Steel bottle cooling conveying line connected with normalizing equipment and water pressure detection equipment
阅读说明：本技术 一种衔接正火设备和水压检测设备的钢瓶冷却输送线 (Steel bottle cooling conveying line connected with normalizing equipment and water pressure detection equipment ) 是由 杨平 林柄凯 余星星 于 2019-12-23 设计创作，主要内容包括：本发明涉及一种衔接正火设备和水压检测设备的钢瓶冷却输送线,包括与正火设备的输出端衔接的前输送段、与两组水压检测设备衔接的后输送段及连接前后输送段的中间输送段构成；所述中间输送段采用呈S型布置的多段输送段连接；所述后输送段由第一后输送段和与第二后输送段构成,第一后输送段首端和末端分别与中间输送段末端及第一水压检测设备入口端衔接,第二后输送段首端与第一后输送段靠近首端的位置形成分叉连接,第二后输送段末端与第二水压检测设备的入口端衔接：在第一后输送段和第二后输送段分叉连接部位的外侧设置有能使两后输送段交替通断的分料机构。本冷却输送线减小了占用空间、输送速度快、输送平稳好、且散热效果好。(The invention relates to a steel cylinder cooling conveying line for connecting normalizing equipment and water pressure detection equipment, which comprises a front conveying section, a rear conveying section and a middle conveying section, wherein the front conveying section is connected with the output end of the normalizing equipment; the middle conveying sections are connected by adopting a plurality of conveying sections which are arranged in an S shape; carry the section by first back carry the section and constitute with the second back carry the section, carry the section head end and end respectively with the middle terminal and the first water pressure check out test set entry end of section and link up, carry the section head end behind the second and carry the position that the section is close to the head end with first back and form the branching connection, carry the section end behind the second and link up with the entry end of second water pressure check out test set: a material distributing mechanism which can make the two rear conveying sections alternately connected and disconnected is arranged on the outer side of the forked connecting part of the first rear conveying section and the second rear conveying section. The cooling conveying line has the advantages of reduced occupied space, high conveying speed, stable and good conveying and heat dissipation effects.)
1. The utility model provides a link up normalizing equipment and water pressure check out test set's steel bottle cooling transfer chain which characterized in that: the conveying line consists of a front conveying section connected with the output end of the normalizing device, a rear conveying section connected with the two groups of water pressure detection devices and an intermediate conveying section connected with the front conveying section and the rear conveying section; the middle conveying section is formed by connecting a plurality of conveying sections which are arranged in an S shape; carry the section after by first back carry the section and constitute with the second back carry the section, carry the head end of section and end to link up with the end of middle transport section and the entry end of first water pressure check out test set respectively after the first, carry the head end of section and carry the position that the section is close to its head end after the second and form the branching connection after the first, carry the end of section and the entry end of second water pressure check out test set link up after the second:
each of the front conveying section, the middle conveying section, the first rear conveying section and the second rear conveying section comprises a conveying support, a front transmission shaft, a rear transmission shaft, a front transmission wheel, a rear transmission wheel and a transmission chain, wherein the front transmission shaft and the rear transmission shaft are arranged on the conveying support; a horizontal follower roller contacting with the bottom of the steel cylinder is arranged at the joint corner part of the adjacent conveying sections, and turning guide rollers which are vertically arranged are arranged on the inner side and the outer side of the joint corner part;
a material distributing mechanism which can make the two rear conveying sections alternately connected and disconnected is arranged on the outer side of the forked connecting part of the first rear conveying section and the second rear conveying section.
2. The steel cylinder cooling conveying line for joining normalizing equipment and water pressure detecting equipment according to claim 1, characterized in that: the material distributing mechanism comprises a material distributing baffle arm combination, a material distributing driving cylinder and a cylinder mounting frame; the cylinder mounting rack is fixedly connected with the outer side of the conveying support of the first rear conveying section, and one end, away from the cylinder rod, of the material distribution driving cylinder is connected with the cylinder mounting rack; the material distribution baffle arm assembly comprises a material distribution baffle arm body which is arranged in a linear manner, and the material distribution baffle arm body is rotatably connected with the air cylinder mounting frame through a first pin shaft; the connecting position of a first pin shaft is taken as a boundary point, the material distribution baffle arm body is divided into a driving arm section and a follow-up arm section, the end part of the driving arm section is rotatably connected with the cylinder rod end of the material distribution driving cylinder through a second pin shaft, a plurality of vertically arranged reversing guide rollers are installed on the follow-up arm section, and the reversing guide rollers are uniformly distributed along the arm length direction of the material distribution baffle arm body;
when the material distributing blocking arm body rotates to a first working position parallel to the conveying direction of the first rear conveying section, the first rear conveying section is in a conveying connection state, and the second rear conveying section is in a conveying disconnection state; when the material distributing blocking arm body rotates to a second working position parallel to the conveying direction of the second rear conveying section, the first rear conveying section is in a conveying off state, and the second rear conveying section is in a conveying on state.
Technical Field
The invention belongs to the technical field of liquefied gas steel cylinder production and manufacturing, and particularly relates to a steel cylinder cooling conveying line connected with normalizing equipment and water pressure detection equipment.
Background
At present, the production process of the liquefied gas steel cylinder comprises the following steps: 1. stretching to manufacture a seal head; 2. the two seal heads are butted and welded annularly to form a bottle body; 3. tempering the bottle body; 4. carrying out water pressure detection; 5. performing shot blasting and derusting; 6. spraying a coating on the surface; 7. and carrying out high-temperature curing treatment.
The product is after carrying out the tempering, and the temperature is higher, just can enter into water pressure check out test set and carry out pressure detection after needing the cooling, and current cooling transfer chain is orthoscopic transport mode, and for realizing that the steel bottle fully cools down, the transfer chain is longer, and occupation space is big, and conveying speed is slow in addition, has restricted the production efficiency of steel bottle.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides the steel cylinder cooling conveying line which is used for connecting normalizing equipment and water pressure detection equipment and has the advantages of small occupied space, high conveying speed, good conveying stability and better cooling effect.
The above object of the present invention is achieved by the following technical solutions:
the utility model provides a link up normalizing equipment and water pressure check out test set's steel bottle cooling transfer chain which characterized in that: the conveying line consists of a front conveying section connected with the output end of the normalizing device, a rear conveying section connected with the two groups of water pressure detection devices and an intermediate conveying section connected with the front conveying section and the rear conveying section; the middle conveying section is formed by connecting a plurality of conveying sections which are arranged in an S shape; carry the section after by first back carry the section and constitute with the second back carry the section, carry the head end of section and end to link up with the end of middle transport section and the entry end of first water pressure check out test set respectively after the first, carry the head end of section and carry the position that the section is close to its head end after the second and form the branching connection after the first, carry the end of section and the entry end of second water pressure check out test set link up after the second:
each of the front conveying section, the middle conveying section, the first rear conveying section and the second rear conveying section comprises a conveying support, a front transmission shaft, a rear transmission shaft, a front transmission wheel, a rear transmission wheel and a transmission chain, wherein the front transmission shaft and the rear transmission shaft are arranged on the conveying support; a horizontal follower roller contacting with the bottom of the steel cylinder is arranged at the joint corner part of the adjacent conveying sections, and turning guide rollers which are vertically arranged are arranged on the inner side and the outer side of the joint corner part;
a material distributing mechanism which can make the two rear conveying sections alternately connected and disconnected is arranged on the outer side of the forked connecting part of the first rear conveying section and the second rear conveying section.
Further: the material distributing mechanism comprises a material distributing baffle arm combination, a material distributing driving cylinder and a cylinder mounting frame; the cylinder mounting rack is fixedly connected with the outer side of the conveying support of the first rear conveying section, and one end, away from the cylinder rod, of the material distribution driving cylinder is connected with the cylinder mounting rack; the material distribution baffle arm assembly comprises a material distribution baffle arm body which is arranged in a linear manner, and the material distribution baffle arm body is rotatably connected with the air cylinder mounting frame through a first pin shaft; the connecting position of a first pin shaft is taken as a boundary point, the material distribution baffle arm body is divided into a driving arm section and a follow-up arm section, the end part of the driving arm section is rotatably connected with the cylinder rod end of the material distribution driving cylinder through a second pin shaft, a plurality of vertically arranged reversing guide rollers are installed on the follow-up arm section, and the reversing guide rollers are uniformly distributed along the arm length direction of the material distribution baffle arm body;
when the material distributing blocking arm body rotates to a first working position parallel to the conveying direction of the first rear conveying section, the first rear conveying section is in a conveying connection state, and the second rear conveying section is in a conveying disconnection state; when the material distributing blocking arm body rotates to a second working position parallel to the conveying direction of the second rear conveying section, the first rear conveying section is in a conveying off state, and the second rear conveying section is in a conveying on state.
The invention has the advantages and positive effects that:
1. the middle conveying section of the steel cylinder adopts an S-shaped arrangement structure, so that the length of the conveying line reaches a larger value under the condition of occupying a smaller space, the heat dissipation time of the steel cylinder in the air is effectively prolonged, and the steel cylinder can achieve a better heat dissipation effect.
2. The rear and front conveying sections of the conveying line adopt two conveying branches, and each conveying branch corresponds to a water pressure detection device, so that the conveying speed of the conveying line can be increased, and the production efficiency of the steel cylinder is improved.
3. The guardrails are arranged on the two sides of the conveying support, so that the steel cylinders cannot fall off from the conveying chain in the conveying process; the bottom in the corner position of adjacent transport section sets up horizontal follower roll, and the inside and outside sets up the turn guide roll of vertical setting, makes the steel bottle pass through the corner position smoothly, the dead problem of card can not appear to the smooth operation of whole transfer chain has been guaranteed.
Drawings
FIG. 1 is a structural layout diagram of the present invention;
FIG. 2 is an enlarged fragmentary view of the adjoining corner portions of the adjacent conveying sections of FIG. 1;
FIG. 3 is an enlarged view of a portion of FIG. 1 with the feed mechanism in a first operating position;
fig. 4 is an enlarged view of a portion of fig. 1 with the feed mechanism in a second operating position.
Detailed Description
The present invention will be described in further detail with reference to the following embodiments, which are illustrative only and not limiting, and the scope of the present invention is not limited thereby.
A steel cylinder cooling conveying line for connecting normalizing equipment and water pressure detection equipment is disclosed, please refer to FIGS. 1-4, and the invention point is:
the conveying line comprises a front conveying section 1 connected with the output end of the normalizing equipment, a rear conveying section 3 connected with the two groups of water pressure detection equipment and a middle conveying section 2 connected with the front conveying section and the rear conveying section; the middle conveying section is formed by connecting a plurality of conveying sections which are arranged in an S shape; the rear conveying section is composed of a first rear conveying section 3-1 and a second rear conveying section 3-2, the head end and the tail end of the first rear conveying section are respectively connected with the tail end of the middle conveying section and the inlet end of the first water pressure detection device, the head end of the second rear conveying section and the position, close to the head end, of the first rear conveying section form a forked connection, and the tail end of the second rear conveying section is connected with the inlet end of the second water pressure detection device.
Each of the front conveying section and the middle conveying section, the first rear conveying section and the second rear conveying section comprises a conveying support, a front transmission shaft, a rear transmission shaft, a front transmission wheel, a rear transmission wheel and a transmission chain 6, wherein the front transmission shaft and the rear transmission shaft are arranged on the conveying support; and a horizontal follower roller 7 contacted with the bottom of the steel cylinder is arranged at the joint corner part of the adjacent conveying sections, and a turning guide roller 8 which is vertically arranged is arranged on the inner side and the outer side of the joint corner part. The connection of the drive shaft, the drive wheel and the drive chain is referred to the existing chain drive, only the drive chain being shown in the figures. Each conveying section can be provided with one driving motor for driving respectively, and a plurality of driving motors can be arranged at different positions according to the length of the transmission chain for driving in sections.
A
In the above structure, further: the material distributing mechanism comprises a material distributing baffle arm combination, a material distributing driving cylinder 4-4 and a cylinder mounting rack 4-3; the cylinder mounting bracket is fixedly connected with the outer side of the conveying support of the first rear conveying section, and one end, away from the cylinder rod, of the material-distributing driving cylinder is connected with the cylinder mounting bracket. The material distributing baffle arm assembly comprises a material distributing baffle arm body 4-1 which is arranged linearly, and the material distributing baffle arm body is rotatably connected with the air cylinder mounting frame through a first pin shaft 4-5; the connecting position of the first pin shaft is taken as a boundary point, the material distribution arm blocking body is divided into a driving arm section and a follow-up arm section, the end part of the driving arm section is rotatably connected with the cylinder rod end of the material distribution driving cylinder through a second pin shaft 4-6, a plurality of vertically arranged reversing guide rollers 4-2 are installed on the follow-up arm section, and the reversing guide rollers are uniformly distributed along the arm length direction of the material distribution arm blocking body.
The material separating blocking arm body rotates to a first working position parallel to the conveying direction of the first rear conveying section, namely, the position shown in the attached drawing 3, the first rear conveying section is in a conveying connection state, the second rear conveying section is in a conveying disconnection state, and at the moment, the steel cylinder is conveyed to the first water pressure detection equipment through the first rear conveying section. When the material separating blocking arm body rotates to a second working position parallel to the conveying direction of the second rear conveying section, namely the position shown in the attached
Although the embodiments of the present invention and the accompanying drawings are disclosed for illustrative purposes, those skilled in the art will appreciate that: various substitutions, changes and modifications are possible without departing from the spirit and scope of the invention and the appended claims, and therefore the scope of the invention is not limited to the disclosure of the embodiments and the accompanying drawings.
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