CN110613553B

CN110613553B - An automatic washing and screening equipment for sanitary napkins based on improving the quality pass rate

Info

Publication number: CN110613553B
Application number: CN201910790963.9A
Authority: CN
Inventors: 毛小刚
Original assignee: Individual
Current assignee: Luohe Chuangxiangyuan Biotechnology Co ltd
Priority date: 2019-08-26
Filing date: 2019-08-26
Publication date: 2021-12-14
Anticipated expiration: 2039-08-26
Also published as: CN110613553A

Abstract

The invention discloses an automatic washing and screening equipment for sanitary napkins based on improving the quality passing rate. The structure includes a seat frame, a control frame, a washing device and a scanner. The device is installed on the seat frame, and the seat frame is composed of a base frame, a delivery frame, and a screen frame. The abnormal thickness of the two cores when the core is washed results in the abnormal operation of the material distribution device. The core body at the front end is conveyed by pressing first, so as to separate the two bonded core bodies, and the flapping cleaning is realized through the washing frame structure, which effectively controls the damage rate of the core body during cleaning; the core body is not easy to appear during the washing process. There is no complete separation, the edge of the core is scattered, and the partial damage of the core is also effectively reduced, and the multi-position quality screening of the core can effectively avoid the leakage of menstrual blood during the later use of the user.

Description

Sanitary towel automatic washing and screening equipment based on quality passing rate improvement

Technical Field

The invention relates to the field of sanitary towel washing and screening, in particular to an automatic sanitary towel washing and screening device based on quality passing rate improvement.

Background

The sanitary towel is generally divided into a surface layer, an absorption core body and a bottom layer absorption core body, the performance of the bottom layer absorption core body is the key of the quality of the sanitary towel, and the quality of the sanitary towel is strictly controlled when the sanitary towel is washed.

The prior art is because general batch production is processed to the sanitary towel, and the condition that the core does not separate thoroughly easily appears in the washing process leads to washing incomplete, and the sanitary towel is close skin product simultaneously, and its material is comparatively soft, appears the condition of core edge dispersion easily when the washing, also can appear the condition that the core is local damaged, if the unqualified later stage of quality screening can lead to the user to use and take place the phenomenon of leaking of menses outward, brings the trouble for the user.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art, and provides an automatic washing and screening device for sanitary towels, which is used for improving the quality passing rate, so that the problems that the sanitary towels are produced in batch in processing, the cores are not separated thoroughly in the washing process, so that the washing is not thorough, the sanitary towels are skin-friendly products, the materials are soft, the edges of the cores are dispersed easily in the washing process, the cores are locally damaged, and the menstrual blood leakage phenomenon is caused in the later period of unqualified quality screening, so that troubles are brought to users are solved.

The invention is realized by adopting the following technical scheme: the utility model provides an automatic washing screening installation of sanitary towel based on improve quality through rate, its structure includes seat frame, control frame, washing device, scanner, install on the seat frame control frame bottom, seat frame top and washing device erection joint, the scanner is installed in the seat frame top, the seat frame comprises base frame, delivery frame, reel, delivery frame and reel are installed in base frame top, base frame internally mounted has feed divider, delivery frame top inlays and is equipped with the sieve rail, the scanner is equipped with horizontal scanner, vertical scanner, arch scanner.

Preferably, the material distributing device comprises a hook spring, a conveying shaft device and a conveying rail, the bottom end of the hook spring is fastened with the conveying shaft device, and the front end and the rear end of the conveying shaft device are mounted on the conveying rail.

Further preferably, the conveying shaft device comprises a shaft plate, a shaft rod and a sticking block, the shaft plate is connected with the shaft rod through a shaft rod, and the sticking block is arranged at the right end of the shaft plate.

Preferably, the sieve rail comprises an embedded block, an arch rail, a panel, a rail frame and a lifting device, the embedded block is connected with the rails at the left end and the right end of the rail frame through the rails, the left end and the right end of the arch rail are installed on the rail frame, the panel is locked with the bottom of the rail frame, and the lifting device is installed inside the rail frame.

Further preferably, the lifting device comprises a fixed block, a cross frame and a vertical frame, the fixed block is locked with the left end of the cross frame, and the right side of the cross frame is connected with a vertical frame rail.

Preferably, the washing device comprises a middle partition plate, an upper conveying frame, a bottom frame and a conveying embedded block, the upper end and the lower end of the upper conveying frame are connected with the middle partition plate and the bottom frame in an installing mode, and the right end of the middle partition plate is locked with the conveying embedded block.

Further preferably, the upper feeding frame comprises a feeding roller, a washing frame structure and a distributor, the feeding roller is locked with the left end of the washing frame structure, and the distributor is installed at the right end of the washing frame structure.

Preferably, the washing frame structure comprises a frame structure, a spring device and a transverse plate, the frame structure is connected with the left end shaft and the right end shaft of the transverse plate, and the upper end and the lower end of the spring device are welded with the frame structure and the transverse plate.

Further preferably, the distributor comprises a rubbing strip, a roller strip and an embedding plate, and the rubbing strip and the roller strip are arranged at the bottom of the embedding plate.

Advantageous effects

The core bodies are conveyed from the right end to the left end of the base frame and then conveyed to the washing device, the core bodies pass through the material distribution device in the conveying process, when two core bodies are attached, the thickness of the core bodies can influence the conveying of the shaft plate, the rear core bodies can be pressed by clockwise slight rotation after the shaft plate stops conveying, then the front core bodies are conveyed by the conveying rail, and the separation of the upper and lower core bodies is realized; the core body is washed in the washing device, the core body is conveyed into the washing frame structure from the bottom frame by the conveying roller, the core body is washed in a flapping mode through the up-and-down movement of the transverse plate and the elastic force cooperation of the spring device, the core body is conveyed out to the distributor under the pushing of water, and the core body is filtered and conveyed through the rolling of the roller strip and the friction of the wiping strip when passing through the distributor; then the core body is scanned on the transverse scanner, the vertical scanner and the arch scanner in multiple positions, when abnormal scanning is found, the core body is sent into the screen frame at the screen rail (when the screen rail runs, the arch rail can push the vertical frame upwards and downwards to arch the abnormal core body, and the abnormal core body is sent into the screen frame), and then the core body is sent out from the sending-out frame to enter the next procedure.

Compared with the prior art, the invention has the beneficial effects that: the distribution device is abnormal in operation due to the fact that the two core bodies are attached to the abnormal thickness when the core bodies are washed, the core bodies at the rear ends are compressed through the attaching blocks, the core bodies at the front ends are conveyed, the two attached core bodies are separated, flap type washing is achieved through the washing frame structure, and the damage rate of the core bodies during washing is effectively controlled; the condition that the core body is not thoroughly separated is not easy to occur in the washing process, the conditions of core body edge dispersion and core body local damage are effectively reduced, the multi-position quality screening of the core body is realized, and the phenomenon that menstrual blood leaks from a user in the later use process is effectively avoided.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 shows a schematic structure of an automatic washing and screening device for sanitary napkins based on the improvement of the quality passing rate of the sanitary napkins.

Fig. 2 shows a schematic view of the structure of the washing apparatus of the present invention.

Fig. 3 shows a schematic structural view of the structure of the washing frame of the present invention.

FIG. 4 shows a schematic view of the structure of the dispenser of the present invention.

Figure 5 shows a schematic of the construction of the screen track of the present invention.

Fig. 6 shows a schematic structural view of the lifting device of the present invention.

Fig. 7 shows a schematic structural view of the feed divider of the present invention.

In the figure: seat frame 1, control frame 2, washing device 3, scanner 4, base frame 10, sending-out frame 11, screen frame 12, material distributor 100, screen rail 120, transverse scanner 40, vertical scanner 41, arched scanner 42, hook spring 50, conveying shaft 51, conveying rail 52, shaft plate 510, shaft rod 511, attachment block 512, insertion block 1200, arched rail 1201, panel 1202, rail frame 1203, lifting device 1204, fixed block 60, transverse frame 61, upright frame 62, middle partition plate 31, upper feeding frame 32, bottom frame 33, conveying insertion block 34, conveying roller 320, washing frame structure 321, distributor 322, frame structure 210, spring 211, transverse plate 212, rubbing strip 220, roller 221 and embedding plate 222.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-7, the present invention provides a technical solution for an automatic washing and screening apparatus for sanitary napkins based on improved quality throughput: the structure of the device comprises a seat frame 1, a control frame 2, a washing device 3 and a scanner 4, wherein the control frame 2 is installed on the seat frame 1, the seat frame 1 is installed and connected with the washing device 3, the washing device 3 is in an annular rotating state during operation to realize ordered cleaning and conveying of cores, the scanner 4 is installed on the seat frame 1, the seat frame 1 comprises a base frame 10, a sending-out frame 11 and a screen frame 12, the sending-out frame 11 and the screen frame 12 are installed on the base frame 10, the base frame 10 is provided with a distributing device 100, the sending-out frame 11 is provided with a screen rail 120, the scanner 4 is provided with a transverse scanner 40, a vertical scanner 41 and an arched scanner 42, the scanner 4 realizes multidirectional scanning of articles, the detection data is more accurate, the distributing device 100 comprises a hook spring 50, a conveying shaft device 51 and a conveying rail 52, the hook spring 50 is buckled with the conveying shaft device 51, the conveying shaft device 51 is arranged on the conveying rail 52, the conveying shaft device 51 comprises a shaft plate 510, a shaft rod 511 and a sticking block 512, the shaft plate 510 is connected with the shaft rod 511 in a shaft mode, the sticking block 512 is arranged on the shaft plate 510, when two cores are stuck, the conveying of the shaft plate 510 is affected by the thickness of the core, the rear core is pressed by clockwise slight rotation after the shaft plate 510 stops conveying, then the front core is conveyed by the conveying rail 52, the upper and lower cores can be separated, and washing is more thorough; the sieve rail 120 comprises an insert 1200, an arch rail 1201, a panel 1202, a rail frame 1203 and a lifting device 1204, the insert 1200 is in rail connection with the rail frame 1203, the arch rail 1201 is installed on the rail frame 1203, the panel 1202 is locked with the rail frame 1203, the lifting device 1204 is installed on the rail frame 1203, the lifting device 1204 comprises a fixed block 60, a cross frame 61 and a vertical frame 62, the fixed block 60 is locked with the cross frame 61, the cross frame 61 is in rail connection with the vertical frame 62, the arch rail 1201 realizes arching through transmission of the lifting device 1204, rail transfer conveying of articles is facilitated, transmission is flexible, the washing device 3 comprises a middle partition plate 31, an upper conveying frame 32, a bottom frame 33 and a conveying insert 34, the upper conveying frame 32 is installed and connected with the middle partition plate 31 and the bottom frame 33, the middle partition plate 31 is locked with the conveying insert 34, the upper conveying frame 32 comprises a conveying roller 320, a washing frame structure 321 and a distributor 322, the conveying roller 320 is locked with the washing frame structure 321, the tripper 322 is installed on washing frame structure 321, the tripper 322 is used for the drainage to the core, convenient to use, washing frame structure 321 includes frame structure 210, spring ware 211, diaphragm 212, frame structure 210 is connected with diaphragm 212 axle, spring ware 211 and frame structure 210, diaphragm 212 welding, the tripper 322 includes wiping strip 220, roller strip 221, scarf joint board 222, wiping strip 220 and roller strip 221 are installed on scarf joint board 222, reciprocate through diaphragm 212 and the elasticity cooperation of spring ware 211 realize washing with the beat formula to the core, carry out the impaired degree of planar washing maximize reduction of core according to the planar structure of core.

The core bodies are conveyed from the right end to the left end of the base frame 10 and then conveyed to the washing device 3, the core bodies pass through the material distribution device 100 in the conveying process, when two core bodies are attached, the thickness of the core bodies can influence the conveying of the shaft plate 510, the shaft plate 510 can rotate clockwise slightly to press the core bodies at the rear part after stopping conveying, then the conveying rail 52 conveys the core bodies at the front part, and the separation of the core bodies at the upper layer and the lower layer is realized; the core body is washed in the washing device 3, the core body is conveyed into a washing frame structure 321 from a bottom frame 33 by a conveying roller 320, the core body is washed in a flapwise manner by the up-and-down movement of a transverse plate 212 and the elastic force cooperation of a spring 211, the core body is conveyed out to a distributor 322 under the pushing of water, and the core body is filtered and conveyed by the rolling of a roller strip 221 and the friction of a rubbing strip 220 when passing through the distributor 322; then the core is scanned in multiple positions on the horizontal scanner 40, the vertical scanner 41 and the arched scanner 42, when abnormal scanning occurs, the core is sent into the screen frame 12 at the screen rail 120 (when the screen rail 120 runs, the arched rail 1201 pushes up and down the vertical frame 62 to arch up, so that the abnormal core is sent into the screen frame 12), and then the core is sent out from the sending-out frame 11 to enter the next process.

Compared with the prior art, the invention has the technical progress that: when the core body is washed, the abnormal thickness of the joint of the two core bodies causes the abnormal operation of the material distribution device 100, the core body at the rear end is pressed by the sticking block 512, the core body at the front end is conveyed, the separation of the two jointed core bodies is realized, the flap type washing is realized by the washing frame structure 321, and the damage rate of the core body during the washing is effectively controlled; the condition that the core body is not thoroughly separated is not easy to occur in the washing process, the conditions of core body edge dispersion and core body local damage are effectively reduced, the multi-position quality screening of the core body is realized, and the phenomenon that menstrual blood leaks from a user in the later use process is effectively avoided.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.

Claims

1. A sanitary napkin automatic washing and screening equipment based on improving the quality passing rate, its structure comprises a seat frame (1), a control frame (2), a washing device (3), a scanner (4), and it is characterized in that: the described The control frame (2) is installed on the seat frame (1), the seat frame (1) is installed and connected with the washing device (3), and the scanner (4) is installed on the seat frame (1); the seat frame (1) ) consists of a base frame (10), a delivery frame (11), and a screen frame (12), the delivery frame (11) and the screen frame (12) are mounted on the base frame (10), and the base frame (10) A material distribution device (100) is installed, a screen rail (120) is installed on the delivery rack (11), and the scanner (4) is provided with a transverse scanner (40), a vertical scanner (41), an arched A scanner (42), the material distribution device (100) includes a hook spring (50), a conveying shaft (51), and a conveying rail (52), and the hook spring (50) is fastened to the conveying shaft (51) , the conveying shaft device (51) is installed on the conveying rail (52); the conveying shaft device (51) includes a shaft plate (510), a shaft rod (511), and a sticker (512), and the shaft plate ( 510) is axially connected with the shaft rod (511), and the block (512) is mounted on the shaft plate (510); the screen rail (120) includes a block (1200), an arch rail (1201), a panel ( 1202), a rail frame (1203), a lifting device (1204), the insert (1200) is rail-connected to the rail frame (1203), the arch rail (1201) is installed on the rail frame (1203), and the insert The plate (1202) is locked with the rail frame (1203), and the lifting device (1204) is installed on the rail frame (1203); the lifting device (1204) includes a fixed block (60), a horizontal frame (61), a vertical frame (62), the fixed block (60) is locked with the horizontal frame (61), the horizontal frame (61) is rail-connected with the vertical frame (62), and the washing device (3) includes a middle partition (31), The upper feed frame (32), the bottom frame (33), and the conveying insert (34) are installed and connected with the middle partition plate (31) and the bottom frame (33). 31) Locked with the conveying insert (34), the upper conveying rack (32) includes a conveying roller (320), a washing frame structure (321), a distributor (322), and the conveying roller (320) is connected to the washing frame The structure (321) is locked, the distributor (322) is installed on the washing frame structure (321), and the washing frame structure (321) includes a frame structure (210), a spring (211), a horizontal plate (212) ), the frame structure (210) is axially connected with the horizontal plate (212), the spring device (211) is welded with the frame structure (210) and the horizontal plate (212), and the distributor (322) includes A wiper strip (220), a roller strip (221), and an inlay plate (222), the wiper strip (220) and the roller strip (221) are mounted on the inlay plate (222).

2. A kind of sanitary napkin automatic washing and screening equipment based on improving the passing rate of quality according to claim 1, is characterized in that: the core body is transported from the right end of the base frame (10) to the left end and then sent to the washing device (3), During the process, the core body passes through the material distribution device (100). When the two core bodies are attached, the thickness of the core body will affect the conveying of the shaft plate (510). The cores at the front are pressed down, and then the conveying rails (52) transport the cores at the front to separate the cores from the upper and lower layers; the cores are washed in the washing device (3), and the rollers (320) remove the cores from the The bottom frame (33) is sent to the washing frame structure (321), and the core body is washed in a flapping manner through the up and down movement of the horizontal plate (212) and the elastic force of the spring device (211). It is sent to the distributor (322), and the rolling of the roller (221) and the friction of the wiper (220) when passing through the distributor (322), realizes the core body filtering water transportation; then the core body is in the transverse scanner (40). ), the vertical scanner (41), and the arch scanner (42) to perform multi-position scanning, when an abnormality is detected, the core will be sent to the screen frame (12) at the screen rail (120), and the screen rail ( 120) During operation, the arch rail (1201) will be pushed up and down by the vertical frame (62) for arching, so as to deliver the abnormal core body to the screen frame (12), and then the core body will be sent out from the delivery frame (11) Enter the next process.