CN210618682U

CN210618682U - On-line measuring material feeding unit

Info

Publication number: CN210618682U
Application number: CN201921508283.5U
Authority: CN
Inventors: 汤胜秋; 郭长根; 杨青
Original assignee: Shanghai Wanshen Packaging Machinery Co ltd
Current assignee: Shanghai Wanshen Packaging Machinery Co ltd
Priority date: 2019-09-11
Filing date: 2019-09-11
Publication date: 2020-05-26
Anticipated expiration: 2029-09-11

Abstract

The utility model discloses an on-line measuring material feeding unit. Including setting up the material loading conveyor in corresponding frame, still include an on-line measuring device, on-line measuring device is including detecting the conveyer way to and weighing sensor, it is equipped with respectively and detects the silo with a plurality of activities that material loading conveyor's corresponding defeated guide chute is corresponding to detect the silo to detect the conveyer way, weighing sensor sets up respectively between activity detection silo and the corresponding position of frame, and each activity detects the silo weighing sensor is signal connection respectively in corresponding controller in proper order, it is equipped with marching type pusher to detect the conveyer way. The on-line detection feeding device is simple and reasonable in structure, can continuously convey the quality of detection bags on line, and ensures the quality of material boxing under the condition of ensuring the conveying speed efficiency.

Description

On-line measuring material feeding unit

Technical Field

The utility model relates to an on-line measuring material feeding unit.

Background

The boxing and packaging of medicines, foods and the like are carried out to the packaged materials to be arranged, gathered and the like according to different packaging shape types and then are conveyed to corresponding boxing and packaging. When the conveying such as arrangement and gathering is in butt joint with the front packaging process, the boxing quality of the products is directly influenced by the front packaging process when the front packaging process breaks down and the like. The existing boxing conveying device for packing material arrangement, gathering and the like cannot confirm the filling amount of conveyed materials or has the problems of reliability of detection and confirmation due to the arrangement structure, mode and the like of a detection device, so that insufficient packing materials are conveyed to boxing, and further the boxing materials are short and few.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing an on-line measuring material feeding unit to the not enough of above-mentioned prior art existence. The on-line detection feeding device is simple and reasonable in structure, can continuously convey the quality of detection bags on line, and ensures the quality of material boxing under the condition of ensuring the conveying speed efficiency.

The technical scheme of the utility model including setting up the material loading conveyor in corresponding frame, still include an on-line measuring device, on-line measuring device is including detecting the conveyer way to and weighing sensor, it is equipped with respectively and loads into a plurality of activities that corresponding defeated guide chute of conveyor is corresponding with the material to detect the silo to detect the conveyer way, weighing sensor sets up respectively between activity detection silo and the corresponding position of frame, and each activity detects the silo weighing sensor is signal connection in corresponding controller respectively in proper order, it is equipped with marching type pusher to detect the conveyer way.

Each movable detection trough is movably arranged on the rack through a plurality of weighing sensors respectively.

The utility model discloses its marching type synchronous propelling movement transport mode who utilizes the material reprint of material on-line measuring material feeding unit can directly set up online weighing detection device at material transfer passage, carries out corresponding quality continuous detection to the packing material of carrying, on keeping the conveying speed basis that should have, in time discovers, in time detects, can not have to leak to examine, ensures high dress box packaging quality, and it detects accurately, moves reliable and stable. Because of its extremely simple structure constitution, effectively reduced equipment manufacturing cost, and the maintenance work volume is little. Meanwhile, corresponding conveying shape and/or shape arrangement is carried out on corresponding packaging materials, so that the requirements of conveying and boxing in post procedures are better met.

Drawings

Fig. 1 is a schematic structural view of an embodiment of the on-line detecting and feeding device of the present invention.

Detailed Description

In order to further understand the technical solution of the present invention, the present invention will be further explained by the following embodiments with reference to the attached drawings. As shown in fig. 1.

The utility model discloses on-line measuring material feeding unit loads conveyor 8 including setting up in corresponding frame, the material that connects gradually, and on-line measuring device 1, form conversion equipment 9 gathers together device 10, reprints device 12 etc..

The material loading and conveying device comprises a plurality of conveying and guiding troughs which are arranged in parallel. Its on-line measuring device is including detecting the conveyer way to and a plurality of weighing sensor 3, and its detection conveyer way is including a plurality of activities detection silo 2 with corresponding defeated guide chute butt joint respectively. The form changing device is provided with a plurality of direction-changing material inlet grooves 6a and corresponding side-standing material outlet grooves 6b which are respectively butted with the corresponding movable detection material grooves. The gathering device comprises a plurality of gathering troughs 14 which are mutually distributed in a fan shape and are respectively butted with corresponding side vertical discharge troughs. The transfer device comprises coupling material grooves 13 which are respectively in butt joint with output ends of the corresponding gathering material grooves at narrow intervals.

A plurality of weighing sensors are uniformly distributed between the bottom surface of the movable detection trough and the corresponding part of the rack, and the movable detection trough is movably arranged on the rack through the corresponding weighing sensors. The weighing sensors of the movable detection material troughs are respectively in electric signal connection with the controller of the on-line detection feeding device according to the setting sequence or the serial number of the movable detection material troughs.

The weighing sensor is used for weighing the materials sent into the movable detection material grooves by utilizing the stepping pushing circulation interval time, weighing signals of the bagged materials respectively corresponding to each (each path of) movable detection material grooves are sent to the controller and/or the corresponding display, and whether the corresponding packaging line in the bagged packaging process has problems or not can be monitored by identifying and/or displaying the sequence or the path number of the controller and/or the corresponding display. And simultaneously controlling the material loading and conveying device to stop. A plurality of weighing sensors of the movable detection trough are connected in parallel through electric signals.

And a stepping synchronous pushing device is arranged above the on-line detection device, the form conversion device, the gathering device and the transfer device and comprises a material pushing frame 7, the material pushing frame is connected with material pushing teeth 5 corresponding to materials of all movable detection material grooves respectively, and a plurality of material pushing plates 11 corresponding to the materials of the gathering material grooves of the gathering device and the coupling material grooves of the transfer device respectively.

An adjusting device is arranged between the pushing teeth and/or the pushing plate and the material pushing frame. Adjusting device is including setting up the waist shape hole on material propelling movement frame. The pushing teeth and the pushing plate can be connected to the pushing frame through the waist-shaped holes and the corresponding screws. To adjust the mutual spacing. Thereby being suitable for conveying materials with different lengths. The materials 16 are spaced a distance from each other in the process of being pushed. Only the right two corresponding bins are shown in fig. 1 as being filled with material 16. Corresponding materials are available in actual operation.

The direction-changing feeding groove turns the material to the side-standing discharging groove through the direction-changing mechanism to be conveyed in a side-standing mode. The gathering device gathers materials with wide intervals of the side discharge chutes into narrow intervals through the gathering troughs distributed in a fan shape. The machine body of the conveying device is reduced, and the requirements of conveying and boxing are met.

The material pushing teeth of the material pushing frame stretch into corresponding material grooves to act on the corresponding end parts of materials in the material pushing frame, the material pushing plates are located at the upper openings of the material grooves of the corresponding material grooves, and the material pushing plates respectively push the materials step by step synchronously with the corresponding end parts of the parts, higher than the corresponding material groove openings, of the materials. The coupling material groove is in butt joint with the material carrying groove 15 of the material ship on the output conveyor belt, and the material in the coupling material groove is correspondingly pushed and carried into the material carrying groove of the material ship by the corresponding material pushing plate. To be sent to a feeding box.

In another embodiment, an elastic balance supporting device can be arranged between the movable detection trough and the rack. The elastic balance supporting device comprises spiral springs which are symmetrically and uniformly distributed between the bottom surface of the weighing tray and the corresponding part of the frame. The initial supporting force of the elastic balance supporting device is counted into tare weight when weighing. The sensitivity of the weighing sensor can be improved, and the service life of the weighing sensor is prolonged. The rest of the structure of the present embodiment and the corresponding operation modes such as sampling inspection can be similar to the above-mentioned embodiments.

Claims

1. The utility model provides an on-line measuring material feeding unit, is including setting up the material loading conveyor in corresponding frame, and characterized by still includes an on-line measuring device, on-line measuring device is including detecting the conveyer way to and weighing sensor, it is equipped with respectively and carries a plurality of activities detection silos corresponding with material loading conveyor's corresponding defeated guide silo, weighing sensor sets up respectively between activity detection silo and the corresponding position of frame, and each activity detects the silo weighing sensor is signal connection respectively in corresponding controller in proper order, it is equipped with marching type pusher to detect the conveyer way.

2. The on-line detection feeding device as claimed in claim 1, wherein each movable detection trough is movably arranged on the frame through a plurality of weighing sensors.