CN109279283A - Intermittent conveyer and sack for transporting calcium carbide line - Google Patents
Intermittent conveyer and sack for transporting calcium carbide line Download PDFInfo
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- CN109279283A CN109279283A CN201810989892.0A CN201810989892A CN109279283A CN 109279283 A CN109279283 A CN 109279283A CN 201810989892 A CN201810989892 A CN 201810989892A CN 109279283 A CN109279283 A CN 109279283A
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- block
- guide rails
- swinging guide
- driving cylinder
- conveying mechanism
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G35/00—Mechanical conveyors not otherwise provided for
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
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- Tunnel Furnaces (AREA)
Abstract
The present invention relates to intermittent conveyer and sack for transporting calcium carbide lines.Intermittent conveyer includes bracket and conveying mechanism, swinging guide rails are hinged on bracket, guiding is equipped with for cooperating the block for driving conveying mechanism movement with conveying mechanism block in swinging guide rails, there is working position and free position in the oscillating stroke of swinging guide rails, bracket is equipped with track drive mechanism, swinging guide rails are equipped with block driving cylinder, the block driving cylinder drives block is mobile block is made to drive conveying mechanism movement when swinging guide rails are in working position, and retracting when swinging guide rails are in free position resets block.Swinging guide rails are hinged on the bracket of intermittent conveyer of the invention, the intermittent driving to conveying mechanism is realized by block driving cylinder on bracket and track drive mechanism, the start and stop requirement to calcium carbide pot can be realized by adjusting the intermittent driving time to conveying mechanism, solve the problems, such as that current conveying device needs frequent start-stop motor and causes high production cost.
Description
Technical field
The present invention relates to intermittent conveyer and sack for transporting calcium carbide lines.
Background technique
Calcium carbide is to rely on the height of arc heat and resistance heat at 1800-2200 degrees Celsius in furnace of calcium carbide by calcium oxide and coke
The lower reaction of temperature is made, and in traditional calcium carbide industry, furnace technology is more rough out, and calcium carbide production process is divided into two parts: first
It is divided into operator and controls elevator and carbide pushcarts, flows into the calcium carbide of melting in each calcium carbide pot from furnace of calcium carbide, it then will be electric
Stone is transported to cooling workshop and is cooled down, and is finally hung out calcium carbide block after cooling from calcium carbide pot using crane and fixture；The
Two parts are during calcium carbide production, and worker carries out stifled eye on the workbench of stokehold, burns, skims, drawing slag.
The Chinese patent application that application publication number is CN103615899A, data of publication of application is 2014.03.05 discloses one
Kind furnace of calcium carbide annulus transportation system, furnace of calcium carbide annulus transportation system includes disk drive system, and disk drive system includes disk,
Calcium carbide pot is disposed on disk, the motor of disk drive system drives calcium carbide pot movement by driving disk rotational.Wherein disk
Conveying mechanism is constituted with the guide rail being arranged on disk, calcium carbide pot is fixed on the conveyor.After coming out of the stove, calcium carbide enters electricity
In stone pot, the motor rotation of disk drive system drives disc rotary, and the calcium carbide pot for filling calcium carbide is sent under the action of disk
To at tilting mechanism position, the motor stalls of disk drive system, at this point, calcium carbide pot mouth is upward, tilting mechanism acts band
Dynamic calcium carbide pot is tumbled, and pours out calcium carbide, and after calcium carbide pot resets, the motor of disk drive system is continued to rotate, empty calcium carbide pot by after
Prepare to come out of the stove next time at reforwarding to fire door.This sack for transporting calcium carbide line can be realized automation control, but in use,
When coming out of the stove or when toppling over calcium carbide pot, the motor of disk drive system stops, due to entire conveying mechanism heavier-weight, disk
The power of motor of drive system is larger, and motor needs frequent start and stop in operation process, influences the service life of motor, while motor
Off-energy is more when start and stop, causes the higher problem of production cost.
Summary of the invention
The purpose of the present invention is to provide a kind of intermittent conveyers, need frequent start-stop with the conveying device for solving current
Motor and the problem of cause high production cost；The object of the invention is also to provide a kind of sack for transporting calcium carbide lines, to solve at present
The problem of drive system of sack for transporting calcium carbide line needs frequent start-stop to reduce electrical machinery life and cause high production cost.
To achieve the above object, the technical solution of a kind of intermittent conveyer of the invention are as follows: intermittent conveyer includes
Bracket and can the opposite conveying mechanism of support motion, swinging guide rails are hinged on bracket, along swinging guide rails extension in swinging guide rails
Direction guiding is equipped with for cooperating the block for driving conveying mechanism movement, the oscillating stroke of swinging guide rails with conveying mechanism block
In there is the working position for cooperating block and conveying mechanism block and release the free position of block and conveying mechanism block relationship, prop up
Frame is equipped with the track drive mechanism for driving swinging guide rails to switch between working position and free position, and swinging guide rails are equipped with driving
The block driving cylinder that block moves back and forth on driving guide rail, the block driving cylinder drive when swinging guide rails are in working position
Block is mobile to make block drive conveying mechanism movement, and retracting when swinging guide rails are in free position resets block.
Beneficial effects of the present invention: it compared with current conveying device, is cut with scissors on the bracket of intermittent conveyer of the invention
Swinging guide rails are connected to, block and block driving cylinder are provided in swinging guide rails, are driven by block driving cylinder on bracket and guide rail
Motivation structure realizes the intermittent driving to conveying mechanism, when toppling over calcium carbide pot, coming out of the stove, drives by adjusting the interval to conveying mechanism
The start and stop requirement to calcium carbide pot can be realized in the dynamic time, solves current conveying using block driving cylinder driving conveying mechanism and fills
Set the problem of needing frequent start-stop motor and causing high production cost.
Further, the driving to swinging guide rails for convenience, the track drive mechanism are guide rail driving cylinder, and guide rail drives
Dynamic cylinder drives guide rail by the flexible driving realized to swinging guide rails, by guide rail driving cylinder, equally avoids using electric-machine directly-driven
The problem of causing motor start and stop.In addition, the flexible driving swinging guide rails of guide rail driving cylinder, active force is small, and structure is simple, facilitates control
The swing angle of swinging guide rails.
Further, driving to block for convenience, guiding slidable fit has guide sleeve in swinging guide rails, and block is fixed
On guide sleeve, the block driving cylinder drives block movement by driving guide sleeve, and block driving cylinder passes through driving guide sleeve
Block is driven, guarantees the relative position of block and swinging guide rails, block driving cylinder facilitates with guide sleeve to be connect, and assembly effect is improved
Rate.
Further, in order to guarantee the stability of guide sleeve and wobble tracks, swinging guide rails are I-steel guide rail, guide sleeve
On directive wheel assembling in two grooves of I-steel guide rail, guarantee swinging guide rails and guide sleeve guiding accuracy.
Further, in order to guarantee intermittent conveyer transmission process stabilization, block driving cylinder setting is at least
Two.
Further, in order to reduce the power of hydraulic pump, the block driving cylinder with provide power for block driving cylinder
Accumulator is provided between hydraulic pump, small-power pump can meet power requirement.
Further, the conveying mechanism includes the transport trolley being slidedly assemblied on bracket, and transport trolley is equipped with multiple
And multiple transport trolleys join end to end, each transport trolley forms the small blockchain of closed ring, and adjacent transport trolley is hinged, block
Conveying mechanism movement is driven with the cooperation of transport trolley block when swinging guide rails are in working position, transport trolley forms closed ring
Small blockchain facilitates block to drive entire small blockchain.
Further, it in order to guarantee the accurate fit of block and transport trolley, is provided on the vehicle frame of the transport trolley
For the jack of block insertion, the jack is the long hole extended along block glide direction, and long hole can adapt to biggish error, is protected
The block matching relationship of transport trolley and block is demonstrate,proved, while block being facilitated to leave jack, releases and cooperates with the block of transport trolley
Relationship.
Further, the bearing wheed of the transport trolley is equipped with a pair, keeps transport trolley turning more flexible.
To achieve the above object, the technical solution of sack for transporting calcium carbide line of the invention are as follows: sack for transporting calcium carbide line includes intermittent delivery
Device and the calcium carbide pot being arranged on intermittent conveyer, intermittent conveyer include bracket and can be with respect to the conveyings of support motion
Mechanism, calcium carbide pot are arranged on the conveyor, are hinged with swinging guide rails on bracket, along swinging guide rails extending direction in swinging guide rails
Guiding is equipped with for cooperating the block for driving conveying mechanism movement with conveying mechanism block, is had in the oscillating stroke of swinging guide rails
There is the working position for cooperating block with conveying mechanism block and release the free position of block and conveying mechanism block relationship, on bracket
Equipped with the track drive mechanism for driving swinging guide rails to switch between working position and free position, swinging guide rails are equipped with driving block
The block driving cylinder moved back and forth on driving guide rail, the block driving cylinder drive block when swinging guide rails are in working position
Mobile that block is made to drive conveying mechanism movement, retracting when swinging guide rails are in free position resets block.
Beneficial effects of the present invention: compared with current sack for transporting calcium carbide line, on the bracket of intermittent conveyer of the invention
Swinging guide rails are hinged with, block and block driving cylinder are provided in swinging guide rails, pass through the block driving cylinder and guide rail on bracket
Driving mechanism realizes the intermittent driving to conveying mechanism, when toppling over calcium carbide pot, coming out of the stove, by adjusting the interval to conveying mechanism
The start and stop requirement to calcium carbide pot can be realized in driving time, solves current conveying using block driving cylinder driving conveying mechanism
The problem of device needs frequent start-stop motor and causes high production cost.
Further, the driving to swinging guide rails for convenience, the track drive mechanism are guide rail driving cylinder, and guide rail drives
Dynamic cylinder drives guide rail by the flexible driving realized to swinging guide rails, by guide rail driving cylinder, equally avoids using electric-machine directly-driven
The problem of causing motor start and stop.In addition, the flexible driving swinging guide rails of guide rail driving cylinder, active force is small, and structure is simple, facilitates control
The swing angle of swinging guide rails.
Further, driving to block for convenience, guiding slidable fit has guide sleeve in swinging guide rails, and block is fixed
On guide sleeve, the block driving cylinder drives block movement by driving guide sleeve, and block driving cylinder passes through driving guide sleeve
Block is driven, guarantees the relative position of block and swinging guide rails, block driving cylinder facilitates with guide sleeve to be connect, and assembly effect is improved
Rate.
Further, in order to guarantee the stability of guide sleeve and wobble tracks, swinging guide rails are I-steel guide rail, guide sleeve
On directive wheel assembling in two grooves of I-steel guide rail, guarantee swinging guide rails and guide sleeve guiding accuracy.
Further, in order to guarantee intermittent conveyer transmission process stabilization, block driving cylinder setting is at least
Two.
Further, in order to reduce the power of hydraulic pump, the block driving cylinder with provide power for block driving cylinder
Accumulator is provided between hydraulic pump, small-power pump can meet power requirement.
Further, the conveying mechanism includes the transport trolley being slidedly assemblied on bracket, and calcium carbide pot is fixed on conveying
On trolley, transport trolley is equipped with multiple and multiple transport trolleys and joins end to end, and each transport trolley forms the small blockchain of closed ring, phase
Adjacent transport trolley is hinged, and block drives conveying mechanism fortune with the cooperation of transport trolley block when swinging guide rails are in working position
Dynamic, transport trolley forms the small blockchain of closed ring, and block is facilitated to drive entire small blockchain.
Further, it in order to guarantee the accurate fit of block and transport trolley, is provided on the vehicle frame of the transport trolley
For the jack of block insertion, the jack is the long hole extended along block glide direction, and long hole can adapt to biggish error, is protected
The block matching relationship of transport trolley and block is demonstrate,proved, while block being facilitated to leave jack, releases and cooperates with the block of transport trolley
Relationship.
Further, the bearing wheed of the transport trolley is equipped with a pair, keeps transport trolley turning more flexible.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the specific embodiment 1 of sack for transporting calcium carbide line of the invention；
Fig. 2 is the structural schematic diagram of the delivery track of the specific embodiment 1 of sack for transporting calcium carbide line of the invention；
Fig. 3 is the calcium carbide pot of the specific embodiment 1 of sack for transporting calcium carbide line of the invention and the position view of calcium carbide outlet of still；
Fig. 4 is the calcium carbide pot of the specific embodiment 1 of sack for transporting calcium carbide line of the invention and the structural schematic diagram of transport trolley；
Fig. 5 is the axonometric drawing of the specific embodiment 1 of sack for transporting calcium carbide line of the invention；
Fig. 6 is the structural representation of the conveying section and overturning unloading part junction of the specific embodiment 1 of sack for transporting calcium carbide line of the invention
Figure；
Fig. 7 is the conveying section of the specific embodiment 1 of sack for transporting calcium carbide line of the invention and another view of overturning unloading part junction
The structural schematic diagram at angle；
Fig. 8 is that the transport trolley of the specific embodiment 1 of sack for transporting calcium carbide line of the invention is connect by conveying section with overturning unloading part
The status diagram at place；
Fig. 9 is the transport trolley connection status diagram of the specific embodiment 1 of sack for transporting calcium carbide line of the invention；
Figure 10 is connection structure diagram between the transport trolley of the specific embodiment 1 of sack for transporting calcium carbide line of the invention；
Figure 11 is the swinging guide rails of the specific embodiment 1 of sack for transporting calcium carbide line of the invention and the assembling structure schematic diagram of bracket；
Figure 12 be the swinging guide rails of the specific embodiment 1 of sack for transporting calcium carbide line of the invention, guide rail driving cylinder, block driving cylinder dress
Distribution structure schematic diagram；
Figure 13 be in Figure 12 A-A to cross-sectional view；
Figure 14 is the transport trolley of the specific embodiment 1 of sack for transporting calcium carbide line of the invention and the cooperation assembling schematic diagram of block；
Figure 15 be the block driving cylinder of the specific embodiment 1 of sack for transporting calcium carbide line of the invention, track driving cylinder hydraulic principle show
It is intended to；
In figure: 1, calcium carbide pot；2, bracket；21, conveying；211, upper conveying；212, lower conveying；3, it conveys small
Vehicle；31, vehicle frame；311, jack；32, bearing wheed；33, it is oriented to wheel；34, cross connecting shafts；35, trolley connecting shaft；36, even
Female connector；37, locking nut；38, back tightening nut；41, guide sleeve；42, swinging guide rails；43, directive wheel；44, block；45, guide rail
Driving cylinder；46, block driving cylinder；51, it comes out of the stove section；52, conveying section；53, unloading part is overturn；54, reverse-running section；55, Dual-conveying tall is led
Rail steering structure；6, hydraulic power unit；61, hydraulic pump；62, accumulator；63, electromagnetic relief valve；7, reversal valve；8, calcium carbide
Furnace；81, fire door slide carriage.
Specific embodiment
Embodiments of the present invention are described further with reference to the accompanying drawing.
The specific embodiment 1 of sack for transporting calcium carbide line of the invention, as shown in Fig. 1 to Figure 15, sack for transporting calcium carbide line includes that interval is defeated
The calcium carbide pot 1 for sending device and being arranged on intermittent conveyer, intermittent conveyer include bracket 2 and can move with respect to bracket 2
Conveying mechanism, calcium carbide pot 1 be arranged on the conveyor.
In the present embodiment, conveying 21 is fixed on bracket 2, conveying mechanism includes that guiding is assemblied on conveying 21
Transport trolley 3, transport trolley 3 includes vehicle frame 31, and bearing wheed 32 and guiding wheel 33, load-bearing are rotatably equipped on vehicle frame 31
Wheel 32 and guiding wheel 33 are respectively provided with a pair, and the rolling of bearing wheed 32 is assemblied on conveying 21, and guiding wheel 33 is arranged
In the side of conveying 21.In the present embodiment, calcium carbide pot 1 is fixed on the vehicle frame 31 of transport trolley 3, and calcium carbide pot 1 is provided with
Supporting leg is arranged by supporting leg and vehicle frame interval, realizes hanging heat-insulated.Since bearing wheed 32 and guiding wheel 33 are provided with one
Right, in order to guarantee the stability of transport trolley 3, the transport trolley 3 in the present embodiment is equipped with multiple and multiple 3 head and the tail of transport trolley
It is connected, each transport trolley 3 forms the closed small blockchain of annular, and adjacent transport trolley 3 is hinged.As shown in Figure 10, adjacent
Vehicle frame 31 is connected by cross connecting shafts 34, and 34 one end of cross connecting shafts connects front frame 31, and the other end connects Rear frame 31, after
Vehicle frame 31 is equipped with trolley connecting shaft 35, and 35 one end of trolley connecting shaft is equipped with the connector sleeve 36 connecting with cross connecting shafts 34, even
Female connector 36 is threadedly coupled with trolley connecting shaft 35, and the locking nut 37 locked in trolley connecting shaft 35 to connector sleeve 36, trolley connects
35 other end of spindle is stuck on vehicle frame, and the tight spiral shell of back for keeping trolley connecting shaft 35 and vehicle frame clamping is additionally provided in trolley connecting shaft 35
Mother 38.In other embodiments, transport trolley can also use two pairs or more bearing wheeds.
It is also hinged with swinging guide rails 42 on bracket 2, is oriented to sliding along 42 extending direction of swinging guide rails in swinging guide rails 42 and fills
Equipped with guide sleeve 41, it is fixed on guide sleeve 41 for cooperating the block 44 for driving conveying mechanism movement with conveying mechanism block,
As shown in Figure 12 and Figure 13, swinging guide rails 42 are I-steel guide rail, are rotatably equipped with directive wheel 43, directive wheel 43 on guide sleeve 41
Rolling is assemblied in two grooves of I-steel guide rail.Having in the oscillating stroke of swinging guide rails 42 makes block 44 and conveying mechanism
The working position of block cooperation and the free position for releasing block 44 and conveying mechanism block relationship.In the present embodiment, block 44 is being put
Conveying mechanism movement is driven with the cooperation of 3 block of transport trolley when dynamic guide rail 42 is in working position, vehicle frame 31 is equipped in swing guide
Rail 42 is in the jack 311 being inserted into when working position for block 44, and jack 311 is long hole, and block 44 is facilitated to be inserted into and exit, block
44 cooperation of hole wall block and then drive transport trolley 3 with jack 311 moves.In other embodiments, conveying mechanism is also possible to
Conveyer belt, carrier chain, naturally it is also possible to using disk employed in background technique.The structure with the cooperation of block block can at this time
To be correspondingly arranged on conveyer belt, carrier chain or disk.When the position precision of swinging guide rails and transport trolley is higher, jack
It is also possible to the hole being adapted to block shape.In other embodiments, block can be directly slidedly assemblied in swinging guide rails；Other
In embodiment, swinging guide rails are also possible to C-type steel guide rail, are perhaps processed guide groove on the guide bar using guide rod or are led
Cooperate to protrusion and block guiding.
Bracket 2 is equipped with the guide rail driving cylinder 45 for driving swinging guide rails 42 to switch between working position and free position, guide rail
Driving cylinder 45 and the end of swinging guide rails 42 are hinged, and guide rail driving cylinder 45 passes through the flexible driving realized to swinging guide rails 42.This
Guide rail driving cylinder 45 in embodiment constitutes the track drive mechanism that driving swinging guide rails 42 are swung, in other embodiments, guide rail
Driving mechanism is also possible to motor and retarder, and the articulated shaft of motor driven swinging guide rails drives swinging guide rails to swing；Certainly it leads
Rail driving mechanism is also possible to electric pushrod, cam mechanism etc., and cam mechanism includes cam and propulsion arm, propulsion arm and swing guide
Rail is hinged, and propulsion arm slides up and down under cam effect, drives swinging guide rails to swing, can lead between propulsion arm and swinging guide rails
Cross that long hole is hinged, to meet the swing requirement of swinging guide rails.
Swinging guide rails 42 are equipped with the block driving cylinder 46 that driving block 44 moves back and forth on driving guide rail, block driving
46 one end of cylinder is hinged in swinging guide rails, and the other end is hinged on guide sleeve, and block driving cylinder 46 is in work in swinging guide rails 42
Pushing tow block 44 is stretched out when making position makes block 44 drive conveying mechanism movement, and retracting when swinging guide rails 42 are in free position makes to keep off
Block 44 resets, then the driving swinging guide rails 42 of guide rail driving cylinder 45 to working position, and so on, realize that conveying mechanism be annular
The intermittent driving of small blockchain.
Sack for transporting calcium carbide line has the section 51 of coming out of the stove being wound on around furnace of calcium carbide 8, conveying section 52, place in 51 rear side of section of coming out of the stove
Overturning unloading part 53 in 51 rear side of section of coming out of the stove, the reverse-running section 54 in 51 front side of section of coming out of the stove.Outlet that there are three the tools of furnace of calcium carbide 8,
The exit of furnace of calcium carbide 8 is provided with the fire door slide carriage 81 of guidance calcium carbide, and corresponding outlet is selected to open as needed.The present embodiment
In overturning unloading part 53 calcium carbide pot 1 on transport trolley 3 can be made to be inverted, complete discharging, as shown in Figure 2 and Figure 5, overturning is unloaded
Material section 53 and conveying section 52,54 junction of reverse-running section are provided with Dual-conveying tall guide rail steering structure 55, below to overturn unloading part
53 be illustrated for the Dual-conveying tall guide rail steering structure 55 of 52 junction of conveying section, transport trolley 3 is unloaded being moved to overturning
When expecting section 53 and 52 junction of conveying section, the bearing wheed of transport trolley 3 is converted by upper conveying 211 to lower conveying
On 212, during bearing wheed replaces conveying 21, calcium carbide pot 1 completes discharging, and moving trolley continues to move forward,
Unloading part 53 and 54 junction of reverse-running section are overturn until being moved to, supreme conveying 211 is converted by lower conveying 212, it is complete
At returning just for calcium carbide pot 1.Reverse-running section 54 and conveying section 52 in this implementation are obliquely installed, and improve the height of overturning unloading part 53
Degree, easy-unloading, driving cylinder are arranged far from the reverse-running section 54 and conveying section 52 of furnace of calcium carbide 8, and space is big, maintenance side
Just, furnace body high ambient temperatures, dust atmosphere are avoided.
In the present embodiment, in order to guarantee the stabilization of the small blockchain of annular, block driving cylinder 46 is arranged two, one of setting
On conveying section 52, another is arranged on reverse-running section 54.In other embodiments, according to the actual needs, block driving cylinder 46
One or at least three can be set, offer power is smaller when being arranged one, should reduce the length of sack for transporting calcium carbide line as far as possible
Degree.In other embodiments, the small blockchain of conveying mechanism may not be annular, but bar shaped, and at least two should be arranged at this time
Block driving cylinder, to guarantee active force of the small blockchain always by block driving cylinder.In other embodiments, in the more set drivings of setting
When mechanism drives annular trolley chain, it is stand-by drive that a driving mechanism, which can be set, drives the spare of annular trolley chain
Driving mechanism not only only selects block driving cylinder, can also select the mechanical intermittent drive mechanism of motor driven gear, machine
Tool formula intermittent drive mechanism can be in background technique quote documents in form, or use Authorization Notice No. for
Intermittent driving mechanism disclosed in the Chinese patent of CN204280575U is also possible to other indexing transfers in the prior art
Form, for example it is also possible to the form etc. of stepper motor.In other embodiments, calcium carbide pot can also be using background technique reference pair
Overturning discharging is carried out than turnover mechanism described in file.
As shown in figure 15, in the present embodiment, the hydraulic power unit 6 for providing power for block driving cylinder 46 is provided with two
Set, wherein a set of spare, hydraulic power unit 6 includes the motor of hydraulic pump 61 and driving hydraulic pump 61, hydraulic power unit 6
Driving resistance is 34kN, and rated pressure 16Mpa, block driving cylinder parameter is 100X70-840mm, and track driving cylinder parameter is
40X20-100mm, 10 kW of power of motor.Block driving cylinder 46 provides the hydraulic power unit 6 of power with for block driving cylinder 46
Between be provided with accumulator 62 so that small-power hydraulic pump 61 can meet power requirement, hydraulic cylinder is suitble to as executive component
In intermittent movement, reliable operation, power density is high, at low cost.Block driving cylinder 46 and guide rail driving cylinder 45 in the present embodiment
Same set of hydraulic power unit 6 is shared, is provided between block driving cylinder 46, guide rail driving cylinder 45 and hydraulic power unit 6
Reversal valve 7, the reversal valve 7 in the present embodiment select three position four-way directional control valve 7.Hydraulic power unit 6 is additionally provided with electromagnetism overflow
Valve 63 guarantees the safety of power unit.In other embodiments, powerful hydraulic pump also can be used, can not use at this time
Accumulator.
The small blockchain of annular in the present embodiment can also reverse, and drive block when block driving cylinder 46 retracts at this time, in turn
Drive trolley chain movement.
It should be noted that the driving cylinder in the present embodiment includes cylinder body and is arranged in the intracorporal telescopic rod of cylinder, specifically
Structure is the prior art, and details are not described herein again.
The specific embodiment 2 of sack for transporting calcium carbide line of the invention, the structure and above-mentioned reality of the sack for transporting calcium carbide line in the present embodiment
The difference for applying example 1 is only that: it is heterodromous reversed that the sack for transporting calcium carbide line in the present embodiment is additionally provided with a set of small blockchain of driving
Block driving cylinder and guide rail driving cylinder corresponding with reversed block driving cylinder.
The specific embodiment of intermittent conveyer of the invention, the structure of the intermittent conveyer in the present embodiment with it is above-mentioned
The structure of intermittent conveyer in specific embodiment is identical, repeats no more, and in other embodiments, intermittent conveyer can also be with
For the other field, such as powder carry band, material lifting conveyer etc. except calcium carbide conveying.
Claims (10)
1. intermittent conveyer, including bracket and can opposite support motion conveying mechanism, it is characterised in that: be hinged on bracket
Swinging guide rails are equipped in swinging guide rails along swinging guide rails extending direction guiding and drive conveying for cooperating with conveying mechanism block
The block of mechanism kinematic has the working position for cooperating block and conveying mechanism block and releasing in the oscillating stroke of swinging guide rails
The free position of block and conveying mechanism block relationship, bracket, which is equipped with, drives swinging guide rails to switch between working position and free position
Track drive mechanism, swinging guide rails are equipped with driving block the block driving cylinder that moves back and forth, gear on driving guide rail
Block driving cylinder drives block is mobile block is made to drive conveying mechanism movement when swinging guide rails are in working position, at swinging guide rails
Retracting when free position resets block.
2. intermittent conveyer according to claim 1, it is characterised in that: the track drive mechanism is guide rail driving
Cylinder, guide rail driving cylinder pass through the flexible driving realized to swinging guide rails.
3. intermittent conveyer according to claim 1, it is characterised in that: being oriented to slidable fit in swinging guide rails has guiding
Set, block are fixed on guide sleeve, and the block driving cylinder drives block movement by driving guide sleeve.
4. intermittent conveyer according to claim 3, it is characterised in that: the swinging guide rails are I-steel guide rail, are led
It is rotatably equipped with directive wheel to putting on, directive wheel rolling is assemblied in two grooves of I-steel guide rail.
5. intermittent conveyer according to any one of claims 1-4, it is characterised in that: the block driving cylinder setting
At least two.
6. intermittent conveyer according to any one of claims 1-4, it is characterised in that: the block driving cylinder with for
Accumulator is provided between the hydraulic pump of block driving cylinder offer power.
7. intermittent conveyer according to any one of claims 1-4, it is characterised in that: the conveying mechanism includes sliding
The dynamic transport trolley being assemblied on bracket, transport trolley are equipped with multiple and multiple transport trolleys and join end to end, each transport trolley group
At the small blockchain of closed ring, adjacent transport trolley is hinged, and block is kept off when swinging guide rails are in working position with transport trolley
Only cooperation drives conveying mechanism movement.
8. intermittent conveyer according to claim 7, it is characterised in that: be provided with confession on the vehicle frame of the transport trolley
The jack of block insertion, the jack is the long hole extended along block glide direction.
9. intermittent conveyer according to claim 7, it is characterised in that: the bearing wheed of the transport trolley is equipped with one
It is right.
10. sack for transporting calcium carbide line, including intermittent conveyer and the calcium carbide pot being arranged on intermittent conveyer, it is characterised in that:
The intermittent conveyer is intermittent conveyer described in any one of claim 1-9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810989892.0A CN109279283B (en) | 2018-08-28 | 2018-08-28 | Intermittent conveying device and calcium carbide conveying line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810989892.0A CN109279283B (en) | 2018-08-28 | 2018-08-28 | Intermittent conveying device and calcium carbide conveying line |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109279283A true CN109279283A (en) | 2019-01-29 |
| CN109279283B CN109279283B (en) | 2023-10-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810989892.0A Active CN109279283B (en) | 2018-08-28 | 2018-08-28 | Intermittent conveying device and calcium carbide conveying line |
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| CN204461094U (en) * | 2014-11-28 | 2015-07-08 | 中冶南方(武汉)重工制造有限公司 | Calcium carbide furnace discharging dolly transportation system |
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| CN205526339U (en) * | 2016-01-12 | 2016-08-31 | 宁波长晟电子科技有限公司 | Stepped feeding mechanism for industrial robot |
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| CN205718483U (en) * | 2016-06-15 | 2016-11-23 | 内蒙古纳顺装备工程(集团)有限公司 | A kind of calcium carbide furnace discharging transmission induction system |
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