CN108928379A - A kind of turbo-charger impeller formwork group tree storage tote cart - Google Patents
A kind of turbo-charger impeller formwork group tree storage tote cart Download PDFInfo
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- CN108928379A CN108928379A CN201810922293.7A CN201810922293A CN108928379A CN 108928379 A CN108928379 A CN 108928379A CN 201810922293 A CN201810922293 A CN 201810922293A CN 108928379 A CN108928379 A CN 108928379A
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- laying rack
- piston rod
- support base
- fixedly connected
- support
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- 238000009415 formwork Methods 0.000 title claims abstract description 31
- 238000003860 storage Methods 0.000 title claims abstract description 30
- 239000002184 metal Substances 0.000 claims description 14
- 229910052751 metal Inorganic materials 0.000 claims description 14
- 238000011065 in-situ storage Methods 0.000 claims description 9
- 238000003825 pressing Methods 0.000 claims description 9
- 230000003014 reinforcing effect Effects 0.000 claims description 9
- 238000000034 method Methods 0.000 claims description 8
- 239000002356 single layer Substances 0.000 claims description 4
- 230000002787 reinforcement Effects 0.000 claims description 3
- 235000003140 Panax quinquefolius Nutrition 0.000 claims 1
- 240000005373 Panax quinquefolius Species 0.000 claims 1
- 239000007787 solid Substances 0.000 claims 1
- 230000032258 transport Effects 0.000 abstract 1
- 239000000047 product Substances 0.000 description 3
- PCHJSUWPFVWCPO-UHFFFAOYSA-N gold Chemical compound [Au] PCHJSUWPFVWCPO-UHFFFAOYSA-N 0.000 description 2
- 239000010931 gold Substances 0.000 description 2
- 229910052737 gold Inorganic materials 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 2
- 238000005452 bending Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000002146 bilateral effect Effects 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000007598 dipping method Methods 0.000 description 1
- 239000004744 fabric Substances 0.000 description 1
- 239000012467 final product Substances 0.000 description 1
- 238000002360 preparation method Methods 0.000 description 1
- 230000009466 transformation Effects 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62B—HAND-PROPELLED VEHICLES, e.g. HAND CARTS OR PERAMBULATORS; SLEDGES
- B62B3/00—Hand carts having more than one axis carrying transport wheels; Steering devices therefor; Equipment therefor
- B62B3/14—Hand carts having more than one axis carrying transport wheels; Steering devices therefor; Equipment therefor characterised by provisions for nesting or stacking, e.g. shopping trolleys
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62B—HAND-PROPELLED VEHICLES, e.g. HAND CARTS OR PERAMBULATORS; SLEDGES
- B62B5/00—Accessories or details specially adapted for hand carts
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62B—HAND-PROPELLED VEHICLES, e.g. HAND CARTS OR PERAMBULATORS; SLEDGES
- B62B2202/00—Indexing codes relating to type or characteristics of transported articles
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Transportation (AREA)
- Mechanical Engineering (AREA)
- Handcart (AREA)
Abstract
The present invention relates to a kind of turbo-charger impeller formwork group trees to store tote cart, including storage tote cart ontology and conveying device, storing tote cart ontology includes bottom frame, the bottom four corners of bottom frame are provided with brake wheel, the top quadrangle of bottom frame is provided with support column, first crossbeam is provided with above the front and back both sides of bottom frame, baffle is provided with above the right and left of bottom frame, second cross beam is provided with above baffle, former and later two limiting cylinders are provided at the top of second cross beam, the tailpiece of the piston rod of limiting cylinder is towards inside, rectangular box-like support base is provided with above the bottom frame, and it is concordant at the top of first crossbeam at the top of support base, two groups of telescopic components are provided between support base and bottom frame, the center of two groups of telescopic components is connected by thin connecting rod, lifting cylinder is provided between thin connecting rod and the back side edge of bottom frame, lifting cylinder and limit Position cylinder passes through tracheae and connect with general control system.The present invention transports convenient for storage, can reduce finished product scrappage, improves working efficiency.
Description
Technical field
The present invention relates to a kind of turbo-charger impeller formwork group trees to store tote cart.
Background technique
Turbo-charger impeller in process of production, need to first pass through pattern making procedure production impeller wax-pattern, then by impeller wax
Mould formation group tree is simultaneously connected on support column, is passed in next process by transport device.Currently, existing transport dress
Setting can only realize that occupied space is big to the transport of single layer shelf, and transport is often, time-consuming, cause working efficiency lower；And
In transportational process, it is easy to lead to the damage that collides between wax-pattern, influence final final product quality.Therefore, seek one kind to be convenient for
It is especially heavy to reduce finished product scrappage, the turbo-charger impeller formwork group tree storage tote cart of raising working efficiency for storage transport
It wants.
Summary of the invention
The purpose of the present invention is to overcome the above shortcomings and to provide one kind convenient for storage transport, reduction finished product scrappage, improves
The turbo-charger impeller formwork group tree of working efficiency stores tote cart.
The object of the present invention is achieved like this:
A kind of turbo-charger impeller formwork group tree stores tote cart, its main feature is that: including storage tote cart ontology and defeated
Device is sent, the storage tote cart ontology includes bottom frame, and the bottom four corners of the bottom frame are provided with brake wheel, the top of the bottom frame
Portion quadrangle is provided with the support column of setting, and first crossbeam, a left side for first crossbeam are provided with above the front and back both sides of the bottom frame
Right both ends are fixedly connected with the lower section of the support column of the left and right sides respectively, and setting is provided with above the right and left of the bottom frame
Baffle, baffle rear and front end is fixedly connected with the lower section of the support column of front and rear sides respectively, and the is provided with above the baffle
Two crossbeams, the second cross beam top are provided with former and later two limiting cylinders, and the limiting cylinder bottom is fixed with second cross beam
Connection, the tailpiece of the piston rod of limiting cylinder is towards inside；
Rectangular box-like support base is provided with above the bottom frame, and at the top of support base with concordant, the institute in first crossbeam top
It states and is provided with two groups of telescopic components symmetrically arranged on the left and the right between support base and bottom frame, the center of two groups of telescopic components passes through
Thin connecting rod connection, is provided with lifting cylinder, the lifting cylinder fixing end between the thin connecting rod and the back side edge of bottom frame
It is fixed in the back side edge of bottom frame, lifting cylinder tailpiece of the piston rod and the center of thin connecting rod are hinged, the lifting cylinder
Pass through tracheae with limiting cylinder to connect with general control system；
The conveying device includes load wagon and laying rack, and the load wagon includes rectangular box-like upper bed-plate and bottom
Seat, the bottom four corners of the lower bottom base are provided with brake wheel, the bottom four corners of the top quadrangle of the lower bottom base and upper bed-plate it
Between be provided with the support column of setting, more are provided between the long side of front and back two of the upper bed-plate and is arranged along its length
Roller bearing, the rear and front end of the roller bearing are fixedly connected with the long side of the front and back of upper bed-plate two respectively, the lower bottom base right end setting
There is handle, the handle is set on mouth down U-shaped structure, and there are two the fixations that front and back is arranged symmetrically for setting on the handle
Hook；
The laying rack includes upper rectangular frame and lower rectangular frame, is set between the upper rectangular frame and lower rectangular frame
More root posts are equipped with, more root posts are equally spaced, and more for being mutually perpendicular to interconnection are provided in the lower rectangular frame
It is provided with metal sleeve above the crosspoint of first support bar and second support bar, first support bar and second support bar, it is described
Metal sleeve bottom surface is fixedly connected with the infall between first support bar and second support bar, setting at the top of the metal sleeve
There is plastic sleeve.
Further, the support column includes the fixed column of lower part and the telescopic mast of upper part, the fixed column bottom
End is fixedly connected with bottom frame, is fixedly connected between fixed column upper portion and telescopic mast the lower section by upper and lower two bolts.
Further, it is provided with cross bar in the bottom frame, the cross bar both ends midpoint with the right and left of bottom frame respectively
It is fixedly connected, symmetrical two groups of fixed link groups, the fixed link group is provided between the cross bar and the back side edge of bottom frame
Parallel with the right and left of bottom frame, the fixed link group includes left fixed link and right fixed link, left fixed link and right fixed link it
Between there are certain spacing, fixed link group front end is fixedly connected with cross bar, and the back side edge of fixed link group rear end and bottom frame is fixed to be connected
It connects.
Further, the telescopic component include from acclivitous first armed lever front to back and tilt down second
Edge is hinged in armed lever, the front end of first armed lever and the front side edge of bottom frame, the rear end of the first armed lever and the rear side of support base
Side bottom is hinged, and edge is hinged in the front end of second armed lever and the front side edge of support base, the rear end and a left side of the second armed lever
The relative wall of fixed link and right fixed link is hinged, and the central point of second armed lever and the central point of the first armed lever are mutually cut with scissors
It connects；The thick connecting rod and thin connecting rod being parallel to each other are provided between the two groups of telescopic components in left and right, and thick connecting rod is set to carefully
The front side of connecting rod, the thick connecting rod both ends are fixedly connected with the second armed lever medial surface of the left and right sides respectively, described carefully to connect
Central point of the extension bar both ends respectively with left and right sides telescopic component is hinged.
Further, it is disposed with second cross beam and third crossbeam above the baffle from bottom to top, described second
The rear and front end of crossbeam is fixedly connected with the lower section of the fixed column of front and rear sides respectively, the rear and front end difference of the third crossbeam
It is fixedly connected with the top of the fixed column of front and rear sides.
Further, it is provided with the first limiting device being arranged symmetrically in the fixed column of the left and right of front side two, described
The cross section of one limiting device is L-type, and first limiting device includes the first connecting plate extended forward and bends inwards
The rear end of first limit plate, the first connecting plate is fixedly connected with the lower section of fixed column leading flank, the front end of the first connecting plate and the
One limit plate outer end is fixedly connected, and first limiting device is located above first crossbeam.
Further, it is respectively provided on the medial surface of two first crossbeams in front and back there are two the second limiting device, and symmetrical
Arrangement, the longitudinal section of second limiting device are L-type, second limiting device include the second connecting plate upwardly extended and
The second limit plate bent downward, the lateral surface of the second connecting plate are fixedly connected with the medial surface of first crossbeam, the second connecting plate
Top be fixedly connected with the second limit plate outer end, and front and rear sides second limit plate top surface respectively with the front and back of support base two
The bottom connection on side touches.
Further, handle, the handle rear and front end are provided between the upper section of two fixed columns in front and back on right side
It is fixedly connected respectively with the right side wall of two fixed columns in front and back.
Further, the upper bed-plate top right side is provided with limiting device；
The dowel of front and back two is provided between the handle and upper bed-plate right side；
More vertical with two articles of long sides of lower rectangular frame are provided between two articles of long sides of the lower rectangular frame
One support rod, more first support bars are equidistantly spaced from along its length, are set between two short sides of the lower rectangular frame
It is equipped with the mostly vertical second support bar with two short sides of lower rectangular frame, more second support bars are between its width direction etc.
Every arrangement, the first support bar is connect with second support bar cross-fixing；
The internal diameter of the plastic sleeve and the internal diameter of metal sleeve are identical, the central axes of the metal sleeve, plastic sleeve
Central axes and first support bar and second support bar between crosspoint be located along the same line；
The column top is fixedly connected with upper rectangular frame bottom, fixed at the top of column bottom end and lower rectangular frame to connect
It connects, is provided with and is arranged symmetrically between the column adjacent with length direction of the column between upper rectangular frame and lower rectangular frame quadrangle
Incline reinforcement, the reinforcing rib top is fixedly connected with upper rectangular frame bottom, reinforcing rib bottom end and lower rectangular frame top
Portion is fixedly connected；
The support top end is fixedly connected with upper bed-plate, and support column bottom end is fixedly connected with lower bottom base.
Further, working method are as follows:
Laying rack A is placed on load wagon by the first step, and laying rack A is caught on fixation with stay hook, by turbocharging
The support rod bottom of device impeller formwork group tree is placed in plastic sleeve, and then load wagon is pulled to by storage tote cart ontology,
It stores after tote cart ontology is powered, by laying rack A dislocation on support base, pressing switch button, the piston rod of lifting cylinder
It stretching out, support base is pushed to move up, i.e. laying rack A is moved up, when laying rack A is moved to fixed position, limiting cylinder
Piston rod stretch out, i.e., limit is fixed to laying rack A, later lifting cylinder piston rod retract, pulling support base it is downward
It is moved to original position；
Laying rack B is placed on load wagon by second step, and laying rack B is caught on fixation with stay hook, by turbocharging
The support rod bottom of device impeller formwork group tree is placed in plastic sleeve, and then load wagon is pulled to by storage tote cart ontology,
Later by laying rack B dislocation on support base, pressing switch button, the piston rod of lifting cylinder stretches out, the piston of limiting cylinder
Bar retracts, and the piston rod of lifting cylinder pushes support base to move up, i.e. laying rack B is moved up, when laying rack B is moved to admittedly
When positioning is set, the piston rod of limiting cylinder stretches out, i.e., limit is fixed to laying rack B, later the piston rod contracting of lifting cylinder
It returns, pulls support base to be moved downward to original position, laying rack A is superimposed on laying rack B at this time；
Laying rack C is placed on load wagon by third step, and laying rack C is caught on fixation with stay hook, by turbocharging
The support rod bottom of device impeller formwork group tree is placed in plastic sleeve, and then load wagon is pulled to by storage tote cart ontology,
Later by laying rack C dislocation on support base, pressing switch button, the piston rod of lifting cylinder stretches out, the piston of limiting cylinder
Bar retracts, and the piston rod of lifting cylinder pushes support base to move up, i.e. laying rack C is moved up, when laying rack C is moved to admittedly
When positioning is set, the piston rod of limiting cylinder stretches out, i.e., limit is fixed to laying rack C, later the piston rod contracting of lifting cylinder
It returns, pulls support base to be moved downward to original position, laying rack A is superimposed on laying rack B at this time, and laying rack B is superimposed on laying rack C
On；
4th step repeats above step, can be overlapped storage and transport to multiple laying racks simultaneously, substantially reduce and account for
With space, conevying efficiency is also improved；
5th step presses switch button, the work of lifting cylinder when needing to take out laying rack A, laying rack B, laying rack C
Stopper rod stretches out, and support base is pushed to move up, until when support base and the bottom laying rack C contact, the piston rod contracting of limiting cylinder
It returns, i.e., fixed limit is removed to laying rack C, the piston rod of lifting cylinder retracts later, pulls support base to move down, that is, drives
Laying rack A, laying rack B, laying rack C are moved down, and when seat to be supported is moved in situ, the piston rod of limiting cylinder stretches out, i.e.,
Limit is fixed to laying rack B, can be taken off laying rack C at this time；
6th step presses switch button, and the piston rod of lifting cylinder stretches out, and pushes support base to move up, until support
When seat is contacted with the bottom laying rack B, the piston rod of limiting cylinder is retracted, i.e., removes fixed limit to laying rack B, later lifting air
The piston rod of cylinder retracts, and support base is pulled to move down, i.e., drive laying rack A, laying rack B are moved down, and seat to be supported is mobile
To it is in situ when, the piston rod of limiting cylinder stretches out, i.e., limit is fixed to laying rack A, is at this time that can be taken off laying rack B；
7th step presses switch button, and the piston rod of lifting cylinder stretches out, and pushes support base to move up, until support
When seat is contacted with the bottom laying rack A, the piston rod of limiting cylinder is retracted, i.e., removes fixed limit to laying rack A, later lifting air
The piston rod of cylinder retracts, and support base is pulled to move down, i.e. drive laying rack A is moved down, when seat to be supported is moved in situ,
It can be taken off laying rack A at this time；
8th step repeats the five to seven step, can successively take out multiple laying racks, solves previous single layer transport and asks
Topic, to improve working efficiency.
Compared with prior art, the beneficial effects of the present invention are:
A kind of present invention turbo-charger impeller formwork group tree storage tote cart passes through the lifting cylinder of bottom and two sides
Limiting cylinder is used cooperatively, and can be overlapped storage and transport to multiple laying racks simultaneously, reduces occupied space, and transport is steady,
Finished product scrappage is reduced, while also improving working efficiency.
Detailed description of the invention
Fig. 1 is the knot for the storage tote cart ontology that a kind of turbo-charger impeller formwork group tree of the present invention stores in tote cart
Structure schematic diagram.
Fig. 2 is the schematic enlarged-scale view of the part I in Fig. 1.
Fig. 3 is the structural representation that a kind of turbo-charger impeller formwork group tree of the present invention stores the load wagon in tote cart
Figure.
Fig. 4 is the structural representation that a kind of turbo-charger impeller formwork group tree of the present invention stores the laying rack in tote cart
Figure.
Fig. 5 is the top view of Fig. 4.
Wherein:
Bottom frame 1
Brake wheel 2
Support column 3, fixed column 3.1, telescopic mast 3.2
First crossbeam 4
Baffle 5
Reinforcing prop 6
Cross bar 7
Fixed link group 8
Second cross beam 9
Third crossbeam 10
Handle 11
Support base 12
Telescopic component 13, the first armed lever 13.1, the second armed lever 13.2
Thick connecting rod 14
Thin connecting rod 15
Lifting cylinder 16
Limiting cylinder 17
Tracheae 18
First limiting device 19
Second limiting device 20
Load wagon 21, upper bed-plate 21.1, lower bottom base 21.2, brake wheel 21.3, support column 21.4, roller bearing 21.5, limit dress
Set 21.6, handle 21.7, dowel 21.8, stay hook 21.9
Laying rack 22, upper rectangular frame 22.1, lower rectangular frame 22.2, column 22.3, reinforcing rib 22.4, first support bar
22.5, second support bar 22.6, metal sleeve 22.7, plastic sleeve 22.8.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiment is only invention a part of the embodiment, instead of all the embodiments.Based on this
Embodiment in invention, every other reality obtained by those of ordinary skill in the art without making creative efforts
Example is applied, shall fall within the protection scope of the present invention.
Referring to Fig. 1-Fig. 2, a kind of turbo-charger impeller formwork group tree storage tote cart of the present invention, including storage
Tote cart ontology and conveying device, the storage tote cart ontology includes rectangular-shaped bottom frame 1, the bottom four corners of the bottom frame 1
It is provided with brake wheel 2, the top quadrangle of the bottom frame 1 is provided with the support column 3 of setting, and the support column 3 includes lower part
The telescopic mast 3.2 of fixed column 3.1 and upper part, 3.1 bottom end of fixed column are fixedly connected with bottom frame 1,3.1 upper section portion of fixed column
It is divided between 3.2 the lower section of telescopic mast and is fixedly connected by upper and lower two bolts, is provided with cross bar 7, cross bar in the bottom frame 1
7 both ends are fixedly connected with the midpoint of the right and left of bottom frame 1 respectively, are provided between the cross bar 7 and the back side edge of bottom frame 1
Symmetrical two groups of fixed link groups 8, the fixed link group 8 is parallel with the right and left of bottom frame 1, and the fixed link group 8 includes
Left fixed link 8.1 and right fixed link 8.2, there are certain spacing, fixed link groups 8 between left fixed link 8.1 and right fixed link 8.2
Front end is fixedly connected with cross bar 7, and 8 rear end of fixed link group is fixedly connected with the back side edge of bottom frame 1；
Be provided with first crossbeam 4 above the front and back both sides of the bottom frame 1, the left and right ends of first crossbeam 4 respectively with a left side
The lower section of the fixed column 3.1 of right two sides is fixedly connected, and is provided with interval between the first crossbeam 4 of rear side and the back side edge of bottom frame 1
More reinforcing props 6 of arrangement are provided with the baffle 5 of setting, 5 rear and front end of baffle point above the right and left of the bottom frame 1
It is not fixedly connected with the lower section of the fixed column 3.1 of front and rear sides, 5 top of baffle is disposed with second cross beam from bottom to top
9 and third crossbeam 10, the rear and front end of the second cross beam 9 be fixedly connected respectively with the lower section of the fixed column 3.1 of front and rear sides,
The rear and front end of the third crossbeam 10 is fixedly connected with the top of the fixed column 3.1 of front and rear sides respectively.
Handle 11,11 rear and front end of the handle difference are provided between the upper section of two fixed columns 3.1 in front and back on right side
It is fixedly connected with the right side wall of two fixed columns 3.1 in front and back.
Rectangular box-like support base 12 is provided with above the bottom frame 1,12 size of support base is less than 1 size of bottom frame,
And 12 top of support base is concordant with 4 top of first crossbeam, and two groups of bilateral symmetry cloth are provided between the support base 12 and bottom frame 1
The telescopic component 13 for the X-type set, the telescopic component 13 include from acclivitous first armed lever 13.1 front to back and dipping down
The second oblique armed lever 13.2, the front end of first armed lever 13.1 are hinged with edge in the front side edge of bottom frame 1, the first armed lever 13.1
Rear end and the back side edge bottom of support base 12 be hinged, in the front end of second armed lever 13.2 and the front side edge of support base 12
Along being hinged, the rear end of the second armed lever 13.2 and the relative wall of left fixed link 8.1 and right fixed link 8.2 are hinged, and described the
The central point of the central point of two armed levers 13.2 and the first armed lever 13.1 is hinged；Phase is provided between the two groups of telescopic components 13 in left and right
Mutually parallel thick connecting rod 14 and thin connecting rod 15, and thick connecting rod 14 is set to the front side of thin connecting rod 15, the thick connection
14 both ends of bar are fixedly connected with 13.2 medial surface of the second armed lever of the left and right sides respectively, thin 15 both ends of connecting rod respectively with a left side
The central point of right two sides telescopic component 13 is hinged.
Lifting cylinder 16 is provided between the thin connecting rod 15 and the back side edge of bottom frame 1, the lifting cylinder 16 is fixed
End is fixed in the back side edge of bottom frame 1, and 16 tailpiece of the piston rod of lifting cylinder and the center of thin connecting rod 15 are hinged.
Former and later two limiting cylinders 17 are provided at the top of the second cross beam 9,17 bottom of limiting cylinder is horizontal with second
Beam 9 is fixedly connected, and the tailpiece of the piston rod of limiting cylinder 17 is towards inside.
The lifting cylinder 16 and limiting cylinder 17 are connect by tracheae 18 with general control system.
Further, the first limiting device 19 being arranged symmetrically, institute are provided in the fixed column 3.1 of the left and right of front side two
The cross section for stating the first limiting device 19 is L-type, first limiting device 19 include the first connecting plate for extending forward and to
The rear end of first limit plate of inner bending, the first connecting plate is fixedly connected with the lower section of 3.1 leading flank of fixed column, the first connecting plate
Front end be fixedly connected with the first limit plate outer end, first limiting device 19 is located at the top of first crossbeam 4.
Further, the second limiting device 20 there are two being respectively provided on the medial surface of two first crossbeams 4 in front and back, and it is right
Claim arrangement, the longitudinal section of second limiting device 20 is L-type, and second limiting device 20 includes that second upwardly extended connects
Fishplate bar and the second limit plate bent downward, the lateral surface of the second connecting plate are fixedly connected with the medial surface of first crossbeam 4, and second
The top of connecting plate is fixedly connected with the second limit plate outer end, and front and rear sides second limit plate top surface respectively with support base 12
Front and back both sides bottom connection touching.
Referring to Fig. 3, the conveying device includes load wagon 21 and laying rack 22, and the load wagon 21 includes rectangular box-like
Upper bed-plate 21.1 and lower bottom base 21.2, the bottom four corners of the lower bottom base 21.2 are provided with brake wheel 21.3, the lower bottom base
The support column 21.4 of setting, the support column 21.4 are provided between 21.2 top quadrangle and the bottom four corners of upper bed-plate 21.1
Top is fixedly connected with upper bed-plate 21.1, and 21.4 bottom end of support column is fixedly connected with lower bottom base 21.2, the upper bed-plate 21.1
The more roller bearings arranged along its length 21.5, the rear and front end difference of the roller bearing 21.5 are provided between the long side of front and back two
It is fixedly connected with the long side of front and back two of upper bed-plate 21.1,21.1 top right side of upper bed-plate is provided with limiting device 21.6.
21.2 right end of lower bottom base is provided with U-shaped handle 21.7 acclivitous from left to right, the opening of handle 21.7 court
Under, the dowel 21.8 of front and back two is provided between 21.1 right side of the handle 21.7 and upper bed-plate, on the handle 21.7
The stay hook 21.9 that front and back is arranged symmetrically there are two being arranged.
- Fig. 5 referring to fig. 4, the laying rack 22 include upper rectangular frame 22.1 and lower rectangular frame 22.2, the upper rectangle
More root posts 22.3 are provided between frame 22.1 and lower rectangular frame 22.2, more root posts 22.3 are equally spaced, described vertical
22.3 top of column is fixedly connected with upper 22.1 bottom of rectangular frame, fixed at the top of 22.3 bottom end of column and lower rectangular frame 22.2 to connect
It connects, between the column 22.3 adjacent with length direction of the column 22.3 between 22.2 4 jiaos of upper rectangular frame 22.1 and lower rectangular frame
It is provided with the incline reinforcement 22.4 being arranged symmetrically, the fixed company in 22.4 top of reinforcing rib and upper 22.1 bottom of rectangular frame
It connects, is fixedly connected at the top of 22.4 bottom end of reinforcing rib and lower rectangular frame 22.2.
More two long sides with lower rectangular frame 22.2 are provided between two long sides of the lower rectangular frame 22.2
Vertical first support bar 22.5, more first support bars 22.5 are equidistantly spaced from along its length, the lower rectangular frame
The mostly vertical second support bar 22.6 with two short sides of lower rectangular frame 22.2 is provided between 22.2 two short sides, it is more
Root second support bar 22.6 is equidistantly spaced from along its width direction, and the first support bar 22.5 is intersected with second support bar 22.6
It is fixedly connected, is provided with metal sleeve 22.7, the gold above the crosspoint of first support bar 22.5 and second support bar 22.6
Belong to 22.7 bottom surface of sleeve to be fixedly connected with the infall between first support bar 22.5 and second support bar 22.6, metal sleeve
Crosspoint between 22.7 central axes and first support bar 22.5 and second support bar 22.6 is located along the same line, the gold
Belong to and is provided with plastic sleeve 22.8, the internal diameter phase of the internal diameter and metal sleeve 22.7 of the plastic sleeve 22.8 at the top of sleeve 22.7
Together, and the central axes of metal sleeve 22.7 and the central axes of plastic sleeve 22.8 are located along the same line.
Working method:
Laying rack A is placed on load wagon by the first step, and laying rack A is caught on fixation with stay hook, by turbocharging
The support rod bottom of device impeller formwork group tree is placed in plastic sleeve, and then load wagon is pulled to by storage tote cart ontology；
It stores after tote cart ontology is powered, by laying rack A dislocation on support base, pressing switch button, the piston rod of lifting cylinder
It stretching out, support base is pushed to move up, i.e. laying rack A is moved up, when laying rack A is moved to fixed position, limiting cylinder
Piston rod stretch out, i.e., limit is fixed to laying rack A, later lifting cylinder piston rod retract, pulling support base it is downward
It is moved to original position；
Laying rack B is placed on load wagon by second step, and laying rack B is caught on fixation with stay hook, by turbocharging
The support rod bottom of device impeller formwork group tree is placed in plastic sleeve, and then load wagon is pulled to by storage tote cart ontology；
Later by laying rack B dislocation on support base, pressing switch button, the piston rod of lifting cylinder stretches out, the piston of limiting cylinder
Bar retracts, and the piston rod of lifting cylinder pushes support base to move up, i.e. laying rack B is moved up, when laying rack B is moved to admittedly
When positioning is set, the piston rod of limiting cylinder stretches out, i.e., limit is fixed to laying rack B, later the piston rod contracting of lifting cylinder
It returns, pulls support base to be moved downward to original position, laying rack A is superimposed on laying rack B at this time；
Laying rack C is placed on load wagon by third step, and laying rack C is caught on fixation with stay hook, by turbocharging
The support rod bottom of device impeller formwork group tree is placed in plastic sleeve, and then load wagon is pulled to by storage tote cart ontology；
Later by laying rack C dislocation on support base, pressing switch button, the piston rod of lifting cylinder stretches out, the piston of limiting cylinder
Bar retracts, and the piston rod of lifting cylinder pushes support base to move up, i.e. laying rack C is moved up, when laying rack C is moved to admittedly
When positioning is set, the piston rod of limiting cylinder stretches out, i.e., limit is fixed to laying rack C, later the piston rod contracting of lifting cylinder
It returns, pulls support base to be moved downward to original position, laying rack A is superimposed on laying rack B at this time, and laying rack B is superimposed on laying rack C
On；
4th step repeats above step, can be overlapped storage and transport to multiple laying racks simultaneously, substantially reduce and account for
With space, conevying efficiency is also improved.
5th step presses switch button, the work of lifting cylinder when needing to take out laying rack A, laying rack B, laying rack C
Stopper rod stretches out, and support base is pushed to move up, until when support base and the bottom laying rack C contact, the piston rod contracting of limiting cylinder
It returns, i.e., fixed limit is removed to laying rack C, the piston rod of lifting cylinder retracts later, pulls support base to move down, that is, drives
Laying rack A, laying rack B, laying rack C are moved down, and when seat to be supported is moved in situ, the piston rod of limiting cylinder stretches out, i.e.,
Limit is fixed to laying rack B, can be taken off laying rack C at this time；
6th step presses switch button, and the piston rod of lifting cylinder stretches out, and pushes support base to move up, until support
When seat is contacted with the bottom laying rack B, the piston rod of limiting cylinder is retracted, i.e., removes fixed limit to laying rack B, later lifting air
The piston rod of cylinder retracts, and support base is pulled to move down, i.e., drive laying rack A, laying rack B are moved down, and seat to be supported is mobile
To it is in situ when, the piston rod of limiting cylinder stretches out, i.e., limit is fixed to laying rack A, is at this time that can be taken off laying rack B；
7th step presses switch button, and the piston rod of lifting cylinder stretches out, and pushes support base to move up, until support
When seat is contacted with the bottom laying rack A, the piston rod of limiting cylinder is retracted, i.e., removes fixed limit to laying rack A, later lifting air
The piston rod of cylinder retracts, and support base is pulled to move down, i.e. drive laying rack A is moved down, when seat to be supported is moved in situ,
It can be taken off laying rack A at this time；
8th step repeats the five to seven step, can successively take out multiple laying racks, solves previous single layer transport and asks
Topic, to improve working efficiency.
The above is only specific application examples of the invention, are not limited in any way to protection scope of the present invention.All uses
Equivalent transformation or equivalent replacement and the technical solution formed, all fall within rights protection scope of the present invention.
Claims (10)
1. a kind of turbo-charger impeller formwork group tree stores tote cart, it is characterised in that: including storage tote cart ontology and defeated
Device is sent, the storage tote cart ontology includes bottom frame (1), and the bottom four corners of the bottom frame (1) are provided with brake wheel (2), institute
The top quadrangle for stating bottom frame (1) is provided with the support column (3) of setting, and is provided with above the front and back both sides of the bottom frame (1)
One crossbeam (4), the left and right ends of first crossbeam (4) are fixedly connected with the lower section of the support column of the left and right sides (3) respectively, the bottom
The baffle (5) of setting, the support with front and rear sides respectively of baffle (5) rear and front end are provided with above the right and left of frame (1)
The lower section of column (3) is fixedly connected, and is provided with second cross beam (9) above the baffle (5), setting at the top of the second cross beam (9)
There are former and later two limiting cylinders (17), limiting cylinder (17) bottom is fixedly connected with second cross beam (9), limiting cylinder (17)
Tailpiece of the piston rod towards inside；
It is provided with rectangular box-like support base (12) above the bottom frame (1), and is pushed up at the top of support base (12) with first crossbeam (4)
Portion is concordant, two groups of telescopic components (13) symmetrically arranged on the left and the right is provided between the support base (12) and bottom frame (1), two groups are stretched
The center of contracting component (13) is connected by thin connecting rod (15), the back side edge of the thin connecting rod (15) and bottom frame (1) it
Between be provided with lifting cylinder (16), lifting cylinder (16) fixing end is fixed in the back side edge of bottom frame (1), lifting cylinder
(16) tailpiece of the piston rod and the center of thin connecting rod (15) are hinged, and the lifting cylinder (16) and limiting cylinder (17) are logical
Tracheae (18) is crossed to connect with general control system；
The conveying device includes load wagon (21) and laying rack (22), and the load wagon (21) includes rectangular box-like upper bed-plate
(21.1) and lower bottom base (21.2), the bottom four corners of the lower bottom base (21.2) are provided with brake wheel (21.3), the lower bottom base
(21.2) support column (21.4) of setting, the upper bottom are provided between the bottom four corners of top quadrangle and upper bed-plate (21.1)
The more roller bearings arranged along its length (21.5), the roller bearing are provided between the long side of front and back two of seat (21.1)
(21.5) rear and front end is fixedly connected with the long side of front and back two of upper bed-plate (21.1) respectively, lower bottom base (21.2) right end
It is provided with handle (21.7), the handle (21.7) is set on mouth down U-shaped structure, is provided with two on the handle (21.7)
The stay hook (21.9) that a front and back is arranged symmetrically；
The laying rack (22) includes upper rectangular frame (22.1) and lower rectangular frame (22.2), the upper rectangular frame (22.1)
It is provided with more root posts (22.3) between lower rectangular frame (22.2), more root posts (22.3) are equally spaced, the lower square
More first support bars (22.5) for being mutually perpendicular to interconnection and second support bar (22.6) are provided in shape frame (22.2),
Metal sleeve (22.7), the metallic sheath are provided with above the crosspoint of first support bar (22.5) and second support bar (22.6)
Cylinder (22.7) bottom surface is fixedly connected with the infall between first support bar (22.5) and second support bar (22.6), the metal
Plastic sleeve (22.8) are provided at the top of sleeve (22.7).
2. a kind of turbo-charger impeller formwork group tree according to claim 1 stores tote cart, it is characterised in that: described
Support column (3) includes the fixed column (3.1) of lower part and the telescopic mast (3.2) of upper part, fixed column (3.1) bottom end and bottom
Frame (1) is fixedly connected, solid by upper and lower two bolts between fixed column (3.1) upper portion and telescopic mast (3.2) the lower section
Fixed connection.
3. a kind of turbo-charger impeller formwork group tree according to claim 1 stores tote cart, it is characterised in that: described
It is provided in bottom frame (1) cross bar (7), cross bar (7) both ends are fixedly connected with the midpoint of the right and left of bottom frame (1) respectively, institute
It states and is provided with symmetrical two groups of fixed link groups (8) between cross bar (7) and the back side edge of bottom frame (1), the fixed link group (8)
Parallel with the right and left of bottom frame (1), the fixed link group (8) includes left fixed link (8.1) and right fixed link (8.2), Zuo Gu
There are certain spacing between fixed pole (8.1) and right fixed link (8.2), fixed link group (8) front end is fixedly connected with cross bar (7),
Fixed link group (8) rear end is fixedly connected with the back side edge of bottom frame (1).
4. a kind of turbo-charger impeller formwork group tree according to claim 3 stores tote cart, it is characterised in that: described
Telescopic component (13) includes from acclivitous first armed lever (13.1) and the second armed lever (13.2) tilted down front to back, institute
It states edge in the front end of the first armed lever (13.1) and the front side edge of bottom frame (1) to be hinged, the rear end of the first armed lever (13.1) and support
The back side edge bottom of seat (12) is hinged, and the front end of second armed lever (13.2) is mutually cut with scissors with edge in the front side edge of support base (12)
It connecing, the rear end of the second armed lever (13.2) and the relative wall of left fixed link (8.1) and right fixed link (8.2) are hinged, and described
The central point of two armed levers (13.2) and the central point of the first armed lever (13.1) are hinged；It is set between the two groups of telescopic components (13) in left and right
It is equipped with the thick connecting rod (14) and thin connecting rod (15) being parallel to each other, and before thick connecting rod (14) is set to thin connecting rod (15)
Side, thick connecting rod (14) both ends are fixedly connected with the second armed lever (13.2) medial surface of the left and right sides respectively, described carefully to connect
Central point of extension bar (15) both ends respectively with left and right sides telescopic component (13) is hinged.
5. a kind of turbo-charger impeller formwork group tree according to claim 2 stores tote cart, it is characterised in that: described
It is disposed with second cross beam (9) and third crossbeam (10), the front and back of the second cross beam (9) from bottom to top above baffle (5)
Both ends are fixedly connected with the lower section of the fixed column of front and rear sides (3.1) respectively, the rear and front end difference of the third crossbeam (10)
It is fixedly connected with the top of the fixed column (3.1) of front and rear sides.
6. a kind of turbo-charger impeller formwork group tree according to claim 2 stores tote cart, it is characterised in that: front side
The fixed column (3.1) of left and right two on be provided with the first limiting device (19) being arranged symmetrically, first limiting device (19)
Cross section be L-type, first limiting device (19) includes that the first connecting plate extended forward and first to bend inwards limit
Position plate, the rear end of the first connecting plate are fixedly connected with the lower section of fixed column (3.1) leading flank, the front end of the first connecting plate and first
Limit plate outer end is fixedly connected, and first limiting device (19) is located above first crossbeam (4).
7. a kind of turbo-charger impeller formwork group tree according to claim 2 stores tote cart, it is characterised in that: front and back
It there are two being respectively provided on the medial surface of two first crossbeams (4) the second limiting device (20), and is arranged symmetrically, second limit
The longitudinal section of device (20) is L-type, and second limiting device (20) includes the second connecting plate upwardly extended and bends downward
The second limit plate, the lateral surface of the second connecting plate is fixedly connected with the medial surface of first crossbeam (4), the top of the second connecting plate
It is fixedly connected with the second limit plate outer end, and the second of front and rear sides limits the plate top surface front and back both sides with support base (12) respectively
Bottom connection touching.
8. a kind of turbo-charger impeller formwork group tree according to claim 2 stores tote cart, it is characterised in that: right side
Two fixed columns (3.1) in front and back upper section between be provided with handle (11), handle (11) rear and front end respectively with front and back
The right side wall of two fixed columns (3.1) is fixedly connected.
9. a kind of turbo-charger impeller formwork group tree according to claim 1 stores tote cart, it is characterised in that: described
Upper bed-plate (21.1) top right side is provided with limiting device (21.6)；
The dowel (21.8) of front and back two is provided between the handle (21.7) and upper bed-plate (21.1) right side；
Two long sides of more with lower rectangular frame (22.2) are provided between two long sides of the lower rectangular frame (22.2)
Vertical first support bar (22.5), more first support bars (22.5) are equidistantly spaced from along its length, the lower rectangle
Mostly vertical second support with two short sides of lower rectangular frame (22.2) is provided between two short sides of frame (22.2)
Bar (22.6), more second support bars (22.6) are equidistantly spaced from along its width direction, the first support bar (22.5) and the
Two support rods (22.6) cross-fixing connection；
The internal diameter of the plastic sleeve (22.8) is identical as the internal diameter of metal sleeve (22.7), in the metal sleeve (22.7)
Axis, plastic sleeve (22.8) central axes intersect point between first support bar (22.5) and second support bar (22.6)
In on same straight line；
Column (22.3) top is fixedly connected with upper rectangular frame (22.1) bottom, column (22.3) bottom end and lower rectangle frame
It is fixedly connected at the top of frame (22.2), the column (22.3) between upper rectangular frame (22.1) and lower rectangular frame (22.2) quadrangle and length
The incline reinforcement (22.4) being arranged symmetrically, the reinforcing rib (22.4) are provided between the adjacent column (22.3) in degree direction
Top is fixedly connected with upper rectangular frame (22.1) bottom, fixed at the top of reinforcing rib (22.4) bottom end and lower rectangular frame (22.2)
Connection；
Support column (21.4) top is fixedly connected with upper bed-plate (21.1), support column (21.4) bottom end and lower bottom base (21.2)
It is fixedly connected.
10. a kind of turbo-charger impeller formwork group tree according to claim 1 stores tote cart, it is characterised in that: its
Working method are as follows:
Laying rack A is placed on load wagon by the first step, and laying rack A is caught on fixation with stay hook, by turbocharger leaf
The support rod bottom of wheel formwork group tree is placed in plastic sleeve, then load wagon is pulled to by storage tote cart ontology, storage
After tote cart ontology is powered, by laying rack A dislocation on support base, pressing switch button, the piston rod of lifting cylinder stretches out,
Push support base to move up, i.e. laying rack A is moved up, when laying rack A is moved to fixed position, the piston of limiting cylinder
Bar stretches out, i.e., limit is fixed to laying rack A, and the piston rod of lifting cylinder retracts later, and support base is pulled to be moved downward to
It is in situ；
Laying rack B is placed on load wagon by second step, and laying rack B is caught on fixation with stay hook, by turbocharger leaf
The support rod bottom of wheel formwork group tree is placed in plastic sleeve, then load wagon is pulled to by storage tote cart ontology, later
By laying rack B dislocation on support base, pressing switch button, the piston rod of lifting cylinder stretches out, the piston rod contracting of limiting cylinder
It returns, the piston rod of lifting cylinder pushes support base to move up, i.e. laying rack B is moved up, when laying rack B is moved to fixed bit
When setting, the piston rod of limiting cylinder stretches out, i.e., limit is fixed to laying rack B, and the piston rod of lifting cylinder retracts later, draws
Dynamic support base is moved downward to original position, and laying rack A is superimposed on laying rack B at this time；
Laying rack C is placed on load wagon by third step, and laying rack C is caught on fixation with stay hook, by turbocharger leaf
The support rod bottom of wheel formwork group tree is placed in plastic sleeve, then load wagon is pulled to by storage tote cart ontology, later
By laying rack C dislocation on support base, pressing switch button, the piston rod of lifting cylinder stretches out, the piston rod contracting of limiting cylinder
It returns, the piston rod of lifting cylinder pushes support base to move up, i.e. laying rack C is moved up, when laying rack C is moved to fixed bit
When setting, the piston rod of limiting cylinder stretches out, i.e., limit is fixed to laying rack C, and the piston rod of lifting cylinder retracts later, draws
Dynamic support base is moved downward to original position, and laying rack A is superimposed on laying rack B at this time, and laying rack B is superimposed on laying rack C；
4th step repeats above step, can be overlapped storage and transport to multiple laying racks simultaneously, it is empty to substantially reduce occupancy
Between, also improve conevying efficiency；
5th step presses switch button, the piston rod of lifting cylinder when needing to take out laying rack A, laying rack B, laying rack C
It stretches out, support base is pushed to move up, until the piston rod of limiting cylinder retracts, i.e., when support base and the bottom laying rack C contact
Fixed limit is removed to laying rack C, the piston rod of lifting cylinder retracts later, and support base is pulled to move down, that is, drives and hold
Frame A, laying rack B, laying rack C are moved down, and when seat to be supported is moved in situ, the piston rod of limiting cylinder stretches out, i.e., to Sheng
It puts frame B and limit is fixed, can be taken off laying rack C at this time；
6th step, presses switch button, and the piston rod of lifting cylinder stretches out, and support base is pushed to move up, until support base with
When the bottom laying rack B contacts, the piston rod of limiting cylinder is retracted, i.e., remove fixed limit to laying rack B, later lifting cylinder
Piston rod retracts, and support base is pulled to move down, i.e., drive laying rack A, laying rack B are moved down, and seat to be supported is moved to original
When position, the piston rod of limiting cylinder stretches out, i.e., limit is fixed to laying rack A, can be taken off laying rack B at this time；
7th step, presses switch button, and the piston rod of lifting cylinder stretches out, and support base is pushed to move up, until support base with
When the bottom laying rack A contacts, the piston rod of limiting cylinder is retracted, i.e., remove fixed limit to laying rack A, later lifting cylinder
Piston rod retracts, and support base is pulled to move down, i.e. drive laying rack A is moved down, when seat to be supported is moved in situ, at this time
It can be taken off laying rack A；
8th step repeats the five to seven step, can successively take out multiple laying racks, solves previous single layer transportation problem,
To improve working efficiency.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810922293.7A CN108928379B (en) | 2018-08-14 | 2018-08-14 | Turbocharger impeller mould shell group tree storage turnover vehicle |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810922293.7A CN108928379B (en) | 2018-08-14 | 2018-08-14 | Turbocharger impeller mould shell group tree storage turnover vehicle |
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| CN108928379B CN108928379B (en) | 2023-12-19 |
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