CN108382882B - The steady Transporting equipment of cement pipe fitting - Google Patents
The steady Transporting equipment of cement pipe fitting Download PDFInfo
- Publication number
- CN108382882B CN108382882B CN201810156367.0A CN201810156367A CN108382882B CN 108382882 B CN108382882 B CN 108382882B CN 201810156367 A CN201810156367 A CN 201810156367A CN 108382882 B CN108382882 B CN 108382882B
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- pipe fitting
- sliding
- bar
- plate
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- 239000004568 cement Substances 0.000 title claims abstract description 13
- 230000007246 mechanism Effects 0.000 claims abstract description 173
- 238000007599 discharging Methods 0.000 claims abstract description 3
- 230000005540 biological transmission Effects 0.000 claims description 59
- 230000033001 locomotion Effects 0.000 claims description 15
- 238000000034 method Methods 0.000 claims description 13
- 238000005381 potential energy Methods 0.000 claims description 12
- 230000008569 process Effects 0.000 claims description 11
- 230000005484 gravity Effects 0.000 claims description 6
- 230000000694 effects Effects 0.000 claims description 4
- 239000000725 suspension Substances 0.000 claims description 4
- 229910000831 Steel Inorganic materials 0.000 claims description 3
- 210000002421 cell wall Anatomy 0.000 claims description 3
- 230000007423 decrease Effects 0.000 claims description 3
- 230000000452 restraining effect Effects 0.000 claims description 3
- 239000010959 steel Substances 0.000 claims description 3
- 230000005465 channeling Effects 0.000 claims description 2
- 238000010586 diagram Methods 0.000 description 28
- 230000032258 transport Effects 0.000 description 11
- 230000006872 improvement Effects 0.000 description 4
- 238000005457 optimization Methods 0.000 description 4
- 230000001360 synchronised effect Effects 0.000 description 4
- 238000010276 construction Methods 0.000 description 3
- 230000003111 delayed effect Effects 0.000 description 3
- 230000001681 protective effect Effects 0.000 description 3
- 230000001934 delay Effects 0.000 description 2
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 2
- 241000237858 Gastropoda Species 0.000 description 1
- 230000009471 action Effects 0.000 description 1
- 238000005452 bending Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000001125 extrusion Methods 0.000 description 1
- 238000011900 installation process Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000008450 motivation Effects 0.000 description 1
- 230000000630 rising effect Effects 0.000 description 1
- 238000005096 rolling process Methods 0.000 description 1
- 238000000926 separation method Methods 0.000 description 1
Classifications
-
- 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
- B65G67/00—Loading or unloading vehicles
- B65G67/02—Loading or unloading land vehicles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66F—HOISTING, LIFTING, HAULING OR PUSHING, NOT OTHERWISE PROVIDED FOR, e.g. DEVICES WHICH APPLY A LIFTING OR PUSHING FORCE DIRECTLY TO THE SURFACE OF A LOAD
- B66F11/00—Lifting devices specially adapted for particular uses not otherwise provided for
-
- 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
- B65G2201/00—Indexing codes relating to handling devices, e.g. conveyors, characterised by the type of product or load being conveyed or handled
- B65G2201/02—Articles
- B65G2201/0276—Tubes and pipes
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Life Sciences & Earth Sciences (AREA)
- Geology (AREA)
- Structural Engineering (AREA)
- Aviation & Aerospace Engineering (AREA)
- Supports For Pipes And Cables (AREA)
Abstract
The invention discloses the steady Transporting equipments of cement pipe fitting, it includes the high-order conveyer for being transported to pipe fitting, for carrying out the low level slipping mechanism that slowly sliding is transported to the pipe fitting after the transport of high-order conveyer, the low level slipping mechanism includes the two sliding bars being parallel to each other, the delivery end of the one end in the described sliding pole length direction and above-mentioned high-order conveyer is hinged and hinged shaft core line perpendicular to sliding bar length direction, the other end in sliding pole length direction extends on ground, the lantern ring for tying slow descending rope is provided between the two sliding bars and at the discharging end position of high-order conveyer, wiring mechanism is provided between the two sliding bars, slow descending mechanism, the wiring mechanism include be set between two sliding bars and with sliding the orthogonal wiring bar of bar, on the length direction for sliding bar It is provided with sliding slot, the both ends of wiring bar are provided with for wind slow descending rope and central axis upright in the rope winder of sliding bar.
Description
Technical field
The present invention relates to a kind of delivery device more particularly to the steady Transporting equipments of cement pipe fitting.
Background technique
The facilities such as water conservancy it is perfect during, aqueduct using relatively broad, workpeople mostly uses greatly fork truck etc.
Mechanical equipment loads and unloads pipe fitting, and due to being influenced by operating space, mechanical equipment tends not to disposably remove pipe fitting
It is transported to suitable position, increases the amount of labour of worker, work efficiency drop, simultaneously as the pipe fittings such as aqueduct are mostly
Concrete duct be easy to cause pipeline breaking when concrete duct is hit, and not only influences job schedule, and will cause safety
Hidden danger is unfavorable for worker's construction, therefore, in the cargo handling process of pipe fitting, to accomplish slowly to transport, guarantees the same of pipe fitting quality
When, and work task efficiency can be improved.
Summary of the invention
To solve the deficiencies in the prior art, the object of the present invention is to provide the steady Transporting equipments of cement pipe fitting.
To realize the above-mentioned technical purpose, the technical solution adopted in the present invention is as follows.
The steady Transporting equipment of cement pipe fitting, which is characterized in that it includes the high-order transport for being transported to pipe fitting
Device, is used for pipe the low level slipping mechanism for carrying out slow sliding transport to the pipe fitting after high-order conveyer transports
Slow transport of part provides transmission device, the device that pulls and supports for suspension transmission device of power, the high-order conveyer
It is fixed on conveying carriage by fastener, one end of the low level slipping mechanism is connected with the delivery end of high-order conveyer
It connects, the other end of low level slipping mechanism extends on ground, is provided with and is used between the transmission device and low level slipping mechanism
The slow descending rope of slow drop is carried out to pipe fitting；
The high-order conveyer includes for placing the placement plate of pipe fitting, for connecting the guiding connection for pulling and supporting device
Bar, the guide connecting rod are vertically arranged in placement plate, and the placement plate includes level board, two vertical plates, two institutes
The vertical plate stated is respectively arranged at one end of level board length direction and vertical plate is upwardly extended along short transverse, and pipe fitting is set to
On level board, and the central axis upright of pipe fitting is provided on the side wall that vertical plate, vertical plate described in two are located remotely from each other
For the fixing groove of fixed guide connecting rod, the line between two fixing grooves is parallel to pipe fitting central axis and is one group, described
Fixing groove be vertically arranged, guide connecting rod matches connection with fixing groove；
The low level slipping mechanism includes the two sliding bars being parallel to each other, the one end in the described sliding pole length direction with
The delivery end of above-mentioned high position conveyer is hinged and hinged shaft core line is perpendicular to the length direction of sliding bar, slides pole length direction
The other end extend on ground, setting is useful between sliding bar described in two and at the discharging end position of high-order conveyer
Wiring mechanism, slow descending mechanism, the wiring mechanism packet are provided between the lantern ring for tying slow descending rope, sliding bar described in two
Include be set between two sliding bars and with sliding the orthogonal wiring bar of bar, slide and be provided with sliding slot on the length direction of bar,
The both ends of wiring bar are provided with for wind slow descending rope and central axis upright in the rope winder of sliding bar, the rope winder
On be provided with around rope groove, the both ends of the wiring mechanism, which are provided with, provides support for the pipe fitting in slow drop or lifting process
The slow descending mechanism of power；
Above-mentioned sliding bar includes glissile segment, contradicts section, and contradicts section on ground, the conflict section and close to sliding
One end of dynamic section is the conflict wall of protrusion, slides the length that mounting hole and mounting hole are provided in the conflict section of bar and close to conflict wall
Direction is spent perpendicular to the length direction of sliding bar, and the slow descending mechanism includes constituting slide-and-guide with the sliding slot on sliding bar to match
The sliding rack of conjunction, the ratchet mechanism being set on sliding rack are set to the locking mechanism slid in the mounting hole on bar, described
Sliding rack is connected with rope winder；
The ratchet mechanism include be set on sliding rack and central axis upright in sliding bar ratchet, with ratchet phase
The pawl of cooperation, the slow drop plate for providing support force to pipe fitting and rotating synchronously with ratchet, is used for triggering ratchet rotation at swing rod
Driver plate, the cooperation of ratchet and pawl can be achieved ratchet one-way and turns towards the opposite direction of rotation direction during pipe fitting decline
Dynamic, one end that the pawl is articulated on sliding rack and with swing rod is hinged, and the other end and driver plate of swing rod are hinged and hinged
Length direction of the shaft core line perpendicular to driver plate；
The sliding rack includes the guide groove of slide-and-guide cooperation being constituted with driver plate, for triggering above-mentioned locking mechanism
Locking pushes block, and clockwork spring is provided in the disk that above-mentioned slow drop plate is connected with ratchet, and clockwork spring is rolled steel bar, pipe fitting
Gravity rotates counterclockwise slow drop plate, and the clockwork spring being set in slow drop plate disk rolls tightly and puts aside elastic potential
Can, when clockwork spring discharges elastic potential energy, slow drop plate, ratchet can be driven to rotate clockwise；
Above-mentioned locking mechanism includes triggering state and lock state, is provided on the slow drop plate for the convex of locking
Block, and the convex block is located towards on the big face of sliding rack；
The thrust bullet for pushing driver plate towards the movement of sliding bar bottom plate direction is provided between driver plate and sliding rack
Spring, thrust spring is located in guide groove and one end contradicts the output end of driver plate, the other end contradicts sliding rack.
The further improvement and optimization of above-mentioned technical proposal, the fixing groove are provided with three groups and along the rollings of pipe fitting
Direction is spaced apart.
The further improvement and optimization of above-mentioned technical proposal, the locking mechanism include triggering block, clamping block, locking bullet
Spring, reset spring, the triggering block is set in the mounting hole on sliding bar and the direction of motion of triggering block is perpendicular to sliding
The length direction of bar, triggering block include triggering section, boot segment, be provided with guiding groove on the boot segment, and guiding groove draws
Direction is led perpendicular to the length direction of sliding bar, the clamping block is set in guiding groove, the side wall of clamping block and guiding groove
Between be provided perpendicular to the Lock spring in sliding pole length direction, one end of Lock spring and clamping block contradict, the other end with
The side wall of guiding groove contradicts, above-mentioned locking mechanism further include be set to boot segment two sides and guide direction with boot segment it is flat
Capable reset spring, the arc-shaped concave surface of contact jaw of the slow drop plate and pipe fitting, between the sliding bar and close to ground
Be provided perpendicular to sliding bar lower support bar, one end of the lower support bar with one slide bar be connected, the other end with it is another
Bar is slid to be connected.
The further improvement and optimization of above-mentioned technical proposal, the transmission device include transmission mechanism, holding mechanism, are passed
Motivation structure is set in holding mechanism, and the holding mechanism includes the shell for holding transmission mechanism, on the shell
It is provided with for transmission device to be hung on to the engaging lug on drawstring, the holding mechanism further includes the use being set in shell
In the limit element limited to transmission mechanism, the limit element includes connecting plate, connection frame, the connecting plate with
It is connected between connection frame by fastener, transmission mechanism is provided between connecting plate and connection frame, is arranged on the connecting plate
There is the placing chamber for being avoided to the slow descending rope exported on transmission mechanism, there are two the placing chamber settings and sets in parallel
It sets, casing is provided on the connecting plate and connection frame, casing coaxial line described in two is arranged and is located at connecting plate and company
It connects between frame, fixed frame is matched in the placing chamber, two slide bars being parallel to each other, the transmission are provided in fixed frame
Protection pipe is socketed with outside mechanism.
The further improvement and optimization of above-mentioned technical proposal, the transmission mechanism include motor, driving gear set, lead
Mechanism, the output end of the motor connect driving gear set, the driving gear set include first gear, second gear,
Third gear, turntable, the 4th gear, the 5th gear, and first gear, second gear, third gear, turntable, the 4th gear structure
At deceleration mechanism, the first gear, second gear, third gear, the 4th gear are all set on turntable, the turntable
For the shell with inner groove and internal gear, internal gear is set on the cell wall of inner groove, and turntable is movably set in protection pipe
And can include face of gear and shiny surface around own axis, the turntable, first gear, second gear, third gear are set
It is placed on face of gear, the 4th gear is set on shiny surface, and the first gear is coaxially socketed on the output shaft end of motor simultaneously
And first gear is engaged with second gear, and the axis of first gear is parallel with the axis of second gear and eccentric setting is in turntable
Face of gear, third gear and second gear are coaxially disposed and third gear can be rotated synchronously with second gear, third gear
With the internal gear of turntable engagement and third gear is parallel with the axis of turntable and third gear is set to the face of gear of turntable, institute
The lead mechanism stated includes and the worm screw of the 5th gear coaxial arrangement, the worm gear that matches with worm screw the center of the worm gear
Place is horizontally disposed shaft and shaft is fixedly connected with worm gear, be socketed in shaft the rope drum arranged with shaft coaxial line and around
Rope roll can be rotated synchronously with shaft, and there are two the rope drum settings and is located at the side of worm gear, the circle of rope drum
It is wound on week for providing the slow descending rope of restraining force to pipe fitting.
The beneficial effect of the present invention compared with prior art is that the equipment can carry out slow drop to pipe fitting, reduces pipe fitting
A possibility that fracture, during the slow drop of pipe fitting, slow descending rope is contacted with pipe fitting, it is therefore prevented that pipe fitting falls off, while again can be right
Pipe fitting is promoted, and can meet loading and unloading to pipe fitting simultaneously, time saving and energy saving during slow drop is with promotion.
Detailed description of the invention
In order to illustrate the embodiments of the present invention more clearly, attached drawing needed in the embodiment will be done simply below
It introduces, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ordinary skill people
For member, without creative efforts, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structural diagram of the present invention.
Fig. 2 is structural schematic diagram of the invention.
Fig. 3 is structural schematic diagram of the invention.
Fig. 4 is high-order conveyer schematic diagram of the invention.
Fig. 5 is suspension arrangement schematic diagram of the invention.
Fig. 6 is shift sleeve structure schematic diagram of the invention.
Fig. 7 is clamping mechanism schematic diagram of the invention.
Fig. 8 is low level slipping mechanism schematic diagram of the invention.
Fig. 9 is that sliding bar and slow descending mechanism of the invention cooperate schematic diagram.
Figure 10 is sliding rod structure schematic diagram of the invention.
Figure 11 is wiring structural scheme of mechanism of the invention.
Figure 12 is that wiring mechanism and slow descending mechanism of the invention cooperate schematic diagram.
Figure 13 is slow descending mechanism schematic diagram of the invention.
Figure 14 is slow descending mechanism schematic diagram of the invention.
Figure 15 is that ratchet mechanism and sliding rack of the invention cooperate schematic diagram.
Figure 16 is ratchet mechanism schematic diagram of the invention.
Figure 17 is slow drop plate structural schematic diagram of the invention.
Figure 18 is sliding rack structural schematic diagram of the invention.
Figure 19 is locking mechanism schematic diagram of the invention.
Figure 20 is transmission device schematic diagram of the invention.
Figure 21 is shell mechanism schematic diagram of the invention.
Figure 22 is holding mechanism schematic diagram of the invention.
Figure 23 is connection frame schematic diagram of the invention.
Figure 24 is that lock chamber and slide bar of the invention cooperate schematic diagram.
Figure 25 is protection pipe structural schematic diagram of the invention.
Figure 26 is transmission mechanism schematic diagram of the invention.
Figure 27 is transmission mechanism schematic diagram of the invention.
Figure 28 is turntable structure schematic diagram of the invention.
Figure 29 is that worm gear and rope drum of the invention cooperate schematic diagram.
It is denoted as in figure:
10, pipe fitting.
20, high-order conveyer；210, vertical plate；220, level board；230, guide connecting rod；240, fixing groove.
30, device is pulled and supported；310, sliding sleeve；311, the first fixedly connected hole；312, the second fixedly connected hole；313, locking screw
Bolt；320, support rod；330, drawstring.
40, transmission device；410, transmission mechanism；411, first gear；412, second gear；413, third gear；414,
Turntable；415, the 4th gear；416, the 5th gear；417, worm screw；418, worm gear；419, shaft；420, holding mechanism；421, outer
Shell；422, engaging lug；423, connecting plate；424, placing chamber；425, casing；426, connection frame；427, fixed frame；428, slide bar；
429, protection pipe.
50, clamping mechanism；510, clamping frame；520, clamping plate；530, connector.
60, low level slipping mechanism；610, bar is slid；611, sliding slot；612, mounting hole；620, upper support bar；630, wiring
Mechanism；631, wiring bar；632, rope winder；640, slow descending mechanism；641, ratchet mechanism；641a, ratchet；641b, slow drop plate；
641c, pawl；641d, driver plate；641e, swing rod；642, sliding rack；642a, guide groove；642b, block is pushed；643, machine is locked
Structure；643a, triggering block；643b, clamping block；643c, Lock spring；643d, reset spring；650, lower support bar；
Specific embodiment
With reference to the attached drawing in the embodiment of the present invention, technical solution in the embodiment of the present invention carries out clear, complete
Ground description, it is clear that described embodiments are only a part of the embodiments of the present invention, rather than whole embodiments.Based on this hair
Embodiment in bright, those of ordinary skill in the art without making creative work, every other reality obtained
Example is applied, the scope of the present invention is belonged to.
As shown in Figure 1-29, the steady Transporting equipment of cement pipe fitting, including the high-order fortune for being transported to pipe fitting 10
Send device 20, for carrying out slowly sliding the low level slipping mechanism transported to the pipe fitting 10 after the transport of high-order conveyer 20
60, the transmission device 40 of power is provided for the slow transport to pipe fitting 10, pull and support device 30 for suspension transmission device 40,
The high-order conveyer 20 is fixed on conveying carriage by fastener, one end of the low level slipping mechanism 60 and height
The delivery end of position conveyer 20 is connected, and the other end of low level slipping mechanism 60 extends on ground, thus high-order conveyer
Difference in height is formed between 20 and ground, pipe fitting 10 can slide along low level slipping mechanism 60 to ground, the transmission device
The slow descending rope for carrying out slow drop to pipe fitting 10 is provided between 40 and low level slipping mechanism 60.
As shown in figure 4, the high-order conveyer 20 includes for placing the placement plate of pipe fitting 10, pulling and supporting for connecting
The guide connecting rod 230 of device 30, the guide connecting rod 230 are vertically arranged in placement plate, unload when to pipe fitting 10
When load, pipe fitting 10 is placed in placement plate, and touching pipe fitting 10 makes pipe fitting 10 pass through the delivery end of high-order conveyer 20 and along low level
Slipping mechanism 60 slide, pipe fitting 10 can slowly be slid under the action of being set to transmission device 40 pulled and supported on device 30 to
On ground, preferable protective effect is played to pipe fitting 10, avoids the slip velocity of pipe fitting 10 too fast and collides and be broken.
More perfect, the placement plate includes 220, two vertical plates 210 of level board, vertical plate 210 described in two
The one end and vertical plate 210 for being respectively arranged at 220 length direction of level board are upwardly extended along short transverse, and pipe fitting 10 is set to water
On plate 220, and the central axis upright of pipe fitting 10 is in vertical plate 210, when pipe fitting 10 is placed on level board 220, by setting
The vertical plate 210 for being placed in 220 length direction both ends of level board can guide limit to pipe fitting 10.
More optimize, is provided on the side wall that vertical plate 210 is located remotely from each other described in two and is connected for fixed guide
The fixing groove 240 of bar 230, the line between two fixing grooves 240 are parallel to 10 central axis of pipe fitting and are one group, the fixation
Slot 240 is vertically arranged, and guide connecting rod 230 matches connection with fixing groove 240, when the device is in use, by guide connecting rod 230
It is inserted into fixing groove 240, convenient for operation, the device 30 that pulls and supports is set on guide connecting rod 230.
More perfect, the fixing groove 240 is provided with three groups and is spaced apart along the rotating direction of pipe fitting 10, root
Big minor adjustment guide connecting rod 230 and high-order transport according to difference in height or pipe fitting 10 between high-order conveyer 20 and ground
The distance between 20 delivery end of device.
As seen in figs. 5-6, the device 30 that pulls and supports is set on guide connecting rod 230, and described pulls and supports the packet of device 30
The connector 310 being set on guide connecting rod 230, drawstring 330 are included, there are two the settings of connector 310 and sets respectively
It is placed on the guide connecting rod 230 that two are parallel to each other, the drawstring 330 is set between two connectors 310, drawstring 330
Both ends are connected on connector 310, and the transmission device 40 is set on drawstring 330.
More optimize, the connector 310 is sliding sleeve, and guide connecting rod 230 and connector 310 constitute slide-and-guide
Cooperation, connector 310 can be slided along the short transverse of guide connecting rod 230, pass through connector 310 and guide connecting rod 230
Between slide-and-guide cooperation can adjust the height of connector 310, thus the height of regulate transmission device 40.More optimize
, it is provided with height positioning mechanism between connector 310 and guide connecting rod 230, to realize that connector 310 is connected in guiding
It is fixed at task location in 230 short transverse of bar, more specifically, the height positioning mechanism includes the company of being set to
Connect on device 310 and match with guide connecting rod 230 sets of holes, be set to the positioning to match on connector 310 with sets of holes
Hole and match the clamping screw for lock connector 310 and guide connecting rod 230 with location hole.
It is more perfect, the support rod for being used to support guide connecting rod 230 is provided between connector 310 described in two
320, the both ends of the support rod 320 be connected on connector 310 and with 10 centerline axis parallel of pipe fitting, when originally setting
When standby work, the transmission device 40 being set on drawstring 330 acts on 10 generation of pipe fitting moved on low level slipping mechanism 60
Power, while pipe fitting 10 generates reaction force to transmission device 40, which is transferred to guide connecting rod by drawstring 330
On 230, two guide connecting rods 230 is made to be easy to happen local inclination, passes through the support rod 320 being set between two connectors 310
It is able to solve the above problem.
More optimize, in order to keep this equipment operation convenient, pulling and supporting device 30 is detachable setting, the connector
It is provided on 310 and is used to support bar 320 and is inserted into the first fixed fixedly connected hole 311, is inserted into fixed second for drawstring 330
Fixedly connected hole 312, the both ends of the support rod 320 are inserted into respectively in the first fixedly connected hole 311 on connector 310,
The both ends of drawstring 330 are inserted into respectively in the second fixedly connected hole 312 on connector 310, first fixedly connected hole
311, the threaded hole through its wall thickness is provided on the side wall of the second fixedly connected hole 312, matching setting is useful in threaded hole
In locking support bar 320, the clamping screw 313 of drawstring 330.
As Figure 7-8, in order to keep this equipment operation convenient, the low level slipping mechanism 60 and high-order conveyer 20
It is to be detachably connected between delivery end, it is preferred that between 20 delivery end of low level slipping mechanism 60 and high-order conveyer
It is provided with clamping mechanism 50, one end of 60 length direction of low level slipping mechanism is filled by clamping mechanism 50 and high-order transport
20 delivery end connection is set, the other end of 60 length direction of low level slipping mechanism extends on ground, it is preferred that low level slipping mechanism
It is hinged between 60 one end and clamping mechanism 50, and the hinged shaft core line of articulated shaft is perpendicular to the length of low level slipping mechanism 60
Direction is spent, low level slipping mechanism 60 can be rotated around the hinged shaft core line of articulated shaft, pass through the rotational energy of low level slipping mechanism 60
The angle between low level slipping mechanism 60 and ground is enough adjusted, operator can be according between high-order conveyer 20 and ground
Difference in height or pipe fitting 10 big minor adjustment low level slipping mechanism 60 and channel bottom between angle, applied convenient for operator
Work operation.
As shown in fig. 7, the clamping mechanism 50 includes clamping frame 510, clamping plate 520, for connecting low level sliding plane
The connector 530 of structure 60 is provided with the opening for being clamped high-order 20 delivery end of conveyer in the clamping frame 510, opens
Mouth inner wall is provided with mounting hole, and clamping plate 520 is set to the top of mounting hole, the height side in the big face and opening of clamping plate 520
It is clamping face to big face vertical and upward, opening inner wall is equipped with bolt, and one end and the mounting hole of bolt match, bolt
The other end be connected with clamping plate 520, during turn bolt can adjust clamping plate 520 clamping face and clamping frame 510
The interval of inner wall matches the opening of clamping frame 510 with high-order 20 delivery end of conveyer when installing this clamping mechanism 50,
And the top of 20 delivery end of high-order conveyer is contacted with the top that clamping frame 510 is open, and is rotated bolt at this time and is made to clamp
The bottom of 20 delivery end of the big face of plate 520 upward and high-order conveyer generates contact pressure, high-order 20 delivery end of conveyer
Top and clamping frame 510 be open top generate contact pressure, ensure that the stability of entire mechanism.
It is more perfect, the form friction pattern for increasing friction force is provided on the clamping face, form friction pattern is capable of increasing
The contact pressure of the bottom of 20 delivery end of the big face of clamping plate 520 upward and high-order conveyer, keeps entire mechanism more stable.
As illustrated in figs. 8-12, the low level slipping mechanism 60 includes the two sliding bars 610 being parallel to each other, the sliding
The connector 530 of one end of 610 length direction of bar and above-mentioned clamping mechanism 50 is hinged, the hinged shaft core line of articulated shaft perpendicular to
The length direction of bar 610 is slid, the other end of sliding 610 length direction of bar extends on ground, between sliding bar 610 described in two
And it is provided at clamping mechanism 50 and slides the orthogonal upper support bar 620 of bar 610, and the both ends of upper support bar 620
It is provided with the lantern ring for tying slow descending rope, when carrying out slow drop to pipe fitting 10,40 slow release slow descending rope of transmission device, pipe fitting
10 between slow descending rope and two sliding bars 610 and slow descending rope generates the restraining force for making pipe fitting 10 delay drop to pipe fitting 10 and makes pipe fitting
10 slowly slide to ground, and when being promoted to pipe fitting 10, slow descending rope moves up pipe fitting 10 slowly the generation of pipe fitting 10
Pulling force simultaneously slides onto pipe fitting 10 slowly in the placement plate of high-order conveyer 20.
Since the bottom surface of construction site is uneven, it will lead to pipe fitting 10 and certain sidesway occur in loading process, and
And slow descending rope delay drop process with pipe fitting 10 can be gradually elongated, in the case where gravity unbalance stress, will lead to slow descending rope gradually to
10 off-centring of pipe fitting or the offset to other directions, for this purpose, by the two sides unbalance stress of further aggravation pipe fitting 10, most
It may cause pipe fitting 10 eventually to turn on one's side during slow drop；To solve this problem, the present invention, which has also been devised, is set to two slidings
Wiring mechanism 630, slow descending mechanism 640 between bar 610 is to solve the above problems.
As depicted in figs. 11-12, the wiring mechanism 630 include be set between two sliding bars 610 and with sliding bar 610
Orthogonal wiring bar 631 slides and is provided with sliding slot 611 on the length direction of bar 610, and the both ends of wiring bar 631 are provided with
For wind slow descending rope and central axis upright be provided in the rope winder 632 of sliding bar 610, on the rope winder 632 around
Rope groove, slow descending rope are wound in the stability that ensure that slow descending rope in rope groove, and the both ends setting of the wiring mechanism 630 is useful
Pipe fitting 10 in Yu Weihuan drop or lifting process provides the slow descending mechanism 640 of support force, drops or mentions when delay to pipe fitting 10
When rising, slow descending rope is tied by gentle after the rope groove guidance on rope winder 632 on lantern ring after being drawn by transmission device 40,
And the slow drop of pipe fitting 10 or slow descending rope contact with pipe fitting 10 and the end of close pipe fitting 10 always during being promoted, it ensure that pipe
The slow drop of part 10 or what is promoted go on smoothly.
More specifically, the protective shell for being protected to slow descending rope, protective shell are arranged on the rope winder 632
On be provided with limit plate for preventing slow descending rope from deviateing, ensure that the gentle movement of slow descending rope.
Above-mentioned sliding bar 610 includes glissile segment, contradicts section, and contradicts section and on ground, the conflict section and lean on
One end of nearly glissile segment be the conflict wall of protrusion, slide in the conflict section of bar 610 and close to conflict wall be provided with mounting hole 612 and
Length direction of the length direction of mounting hole 612 perpendicular to sliding bar 610.
The slow descending mechanism 640 includes the sliding rack that simultaneously slide-and-guide cooperation is constituted with the sliding slot 611 on sliding bar 610
642, the locking mechanism in the ratchet mechanism 641 that is set on sliding rack 642, the mounting hole 612 being set on sliding bar 610
643, the sliding rack 642 is connected with rope winder 632.
As shown in figures 15-16, the ratchet mechanism 641 includes being set on sliding rack 642 and central axis upright
In the sliding ratchet 641a of bar 610, the pawl 641c matched with ratchet 641a, swing rod 641e, it is used to provide branch to pipe fitting 10
Support force and the slow drop plate 641b rotated synchronously with ratchet 641a, the driver plate 641d rotated for triggering ratchet 641a, ratchet
The direction that rotation direction is opposite during ratchet 641a unidirectionally declines towards pipe fitting 10 can be achieved with the cooperation of pawl 641c by 641a
Rotation, that is, rotate clockwise, the pawl 641c is articulated on sliding rack 642 and hinged with one end of swing rod 641e, swing rod
The other end of 641e and driver plate 641d are hinged, length direction of the hinged shaft core line perpendicular to driver plate 641d, the sliding
Frame 642 includes the guide groove 642a that slide-and-guide cooperation is constituted with driver plate 641d, for triggering the above-mentioned locking of locking mechanism 643
Push block 642b, when pipe fitting 10 along two sliding bars 610 slide during, pawl 641c is engaged with ratchet 641a, ratchet
641a is synchronous stationary state with slow drop plate 641b, when pipe fitting 10 slides to close to the bottom of sliding bar 610, driver plate 641d
Free end contradict sliding bar 610 and contradict the conflict wall of section and along guide groove 642a to the direction opposite with 10 glide direction of pipe fitting
Sliding, the movement of driver plate 641d drive swing rod 641e mobile and with pawl 641c around articulated shaft hinged shaft core line to separate
The direction of ratchet 641a rotates, and clockwork spring is provided in the disk that above-mentioned slow drop plate 641b is connected with ratchet 641a, and clockwork spring is volume
Around shape steel bar, there is superior bending property, the thinner thickness of clockwork spring, clockwork spring can roll tightly, when clockwork spring is in state is rolled tightly, hair
Item puts aside elastic potential energy, and the gravity of pipe fitting 10 rotates counterclockwise slow drop plate 641b, and is set to slow drop plate
Clockwork spring in 641b disk rolls tightly and puts aside elastic potential energy, in the rotary course for delaying drop plate 641b, delays drop plate 641b and contradicts locking
Mechanism 643 simultaneously makes slow drop plate 641b locking, and after delaying drop plate 641b locking, pipe fitting 10 is slid through two sliding bars 610 to ground；Hair
When item discharges elastic potential energy, slow drop plate 641b, ratchet can be driven to rotate clockwise.
The motion state of above-mentioned locking mechanism 643 includes triggering state and lock state, and slow drop plate 641b's rotates through
Cheng Zhong, slow drop plate 641b contradict locking mechanism 643 and realize that locking mechanism 643 is switched from triggering state to lock state.
More specifically, the convex block for locking is provided on the slow drop plate 641b, and the convex block is located at 641b court
To on the big face of sliding rack 642.
As shown in figure 19, the locking mechanism 643 includes triggering block 643a, clamping block 643b, Lock spring 643c, answers
Position spring 643d, the triggering block 643a are set in the mounting hole 612 on sliding bar 610 and the movement side of triggering block 643a
To the length direction perpendicular to sliding bar 610, triggering block 643a includes triggering section, boot segment, is provided on the boot segment
Guiding groove, and the channeling direction of guiding groove, perpendicular to the length direction of sliding bar 610, the clamping block 643b is set to guidance
In slot, the Lock spring 643c of sliding 610 length direction of bar is provided perpendicular between clamping block 643b and the side wall of guiding groove,
The side wall of one end of Lock spring 643c and clamping block 643b conflict, the other end and guiding groove contradicts, pushing on sliding rack 642
Block 642b contradicts the triggering section of triggering block 643a and makes triggering block 643a to the direction movement close to slow drop plate 641b, at this point, lock
Determine mechanism 643 in triggering state, when the gravity of pipe fitting 10 rotates counterclockwise slow drop plate 641b, delays drop plate 641b's
In rotary course, locking mechanism 643 is switched to lock state by triggering state, and the convex block delayed on drop plate 641b contradicts locking mechanism
Clamping block 643b on 643, and move clamping block 643b to the direction far from slow drop plate 641b along the guide direction of guiding groove,
And Lock spring 643c is in compressive state, when slow drop plate 641b continues rotation, the convex block on slow drop plate 641b is moved to clamping block
The lower section of 643b, at this point, Lock spring 643c discharges elastic potential energy and makes clamping block 643b to the direction close to slow drop plate 641b
It is mobile, it is in the lock state the slow plate 641b that drops, at this point, slow drop plate 641b and the sliding holding of bar 610 maintain an equal level or slow drop plate
Lower than sliding bar 610 to upper side, pipe fitting 10 can slide to ground through slow drop plate 641b, guarantee for 641b upward side
The safety of pipe fitting 10 is slow to be down on ground, meanwhile, be conducive to pipe fitting 10 when slow drop plate 641b is in the lock state and mentioned
It rises, above-mentioned locking mechanism 643 further includes reset bullet that be set to boot segment two sides and that guide direction with boot segment is parallel
Pipe fitting 10 is moved to the bottom of low level slipping mechanism 60 and pipe fitting 10 is made to be placed in slow drop plate by spring 643d when loading pipe fitting 10
On 641b, after completing the tying of slow descending rope, under the transmission effect of transmission device 40, slow descending rope pulls pipe fitting 10 along sliding bar
610 move up and slow descending mechanism 640 are pulled to move up, at this time the touching for pushing block 642b Yu triggering block 643a on sliding rack 642
It sends out section to be detached from, the elastic force of reset spring 643d keeps triggering block 643a mobile to the direction far from slow drop plate 641b and drives clamping block
643b is mobile, at this point, the convex block on clamping block 643b and slow drop plate 641b is detached from and slow drop plate 641b is made to unlock, driver plate
The free end of 641d is separated with the conflict section of sliding bar 610 and the edge driver plate 641d is set to sliding rack during separating
The guide direction of guide groove 642a on 642 is moved to the direction of the conflict section close to sliding bar 610, is more optimized, and is driven
The thrust for pushing driver plate 641d towards the movement of sliding 610 bottom plate direction of bar is provided between plate 641d and sliding rack 642
Spring, more specifically, thrust spring are located at the output end, another that in guide groove 642a and one end contradicts driver plate 641d
End contradicts sliding rack 642, and the movement of driver plate 641d drives swing rod 641e mobile and with pawl 641c around the core wire of articulated shaft
It is rotated to the direction close to ratchet 641a, engages pawl 641c with ratchet 641a, the elastic force of clockwork spring makes slow drop plate 641b support
It is rotated in the clockwise direction and make ratchet 641a and slow drop plate 641b to rotate synchronously when pipe fitting 10, when the elastic potential energy of clockwork spring is complete
When being converted into power potential energy, slow drop plate 641b, ratchet 641a stop operating, and the slow drop plate 641b to stop operating is with sliding rack 642
Upward sliding can play the role of second protection to pipe fitting 10, and pipe fitting caused by avoiding slow descending rope from being broken is broken and avoids pipe fitting
10 occur sidesway in the handling process.
More specifically, the arc-shaped concave surface of contact jaw of the slow drop plate 641b and pipe fitting 10, the arc-shaped concave and pipe
The arc surface of part 10 is in contact the contact area being capable of increasing with the tube wall of pipe fitting 10, when slow drop plate 641b is touched with pipe fitting 10
When hitting, arc-shaped concave can reduce the possibility that pipe fitting 10 is broken in the handling process, while ensure that construction safety.
More optimize, the lower support of sliding bar 610 is provided perpendicular between the sliding bar 610 and close to ground
Bar 650, one end of the lower support bar 650 is connected with a sliding bar 610, the other end is connected with another sliding bar 610, pipe fitting
10 generate extruding to sliding bar 610 during slow drop, and lower support bar 650 avoids sliding bar 610 and generates extrusion deformation.
As shown in Figure 18,19, the triggering section of triggering block 643a towards sliding rack and with the corner that pushes block 642b and contact
Place is provided with chamfering a, pushes block 642b and is provided with down towards the triggering section of triggering block 643a and with the chamfering a edge contacted
The cooperation of angle b, chamfering a and chamfering b can reduce resistance and the guarantee pair of the triggering section for pushing block 642b promotion triggering block 643a
The smooth triggering of triggering block 643a.
As shown in figure 20, the transmission device 40 includes transmission mechanism 410, holding mechanism 420, and transmission mechanism 410 is set
It is placed in holding mechanism 420, the holding mechanism 420 includes the shell 421 for holding transmission mechanism 410, and described is outer
It is provided on shell 421 for transmission device 40 to be hung on to the engaging lug 422 on drawstring 330.
The holding mechanism 420 further includes the limit for being limited to transmission mechanism 410 being set in shell 421
Bit unit, the limit element include connecting plate 423, connection frame 426, are led between the connecting plate 423 and connection frame 426
It crosses fastener to be connected, transmission mechanism 410 is provided between connecting plate 423 and connection frame 426, is arranged on the connecting plate 423
There is the placing chamber 424 for being avoided to the slow descending rope exported on transmission mechanism 410, the placing chamber 424 is provided with two
It is a and be arranged in parallel.
More optimize, is provided with casing 425, casing described in two on the connecting plate 423 and connection frame 426
425 coaxial lines arrangement and positioned at connecting plate 423 and connection frame 426 between, casing 425 described in two be used for connect transmission mechanism
410。
It is more perfect, it is matched with fixed frame 427 in the placing chamber 424, is provided with and is parallel to each other in fixed frame 427
Two slide bars 428, gap of the slow descending rope across two slide bars 428 and can occur it is opposite slide, guarantee the fortune of slow descending rope
Edge generation severe friction that is defeated smooth and avoiding wire body and placing chamber 424, fixed frame 427.
More optimize, is socketed with protection pipe 429 outside the transmission mechanism 410, protection pipe 429 can be in transmission mechanism
Guarantee the stability of transmission mechanism 410 during 410 transmissions.
As illustrated in figures 26-29, the transmission mechanism 410 includes motor, driving gear set, lead mechanism, the electricity
The output end of machine connects driving gear set and driving gear set is driven to rotate, and the rotation of driving gear set drives lead mechanism
Rotation is to realize the folding and unfolding to slow descending rope.
As shown in figs. 26-27, the driving gear set includes first gear 411, second gear 412, third gear
413, turntable 414, the 4th gear 415, the 5th gear 416, and first gear 411, second gear 412, third gear 413, turn
Disk 414, the 4th gear 415 constitute deceleration mechanism, since the quality of pipe fitting 10 itself is larger, during the transport of pipe fitting 10,
Deceleration mechanism can reduce revolving speed and increase torque, to realize slow, the gentle decline to pipe fitting 10, the first gear
411, second gear 412, third gear 413, the 4th gear 415 are all set on turntable 414, the turntable 414 be with
The shell of inner groove and internal gear, internal gear are set on the cell wall of inner groove, and turntable 414 is movably set in protection pipe 429
And can be around own axis, the turntable 414 includes face of gear and shiny surface, first gear 411, second gear 412, the
Three gears 413 are set on face of gear, and the 4th gear 415 is set on shiny surface, and the first gear 411 is coaxially socketed on
The output shaft end and first gear 411 of motor are engaged with second gear 412, and the axis and second gear of first gear 411
412 axis is parallel and eccentric setting is coaxially disposed and the in the face of gear of turntable 414, third gear 413 and second gear 412
Three gears 413 can be rotated synchronously with second gear 412, and third gear 413 is engaged with the internal gear of turntable 414 and third gear
413 is parallel with the axis of turntable 414 and third gear 413 is set to the face of gear of turntable 414, when work, after opening motor,
The rotation of the output end of motor is able to drive first gear 411 around own axis, and the rotation of first gear 411 drives second
Gear 412 is around own axis and drives the synchronous rotation of third gear 413, the rotation of third gear 413 drive turntable 414 around
Own axis, the 4th gear 415 are set at the center of 414 shiny surface of turntable and are fixedly connected with turntable 414,
5th gear 416 is engaged with the 4th gear 415 and the 5th gear 416 is parallel with the axis of the 4th gear 415, turntable
414 rotation drives the 4th gear 415 around own axis, and the rotation of the 4th gear 415 drives the synchronization of the 5th gear 416
Rotation, the rotation of the 5th gear 416 drive the rotation of lead mechanism.
The lead mechanism includes and the worm screw 417 of the 5th gear 416 coaxial arrangement, the snail that matches with worm screw 417
Wheel 418, being horizontally disposed at the center of the worm gear 418 has shaft 419 and shaft 419 is fixedly connected with worm gear 418, shaft
Be socketed on 419 with 419 coaxial line of shaft arrangement rope drum and rope drum can be rotated synchronously with shaft 419, it is described around
There are two rope roll settings and is located at the side of worm gear 418, is wound on the circumference of rope drum for providing about pipe fitting 10
The slow descending rope of beam force, the rotation of above-mentioned 5th gear 416 are able to drive worm screw 417 around own axis, the rotation of worm screw 417
It driving worm gear 418 around own axis and drives the rotation of shaft 419, the rotation of shaft 419 drives the rotation of rope drum, around
The rotation of rope roll can be realized the folding and unfolding to slow descending rope.
Cement pipe fitting etc. builds the method for carrying of tubular part, and step is:
(1) installation process；
S1. high-order conveyer 20 is fixed on conveying carriage by fastener by operator, high-order conveyer
20 delivery end and the side wall of conveying carriage are flush, one end of 60 length direction of low level slipping mechanism and clamping mechanism
50 are connected, and the other end of low level slipping mechanism 60 extends on ground, when installing clamping mechanism 50, by the opening of clamping frame 510
It is matched with high-order 20 delivery end of conveyer, and the top that the top of 20 delivery end of high-order conveyer and clamping frame 510 are open
Portion's contact rotates bolt at this time and the big face of clamping plate 520 upward and the bottom of 20 delivery end of high-order conveyer is made to generate and connect
The top that touch pressure, the top of high-order 20 delivery end of conveyer and clamping frame 510 are open generates contact pressure；
S2. guide connecting rod 230 is inserted into fixing groove 240, and connector 310 is socketed on outside guide connecting rod 230,
After the height for adjusting connector 310, fix connector and guide connecting rod 230 by height positioning mechanism, the support
The both ends of bar 320 are inserted into respectively in the first fixedly connected hole 311 on two connectors 310, and the both ends of drawstring 330 are inserted into two respectively
In the second fixedly connected hole 312 on connector 310, turn clamping screw 313 is locked；
S3., transmission device 40 is fixedly connected on to the middle position of drawstring 330, slow descending rope is led to after being drawn by transmission device 40
That crosses on rope winder 632 gentle after rope groove guidance ties on lantern ring；
(2) uninstall process of pipe fitting 10；
S4. pipe fitting 10 is transported on the level board 220 of high-order conveyer 20 by operator or mechanical equipment, and made
The axis of pipe fitting 10 pushes pipe fitting 10 and transports pipe fitting 10 towards the direction of low level slipping mechanism 60 perpendicular to vertical plate 210
Dynamic, when pipe fitting 10 moves to the delivery end of high-order conveyer 20, pipe fitting 10 is contacted with slow descending rope, and slow descending rope is in and opens
Tight state；
S5. motor is opened, the rotation of the output end of motor drives first gear 411 around own axis, first gear
411 rotation drives second gear 412 around own axis and drives the synchronous rotation of third gear 413, third gear 413
Rotation drives turntable 414 around own axis, and the rotation of turntable 414 drives the 4th gear 415 around own axis, and the 4th
The rotation of gear 415 drives the synchronous rotation of the 5th gear 416, and the rotation of the 5th gear 416 is able to drive worm screw 417 around itself
Axis rotation, the rotation of worm screw 417 drive worm gear 418 around own axis and drive the rotation of shaft 419, shaft 419
Rotation drives the rotation of rope drum, and the rotation of rope drum can be realized the folding and unfolding to slow descending rope, and rope drum is in the mistake slowly rotated
Cheng Zhong, slow descending rope inhibit the quick landing of pipe fitting 10, slide pipe fitting 10 slowly to the bottom for sliding bar 610, on sliding rack 642
Push block 642b contradict the triggering section of triggering block 643a and make triggering block 643a to the direction movement close to slow drop plate 641b simultaneously
And the gravity of pipe fitting 10 rotates counterclockwise slow drop plate 641b, locking mechanism 643 is switched to locking by triggering state
State is delayed in the rotary course for dropping plate 641b, and the clamping block 643b on the convex block conflict locking mechanism 643 on drop plate 641b is delayed,
And move clamping block 643b to the direction far from slow drop plate 641b along the guide direction of guiding groove, and Lock spring 643c is in pressure
Contracting state, when slow drop plate 641b continues rotation, the convex block on slow drop plate 641b is moved to the lower section of clamping block 643b, at this point, lock
Determine spring 643c release elastic potential energy and make clamping block 643b to the direction movement close to slow drop plate 641b, makes at slow drop plate 641b
It ensure that the safety of pipe fitting 10 is slow at this point, pipe fitting 10 can slide through slow drop plate 641b to ground in lock state and be down to ground
On face；
(3) loading process of pipe fitting 10；
S6. pipe fitting 10 is transported to the bottom of low level slipping mechanism 60 by operator or mechanical equipment and is located at slow drop plate
On 641b, and the axis of pipe fitting 10 is made then to tie slow descending rope perpendicular to the length direction of sliding bar 610；
S7. after the completion of slow descending rope ties, pipe fitting 10 is moved to the bottom of low level slipping mechanism 60 and is placed in pipe fitting 10
On slow drop plate 641b, under the transmission effect of transmission device 40, slow descending rope pulls pipe fitting 10 to move up and draw along sliding bar 610
Dynamic slow descending mechanism 640 moves up, and the triggering section for pushing block 642b and triggering block 643a on sliding rack 642 is detached from this time, resets bullet
The elastic force of spring 643d keeps triggering block 643a mobile to the direction far from slow drop plate 641b and drives clamping block 643b mobile, at this point,
Convex block on clamping block 643b and slow drop plate 641b is detached from and slow drop plate 641b is made to unlock, the free end of driver plate 641d and
The conflict section of sliding bar 610 separates and the edge driver plate 641d is set to the guide groove on sliding rack 642 during separation
The guide direction of 642a is moved to the direction of the conflict section close to sliding bar 610, and the movement of driver plate 641d drives swing rod 641e
Movement is simultaneously rotated around the core wire of articulated shaft to the direction close to ratchet 641a with pawl 641c, makes pawl 641c and ratchet 641a
Rotation direction phase during ratchet 641a unidirectionally declines towards pipe fitting 10 can be achieved in engagement, the cooperation of ratchet 641a and pawl 641c
Anti- direction rotation, the upward loading process of pipe fitting 10, the support force that slow descending rope provides pipe fitting 10 make pipe fitting 10 and slow drop plate
641b is not contacted, and when the elastic potential energy of clockwork spring is fully converted to power potential energy, slow drop plate 641b, ratchet 641a stop operating,
Slow descending rope pulls pipe fitting 10 to continue to move up along the length direction of sliding bar 610, when pipe fitting 10 is moved to high-order conveyer
When 20 delivery end, pipe fitting 10 is moved to by operator or mechanical equipment and is loaded in compartment.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention；
Various modifications to these embodiments will be readily apparent to those skilled in the art, defined in the present invention
General Principle can be realized in other embodiments in the case where not departing from spirit or scope of the invention.Therefore, originally
Invention will not be defined to the embodiments shown herein, and be to fit to and the principles and novel features disclosed herein
Consistent widest scope.
Claims (5)
1. the steady Transporting equipment of cement pipe fitting, which is characterized in that it includes the high-order transport dress for being transported to pipe fitting
It sets, for carrying out the slow low level slipping mechanism for sliding transport, for pipe fitting to the pipe fitting after the transport of high-order conveyer
Slow transport transmission device, the device that pulls and supports for suspension transmission device of power are provided, the high-order conveyer is logical
It crosses fastener to be fixed on conveying carriage, one end of the low level slipping mechanism is connected with the delivery end of high-order conveyer
It connects, the other end of low level slipping mechanism extends on ground, is provided with and is used between the transmission device and low level slipping mechanism
The slow descending rope of slow drop is carried out to pipe fitting；
The high-order conveyer include for placing the placement plate of pipe fitting, for connecting the guide connecting rod for pulling and supporting device,
The guide connecting rod is vertically arranged in placement plate, and the placement plate includes level board, two vertical plates, described in two
Vertical plate is respectively arranged at one end of level board length direction and vertical plate is upwardly extended along short transverse, and pipe fitting is set to level
On plate, and the central axis upright of pipe fitting is used in being provided on the side wall that vertical plate, vertical plate described in two are located remotely from each other
The fixing groove of fixed guide connecting rod, the line between two fixing grooves is parallel to pipe fitting central axis and two fixing grooves are one group,
The fixing groove is vertically arranged, and guide connecting rod matches connection with fixing groove；
The low level slipping mechanism includes the two sliding bars being parallel to each other, the one end in the described sliding pole length direction with it is above-mentioned
The delivery end of high-order conveyer is hinged and hinged shaft core line perpendicular to sliding bar length direction, sliding pole length direction it is another
One end extends on ground, is provided between sliding bar described in two and at the discharging end position of high-order conveyer for bolt
It is the lantern ring of slow descending rope, wiring mechanism, slow descending mechanism is provided between sliding bar described in two, the wiring mechanism includes setting
Be placed between two sliding bars and with sliding the orthogonal wiring bar of bar, slide and be provided with sliding slot on the length direction of bar, wiring
The both ends of bar, which are provided with, to be set for wind slow descending rope and central axis upright on the rope winder of sliding bar, the rope winder
It is equipped with around rope groove, the both ends of the wiring mechanism are provided with for providing support force for the pipe fitting in slow drop or lifting process
Slow descending mechanism；
Above-mentioned sliding bar includes glissile segment, contradicts section, and contradicts section on ground, the conflict section and close to glissile segment
One end be protrusion conflict wall, slide in the conflicts section of bar and be provided with close to conflict wall the length side of mounting hole and mounting hole
To the length direction perpendicular to sliding bar, the slow descending mechanism includes constituting slide-and-guide with the sliding slot on sliding bar to cooperate
Sliding rack, is set to the locking mechanism slid in the mounting hole on bar, the sliding at the ratchet mechanism being set on sliding rack
Frame is connected with rope winder；
The ratchet mechanism include be set on sliding rack and central axis upright in sliding bar ratchet, match with ratchet
Pawl, swing rod, for pipe fitting provide support force and with ratchet rotate synchronously slow drop plate, for triggering ratchet rotation biography
Ratchet one-way can be achieved towards the side opposite with the rotation direction of ratchet during pipe fitting decline with the cooperation of pawl in movable plate, ratchet
To rotation, one end that the pawl is articulated on sliding rack and with swing rod is hinged, the other end of swing rod and driver plate it is hinged and
Length direction of the hinged shaft core line perpendicular to driver plate；
The sliding rack includes the guide groove that slide-and-guide cooperation is constituted with driver plate, for triggering above-mentioned locking mechanism locking
Push block, be provided with clockwork spring in the disk that above-mentioned slow drop plate is connected with ratchet, clockwork spring is rolled steel bar, the gravity of pipe fitting
Effect rotates counterclockwise slow drop plate, and the clockwork spring being set in slow drop plate disk rolls tightly and put aside elastic potential energy, sends out
When item discharges elastic potential energy, slow drop plate, ratchet is driven to rotate clockwise；
Above-mentioned locking mechanism includes triggering state and lock state, and the convex block for locking is provided on the slow drop plate,
And the convex block is located towards on the big face of sliding rack；
It is provided with the thrust spring for pushing driver plate towards the movement of sliding bar bottom plate direction between driver plate and sliding rack, pushes away
Power spring is located in guide groove and one end contradicts the output end of driver plate, the other end contradicts sliding rack.
2. the steady Transporting equipment of cement pipe fitting according to claim 1, which is characterized in that the fixing groove is provided with
It three groups and is spaced apart along the rotating direction of pipe fitting.
3. the steady Transporting equipment of cement pipe fitting according to claim 1, which is characterized in that the locking mechanism includes
Triggering block, clamping block, Lock spring, reset spring, the triggering block is set in the mounting hole on sliding bar and triggering block
The direction of motion perpendicular to the length direction of sliding bar, triggering block includes triggering section, boot segment, is provided on the boot segment
Guiding groove, and the channeling direction of guiding groove, perpendicular to the length direction of sliding bar, the clamping block is set in guiding groove, is locked
Determine the Lock spring that sliding pole length direction is provided perpendicular between block and the side wall of guiding groove, one end of Lock spring and lock
Determine that block contradicts, the side wall of the other end and guiding groove contradicts, above-mentioned locking mechanism further include be set to boot segment two sides and with
The parallel reset spring of the guide direction of boot segment, the arc-shaped concave surface of contact jaw of the slow drop plate and pipe fitting, the cunning
Move the lower support bar that sliding bar is provided perpendicular between bar and close to ground, one end of the lower support bar and a sliding bar
It is connected, the other end is connected with another sliding bar.
4. the steady Transporting equipment of cement pipe fitting according to claim 3, which is characterized in that the transmission device includes
Transmission mechanism, holding mechanism, transmission mechanism are set in holding mechanism, and the holding mechanism includes being used for holding transmission mechanism
Shell, be provided with for transmission device to be hung on to the engaging lug on drawstring on the shell, the holding mechanism is also
Including the limit element for being limited to transmission mechanism being set in shell, the limit element include connecting plate,
Connection frame is connected by fastener between the connecting plate and connection frame, driver is provided between connecting plate and connection frame
Structure is provided with the placing chamber for being avoided to the slow descending rope exported on transmission mechanism, the peace on the connecting plate
It sets there are two chamber settings and is arranged in parallel, be provided with casing on the connecting plate and connection frame, casing described in two is coaxial
Line is arranged and between connecting plate and connection frame, and fixed frame is matched in the placing chamber, is provided in fixed frame mutually
Two parallel slide bars, the transmission mechanism are socketed with protection pipe outside.
5. the steady Transporting equipment of cement pipe fitting according to claim 4, which is characterized in that the transmission mechanism includes
The output end of motor, driving gear set, lead mechanism, the motor connects driving gear set, the driving gear set packet
Include first gear, second gear, third gear, turntable, the 4th gear, the 5th gear, and first gear, second gear, third
Gear, turntable, the 4th gear constitute deceleration mechanism, and the first gear, second gear, third gear, the 4th gear are all provided with
It is placed on turntable, the turntable is the shell with inner groove and internal gear, and internal gear is set on the cell wall of inner groove, is turned
Disk activity is set in protection pipe and can include face of gear and shiny surface around own axis, the turntable, first gear,
Second gear, third gear are set on face of gear, and the 4th gear is set on shiny surface, and the first gear is coaxially socketed
It is engaged in the output shaft end and first gear of motor with second gear, and the axis of first gear and the axis of second gear are flat
It goes and eccentric setting is coaxially disposed in the face of gear of turntable, third gear and second gear and third gear can be with second gear
It rotates synchronously, third gear is engaged with the internal gear of turntable and third gear is parallel with the axis of turntable and third gear is arranged
In the face of gear of turntable, the lead mechanism include with the worm screw of the 5th gear coaxial arrangement, the worm gear that is matched with worm screw,
Being horizontally disposed at the center of the worm gear has shaft and shaft is fixedly connected with worm gear, is socketed in shaft and shaft coaxial line
The rope drum and rope drum of arrangement can be rotated synchronously with shaft, and there are two the rope drum settings and is located at worm gear
Side is wound on the circumference of rope drum for providing the slow descending rope of restraining force to pipe fitting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810156367.0A CN108382882B (en) | 2018-02-24 | 2018-02-24 | The steady Transporting equipment of cement pipe fitting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810156367.0A CN108382882B (en) | 2018-02-24 | 2018-02-24 | The steady Transporting equipment of cement pipe fitting |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108382882A CN108382882A (en) | 2018-08-10 |
| CN108382882B true CN108382882B (en) | 2019-11-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810156367.0A Expired - Fee Related CN108382882B (en) | 2018-02-24 | 2018-02-24 | The steady Transporting equipment of cement pipe fitting |
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| Country | Link |
|---|---|
| CN (1) | CN108382882B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112810947A (en) * | 2020-12-24 | 2021-05-18 | 苏州中车轨道交通车辆有限公司 | Rubber tyer low floor automobile body supports transports integrated device |
| CN117141999B (en) * | 2023-11-01 | 2024-02-13 | 山东威猛工程机械有限公司 | Building material conveying device and method |
Family Cites Families (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE2731415C3 (en) * | 1977-07-12 | 1980-12-11 | Mannesmann Ag, 4000 Duesseldorf | Four rope system of a facade access device |
| CN101195468A (en) * | 2006-12-06 | 2008-06-11 | 张良 | Control device |
| CN203021268U (en) * | 2012-08-29 | 2013-06-26 | 中铁六局集团有限公司 | Combination device utilizing light-type railway to carry heavy device |
| CN203411302U (en) * | 2013-08-09 | 2014-01-29 | 胡尔曼别克.托列乌 | Lifter |
| CN203382476U (en) * | 2013-08-12 | 2014-01-08 | 李芬香 | High-rise material conveyor |
| CN204433827U (en) * | 2015-01-28 | 2015-07-01 | 潘学胜 | A kind of grain delivery trolley and magazine loading attachment |
| CN109110692A (en) * | 2017-07-25 | 2019-01-01 | 六安永贞匠道机电科技有限公司 | The handling tool of cable reel, electric pole |
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