CN214988911U

CN214988911U - Material storage device is carried to sectional type paper

Info

Publication number: CN214988911U
Application number: CN202120907004.3U
Authority: CN
Inventors: 罗佳维
Original assignee: Shanghai Zidan Printing Co ltd; Shanghai Zidan Food Packaging Printing Co ltd
Current assignee: Shanghai Zidan Printing Co ltd; Shanghai Zidan Food Packaging Printing Co ltd
Priority date: 2021-04-28
Filing date: 2021-04-28
Publication date: 2021-12-03
Anticipated expiration: 2031-04-28

Abstract

The utility model discloses a storage device is carried to sectional type paper, including carrying the section, locating the feed bin section of carrying the section front end, carry the section including conveyor belt, belt drive mechanism and locate the feed bin fixing base of conveyor belt front end, the feed bin section includes the feed bin body and locates the feed bin angle modulation seat of feed bin body rear end, the feed bin body passes through feed bin angle modulation seat rotatory and connect and be fixed in on the feed bin fixing base. Through adopting the structure of sectional type to arrange, not only can accomplish the capacity of feed bin as big as possible like this, can become angle adjustable with the design of feed bin body moreover to adjust the weight of not unidimensional paper and get the ascending component force of paper direction, solve and get the problem that the paper resistance constantly changes along with production, improved the stability and the reliability of getting paper.

Description

Material storage device is carried to sectional type paper

Technical Field

The utility model belongs to line, concretely relates to storage device is carried to sectional type paper are produced to the paper.

Background

In the production process of packaging paper and paper boxes, paper feeding needs a storage bin for storage, so that the equipment can be taken out continuously. Therefore, the storage bin devices (for example, chinese patent application No. 202021408514.8 discloses a novel full-automatic carton capping machine), or chinese patent application No. 202021550942.4 discloses an interval distribution device for code-spraying and printing of cartons) in the prior art can solve the problems of storage and feeding.

The defects of the prior art are as follows: the storage capacity of a part of storage bins is vertically arranged, the capacity is small, operators are required to continuously feed materials according to production conditions, and the manual use cost of equipment is high; the other part of the large-capacity storage bin is inclined at a certain angle, the storage bin bears a part of the weight of the paper, but the power-free conveying is realized, the feeding is mostly finished by the gravity, so that the resistance of paper taking is continuously changed along with the continuous reduction of the paper in the storage bin, and unstable factors are increased; in addition, in order to prevent the paper from overturning, the stop block can be placed at the tail part of the stock bin, but the stop block has no power, or the power is supplied by friction force, so that the follow-up of the stop block cannot be stably and reliably ensured.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that a sectional type paper transport storage device is provided, adopt to carry with the sectional type structure of feed bin, through feed bin angularly adjustable to the weight of adjusting not unidimensional paper is getting the ascending component of paper side, solves the problem of getting the paper resistance along with producing the continuous change, has improved the stability and the reliability of getting paper.

In order to solve the technical problem, the utility model discloses a following technical scheme:

the utility model discloses a storage device is carried to sectional type paper, including carrying the section, locating the feed bin section of carrying the section front end, carry the section including conveyor belt, belt drive mechanism and locate the feed bin fixing base of conveyor belt front end, the feed bin section includes the feed bin body and locates the feed bin angle modulation seat of feed bin body rear end, the feed bin body passes through feed bin angle modulation seat rotatory and connect and be fixed in on the feed bin fixing base.

The conveying section further comprises a follow-up stop block mechanism arranged on the conveying belt.

The conveying belt comprises a driving carrying belt arranged in the middle and a driven carrying belt arranged on the side edge of the driving carrying belt, the driven stop block mechanism is arranged on the driven carrying belt, the front end of the driving carrying belt is provided with a driving shaft connected with the belt driving mechanism, the rear end of the driving carrying belt is provided with a driven shaft, and the rear end of the driven carrying belt is provided with a driven wheel arranged on the driven shaft.

The conveying section further comprises a clutch adjusting mechanism arranged at the front end of the conveying section, the clutch adjusting mechanism comprises a clutch handle, a cam connected with the clutch handle and a shifting fork mechanism driven by the cam in a rotating mode, one end of the shifting fork mechanism is provided with a clutch pressing wheel, the clutch pressing wheel is arranged on the driven shaft, the driven shaft rotates and can move axially along the driven shaft, the driven wheel is a clutch driven wheel matched with the end face of the clutch pressing wheel, and the clutch driven wheel can freely rotate along the radial direction of the driven shaft.

The other end of the shifting fork mechanism is provided with a slide rail mechanism and a cam follower, and the cam follower is connected with the cam in a matching way and drives the shifting fork mechanism to move along the slide rail mechanism through the rotation of the cam.

The follow-up stop block mechanism comprises a follow-up stop block, a follow-up fixed rod and a guide groove, a handle is arranged on the follow-up stop block and is transversely connected to the driven carrying belt through the follow-up fixed rod, the guide groove is arranged on the outer side of the driven carrying belt, and the end part of the follow-up fixed rod is arranged in the guide groove in a sliding manner.

The feed bin body is including the feed bin wallboard of locating both sides and front end, locate the top and by the feed bin roof that the feed bin guide pillar supported, locate the extension board in the middle of the feed bin wallboard of both sides, locate the width adjustment mechanism on the feed bin wallboard, locate the height control mechanism on the feed bin roof, width adjustment mechanism includes width adjustment handle, locate between the feed bin wallboard of both sides and the lead screw that links to each other with width adjustment handle, locate the width control seat of lead screw and locate the feed bin baffle on the width control seat, height adjustment mechanism is including being located feed bin roof below and locating the height fine-tuning board on the feed bin guide pillar, locate on the feed bin roof and the height adjustment handle who links to each other with height fine-tuning board.

And a special-shaped baffle and a paper blocking roller are arranged below the height fine adjustment plate.

The lateral part of the conveying belt is also provided with a guardrail part, and the guardrail part comprises a guardrail support frame and a guardrail arranged on the guardrail support frame.

Adopt the utility model discloses a storage device is carried to sectional type paper has following advantage:

(1) the sectional type structural arrangement is adopted to divide the stock bin into the conveying section and the stock bin section, so that the capacity of the stock bin can be as large as possible, and the angle of the stock bin body at the front end can be adjusted by the sectional type design, so that the component force of the weight of paper with different sizes in the paper taking direction can be adjusted, the problem that the paper taking resistance is changed along with the production is solved, and the stability and the reliability of the paper taking are improved;

(2) the baffle plate follow-up structure is adopted, the stop block for preventing the tail part of the paper from overturning is made into a follow-up part and moves along with the side carrying belt, so that the stability of paper feeding can be ensured constantly even if the paper in the conveying section is reduced along with production, the quantity of the paper in the stock bin body is ensured to be stable, and the effect of stabilizing the paper taking stress is achieved;

(3) the clutch adjusting device is adopted, the transmission power of the follow-up baffle is made to be adjustable, a follow-up component which is disengaged from the power can be pushed forwards or pulled backwards, and the purpose is to improve the convenience of paper supply when the paper in the conveying section is short of materials.

Drawings

The following detailed description of the present invention is made with reference to the accompanying drawings and the embodiments:

fig. 1 is a perspective view of the sectional type paper conveying and storing device of the present invention;

FIG. 2 is a perspective view of the conveying section of the present invention;

fig. 3 is a bottom perspective view of the clutch adjustment mechanism of the present invention;

fig. 4 is a schematic top view of the clutch adjustment mechanism of the present invention;

fig. 5 and fig. 6 are schematic perspective views of different viewing angles of the storage bin section according to the present invention.

Detailed Description

The utility model discloses a storage device is carried to sectional type paper is shown in fig. 1, mainly include the transport section 140 that the level was placed, locate two segment structure of feed bin section 180 of carrying section 140 front end, wherein, please combine shown in fig. 2, it mainly includes conveyor belt 170 to carry section 140, belt drive mechanism (if can adopt servo motor 145 etc.) and locate the feed bin fixing base 147 of conveyor belt 170 front end, feed bin section 180 mainly includes feed bin body 150 and locates the feed bin angle modulation seat 153 of feed bin body 150 rear end, feed bin body 150 passes through feed bin angle modulation seat 153 swivelling joint on feed bin fixing base 147, and connect fixedly through the bolt. This angle of rotation regulation can adopt circumference to set up several waist shape hole on feed bin angle modulation seat, through cooperateing with the bolt, can realize rotation angle adjustment and fixed. Of course, other similar structures such as hinges may also be employed.

The conveying section 140 further includes a basic frame formed by wall plates 141 at both sides and the end and a support plate 142 horizontally disposed in the middle, and a follow-up stopper mechanism 120 disposed on the conveying belt 170 and capable of moving toward the hopper section 180 along with the conveying belt 170, which can form an anti-tipping structure at the tail of the paper to ensure the stability of paper feeding at all times. The conveying belt 170 may include a driving carrying belt 143 disposed in the middle and driven carrying belts 144 disposed at both sides thereof, a driving shaft 146 connected to the belt driving mechanism and a driving wheel thereof are disposed at the front end of the driving carrying belt 143, the supporting plates 142 and the driving shaft 146 are fixed together by the wall plates 141 at both sides, a driven shaft 137 and a driven wheel thereof are disposed at the rear end of the driving carrying belt 143, a driven wheel 136 disposed on the driven shaft 137 is disposed at the rear end of the driven carrying belt 144, the driven carrying belt 144 is driven by the driven wheel 136 and the driving carrying belt 143 to provide transmission power for conveying paper together, and the driven carrying belt 144 drives the driven stopper mechanism 120 to follow up.

The conveying section 140 further comprises a guard rail part 110 comprising a guard rail support frame 111, a guard rail 112, wherein: the guardrail support frame 111 is fixed on the wall plate 141 at two sides of the conveying section 140, the guardrail support frame 111 can be reasonably distributed according to the length of the guardrail 112, the guardrail 112 can be fixed at a proper position by adjusting the relative position of the guardrail support frame 111, and the guardrail 112 can be selectively installed on one side or two sides according to the requirement of paper.

The follow-up block mechanism 120 comprises a follow-up block 121, a handle 122, a follow-up fixing rod 123 and guide grooves 124, wherein the two guide grooves 124 are respectively installed on the inner sides of the wall plates 141 at the two sides of the conveying section 140, guide wheels are arranged on the follow-up fixing rod 123 and are respectively movably arranged in the guide grooves 124, and the follow-up fixing rod 123 is fixed on two driven carrier belts 144 and provides follow-up power. The follow-up block 121 is fixed on the follow-up fixing rod, and the handle 122 arranged on the follow-up block can be used for manually adjusting the position of the follow-up block 121.

For facilitating charging, a clutch adjusting mechanism arranged at the front end of the conveying section 140 shown in fig. 3 and 4 can be adopted for specific manual adjustment, and the clutch adjusting mechanism comprises a clutch handle 131, a cam 134 and a shifting fork mechanism, the shifting fork mechanism comprises a shifting fork 132, a cam follower 133, a linear guide rail 135, a shifting fork sliding sleeve 138, a clutch pressing wheel 139 and the like, a driving carrier belt 143 transmits the power of a servo motor 145 to a driven shaft 137, and two follower wheels 136 arranged on the driven shaft 137 adopt clutch follower wheels and are in clutch fit with the two clutch pressing wheels 139 also arranged on the driven shaft 137. Wherein the clutch follower wheel is axially fixed on the driven shaft 137 but is free to rotate in the radial direction; the clutch pressure wheel 139 can slide on the driven shaft 137 in the axial direction, but rotates with the driven shaft 137 in the circumferential direction. Two shifting fork sliding sleeves 138 are respectively fixed on the clutch pressing wheel 139, the gear shaping of the shifting fork 132 is installed in the shifting fork sliding sleeves 138 and is also fixed on the linear guide rail 135, and the linear guide rail 135 is fixed on the tail wall plate of the conveying section 140. The linear guide has a cam follower 133 fixed thereon, and the cam follower 133 can be tightly contacted with the cam 134 by the urging force of a spring, and the distal end and the proximal end of the cam 134 can have two diagonal grooves for catching the cam follower 133. The cam 134 is fixedly connected to the clutch handle 131 and is mounted together on the end wall 141 of the conveying section 140. The cam 134 can be driven to rotate by the clutch handle 131, so as to drive the shifting fork mechanism to drive the connection and the separation between the clutch pressing wheel 139 and the clutch follower wheel, thereby realizing the clutch between the driven carrier belt 144 fixedly provided with the follower stop mechanism 120 and the driving carrier belt 143.

Please refer to fig. 6 in combination with the silo, the silo body 150 includes a silo wall plate 151, a width adjustment handle 152, a support plate 154, a width adjustment seat 155, a height adjustment handle 156, a silo top plate 157, a silo guide post 158, etc., wherein the silo wall plate 151, the silo guide post 158, and the silo top plate 157 form a basic frame of the silo, the width adjustment of the silo is accomplished by the width adjustment handle 152, which is disposed at a side portion of the silo wall plate 151, and is implemented by a screw rod 159 connected to the width adjustment handle 152, a horizontal guide post 168 in parallel, and a pair of width adjustment seats 155 disposed at two sides of the screw rod 159 and the horizontal guide post 168, and the silo baffles 113 respectively disposed on the width adjustment seats 155 can change positions with the rotation of the width adjustment seats 155 under the action of the screw rod 159, so as to achieve the purpose of width adjustment. The support plate 154 is fixed to a horizontal guide post 168 to support the paper in the magazine from the bottom.

The silo body 150 further comprises a silo adjusting component 160, which comprises a special-shaped baffle 161, a height fine adjustment plate 162, a special-shaped piece dismounting handle 163, a front baffle 164, a baffle rod adjusting handle 165, a paper baffle roller 166 and a lower baffle 167, wherein the height fine adjustment plate 162 is installed on the silo guide post 158 and is located below the silo top plate 157, and the up-and-down sliding along the silo guide post 158 is realized through the height adjusting handle 156. The contour plate 161 is a set of plates designed according to the shape of the lower support plate 154, and is fixed to the fine height adjustment plate 162 and can be replaced by a contour plate attachment/detachment handle 163. The front baffle 164, the paper blocking roller 166 and the lower baffle 167 are respectively fixed on the bin frame and the height fine adjustment plate 162, and the positions of the front baffle 164, the paper blocking roller 166 and the lower baffle 167 can be adjusted to adapt to the external dimension of paper by adjusting the guardrail support frame 111, the width adjusting handle 152 and the width adjusting handle 156 when the paper with different specifications needs to be replaced initially; the blocking position and size of the paper are set by the bin adjusting part 160; the angle position of the bin is changed through the bin angle adjusting seat 153, so that the component force of the weight of the paper along with the conveying direction of the bin is adjusted, and a stable and reliable paper taking state can be conveniently found for the paper of different specifications.

The utility model discloses a storage device is carried to sectional type paper's theory of operation as follows:

when the paper with different specifications is to be replaced initially, the external dimensions of the corresponding paper can be adapted through the adjusting function of the adjusting guardrail support frame 111, the width adjusting handle 152 and the height adjusting handle 156; the blocking position and size of the paper are set by the bin adjusting part 160; the angle position of the bin is changed through the bin angle adjusting seat 153, so that the component force of the weight of the paper in the conveying direction of the bin is adjusted, and a stable and reliable paper taking state can be conveniently found for the paper of different specifications.

In the production process, when the paper in the storage bin is reduced and the paper needs to be loaded, the clutch handle 131 is rotated by 90 degrees at will, the shifting fork 132 is separated from the clutch follower wheel and the clutch pressing wheel 139 under the action of the cam, the clutch adjusting mechanism 120 is in an adjustable state, and an operator pulls the follower stopper 121 to the tail of the conveying section 140, so that the paper is convenient to load; after the paper is loaded, the follow-up block 121 can be pulled to the tail of the paper to prevent the paper from overturning; finally, the clutch handle 131 rotates by 90 degrees at will, the clutch pressing wheel 139 is connected with the clutch follower wheel, the clutch pressing wheel 139 transmits the power of the driven shaft 137 to the clutch follower wheel, the driven carrier belt 144 runs along with the driving carrier belt 143, paper is conveyed into the stock bin body 150 together, the follow-up stop block 121 is kept at the tail of the paper all the time, and the anti-overturning effect is achieved.

However, those skilled in the art should realize that the above embodiments are only used for illustrating the present invention and not used as a limitation of the present invention, and that the changes and modifications to the above embodiments are within the scope of the appended claims as long as they are within the true spirit of the present invention.

Claims

1. The utility model provides a storage device is carried to sectional type paper which characterized in that: including carrying the section, locating the feed bin section of carrying the section front end, carry the section and include conveyor belt, belt drive mechanism and locate the feed bin fixing base of conveyor belt front end, the feed bin section includes the feed bin body and locates the feed bin angle modulation seat of feed bin body rear end, and the feed bin body passes through the feed bin angle modulation seat and rotates and connect and be fixed in on the feed bin fixing base.

2. The segmented paper conveying and storing device according to claim 1, characterized in that: the conveying section further comprises a follow-up stop block mechanism arranged on the conveying belt.

3. The segmented paper conveying and storing device according to claim 2, characterized in that: the conveying belt comprises a driving carrying belt arranged in the middle and a driven carrying belt arranged on the side edge of the driving carrying belt, the driven stop block mechanism is arranged on the driven carrying belt, the front end of the driving carrying belt is provided with a driving shaft connected with the belt driving mechanism, the rear end of the driving carrying belt is provided with a driven shaft, and the rear end of the driven carrying belt is provided with a driven wheel arranged on the driven shaft.

4. The segmented paper conveying and storing device according to claim 3, characterized in that: the conveying section further comprises a clutch adjusting mechanism arranged at the front end of the conveying section, the clutch adjusting mechanism comprises a clutch handle, a cam connected with the clutch handle and a shifting fork mechanism driven by the cam in a rotating mode, one end of the shifting fork mechanism is provided with a clutch pressing wheel, the clutch pressing wheel is arranged on the driven shaft, the driven shaft rotates and can move axially along the driven shaft, the driven wheel is a clutch driven wheel matched with the end face of the clutch pressing wheel, and the clutch driven wheel can freely rotate along the radial direction of the driven shaft.

5. The segmented paper conveying and storing device according to claim 4, characterized in that: the other end of the shifting fork mechanism is provided with a slide rail mechanism and a cam follower, and the cam follower is connected with the cam in a matching way and drives the shifting fork mechanism to move along the slide rail mechanism through the rotation of the cam.

6. The segmented paper conveying and storing device according to claim 3, characterized in that: the follow-up stop block mechanism comprises a follow-up stop block, a follow-up fixed rod and a guide groove, a handle is arranged on the follow-up stop block and is transversely connected to the driven carrying belt through the follow-up fixed rod, the guide groove is arranged on the outer side of the driven carrying belt, and the end part of the follow-up fixed rod is arranged in the guide groove in a sliding manner.

7. The segmented paper conveying and storing device according to claim 1, characterized in that: the feed bin body is including the feed bin wallboard of locating both sides and front end, locate the top and by the feed bin roof that the feed bin guide pillar supported, locate the extension board in the middle of the feed bin wallboard of both sides, locate the width adjustment mechanism on the feed bin wallboard, locate the height control mechanism on the feed bin roof, width adjustment mechanism includes width adjustment handle, locate between the feed bin wallboard of both sides and the lead screw that links to each other with width adjustment handle, locate the width control seat of lead screw and locate the feed bin baffle on the width control seat, height adjustment mechanism is including being located feed bin roof below and locating the height fine-tuning board on the feed bin guide pillar, locate on the feed bin roof and the height adjustment handle who links to each other with height fine-tuning board.

8. The segmented paper conveying and storing device according to claim 7, characterized in that: and a special-shaped baffle and a paper blocking roller are arranged below the height fine adjustment plate.

9. The segmented paper conveying and storing device according to claim 1, characterized in that: the lateral part of the conveying belt is also provided with a guardrail part, and the guardrail part comprises a guardrail support frame and a guardrail arranged on the guardrail support frame.