CN208964132U - Load and unload flowing mechanism convenient to both - Google Patents
Load and unload flowing mechanism convenient to both Download PDFInfo
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- CN208964132U CN208964132U CN201821518653.9U CN201821518653U CN208964132U CN 208964132 U CN208964132 U CN 208964132U CN 201821518653 U CN201821518653 U CN 201821518653U CN 208964132 U CN208964132 U CN 208964132U
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Abstract
The utility model provide it is a kind of load and unload flowing mechanism convenient to both, belong to automobile equipment manufacturing technology field.It solves the problems such as prior art design is unreasonable.It includes carrier that this, which loads and unloads flowing mechanism convenient to both, carrier bottom side is equipped with several carrying wheels, carrier is arranged in multilayer, each layer of carrier is correspondingly provided with a hand roll-type structure for conveying, hand roll-type structure for conveying includes the live-roller for each layer of the both lateral sides that several both ends are respectively arranged on carrier, several driving rods are equipped at intervals in all live-rollers, axial phase the same end on all driving rods is coaxially provided with two the first drive sprockets, first drive chain etc. is equipped with per between mutual corresponding a pair of first drive sprocket on two adjacent driving rods.This loads and unloads the advantages of flowing mechanism convenient to both and is: the setting of plugging structure prevents semi finished brake disc from throwing away on front side of carrier, and the setting of multilayer unloading rack substantially increases unloading efficiency.
Description
Technical field
The utility model belongs to automobile equipment manufacturing technology field, loads and unloads flowing mechanism convenient to both more particularly, to a kind of.
Background technique
In automotive brake pads manufacturing process, the brake that needs wear-resisting raw material it to be depressed into glue above by forging press
The backboard of piece gets on, high by pressed wear-resisting material temperature, in order to which its temperature can uniformly decline, with can be good
It is bonded on the backboard of brake block, therefore needs to undergo another procedure after forging and stamping, that is, be put into for reducing pressed half
Cooling processing is carried out in the cooling chamber of the temperature of finished product, but the semi-finished product that one piece of block has forged and pressed are transplanted on cooling chamber, it is existing
Some carriers are since carrying amount is big, so the volume of carrier is also larger, exists and stack semi finished brake disc to carrier
When one place pile with it is rear, need to go to carrier and have the place for stacking semi finished brake disc vacancy, not only increase carrying
Workload, while handling time is extended, handling efficiency is reduced, additionally due to holding on front side of carrier due to non-handicapping block piece
Easily the semi finished brake disc being deposited in it is slid out in the handling process, and existing carrier is still needed in discharging
Manual handling increases the workload of carrying personnel.
Utility model content
The purpose of this utility model be in view of the above-mentioned problems, provide it is a kind of design rationally, solve semi finished brake disc
Heavy workload when being carried to carrier, when carrying semi finished brake disc be not easy to slide out on front side of carrier with when discharging still
The handling for the problem of needing manual handling flowing mechanism convenient to both.
In order to achieve the above objectives, the utility model uses following technical proposal: the handling of the utility model stream convenient to both
Motivation structure, including carrier, carrier bottom side are equipped with several carrying wheels, it is characterised in that: carrier is arranged in multilayer, carrying
Each layer of frame is correspondingly provided with a hand roll-type structure for conveying, and hand roll-type structure for conveying includes that several both ends are set respectively
It is placed in the live-roller of each layer of both lateral sides on carrier, is equipped at intervals with several driving rods, all drives in all live-rollers
Axial phase the same end on dynamic rod is coaxially provided with two the first drive sprockets, per mutual corresponding on two adjacent driving rods
Be equipped with the first drive chain between a pair of first drive sprocket, in all driving rods adjacent to be located on carrier brake with partly at
One driving rod of the opposite posterior of product conveying direction is equipped with the first driving handle being arranged coaxially with it, and carrier is upper
Being equipped with one in the opposite front side of brake semi-finished product conveying direction prevents the brake loaded on hand roll-type structure for conveying from using
The plugging structure that semi-finished product fall off from the side, the opposite front side that brake semi-finished product conveying direction is located on carrier are equipped with confession and hold
The brake delivered on hand roll-type structure for conveying on carrier on different layers exports the multilayer discharging to vanning with semi-finished product
Frame.The first drive sprocket is had by using what the live-roller in hand roll-type structure for conveying was connected with by the first drive chain
The setting of driving rod so that carrying personnel is no longer strolled about around carrier when carrying brake semi-finished product, only need to be
Close first driving handle side on carrier, removes the hand roll-type structure for conveying to carrier with semi-finished product for brake,
Then make to drive rod rotation by shaking the first driving handle, to drive brake semi-finished product to mobile, envelope on front side of carrier
The setting of bridging structure prevents semi finished brake disc from throwing away on front side of carrier, and multilayer unloading rack realizes while from carrier
The semi finished brake disc delivered on the hand roll-type structure for conveying of every layer of setting carries out discharge operation, and no longer in layer
Discharging respectively, substantially increases unloading efficiency.
Preferably, the axial ends on all driving rods is respectively coaxially provided with the spring bearing being fixed on carrier,
Rib is equipped between spring bearing on axial phase the same end on all driving rods.The setting of rib prevents brake with half
Finished product leaks out carrier on the move.
Preferably, every carrying vehicle wheel radial side is equipped with annular rolling groove.The setting of annular rolling groove is convenient for and cooling chamber
Interior sliding rail cooperation.
Preferably, plugging structure includes a Jiong shape bracket, and a pair on Jiong shape bracket is in the vertical section phase being correspondingly arranged
Hinged one by one, the opposite upper parts cross with carrier opposite upper parts respectively with the both lateral sides of carrier opposing lower portions respectively to downside
A pair of of rotation clamp on two sides is clamped, and is inserted with several steel plugging plates in Jiong shape bracket area defined.
Preferably, multilayer unloading rack include one and on carrier top layer hand roll-type structure for conveying cooperation be in
The discharging taper slide that is arranged diagonally downward and several matched one by one with other layers on carrier hand roll-type structure for conveying
In horizontally disposed discharging flat runner, all discharging flat runner external opposite ends are connect with discharging taper slide, and discharging taper slide with
It is offered on the interconnecting piece of every discharging flat runner and skids off and enter discharging taper slide from discharging flat runner for brake semi-finished product
Arch dumping pit.Convenient for manufacture, manufacturing cost is reduced.
Preferably, the cross section of discharging flat runner and discharging taper slide is all arcuate structure.More convenient for semi finished brake disc
Removal well.
Preferably, the length of the transverse direction of discharging flat runner and discharging taper slide is slightly larger than the length of carrier transverse direction
Degree.By increasing discharging area, unloading effect is increased.
Preferably, close to discharging taper slide one end, the hinged, other end is detachably connected discharging taper slide with discharging taper slide
In on carrier.Adjustment discharging taper slide as needed and material taper slide are facilitated, expects the angle between taper slide and carrier,
Improve the scope of application.
Compared with prior art, this loads and unloads the advantages of flowing mechanism convenient to both and is: conveying by using hand roll-type
The setting for the driving rod with the first drive sprocket that live-roller in structure is connected with by the first drive chain makes carrying personnel
It no longer strolls about around carrier when carrying brake semi-finished product, only need to drive hand close to first on carrier
Brake is removed the hand roll-type structure for conveying to carrier with semi-finished product by handle side, then by shaking the first driving handle
Make to drive rod rotation, to drive brake semi-finished product to movement on front side of carrier；The setting of plugging structure prevents brake block half
Finished product is thrown away on front side of carrier；Multilayer unloading rack is realized while being conveyed from the hand roll-type of every layer of setting on carrier
The semi finished brake disc delivered in structure carries out discharge operation, and no longer with discharging is distinguished in layer, substantially increase unloading
Efficiency.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, it is also possible to obtain other drawings based on these drawings.
Fig. 1 provides the side structure schematic view of the multilayer unloading rack in the utility model embodiment.
Fig. 2 provides the structural schematic diagram in the utility model embodiment.
Fig. 3 provides the overlooking structure diagram of the hand roll-type structure for conveying in the utility model embodiment.
Fig. 4 provides the side structure schematic view of the plugging structure in the utility model embodiment.
Fig. 5 provides the side structure schematic view of the joint driving structure in the utility model embodiment.
In figure, carrier 101, carrying wheel 102, annular rolling groove 103, hand roll-type structure for conveying 200, live-roller
201, rod 202, the first drive sprocket 203, the first drive chain 204, the first driving handle 205, spring bearing 206, gear are driven
Side 207, joint driving structure 300, the second drive sprocket 301, the second drive chain 302, driving motor 303, clutch 304,
Pedal 305, Jiong shape bracket 401, rotation clamp 402, steel plugging plate 403, multilayer unloading rack 500, unloads plugging structure 400
Expect taper slide 501, discharging flat runner 502, arch dumping pit 503.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing and by embodiment, and following embodiment is pair
The explanation of the utility model and the utility model is not limited to following embodiment.
As shown in Fig. 1 to 5, this loads and unloads flowing mechanism convenient to both, including carrier 101, and 101 bottom side of carrier is equipped with several
Carry wheel 102, it is characterised in that: carrier 101 is arranged in multilayer, and each layer of carrier 101 is correspondingly provided with one manually
Formula roll-type structure for conveying 200, hand roll-type structure for conveying 200 are respectively arranged at every on carrier 101 including several both ends
The live-roller 201 of one layer of both lateral sides is equipped at intervals with several driving rods 202, all driving rods 202 in all live-rollers 201
On axial phase the same end be coaxially provided with two the first drive sprockets 203, per the reciprocal correspondences on adjacent two drivings rods 202
The first drive sprocket of a pair 203 between be equipped with the first drive chain 204, adjacent on carrier 101 in all driving rods 202
First be arranged coaxially with it is equipped with positioned at a driving rod 202 of the brake opposite posterior of semi-finished product conveying direction to drive
Fixed handle 205 is connected by using the live-roller 201 in hand roll-type structure for conveying 200 and by the first drive chain 204
The setting of driving rod 202 with the first drive sprocket 203 make carrying personnel when carrying brake semi-finished product no longer around
Carrier stroll about, only need on carrier 101 close to 205 side of the first driving handle, by brake with semi-finished product remove to
Then hand roll-type structure for conveying 200 on carrier 101 makes 202 turns of rod of driving by shaking the first driving handle 205
It is dynamic, to drive brake with semi-finished product to moving on front side of carrier 101.
Specifically, the axial ends on all driving rods 202 here is respectively coaxially provided with one and is fixed on carrier 101
Spring bearing 206, be equipped with rib 207 between the spring bearings 206 on axial phase the same end on all driving rods 202,
The setting of rib 207 prevents brake to leak out carrier 101 on the move with semi-finished product；Here every carrying wheel 102 is radial
Side is equipped with annular rolling groove 103, and the setting of annular rolling groove 103 is convenient for and sliding rail cooperation in cooling chamber.
Joint driving structure 300 is set on carrier 101, for being set to carrier 101 by the way that electric power linkage driving is all
The setting of hand roll-type structure for conveying 200 on each layer, joint driving structure 300 is realized on each layer of carrier 101
Hand roll-type structure for conveying 200 while linkage operation so as to multiple carrying personnels realization clarification in certain roles, are each responsible for carrier
The carrying of semi-finished product of one layer of brake in 101, improves the efficiency of carrying；Here joint driving structure 300 includes being set to
Each driving adjacent to the opposite posterior for being located at brake semi-finished product conveying direction on carrier 101 on the carrier 101
Axial phase the same end on rod 202 and two the second drive sprockets 301 being arranged coaxially are upper and lower adjacent and in being correspondingly arranged
Two the second drive sprockets 301 between be equipped with the second drive chain 302, in the driving rod 202 equipped with the second drive sprocket 301
A driving rod 202 of the opposite lowest side of vertical direction is in rotate coaxially to connect with driving motor 303 on carrier 101,
Structure is simple, is easily installed, dismantles；Here the driving rod 202 and driving motor that connection is rotated coaxially with driving motor 303
Clutch 304 is equipped between 303, clutch 304 is connect with pedal 305, is enhanced and is transported to hand roll-type structure for conveying 200
Capable control effect
Plugging structure 400 is located at the opposite front side of brake semi-finished product conveying direction, for preventing on carrier 101
The brake only loaded on hand roll-type structure for conveying 200 is fallen off with semi-finished product from the side, and plugging structure 400 includes a Jiong shape
Bracket 401, a pair on Jiong shape bracket 401 be in the vertical section opposite lower that is correspondingly arranged respectively with 101 opposing lower portions of carrier
Both lateral sides are hinged one by one, opposite upper parts respectively with a pair of of rotation clamp in the both lateral sides of 101 opposite upper parts of carrier
402 are clamped, and several steel plugging plates 403 are inserted in 401 area defined of Jiong shape bracket, and the setting of plugging structure 400 is anti-
Only semi finished brake disc is thrown away from the front side of carrier 101,
Multilayer unloading rack 500 is set on carrier 101 the opposite front side for being located at brake semi-finished product conveying direction, as excellent
Multilayer unloading rack 500 is selected to be detachably arranged at the Jiong shape bracket 401 of plugging structure 400, for for different layers on carrier 101
Hand roll-type structure for conveying 200 on the brake semi-finished product that deliver while exporting, multilayer unloading rack 500 realize and meanwhile from
The semi finished brake disc delivered on the hand roll-type structure for conveying 200 of every layer of setting on carrier 101 carries out discharge operation, and
No longer with discharging is distinguished in layer, unloading efficiency is substantially increased；Here multilayer unloading rack 500 includes one and carrier
On 101 top layer hand roll-type structure for conveying 200 cooperate the setting that is tilted down discharging taper slide 501 and it is several with
It is in horizontally disposed discharging flat runner 502 that other layers of hand roll-type structure for conveying 200 is matched one by one on carrier 101,
All 502 external opposite ends of discharging flat runner are connect with discharging taper slide 501, and discharging taper slide 501 and every discharging flat runner 502
Interconnecting piece on offer for brake semi-finished product and the arch of discharging taper slide 501 is skidded off and entered from discharging flat runner 502 unload
Expect hole 503, convenient for manufacture, reduces manufacturing cost；Here the cross section of discharging flat runner 502 and discharging taper slide 501 is all
For arcuate structure, it is convenient for semi finished brake disc preferably removal；Here the cross of discharging flat runner 502 and discharging taper slide 501
It is slightly larger than the length of 101 transverse direction of carrier to the length in direction, by increasing discharging area, increases unloading effect；This
In discharging taper slide 501 close to 501 one end of discharging taper slide and discharging taper slide 501, the hinged, other end is removably connected to
On carrier 101, adjustment discharging taper slide 501 as needed and material taper slide 501 are facilitated, expects taper slide 501 and carrier
Angle between 101, improves the scope of application.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Although it is defeated that carrier 101, carrying wheel 102, annular rolling groove 103, hand roll-type is used more herein
Send structure 200, live-roller 201, driving rod 202, the first drive sprocket 203, the first drive chain 204, the first driving handle
205, spring bearing 206, rib 207, joint driving structure 300, the second drive sprocket 301, the second drive chain 302, driving
Motor 303, clutch 304, pedal 305, plugging structure 400, Jiong shape bracket 401, rotation clamp 402, steel plugging plate
403, the terms such as multilayer unloading rack 500, discharging taper slide 501, discharging flat runner 502, arch dumping pit 503, but be not precluded
A possibility that using other terms.The use of these items is only for be more convenient to describe and explain the sheet of the utility model
Matter；It is contrary to the spirit of the present invention to interpret them as any one of the additional limitations.
Claims (8)
1. a kind of load and unload flowing mechanism convenient to both, including carrier (101), the carrier (101) bottom side is equipped with several hold
Carrier vehicle wheel (102), it is characterised in that: the carrier (101) is arranged in multilayer, each layer of the carrier (101)
It is correspondingly provided with a hand roll-type structure for conveying (200), the hand roll-type structure for conveying (200) includes several both ends
It is respectively arranged at the live-roller (201) of each layer of both lateral sides on carrier (101), all live-rollers (201)
Inside it is equipped at intervals with several driving rods (202), axial phase the same end on all driving rods (202) is coaxially provided with two the
One drive sprocket (203), per mutual corresponding a pair of first drive sprockets (203) on adjacent two drivings rod (202) it
Between be equipped with the first drive chain (204), adjacent to being located on the carrier (101) in all driving rods (202)
One driving rod (202) of the brake opposite posterior of semi-finished product conveying direction is equipped with the first driving being arranged coaxially with it
Handle (205), the opposite front side that brake semi-finished product conveying direction is located on the carrier (101) prevent hand equipped with one
The plugging structure (400) that the brake loaded on dynamic formula roll-type structure for conveying (200) is fallen off with semi-finished product from the side, the carrying
It is equipped with positioned at the opposite front side of brake semi-finished product conveying direction for manual on different layers on carrier (101) on frame (101)
The brake delivered on formula roll-type structure for conveying (200) exports the multilayer unloading rack (500) to vanning with semi-finished product.
2. handling according to claim 1 flowing mechanism convenient to both, which is characterized in that all driving rods (202)
On axial ends be respectively coaxially provided with the spring bearing (206) being fixed on carrier (101), set on all drives
Rib (207) are equipped between spring bearing (206) on dynamic rod (202) on axial phase the same end.
3. handling according to claim 1 flowing mechanism convenient to both, which is characterized in that per the carrying wheel (102)
Radial side is equipped with annular rolling groove (103).
4. handling according to claim 1 flowing mechanism convenient to both, which is characterized in that plugging structure (400) packet
Include a Jiong shape bracket (401), a pair on Jiong shape bracket (401) be in the vertical section opposite lower that is correspondingly arranged respectively with carrying
The both lateral sides of frame (101) opposing lower portions are hinged one by one, opposite upper parts both lateral sides with carrier (101) opposite upper parts respectively
On a pair of of rotation clamp (402) clamping, be inserted with several steels in described Jiong shape bracket (401) area defined and block
Plate (403).
5. handling according to claim 1 flowing mechanism convenient to both, which is characterized in that the multilayer unloading rack (500)
Including one and the setting that is tilted down of hand roll-type structure for conveying (200) cooperation of top layer on carrier (101)
Discharging taper slide (501) and several matched one by one with upper other layers of carrier (101) hand roll-type structure for conveying (200)
In horizontally disposed discharging flat runner (502), all discharging flat runner (502) external opposite ends and discharging taper slide
(501) it connects, and offers confession on the interconnecting piece of the discharging taper slide (501) and every discharging flat runner (502)
Brake skids off from discharging flat runner (502) and enters the arch dumping pit (503) of discharging taper slide (501) with semi-finished product.
6. handling according to claim 5 flowing mechanism convenient to both, which is characterized in that the discharging flat runner (502)
Cross section with discharging taper slide (501) is all arcuate structure.
7. handling according to claim 5 flowing mechanism convenient to both, which is characterized in that the discharging flat runner (502)
It is slightly larger than the length of carrier (101) transverse direction with the length of the transverse direction of discharging taper slide (501).
8. handling according to claim 5 flowing mechanism convenient to both, which is characterized in that the discharging taper slide (501)
Close to discharging taper slide (501) one end and discharging taper slide (501), the hinged, other end is removably connected on carrier (101).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821518653.9U CN208964132U (en) | 2018-09-17 | 2018-09-17 | Load and unload flowing mechanism convenient to both |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821518653.9U CN208964132U (en) | 2018-09-17 | 2018-09-17 | Load and unload flowing mechanism convenient to both |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208964132U true CN208964132U (en) | 2019-06-11 |
Family
ID=66755218
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821518653.9U Active CN208964132U (en) | 2018-09-17 | 2018-09-17 | Load and unload flowing mechanism convenient to both |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208964132U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108974981A (en) * | 2018-09-17 | 2018-12-11 | 浙江杭摩欧亿汽车零部件有限公司 | Load and unload flowing mechanism convenient to both |
-
2018
- 2018-09-17 CN CN201821518653.9U patent/CN208964132U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108974981A (en) * | 2018-09-17 | 2018-12-11 | 浙江杭摩欧亿汽车零部件有限公司 | Load and unload flowing mechanism convenient to both |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Mobile mechanism for loading and unloading Effective date of registration: 20220419 Granted publication date: 20190611 Pledgee: Luoshe sub branch of Zhejiang Deqing Rural Commercial Bank Co.,Ltd. Pledgor: ZHEJIANG HANGMO OU YI AUTO PARTS CO.,LTD. Registration number: Y2022330000555 |
|
| PE01 | Entry into force of the registration of the contract for pledge of patent right |