN CN201520928097.2U patent/CN205254020U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109226409A (en) * | 2018-09-07 | 2019-01-18 | 诸暨市润拓机械自动化科技有限公司 | It is automatically red to rush metal forming machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205634041U (en) | Bar feeder | |
| CN204495069U (en) | A kind of heating furnace material feeder | |
| CN205254020U (en) | Red supplementary unloading mechanism towards stove on | |
| CN204872755U (en) | Automatic calandria machine | |
| CN103697460B (en) | Conveyer with double augers | |
| CN103286247A (en) | Thread rolling device with automatic heating function | |
| CN206407611U (en) | A kind of auto feeding device of efficient stable | |
| CN205169882U (en) | Continuous material loading of secondary metal and feeding device | |
| CN106334778A (en) | Turbine blade molding line | |
| CN106827212A (en) | Mould shakes brickmaking machine feed arrangement | |
| CN203478990U (en) | Novel material conveying device | |
| CN103438713B (en) | Ceramic sintering furnace device | |
| CN202151435U (en) | Ultralow-temperature and full-automatic traditional Chinese medicine production line | |
| CN206455778U (en) | Timber joinery and its construction processing unit (plant) | |
| CN205169721U (en) | Fossil fragments upset discharging device | |
| CN204938518U (en) | Cementing machine receives the neat feedway of book code | |
| CN208724783U (en) | A kind of steamed corn bread mould seperator | |
| CN202670697U (en) | Automatic bamboo conveying equipment of bamboo weaving machine | |
| CN207828100U (en) | A kind of glass-melting furnace feeding device | |
| CN207066096U (en) | A kind of lithium battery recovery roaster | |
| CN108582213B (en) | A kind of PVC plastic floor machine | |
| CN207537507U (en) | A kind of efficient electrolysis aluminium waste purifies processing unit (plant) | |
| CN207746563U (en) | A kind of all automatic numerical control laser pipe cutting machine aggregate-storing system | |
| CN204639146U (en) | A kind of automatic lathe | |
| CN205441856U (en) | Incoming material processing device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160525 Termination date: 20181119 |