CN201329609Y

CN201329609Y - Ice-lolly stick arranger

Info

Publication number: CN201329609Y
Application number: CNU2008202320470U
Authority: CN
Inventors: 吴志仁; 王一光
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-12-25
Filing date: 2008-12-25
Publication date: 2009-10-21
Anticipated expiration: 2018-12-25

Abstract

The utility model relates to an ice-lolly stick arranger. A feeding mechanism of the ice-lolly stick arranger consists of a hopper and a corrugated conveyer belt; an arranging mechanism comprises a vibrating bed; chutes are arranged on the vibrating bed; leakage holes are arranged at intervals on the bottoms of the chutes; a vibrator is mounted at the upper end of the vibrating bed; a discharging mechanism is provided with an accelerating roller which is positioned at the lower end of the vibrating bed; a trough is positioned in front of the accelerating roller; the bottom of the trough is formed by a discharging conveyer belt; a partition plate is arranged in the trough; a cover plate is arranged over the partition plate; the rear side of the trough is connected with a discharging bin; the rear part of the discharging conveyer belt is inclined downwards at 15 degrees to form the bottom of the discharging bin; the rear wall of the discharging bin is curved; and a vibrating electromotor is mounted on the side of the discharging bin. The ice-lolly stick arranger can substitute manpower to automatically arrange unorderly material in the process of processing ice-lolly sticks.

Description

Ice cream sticks is smoothed out with the fingers along machine

One, technical field

The utility model relates to the woodwork processing equipment, and the wooden ice cream sticks that particularly a kind of energy will be placed is in a jumble smoothed out with the fingers along machine by the neat ice cream sticks of placing of a direction.

Two, background technology

As everyone knows, the wooden ice cream sticks finished product of processing, die-cut, multiple working procedures such as face is got, branding, pick, packing will be passed through in front and back, wherein, for satisfying the needs of next process, the mixed and disorderly anyhow ice cream sticks semi-finished product of placing (hereinafter to be referred as material) that are that usually last procedure will be got off are neatly placed by a direction.At present, most of enterprises all adopt the people to smooth out with the fingers suitable way by hand and finish this task.Because output is big, craft is smoothed out with the fingers suitable, and not only labour intensity is big, and efficient is low.Therefore, a kind of ice cream sticks that can replace handwork of design is smoothed out with the fingers along machine and is very important.

Three, utility model content

The purpose of this utility model is exactly to smooth out with the fingers suitable ice cream sticks automatically at this ice cream sticks that need provide a kind of energy to place in a jumble to smooth out with the fingers along machine.

The ice cream sticks that the utility model provides is smoothed out with the fingers along machine and is made up of feed mechanism, feeding mechanism and discharging mechanism, and described feed mechanism has hopper, and the ripple conveyer belt is arranged at the hopper bottom; Described feeding mechanism is made of vibrated bed, and this vibrated bed and level are the 20-30 degree, and its upper end is corresponding with the upper end of described ripple conveyer belt, and chute is arranged on the vibrated bed; Described discharging mechanism has the acceleration roller that is positioned at the vibrated bed lower end, and being positioned at acceleration roller front has hopper, and the bottom surface of this hopper is made of the discharging conveyer belt, be provided with dividing plate in the hopper, the cell wall lower end of this dividing plate front end and described chute joins, and cover plate is arranged at the top of dividing plate, the hopper rear portion with go out feed bin and join.

It is downward-sloping that the rear portion of above-mentioned discharging conveyer belt can be made into the 10-20 degree, constitutes the bottom surface that feed bin; The rear wall that goes out feed bin is curved; At the sidepiece that goes out feed bin vibrating motor is installed.

For in the feeding process, lacking bigger defective material, can on the bottom surface of described chute, offer the small opening of 2-3 length 30-35mm at interval once rejecting length.

For making material combing in advance before falling vibrated bed, make it consistent with the chute direction as far as possible, can be in the upper end of described vibrated bed, the top glassware is installed in corresponding described ripple conveyer belt upper end, and the bottom of this top glassware is made of the fork bar of spacing 40-50mm.

When above-mentioned ice cream sticks is smoothed out with the fingers along machine work, behind rambling ice cream sticks material input hopper, flow to vibrated bed by the ripple conveyer belt, be accompanied by the vibration of vibrated bed, material falls into chute through the top glassware, become single direction to glide, meet the small opening of chute bottom, the bigger material of individual lengths disappearance leaks down from the hole, disallowable, material skids off the chute lower end, touches to quicken to be pushed fast in the hopper behind the roller, at dividing plate, keep the feeding direction to fall on the discharging conveyer belt under the crowding around of cover plate and hopper front and rear wall, deliver to out in the feed bin by the discharging conveyer belt, and pile up, wait to be stacked into and be removed when a certain amount of by the feeding direction, give next process, realize that thus the automation of ice cream sticks is smoothed out with the fingers suitable.

The utility model ice cream sticks is smoothed out with the fingers along machine and per hour can be smoothed out with the fingers along ten thousand ice cream sticks of 20-30, and its efficient is artificial 5-10 times.

Four, description of drawings

Accompanying drawing provides an embodiment of the present utility model, and wherein Fig. 1 is its complete machine side view; Fig. 2 is the front view of vibrated bed among Fig. 1; Fig. 3 is the side view of chute cell wall among Fig. 2; Fig. 4 is the side view of discharging mechanism among Fig. 1; Fig. 5 is the front view of discharging mechanism.

Five, the specific embodiment

In conjunction with Fig. 1 to Fig. 5, the present embodiment ice cream sticks is smoothed out with the fingers along machine and is made up of feed mechanism, feeding mechanism and discharging mechanism three parts.Wherein the front portion of feed mechanism is a hopper 4, the corresponding ripple conveyer belt 5 of the front lower place opening of hopper, this ripple conveyer belt is installed on the frame 1 that gradient is 45 degree, is driven by motor 9, decelerator 8 and driven roller 10, and it is supporting with it to change rod 7, commentaries on classics rod 2, commentaries on classics rod 11, carrying roller 6 and baffle plate 3.Feeding mechanism is positioned at the feed mechanism back, and by long 1780mm, the vibrated bed 14 of wide 1000mm constitutes.This vibrated bed and level are 30 degree angles, its upper end is corresponding with the upper end of described ripple conveyer belt, the front is seen, thin-wall channel by wide 35mm is welded to each other together, constitute a plurality of feedings chute 26, laterally fall the material of failing to enter chute on the vibrated bed and can change direction enter chute in the downslide process for making, this machine is made 30mm and two kinds of differing heights of 40mm with the cell wall 27 of chute, and makes it to distribute alternately.For in the feeding process once rejecting the waste material of length less than 35mm, this machine is also offered the square small opening 28 that three length are 35mm at a distance of 210mm from top to bottom in the bottom surface of chute, and the back edge in hole is related slightly downward-sloping holder tongue 29 (being used to avoid qualified material to leak down).Adopt this structure can make length less than the waste material of 35mm along from small opening, leaking down in the chute downslide process, rest materials then can be passed through small opening smoothly.Vibrated bed is installed on the bedstead 16, and vibrating motor 15 is installed on the bedstead, and the bedstead both sides are seated on the frame 18 by spring 17.For making the mixed and disorderly material of direction that falls from the ripple conveyer belt before falling vibrated bed, be carded to consistent in advance with the chute direction, this machine is also installed one and corresponding top, ripple conveyer belt upper end glassware 12 in the vibrated bed upper end, this top glassware is similar to the beanstalk of winnowing with a dustpan, its bottom is made of the direction fork bar 13 parallel with chute, the total length of fork bar is 402mm, mutual spacing is 50mm, faces fork bar height mutually and does not wait (differing 20mm).Material jolts through the top glassware, falls between the fork bar, and with chute direction basically identical, majority can enter chute smoothly.Discharging mechanism comprises the acceleration roller 20 that is positioned at described vibrated bed 14 lower ends, and this quickens roller and is driven by motor 19, and the top of its roll surface exceeds the baseplane of described chute 26 slightly.The front of quickening roller is provided with hopper 23, hopper is made of antetheca 31 and rear wall 32, bottom land is made of discharging conveyer belt 33, this discharging conveyer belt is by motor 25, driven roller 24, transfer roller 35 and transfer roller 37 drive, be provided with dividing plate 22 in the hopper, the cell wall lower end of this dividing plate front end and described chute joins, the rear end is fixed on the hopper antetheca, its front portion, lower edge is an arc, covers on described acceleration roller top, and the rear portion is 4 centimetres apart from discharging conveyer belt height, the top that is positioned at dividing plate is provided with cover plate 21, cover plate adopts split modular structure, and every cover plate is facing between the dividing plate mutually, laterally by connector 30 up and down the polylith cover plate is fused.The hopper rear portion picks out feed bin 34, makes the rear portion of discharging conveyer belt and level be 15 degree angles and has a down dip, and constitutes the bottom surface that feed bin, and the rear wall that goes out feed bin is curved, at the sidepiece that is going out feed bin vibrating motor 36 is installed.The operation principle of above-mentioned discharging mechanism is: slide into the chute lower end under the material, touch and quicken to be quickened to move ahead by the acceleration roller of quick rotation behind the roller, around under the encirclement of dividing plate, cover plate and front and back cell wall, can not change former feeding direction, hopper can not upwards fly out, can only drop on the discharging conveyer belt, be sent to out feed bin by the discharging conveyer belt.At the bottom of the downward-sloping storehouse with arc after bulkhead, add the top discharge storehouse and be in the vibration that does not stop, can make the material that enters out in the feed bin keep former feeding direction upwards to pile up gradually, and not can on the discharging conveyer belt follow-up supplied materials cause resistance.

Need to prove that the used ripple conveyer belt of above-mentioned feed mechanism also available wind conveying device replaces, need this moment that the end setting in corresponding pneumatic conveyer road prevents the guard that material splashes in the vibrated bed upper end.

Claims

1, ice cream sticks is smoothed out with the fingers along machine, is made up of feed mechanism, feeding mechanism and discharging mechanism, it is characterized in that described feed mechanism has hopper (4), and ripple conveyer belt (5) is arranged at the hopper bottom; Described feeding mechanism is made of vibrated bed (14), and this vibrated bed and level are the 20-30 degree, and its upper end is corresponding with the upper end of described ripple conveyer belt (5), and chute (26) is arranged on the vibrated bed; Described discharging mechanism has the acceleration roller (20) that is positioned at the vibrated bed lower end, be positioned at acceleration roller front hopper (23) is arranged, the bottom surface of this hopper is made of discharging conveyer belt (33), be provided with dividing plate (22) in the hopper, cell wall (27) lower end of this dividing plate front end and described chute (22) joins, cover plate (21) is arranged at the top of dividing plate, the hopper rear portion with go out feed bin (34) and join.

2, ice cream sticks according to claim 1 is smoothed out with the fingers along machine, it is characterized in that it is downward-sloping that the rear portion of described discharging conveyer belt (33) is the 10-20 degree, constitutes the bottom surface that feed bin (34); The rear wall that goes out feed bin is curved; The sidepiece that goes out feed bin is equipped with vibrating motor (36).

3, ice cream sticks according to claim 1 and 2 is smoothed out with the fingers along machine, it is characterized in that, offers the small opening (28) of 2-3 length 30-35mm on the bottom surface of described chute (26) at interval.

4, ice cream sticks according to claim 1 and 2 is smoothed out with the fingers along machine, it is characterized in that, upper end in described vibrated bed (14), the upper end of corresponding described ripple conveyer belt (5) are equipped with top glassware (12), and the bottom of this top glassware is made of the fork bar (13) of spacing 40-50mm.

5, ice cream sticks according to claim 3 is smoothed out with the fingers along machine, it is characterized in that,, the upper end in described vibrated bed (14), the upper end of corresponding described ripple conveyer belt (5) are equipped with top glassware (12), and the bottom of this top glassware is made of the fork bar (13) of spacing 40-50mm.