CN203508445U

CN203508445U - Glass cleaning device of color sorter

Info

Publication number: CN203508445U
Application number: CN201320588253.6U
Authority: CN
Inventors: 方茂雨; 徐明涛
Original assignee: HEFEI ANJINGLONG ELECTRIC CO Ltd
Current assignee: Hefei Angelon Electronics Co ltd
Priority date: 2013-09-23
Filing date: 2013-09-23
Publication date: 2014-04-02
Anticipated expiration: 2023-09-23

Abstract

The utility model relates to the field of color sorters, in particular to a glass cleaning device of a color sorter. The glass cleaning device comprises a moving mechanism, the movement direction of the moving mechanism is consistent with the length direction of the glass plane of glass, a mounting support extending toward the glass plane side is arranged on the moving mechanism, a brush roller with bristles is arranged on the mounting support, the brush face of the bristles is attached to the glass plane in a flush mode, a driving unit is arranged on the mounting support, and the driving unit drives the brush roller to rotate. With the glass cleaning device of the color sorter, oily and sticky stubborn foreign matter can be cleaned, the cleaning effect is improved, and therefore the recognition accuracy of a camera is improved.

Description

Color selector glass cleaning plant

Technical field

The utility model relates to color selector field, particularly a kind of color selector glass cleaning plant.

Background technology

Color selector is the difference that a kind of basis is treated the optical characteristics of sorting material, utilizes photoelectric technology by the heterochromatic particle sorting for the treatment of sorting material equipment out.Along with the raising of industrial and agricultural products manufacture field quality and the development of technology, color selector is widely used in the manufacture fields such as rice, coarse cereals, seed, plastics and ore.Be accompanied by the raising of level and the development of brakingization level of photoelectric technology, sorting quality and the efficiency of color selector are more and more higher.

The main workflow of color selector is: material → material detection system of setting material detection system and needing sorting detects treats that sorting material → scavenger system carries out sorting and move → need the material of sorting and blow out, wherein, material detection system is the core component of color selector, material detection system comprises several cameras, in actual conditions, in material, be often mingled with the foreign matters such as dust, chip, hair, if material detection system is not protected, the camera lens of camera is easy to be covered by floating foreign matter, will affect like this identification of material detection system.The method that addresses this is that employing in prior art is: material detection system is arranged in cabinet, the appropriate position of cabinet arranges glass, with transparent glass, material detection system is separated with treating sorting material, the camera of material detection system sees through glass material to be selected is implemented to IMAQ, in material blanking process to be selected, dust and foreign matter can drop on glass, have so just had a strong impact on objectivity and the accuracy of IMAQ.The foreign matter of depositing in order to remove collection on glass, what in prior art, mostly adopt is to be flat hairbrush, hairbrush is abutting on the plate face of glass, thereby travel mechanism drags hairbrush and moves back and forth and brush off foreign matter on glass along the length direction of glass, but drop to the obstinate foreign matter on glass surface for the material ratio with greasy, stickiness as garlic, peeled shrimp, SEMEN PINI KORAIENSIS etc., simply rely on travel mechanism to drag hairbrush and be difficult to clean out the obstinate foreign matter of this class, hinder the identification of camera, thereby affected the effect of sorting.

Utility model content

The purpose of this utility model is to provide a kind of color selector glass cleaning plant, can be used for clearing up the intractable foreign matters such as oiliness, stickiness, improves the accuracy of identification of camera.

For realizing above object, the technical solution adopted in the utility model is: a kind of color selector glass cleaning plant, comprise travel mechanism, the moving direction of travel mechanism is consistent with the glass surface length direction of glass, in travel mechanism, be provided with the mounting bracket extending to glass glass surface side, be provided with the brush roll with bristle on mounting bracket, the brush finish of bristle reclines with glass glass surface is concordant, on mounting bracket, be provided with driver element, drive unit drives brush roll rotates.

Compared with prior art, there is following technique effect in the utility model: with the brush roll of bristle and described glass glass surface, recline, drive unit drives brush roll rotates, and the intractable foreign matters such as oiliness, stickiness can be cleaned out, improve the effect of cleaning, thereby improved the accuracy of identification of camera.

Accompanying drawing explanation

Fig. 1 is front view of the present utility model;

Fig. 2 is top view of the present utility model;

Fig. 3 is axonometric drawing of the present utility model.

The specific embodiment

Below in conjunction with Fig. 1 to Fig. 3, the utility model is described in further detail:

A kind of color selector glass cleaning plant, comprise travel mechanism 20, the moving direction of travel mechanism 20 is consistent with the glass surface length direction of glass 1, in travel mechanism 20, be provided with the mounting bracket 40 extending to glass 1 glass surface side, on mounting bracket 40, be provided with the brush roll 10 with bristle 11, the brush finish of bristle 11 and concordant the reclining of glass 1 glass surface, on mounting bracket 40, be provided with driver element 30, driver element 30 drives brush roll 10 to rotate, brush roll 10 with bristle 11 reclines with glass 1 glass surface, driver element 30 drives brush roll 10 to rotate, can be by oiliness, the intractable foreign matters such as stickiness clean out, improved the effect of cleaning, thereby improve the accuracy of identification of camera.

Further, for guaranteeing that brush roll 10 can play best cleaning effect, the rotating shaft that is arranged on brush roll 10 both ends axially with vertical setting of length direction of glass 1, namely the cylinder length of brush roll 10 is parallel with the width of glass 1, further, and the setting that conforms to the width of glass 1 of the cylinder length of the brush finish integral body of bristle 11, so just can guarantee the whole glass width that can cover color selector of brush finish of bristle 11, when travel mechanism 20 moves, brush roll 10 rotates, the best results of cleaning.

Further, described travel mechanism 20 comprises the first cylinder 21 and second cylinder 22 of parallel interval setting and is set in the slide block 23 of the first cylinder 21 and the second cylinder 22, the cylinder that two parallel interval arrange on the one hand not only can locating dowel slide block 23, on the other hand, can provide larger power output to guarantee and to be arranged on the annex on slide block 23 with movable slider 23; The moving direction of slide block 23 is parallel with the length direction of glass 1, and described mounting bracket 40 extends along the biside plate face away from slide block 23.

The projecting end of described mounting bracket 40 is provided with fixed mount 41, described fixed mount 41 forms adjustable hinged cooperation with mounting bracket 40, the glass surface length direction of the jointed shaft of fixed mount 41 and glass 1 be arranged in parallel, the rotating shaft of brush roll 10 is arranged on fixed mount 41, when fixed mount 41 forms adjustable cooperation with mounting bracket 40, when being convenient to installation and removal, can also regulate the compression degree of 10 pairs of glass 1 of brush roll of fixed mount 41.

As a kind of embodiment of the present utility model, in conjunction with Fig. 1 and Fig. 3, design as fixed mount 41, fixed mount 41 can be designed to frame structure, the rotating shaft of brush roll 10 is arranged on the both sides plate body of fixed mount, two journal stirrups that extend to mounting bracket 40 are set on the plate body of the both sides of the shaft parallel with brush roll 10, between the plate face of two journal stirrups, adjustable plate is set, can on the plate face of mounting bracket 40 elongated ends, offer several bar holes, the length direction of bar hole is parallel with the elongated end direction of mounting bracket 40, with on the fixing fixed mount 41 of mounting bracket 40, bolt is set, pass through fastening nuts, also can on adjustable plate, offer bar hole, bolt is set on mounting bracket, the end of described adjustable plate both sides is provided with the gudgeon that two parallel interval arrange, plate face correspondence at two journal stirrups is offered the hole that gudgeon is set, for realizing whole fixed mount 41 and mounting bracket 40, realize hinged cooperation, one of them is circular hole for two holes of otic placode face, fix a gudgeon, realization is rotatably assorted, another one hole is bar hole or the mounting hole of arc, another one gudgeon is arranged in the bar hole or mounting hole of arc, the handing-over that just can realize fixed mount 41 and mounting bracket 40 coordinates.Driver element 30 is arranged on fixed mount 41.

Described driver element 30 comprises the motor 31 being arranged on fixed mount 41, described motor 31 is permanent magnetic DC speed-reducing motor, the axially parallel interval of the rotating shaft of motor 31 and brush roll 10 rotating shafts arranges, and motor 31 drives brush roll 10 to drive by the transmission mechanism being arranged on fixed mount 41.As a kind of embodiment of the present utility model, in conjunction with Fig. 1 to Fig. 3, described transmission mechanism is that the rotating shaft axle head that motor 31 is arranged on fixed mount 41 is provided with the first gear 32; Brush roll 10 is provided with the second gear 33 with the axle head of motor 31 rotating shaft axle head homonymies, because brush roll 10 is cylindrical, motor 31 with row's design can shine into interference to the rotation of brush roll 10, can be provided with while and the first gear 32 and the intermeshing transition gear 34 of the second gear 33 on the fixed mount 41 between the first gear 32 and the second gear 33; As another kind of embodiment of the present utility model, described transmission mechanism also can be arranged on the belt wheel of motor 31 shaft ends and the belt wheel that is arranged on brush roll 10 shaft ends, and motor 31 is by the rotation of belt drives brush roll 10; Also can be that motor 31 directly drives brush roll 10 to rotate by shaft coupling.

Claims

1. a color selector glass cleaning plant, comprise travel mechanism (20), the moving direction of travel mechanism (20) is consistent with the glass surface length direction of glass (1), it is characterized in that: in travel mechanism (20), be provided with the mounting bracket (40) extending to glass (1) glass surface side, on mounting bracket (40), be provided with the brush roll (10) with bristle (11), the brush finish of bristle (11) and concordant the reclining of glass (1) glass surface, on mounting bracket (40), be provided with driver element (30), driver element (30) drives brush roll (10) to rotate.

2. glass cleaning plant according to claim 1, it is characterized in that: the rotating shaft that is arranged on brush roll (10) both ends axially with vertical setting of length direction of glass (1), the setting that conforms to the width of glass (1) of the cylinder length of the brush finish integral body of bristle (11).

3. glass cleaning plant according to claim 1 and 2, it is characterized in that: described travel mechanism (20) comprises the first cylinder (21) and the second cylinder (22) that parallel interval arranges and is set in the first cylinder (21) and the slide block (23) of the second cylinder (22), the moving direction of slide block (23) is parallel with the length direction of glass (1), and described mounting bracket (40) extends along the biside plate face away from slide block (23).

4. glass cleaning plant according to claim 3, it is characterized in that: the projecting end of described mounting bracket (40) is provided with fixed mount (41), described fixed mount (41) forms adjustable hinged cooperation with mounting bracket (40), the glass surface length direction of the jointed shaft of fixed mount (41) and glass (1) be arranged in parallel, it is upper that the rotating shaft of brush roll (10) is arranged on fixed mount (41), and driver element (30) is arranged on fixed mount (41).

5. glass cleaning plant according to claim 4, it is characterized in that: described driver element (30) comprises the motor (31) being arranged on fixed mount (41), the axially parallel interval of the rotating shaft of motor (31) and brush roll (10) rotating shaft arranges, and motor (31) drives brush roll (10) to drive by the transmission mechanism being arranged on fixed mount (41).