CN105438734A

CN105438734A - Automatic production vibration transporting equipment machine frame

Info

Publication number: CN105438734A
Application number: CN201510986271.3A
Authority: CN
Inventors: 黄丽
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-12-25
Filing date: 2015-12-25
Publication date: 2016-03-30

Abstract

The invention discloses an automatic production vibration transporting equipment machine frame. The automatic production vibration transporting equipment machine frame comprises two machine frame components symmetrically arranged; each machine frame component comprises bearing post components and a cross beam; each bearing post component comprises two bearing parts; each bearing part comprises a machine frame shock-absorbing seat, a stand column, a diagonal bracing column and a solid column; the stand column comprises a lower connecting plate, a stand column body and an upper connecting plate; the stand column body is connected between the lower connecting plate and the upper connecting plate; the length of a section, protruding out of the stand column body, on the outer side of the lower connecting plate is larger than the length of a section, protruding out of the stand column body, on the inner side of the lower connecting plate; the length of a section, protruding out of the stand column body, on the outer side of the upper connecting plate is smaller than the length of a section, protruding out of the stand column body, on the inner side of the upper connecting plate; a mounting hole is formed in one end, outwardly extending out of the stand column body, of the lower connecting plate, and a bolt penetrates through the mounting hole and is connected onto the machine frame shock-absorbing seat; the cross beam is fixed on the bearing post components, and is inwardly arranged, and in the vertical direction, and the cross beam and the machine frame shock-absorbing seats are arranged in a staggered manner. Due to the use of the structure provided by the invention, machine frame toppling can be well prevented, and the stability is good.

Description

A kind of automated production vibration conveying equipment frame

Technical field

The present invention relates to automated production vibration conveying equipment.

Background technology

At present, in order to realize continuous print automated production, all conveyer can be used in a lot of place.The kind of conveyer mainly contains belt conveyor, conveying roller conveyer and jigging conveyer.Jigging conveyer utilizes vibration excitor that hopper is vibrated, thus make material in groove slide in a certain direction or throw the continuous conveyor moved.

Existing jigging conveyer mainly comprises frame, rack-mounted oscillatory system and is connected with oscillatory system is feedway.

Existing frame is made up of column, crossbeam and longeron substantially, its main effect is supporting oscillatory system, but vibrate frequently because oscillatory system operationally can produce, if rack shelf is arranged on the supports such as bottom surface, the damping effect of frame itself is poor, easy damage rack construction, and also large to the damage of support.If the height of frame is higher in addition, oscillatory system operationally, easily causes frame to tumble.

Summary of the invention

The object of this invention is to provide a kind of automated production vibration conveying equipment frame, utilize structure of the present invention, can better prevent frame from toppling over, its good stability.

For achieving the above object, a kind of automated production vibration conveying equipment frame, comprises two symmetrically arranged housing assemblies; Described housing assembly comprises support column assembly more than two and crossbeam, and crossbeam is arranged on support column assembly; Often organize support column assembly and comprise two symmetrically arranged supporting members; Described supporting member comprises frame shockproof mount, the column be located on frame shockproof mount, the solid pillar that is connected to the shore in the middle part of column and is located in column; Described column comprises lower connecting plate, column body and upper junction plate; Column body is connected between lower connecting plate and upper junction plate; The length that the outside of lower connecting plate protrudes from column body is greater than the length that inner side protrudes from column body; The length that the outside of upper junction plate protrudes from column body is less than the length that inner side protrudes from column body; One end of the protruding column body of lower connecting plate is provided with mounting hole, and bolt is connected on frame shockproof mount through mounting hole; Crossbeam is fixed on bearing assembly, the inner setting of crossbeam, and in vertical direction, crossbeam and frame shockproof mount shift to install.

The invention has the beneficial effects as follows: because crossbeam and frame shockproof mount shift to install, simultaneously symmetrically be provided with two housing assemblies, like this, after frame shockproof mount is stressed, column one component vertically upward and the inside component of level can be given, adopt this layout structure, not only give crossbeam one supporting power upwards, and owing to creating the inside component of level, therefore, frame is not easy to topple over, stability very good.

Accompanying drawing explanation

Fig. 1 is the block diagram of automated production vibration conveying equipment.

Fig. 2 is the exploded drawings of automated production vibration conveying equipment.

Fig. 3 is the exploded drawings at another visual angle of automated production vibration conveying equipment.

Fig. 4 is the block diagram of frame.

Fig. 5 is the exploded drawings of frame.

Fig. 6 is the schematic diagram of supporting member.

Detailed description of the invention

Below in conjunction with the drawings and specific embodiments, the present invention is further elaborated.

As shown in Figure 1 to Figure 3, automated production vibration conveying equipment comprises frame 1, base 2, drive system 3, pendulous device 4, conveying bearing support 5 and feedway 6.

As shown in Figures 1 to 5, automated production vibration conveying equipment frame 1 comprises two symmetrically arranged housing assemblies 100.Described housing assembly 100 comprises support column assembly more than two and crossbeam 10.Often organize support column assembly and comprise two symmetrically arranged supporting members 11.

As shown in Figure 4 and Figure 5, described supporting member 11 comprises frame shockproof mount 111, column 112, shore 113 and solid pillar 114.

As shown in Figure 4, Figure 5 and Figure 6, frame shockproof mount 111 comprises damping base 1111, one seat 1112, damping Connection Block 1113 and elasticity upper cover 1114.

The lower end of one seat 1112 is connected in damping base 1111, and one seat 1112 upper end is less than lower end, and one seat 1112 and damping base 1111 are structure as a whole; The containing cavity 1115 towards one seat 1112 inside is upwards formed from the bottom of damping base 1111.Damping Connection Block 1113 is located in containing cavity 1115.Elasticity upper cover 1114 covers at one seat 1112, and the inner chamber of elasticity upper cover 1114 coordinates with one seat 1112, and bottom and the elasticity upper cover inner cavity top of one seat 1112 have gap.

Described column 112 comprises lower connecting plate 1121, column body 1122 and upper junction plate 1123.Column body 1122 is connected between lower connecting plate 1121 and upper junction plate 1123.The length that the outside of lower connecting plate 1121 protrudes from column body 1122 is greater than the length that inner side protrudes from column body 1122; The length that the outside of upper junction plate 1123 protrudes from column body 1122 is less than the length that inner side protrudes from column body 1122.One end of the protruding column body of lower connecting plate is provided with mounting hole, and bolt is connected on damping Connection Block 1113 through mounting hole, elasticity upper cover 1114, one seat 1112.

Create vibrations when column 112 or create downward power, the power of column 112 is applied on elasticity upper cover 1114, under the effect of one seat 1112, owing to having gap between one seat 1112 and elasticity upper cover 1114, therefore, elasticity upper cover 1114 can produce larger elastic deformation, thus serve the effect of damping, and because of elastic deformation large, therefore, damping effective.

Described column body 1122 is hollow structure, and the cavity in column body 1122 is closed into closed cavity by the two ends that lower connecting plate 1121 and upper junction plate 1123 are welded on column body 1122, is provided with solid pillar 114 in closed cavity.

Owing to being provided with solid pillar 114, the quality of whole frame 1 is increased, and can allow the decentralization of whole jigging conveyer, therefore, the good stability of jigging conveyer, is not easy to occur phenomenon that is mobile, upset.In addition, because solid pillar 14 is arranged in closed cavity, rainwater, impurity, corrosive materials etc. can not enter in closed cavity, therefore, solid pillar 114 does not need when selection to consider the factor such as corrosion stability, rust-preventing characteristic, the material that weight is large, cost is low can be selected, thus reduce cost, also can not affect the life-span of solid pillar.

Described shore 113 comprises hound 1131 and upper bearing plate 1132, and the lower end of hound 1131 is welded on the middle part of column body 1122; Upper bearing plate 1132 is welded on the upper end of hound 1131, the upper surface of upper bearing plate 1132 and the upper surface of upper junction plate 1123 are in same level, and the length that the inner side of upper bearing plate 1132 protrudes from hound is greater than the length that outside protrudes from tilt prop 1131.Be provided with support 1133 at upper bearing plate away from the side of column, the lower surface of support 1133 is curved, and support 1133 is upturned away from one end of upper bearing plate.

Described crossbeam 10 is C-type steel, and crossbeam 10 is fixed on bearing assembly, and crossbeam 10 contacts with the warped portion of support with upper junction plate, upper bearing plate; The inner setting of crossbeam 10, in vertical direction, crossbeam 10 and frame shockproof mount 111 shift to install.

Owing to being provided with support 1133, which increase the supporting power of supporting member 11 pairs of crossbeams 10, meanwhile, because support 1133 only has the part of warpage to contact with crossbeam, therefore, the elastic deformation amount of supporting member 11 can increase, and improves damping performance.Because crossbeam 10 and frame shockproof mount 111 shift to install, simultaneously symmetrically be provided with two housing assemblies, like this, after frame shockproof mount 111 is stressed, column one component vertically upward and the inside component of level can be given, adopt this layout structure, not only give crossbeam 10 1 supporting power upwards, and owing to creating the inside component of level, therefore, frame 1 is not easy to topple over, stability very good.

Claims

1. a kind of automated production vibration conveying equipment frame, is characterized in that: comprise two symmetrically arranged housing assemblies; Described housing assembly comprises support column assembly more than two and crossbeam, and crossbeam is arranged on support column assembly; Often organize support column assembly and comprise two symmetrically arranged supporting members; Described supporting member comprises frame shockproof mount, the column be located on frame shockproof mount, the solid pillar that is connected to the shore in the middle part of column and is located in column; Described column comprises lower connecting plate, column body and upper junction plate; Column body is connected between lower connecting plate and upper junction plate; The length that the outside of lower connecting plate protrudes from column body is greater than the length that inner side protrudes from column body; The length that the outside of upper junction plate protrudes from column body is less than the length that inner side protrudes from column body; One end of the protruding column body of lower connecting plate is provided with mounting hole, and bolt is connected on frame shockproof mount through mounting hole; Crossbeam is fixed on bearing assembly, the inner setting of crossbeam, and in vertical direction, crossbeam and frame shockproof mount shift to install.

2. automated production vibration conveying equipment frame according to claim 1, is characterized in that: frame shockproof mount comprises damping base, one seat, damping Connection Block and elasticity upper cover; The lower end of one seat is connected in damping base, and one seat upper end is less than lower end, and one seat and damping base are structure as a whole; The containing cavity towards one seat inside is upwards formed from the bottom of damping base; Damping Connection Block is located in containing cavity; Elasticity upper cover covers at one seat, and the inner chamber of elasticity upper cover coordinates with one seat, and bottom and the elasticity upper cover inner cavity top of one seat have gap.

3. automated production vibration conveying equipment frame according to claim 1, it is characterized in that: described column body is hollow structure, intrinsic for column cavity is closed into closed cavity by the two ends that lower connecting plate and upper junction plate are welded on column body, in closed cavity, be provided with solid pillar.

4. automated production vibration conveying equipment frame according to claim 1, is characterized in that: described shore comprises hound and upper bearing plate, the lower end of hound is welded on the middle part of column body; Upper bearing plate is welded on the upper end of hound, and the upper surface of upper bearing plate and the upper surface of upper junction plate are in same level, and the length that the inner side of upper bearing plate protrudes from hound is greater than the length that outside protrudes from tilt prop; Be provided with support at upper bearing plate away from the side of column, the lower surface of support is curved, and support is upturned away from one end of upper bearing plate; Crossbeam contacts with the warped portion of support with upper junction plate, upper bearing plate.