A kind of turnover rack
Technical field
This utility model relates to production technical field, particularly relates to a kind of turnover rack.
Background technology
When Workshop Production, the most all can there is a lot of procedure, and mostly use assembly line work.Upper one procedure is complete
After one-tenth, the semi-finished product of processing are transferred to next process.During transfer, not only transmission is hard, time-consuming, and easily makes
Semi-finished product are become to drop or damage.Prior art has artificial transfer or is shifted by conveyer belt.Low by artificial transfer efficiency
Under, easily drop or turn on one's side, especially one electronic component or circuit board, it is also easy to be damaged by the impact of static electricity on human body
Bad.Using in the mode of conveyer belt transfer, when conveyer belt runs, observable index is higher, it is even more important that conveyer belt needs to take
Bigger production space, and conveyer belt cost is high, be not easy cleaning, comprehensively from the point of view of, less desirable.
Summary of the invention
Technical problem to be solved in the utility model is for above-mentioned the deficiencies in the prior art, it is provided that a kind of turnover rack.
The technical scheme that this utility model solves above-mentioned technical problem is as follows: a kind of turnover rack, including pedestal, lifting structure
And chute board, described lifting structure is vertically situated on described pedestal, one end of described chute board and described lifting structure
Upper end connects, the other end and the contour setting of described support, and described chute board is provided with the glass plate that surface is smooth, will treat flow material
Product are placed on described glass plate the one end near described lifting structure, and described lifting structure adjusts according to the weight of article to be had enough to meet the need
Described chute board is connected the height of one end with described lifting structure, and article to be had enough to meet the need are owing to conducting oneself with dignity to described glass plate away from institute
The one end stating lifting structure is slided.
The beneficial effects of the utility model are: a kind of turnover rack of the present utility model, described lifting structure can be according to treating
The weight of turnover article automatically adjusts and is connected the height of one end on described chute board with described lifting structure, thus controls to wait to have enough to meet the need
Article sliding speed on described chute board, and article to be had enough to meet the need are transferred to target area, it is to avoid article to be had enough to meet the need by
Cause rollover in sliding speed is too fast, simple in construction, convenient and practical, energy-conserving and environment-protective, it is especially suitable for spread and uses.
On the basis of technique scheme, this utility model can also do and improve as follows:
Further: to be additionally provided with at least steel wire on described glass plate, described chute board is connected with described lifting structure
One end end face is provided with fastening bolt, and one end of described steel wire is connected with described fastening bolt, and the other end is remote with on described chute board
The fixing connection from one end of described lifting structure.
Above-mentioned further scheme provides the benefit that: on the one hand can play described glass plate by arranging described steel wire
Fixation, on the other hand can greatly reduce the contact surface between article to be had enough to meet the need and described glass plate, it is ensured that treat week
The downslide turning article is smooth.
Further: the length of described glass plate is less than the length of described chute board, and one end of described glass plate is with described
Align in the one end being connected with described lifting structure on chute board.
Above-mentioned further scheme provides the benefit that: by the way so that be placed on described chute board and institute
State the turnover article of the band on one end that lifting structure connects to glide smoothly, and at described chute board away from described liter of valency structure
One end can form buffer area, slows down the speed of article to be had enough to meet the need.
Further: on described chute board, the one end away from described lifting structure is provided with deceleration strip, one end of described deceleration strip
Align with one end away from described lifting structure on described glass plate, away from described lifting structure on the other end and described chute board
One end alignment, and the thickness of described deceleration strip is equal with the thickness of described glass plate.
Above-mentioned further scheme provides the benefit that: by arranging described deceleration strip so that the described collotype that slips away
Band turnover article gradually reduce sliding speed, and automatically stop after the described chute board that slips away so that article to be had enough to meet the need safety is suitable
Sharp is transferred to target area.
Further: to be uniformly stepped up along article line of travel coefficient of friction to be had enough to meet the need on described deceleration strip.
Above-mentioned further scheme provides the benefit that: by the way so that article to be had enough to meet the need are at the described glass that slips away
The frictional force being subject to after glass version uniformly increases, and speed uniformly reduces, it is to avoid owing to band turnover article are after the described glass plate that slips away
Frictional force owing to being subject to suddenly increase cause upset and cause damage.
Further: described lifting structure includes lifting motor, weight sensor and lifting circuit, described lifting motor and liter
Fall circuit is arranged on described pedestal, and the outfan of described lifting motor sets up, and described weight sensor is arranged on institute
State the outfan of lifting motor, and described weight sensor be positioned at described chute board below one end of described pedestal and with institute
State chute board near one end of described pedestal support connect, described lifting circuit respectively with described lifting motor and weight sensor
Electrical connection.
Above-mentioned further scheme provides the benefit that: the weight being treated turnover article by described weight sensor is examined
Survey, and described lifting circuit is accurately controlled on described chute board according to the weight of article to be had enough to meet the need and is connected with described lifting structure
The height of one end so that the sliding speed of article to be had enough to meet the need controls in the zone of reasonableness set, it is ensured that article to be had enough to meet the need are permissible
Safely and smoothly glide.
Further: described chute board is equipped with gear edge along its length direction both sides.
Above-mentioned further scheme provides the benefit that: by arranging described gear along article to be had enough to meet the need can be avoided to slide
Fall and cause damage in the both sides of chute board described in Cheng Zhongcong.
Further: also to include securing plate, one end of described securing plate is fixing with described pedestal to be connected, the other end and described cunning
Guidance tape is away from the fixing connection in one end of described lifting structure.
Above-mentioned further scheme provides the benefit that: by described securing plate so that whole turnover rack structure is more steady
Gu, especially will not deform or dystopy when that flow material quality being bigger when treating, further ensure that article safety to be had enough to meet the need
Glide smoothly.
Further: described pedestal, chute board and securing plate all use aluminum alloy material.
Above-mentioned further scheme provides the benefit that: aluminum alloy material density is low, and strength ratio is higher, near or above high-quality
Steel, plasticity is good, can be processed into various section bar, has excellent corrosion stability, can be greatly prolonged service life.
Accompanying drawing explanation
Fig. 1 is a kind of turnover rack structural representation of the present utility model.
In accompanying drawing, the list of parts representated by each label is as follows:
1, pedestal, 2, chute board, 3, glass plate, 4, steel wire, 5, fastening bolt, 6, deceleration strip, 7, lifting motor, 8, weight
Sensor, 9, lifting circuit, 10, securing plate.
Detailed description of the invention
Being described principle of the present utility model and feature below in conjunction with accompanying drawing, example is served only for explaining this practicality
Novel, it is not intended to limit scope of the present utility model.
As it is shown in figure 1, a kind of turnover rack, including pedestal 1, lifting structure and chute board 2, described lifting structure sets vertically
Putting on described pedestal 1, one end of described chute board 2 is connected with the upper end of described lifting structure, the other end and described support 1 etc.
High setting, described chute board 2 is provided with the glass plate 3 that surface is smooth, is placed on described glass plate 3 article to be had enough to meet the need near institute
Stating one end of lifting structure, described lifting structure adjusts described chute board 2 and described lifting knot according to the weight of article to be had enough to meet the need
Structure connects the height of one end, and article to be had enough to meet the need slide away from one end of described lifting structure to described glass plate 3 owing to conducting oneself with dignity.
In this utility model, described glass plate 3 is additionally provided with at least steel wire 4, described chute board 2 and described lifting knot
One end end face that structure connects is provided with fastening bolt 5, and one end of described steel wire 4 is connected with described fastening bolt 5, and the other end is with described
Away from the fixing connection in one end of described lifting structure on chute board 2.Can be to described glass by arranging described steel wire 4 one aspect
Plate 3 plays fixation, on the other hand can greatly reduce the contact surface between article to be had enough to meet the need and described glass plate 3,
Ensure that the downslide of article to be had enough to meet the need is smooth.
In this utility model, the length of described glass plate 3 is less than the length of described chute board 2, and the one of described glass plate 3
End aligns with the one end being connected with described lifting structure on described chute board 2.By the way so that be placed on described
On the one end being connected with described lifting structure on chute board 2 band turnover article glide smoothly, and described chute board 2 away from
One end of described liter of valency structure can form buffer area, slows down the speed of article to be had enough to meet the need.
Preferably, on described chute board 2, one end away from described lifting structure is provided with deceleration strip 6, the one of described deceleration strip 6
End aligns with one end away from described lifting structure on described glass plate 3, away from described lifting on the other end and described chute board 2
One end alignment of structure, and the thickness of described deceleration strip 6 is equal with the thickness of described glass plate 3.By arranging described deceleration strip 6
So that slip away, the band turnover article of described collotype 3 gradually reduce sliding speed, and automatic after the described chute board 2 that slips away
Stop so that article to be had enough to meet the need safely and smoothly are transferred to target area.
Preferably, described deceleration strip 6 is uniformly stepped up along article line of travel coefficient of friction to be had enough to meet the need.By upper
Stating mode so that the frictional force being subject to after turnover article are at the described collotype 3 that slips away uniformly increases, speed uniformly reduces,
Avoid owing to band turnover article cause upset to cause damage owing to the frictional force being subject to suddenly increases after the described glass plate 2 that slips away
Wound.
In this utility model, described lifting structure includes lifting motor 7, weight sensor 8 and lifting circuit 9, described liter
Fall motor 7 and lifting circuit 9 are arranged on described pedestal 1, and the outfan of described lifting motor 7 sets up, described weight
Sensor 8 is arranged on the outfan of described lifting motor 7, and described weight sensor 8 is positioned at described chute board 2 near described base
Seat 1 one end below and with described chute board 2 near one end of described pedestal 1 support be connected, described lifting circuit 9 respectively with institute
State lifting motor 7 and weight sensor 8 electrically connects.The weight being treated turnover article by described weight sensor 8 is detected,
And described lifting circuit 9 is accurately controlled on described chute board 2 according to the weight of article to be had enough to meet the need and is connected with described lifting structure
The height of one end so that the sliding speed of article to be had enough to meet the need controls in the zone of reasonableness set, it is ensured that article to be had enough to meet the need are permissible
Safely and smoothly glide.
Certainly, in this utility model, described lifting structure can also be selected and include at least spring, under described spring
End is connected with described pedestal 1, and near one end of described pedestal 1, support is connected with described chute board 2 in the upper end of described spring.Pass through
Described spring can be connected one end according on chute board 2 described in the weight self-adaptative adjustment of article to be had enough to meet the need with described lifting structure
Height, choose the spring of suitable elasticity coefficient, just can be connected one end on described chute board 2 with described lifting structure and adjust
To suitably height, article to be had enough to meet the need just can safely and smoothly glide.
Preferably, described chute board 2 is equipped with gear edge along its length direction both sides.By arranging described gear along keeping away
Exempt from article to be had enough to meet the need to fall from the both sides of described chute board 2 in taxiing procedures and cause damage.
This novel a kind of turnover rack also includes securing plate 10, and one end of described securing plate 10 is fixing even with described pedestal 1
Connecing, the other end and described chute board 2 are connected away from one end of described lifting structure is fixing.By described securing plate 10 so that
Whole turnover rack structure is more firm, especially will not deform or dystopy when that flow material quality being bigger when treating, enter one
Step guarantees that article to be had enough to meet the need safely and smoothly glide.
In practice, it is additionally provided with extension board, for treating that flow material slips away in described securing plate 10 away from one end of described pedestal 1
Reserve buffer area during described deceleration strip 6, conveniently treat that flow material slides to target area smoothly, will not drop suddenly.
Preferably, described pedestal 1, chute board 2 and securing plate 10 all use aluminum alloy material.Aluminum alloy material density is low,
Strength ratio is higher, and near or above high-quality steel, plasticity is good, can be processed into various section bar, has excellent corrosion stability, can be significantly
Increase the service life.
A kind of turnover rack of the present utility model, described lifting structure can adjust institute automatically according to the weight of article to be had enough to meet the need
State and on chute board, be connected the height of one end with described lifting structure, thus control article to be had enough to meet the need sliding on described chute board
Speed, and article to be had enough to meet the need are transferred to target area, it is to avoid article to be had enough to meet the need cause rollover owing to sliding speed is too fast, knot
Structure is simple, convenient and practical, energy-conserving and environment-protective, is especially suitable for spread and uses.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all in this practicality
Within novel spirit and principle, any modification, equivalent substitution and improvement etc. made, should be included in guarantor of the present utility model
Within the scope of protecting.