Quantitative hair separating device for false eyelash fibers

Abstract

A quantitative hair separating device for false eyelash fibers relates to the field of false eyelash preparation and is provided with a workbench, a hair separating seat is arranged on the workbench, a hair supplying sliding groove is formed in the upper side of the hair separating seat, a hair supplying sliding plate is arranged in the hair supplying sliding groove, a hair separating sliding way is arranged in the hair supplying sliding plate, a quantitative hair separating plate is arranged in the hair separating sliding way, and a quantitative groove is formed in the right portion of the upper side of the quantitative hair separating plate. The left portion of the upper side of the hair supply sliding plate is provided with a hair distribution plate control port, the upper side of the hair supply sliding plate is provided with a quantitative notch, the quantitative notch is through front and back, the hair distribution seat on the left side of the hair supply sliding plate is provided with a hair supply air cylinder, and a piston rod of the hair supply air cylinder is connected with the hair supply sliding plate. A piston rod of the feather separating cylinder is connected with a quantitative feather separating plate at the feather separating plate control port through a connecting arm; and an eyelash bin for supplying false eyelash fibers to the quantitative notch is arranged above the quantitative notch. False eyelash fibers can be rapidly and quantitatively separated, separation errors are small, follow-up operation is facilitated, and production efficiency is improved.

Description

Technical Field

[0001] The utility model relates to the field of false eyelash preparation, in particular to a device for quantitatively sorting false eyelash fibers. Background Art

[0002] As we all know, false eyelashes are a cosmetic product that beautifies the eyes by lengthening and thickening them, making them appear larger, fuller, and more vivid. Wearing false eyelashes can enhance and enhance the eyes, and can also be used to create various stage effects. Existing false eyelashes mainly include adhesive false eyelashes and grafted false eyelashes. Grafted false eyelashes are increasingly popular due to their realistic effect and long-lasting effect.

[0003] The existing false eyelash manufacturing process requires first forming bundles of false eyelash fibers into evenly arranged rows of false eyelashes. The rows are then used for further processing to create marketable false eyelashes. The production process for existing false eyelash rows is mostly manual. The process involves taking a bundle (consisting of multiple false eyelash fibers) and laying it flat on an arrangement plate with equally spaced eyelash positioning grooves. The grooves are designed to fit the fibers, allowing one to fit within each groove. A brush is then used to sweep excess false eyelash fibers off the arrangement plate. Tape is then used to adhere the fibers in the grooves from the upper side of the arrangement plate. The tape is then separated from the arrangement plate, removing the fibers from the arrangement plate to create the false eyelash row. The National Intellectual Property Administration has published a utility model patent entitled "A False Eyelash Manufacturing Device," with application number 202121271792.8 and filing date June 8, 2021. The patent describes a process for making false eyelash rows using a tool consisting of a base plate, a plug, a comb, and a seal plate. In the existing production process of false eyelash strips, it is necessary to manually remove the false eyelash fibers needed to make a false eyelash strip from the bundles of false eyelash fibers. Since the diameter of the false eyelash fibers is mostly between 0.05 mm and 0.2 mm, manual separation results in large errors and low production efficiency. Utility Model Content

[0004] The purpose of the utility model is to solve the deficiencies of the prior art and to provide a device for quantitatively sorting false eyelash fibers, which has small sorting errors and improves production efficiency.

[0005] The technical solution of the utility model is as follows:

[0006] The cam is provided with a plurality of push-pull means and the push-pull means is provided with a plurality of push-pull means, and the push-pull means is provided with a plurality of push-pull means.

[0007] The quantitative hair separation plate described in the utility model is in the shape of an elongated plate, and the quantitative groove is arranged on the quantitative hair separation plate in a downwardly inclined manner from right to left. The width of the quantitative hair separation plate on the right side of the quantitative groove is smaller than the width of the quantitative hair separation plate on the left side of the quantitative groove. The quantitative notch is continuous from front to back, and the bottom of the quantitative notch is not higher than the lowest position of the quantitative groove.

[0008] The quantitative groove of the present invention includes a horizontal section with an entrance on the right side and a cluster section that slopes downward from right to left. The length of the horizontal section is not less than the length of the quantitative notch, which is more conducive to the accurate and quantitative entry of false eyelash fibers into the quantitative groove.

[0009] The quantitative hair separation plate above the horizontal section of the quantitative groove of the utility model is wedge-shaped (the thickness gradually decreases from left to right); during the working process, the false eyelash fibers can be quickly separated without being squeezed and damaged.

[0010] The eyelash bin described in the utility model comprises a left bin plate, a right bin plate and a rear bin plate. The left bin plate and the right bin plate are arranged on the left and right sides of the quantitative notch, and the rear bin plate is located at the rear side of the hair supply slide plate.

[0011] Furthermore, the hair separation base is equipped with an eyelash magazine support. The left, right, and rear magazine plates are fixed to the eyelash magazine support. The lower ends of the left and right magazine plates are provided with hair supply chutes. The hair supply slide plate can slide freely left and right into the hair supply chutes. The hair supply slide plate is inserted into the hair supply chutes with a very small size, typically 0.1-0.2mm. This prevents false eyelash fibers from slipping out between the hair supply slide plate and the left and right magazine plates, while not affecting the hair supply slide plate's ability to move the eyelash bundles in the quantitative groove to the right.

[0012] Furthermore, an upper panel is mounted above the left, right, and rear panels, and is provided with a vertically sliding guide pressure rod. A pressure counterweight is mounted on the upper guide pressure rod, and a pressure plate is mounted on the lower guide pressure rod, which is able to slide freely up and down between the left, right, and rear panels. This applies downward pressure to the false eyelash fibers stacked in the eyelash bin, preventing them from dispersing.

[0013] The front sides of the left and right storage plates are provided with front storage plates to further prevent the false eyelash fibers from spreading outwards; the front storage plates can be quickly disassembled and installed on the front sides of the left and right storage plates by screws or magnets, which is convenient for filling in the false eyelash fibers.

[0014] When the utility model is working, a bundle of false eyelash fibers is loaded into the eyelash bin, and the middle of the false eyelash fibers is located on the upper side of the hair supply slide. Due to its own gravity and the downward pressure of the pressure plate, a certain number of false eyelash fibers enter the quantitative slot; the hair separation cylinder drives the quantitative hair separation plate to slide to the right, and the false eyelash fibers in the quantitative slot enter the clustering section through the horizontal section. The quantitative hair separation plate slides to the right to the position where the lower left end of the quantitative groove is opposite to the front and back of the quantitative slot, and the false eyelash fibers entering the clustering section are clamped and positioned; the hair supply cylinder drives the hair supply slide to slide forward, and pushes the false eyelash fibers in the clustering section to the right side of the eyelash bin for removal; the quantitative hair separation plate slides to the left and resets, and the quantitatively separated bundle of false eyelash fibers can be taken out manually or taken away by a robot for the next operation. The utility model can quantitatively separate a bundle of false eyelash fibers from a bundle for processing false eyelash rows, and the separation error of the false eyelash fibers is small, which is convenient for subsequent operations and improves production efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 It is a structural diagram of the present utility model.

[0016] Figure 2 It is a schematic diagram of the connection structure among the wool supply slide plate, the quantitative wool separation plate and the wool separation cylinder in the utility model.

[0017] Figure 3 It is a cross-sectional view of the matching structure between the wool supply slide plate and the quantitative wool separation plate in the utility model.

[0018] Figure 4 yes Figure 3 A partial enlarged view of point A. DETAILED DESCRIPTION

[0019] like Figures 1-4The false eyelash fiber quantitative hair separation device shown is provided with a workbench 01, a hair separation seat 012 is provided on the workbench 01, a rectangular hair supply chute arranged in the left and right directions and passing through the right end is provided on the upper side of the hair separation seat 012, a hair supply slide plate 017 is provided in the hair supply chute that can slide left and right and is in the shape of a rectangular plate, a hair supply slide plate 017 is provided in the hair supply slide plate 017 that is provided with a hair separation slide 0172 that passes through the left and right directions, a quantitative hair separation plate 018 is provided in the hair separation slide 0172 that can slide left and right, a quantitative groove 0182 that passes through the front and back is provided on the upper right side of the quantitative hair separation plate 018, a hair separation plate control port 0171 is provided on the upper left side of the hair supply slide plate 017 that is connected to the hair separation slide 0172, and the hair separation plate control port 0171 is long and It is used to expose the quantitative hair separation plate 018. The right part of the upper side of the hair supply slide plate 017 is provided with a quantitative notch 0173 which is connected with the hair separation slide 0172 and matched with the quantitative groove 0182. The hair supply cylinder 011 is provided on the hair separation seat 012 on the left side of the hair supply slide plate 017. The piston rod of the hair supply cylinder 011 is connected with the left end of the hair supply slide plate 017 and is used to drive it to slide left and right on the hair separation seat. The hair supply slide plate 017 on the left side of the hair separation plate control port 0171 is provided with a hair separation cylinder 013. The piston rod of the hair separation cylinder 013 is connected to the quantitative hair separation plate 018 at the hair separation plate control port 0171 through the connecting arm 014. Figure 3 、 Figure 4It can be seen that a snap-in slot 0181 is provided on the quantitative hair separating plate 018 at the hair separating plate control port 0171, and the lower end of the connecting arm 014 is snap-fitted and fixed in the snap-in slot 0181; the hair separating cylinder 013 drives the connecting arm 014 to slide left and right in the hair separating plate control port 0171, which can drive the quantitative hair separating plate 018 to slide left and right in the hair separating slide 0172; an eyelash warehouse for supplying false eyelash fibers to the quantitative slot 0173 is provided above the quantitative slot 0173; the eyelash warehouse includes a left warehouse plate 0163, a right warehouse plate 0165 and a rear warehouse plate 0169, and the left warehouse plate 0163 and the right warehouse plate 0165 are arranged on the left and right sides of the quantitative slot 0173, and the rear warehouse plate 0169 is located on the rear side of the hair supply slide plate 017. The quantitative separation plate 018 is long and strip-shaped, and the quantitative groove 0182 is arranged on the quantitative separation plate 018, sloping downward from right to left. The width of the quantitative separation plate on the right side of the quantitative groove 0182 (the vertical dimension) is smaller than that on the left side. The quantitative groove 0173 is continuous from front to back, with the bottom of the quantitative groove 0173 no higher than the lowest point (the vertical lowest point) of the quantitative groove 0182. Furthermore, the quantitative groove 0182 includes a horizontal section 0183 with an entrance on the right side and a downward-sloping collection section from right to left. The length of the horizontal section 0183 (the horizontal dimension) is no less than that of the quantitative groove 0173, which facilitates the precise and quantitative entry of false eyelash fibers into the quantitative groove 0182. The quantitative separation plate above the horizontal section of the quantitative groove is wedge-shaped, with its thickness (the vertical dimension) gradually decreasing from left to right. That is, its upper side slopes downward from left to right. This allows for rapid separation of false eyelash fibers during operation without compressing or damaging them.

[0020] The quantitative hair separation device 01 has been further improved. An eyelash bin support 0167 is mounted on the hair separation base 012. The left, right, and rear bin plates 0163, 0165, and 0169 are fixed to the eyelash bin support 1067. The lower ends of the left and right bin plates 0163, 0165 are each provided with a hair supply chute 0168. The upper portion of the hair supply slide plate 017 can slide freely left and right within the hair supply chute 0168. The insertion of the hair supply slide plate 017 into the hair supply chute 0168 is very small, typically 0.1-0.2 mm. During use, this prevents false eyelash fibers from slipping out between the hair supply slide plate 017 and the left and right bin plates 0163, 0165, while maintaining the ability of the hair supply slide plate 017 to drive the eyelash bundles in the quantitative groove 0182 to the right. Furthermore, an upper storage plate 0162 is mounted above the left, right, and rear storage plates 0163, 0165, and 0169. A vertically sliding guide and pressure rod 0164 is located in the middle of upper storage plate 0162. A pressure counterweight 0161 is mounted on the upper side of guide and pressure rod 0164. A pressure plate 0166 is mounted below the lower end of guide and pressure rod 0164, allowing for free upward and downward movement between the left, right, and rear storage plates. Pressure plate 0166 applies downward pressure to the false eyelash fibers stored within the eyelash storage chamber, preventing them from escaping and allowing them to more easily enter the metering grooves 0182. A front storage plate is installed in front of the left and right storage plates to further prevent the fibers from escaping. The front storage plate is quickly and detachably attached to the front of the left and right storage plates via screws or magnets, facilitating the insertion of the false eyelash fibers.

[0021] When the utility model is working, a bundle of false eyelash fibers is loaded into the eyelash bin, and the middle of the false eyelash fibers is located on the upper side of the hair supply slide. Due to its own gravity and the downward pressure of the pressure plate, a certain number of false eyelash fibers enter the quantitative slot; the hair separation cylinder drives the quantitative hair separation plate to slide to the right, and the false eyelash fibers in the quantitative slot enter the clustering section through the horizontal section. The quantitative hair separation plate slides to the right to the position where the lower left end of the quantitative groove is opposite to the front and back of the quantitative slot, and the false eyelash fibers entering the clustering section are clamped and positioned; the hair supply cylinder drives the hair supply slide to slide forward, and pushes the false eyelash fibers in the clustering section to the right side of the eyelash bin for removal; the quantitative hair separation plate slides to the left and resets, and the quantitatively separated bundle of false eyelash fibers can be taken out manually or taken away by a robot for the next operation. The utility model can quantitatively separate a bundle of false eyelash fibers from a bundle for processing false eyelash rows, and the separation error of the false eyelash fibers is small, which is convenient for subsequent operations and improves production efficiency.

Claims

1. A device for quantitatively sorting false eyelash fibers, provided with a workbench, characterized in that: A hair separating seat is provided on the workbench, and a hair supply chute is arranged in the left and right directions on the upper side of the hair separating seat, a hair supply slide plate which can slide left and right is provided in the hair supply chute, a hair separation slide which runs through the left and right directions is provided in the hair supply slide, a quantitative hair separation plate which can slide left and right is provided in the hair separation slide, and a quantitative groove which runs through front and back is provided on the right upper part of the quantitative hair separation plate, a hair separation plate control port which is connected with the hair separation slide is provided on the left upper side of the hair supply slide plate, a quantitative slot which is connected with the hair separation slide and cooperates with the quantitative groove is provided on the right upper side of the hair supply slide plate, and the quantitative slot is passed through front and back, a hair supply cylinder is provided on the hair separation seat on the left side of the hair supply slide plate, and the piston rod of the hair supply cylinder is connected with the hair supply slide plate, and a hair separation cylinder is provided on the hair supply slide plate on the left side of the hair separation plate control port, and the piston rod of the hair separation cylinder is connected with the quantitative hair separation plate at the hair separation plate control port via a connecting arm; an eyelash warehouse for supplying false eyelash fibers to the quantitative slot is provided.

2. The device for quantitatively sorting false eyelash fibers according to claim 1, characterized in that: The quantitative hair separation plate is in the shape of a long strip, and the quantitative groove is arranged on the quantitative hair separation plate in a downward slant from right to left. The width of the quantitative hair separation plate on the right side of the quantitative groove is smaller than the width of the quantitative hair separation plate on the left side of the quantitative groove.

3. The device for quantitatively sorting false eyelash fibers according to claim 1, characterized in that: The quantitative groove includes a horizontal section with an inlet on the right and a cluster section inclined downward from right to left. The length of the horizontal section is not less than the length of the quantitative notch.

4. The device for quantitatively sorting false eyelash fibers according to claim 3, characterized in that: The quantitative hair separation plate above the horizontal section of the quantitative groove is in a wedge shape with a thickness gradually decreasing from left to right.

5. The device for quantitatively sorting false eyelash fibers according to claim 1, characterized in that: The eyelash bin comprises a left bin plate, a right bin plate and a rear bin plate. The left bin plate and the right bin plate are arranged on the left and right sides of the quantitative notch, and the rear bin plate is located at the rear side of the hair supply slide plate.

6. The device for quantitatively sorting false eyelash fibers according to claim 5, characterized in that: The hair separation seat is provided with an eyelash bin bracket, the left bin plate, the right bin plate and the rear bin plate are fixed on the eyelash bin bracket, the lower ends of the left bin plate and the right bin plate are provided with a hair supply chute, and the hair supply slide plate can slide freely left and right and be embedded in the hair supply chute.

7. The device for quantitatively sorting false eyelash fibers according to claim 6, characterized in that: The upper part of the left, right and rear warehouse plates are equipped with an upper warehouse plate, and a guide pressure rod that can slide vertically up and down is provided on the upper warehouse plate. A pressure counterweight is installed on the guide pressure rod on the upper side of the upper warehouse plate, and a pressure plate that can slide freely up and down between the left, right and rear warehouse plates is installed on the guide pressure rod on the lower side of the upper warehouse plate.

8. The device for quantitatively sorting false eyelash fibers according to claim 7, characterized in that: A front storage plate is provided on the front side of the left storage plate and the right storage plate; the front storage plate is quickly detachably installed on the front side of the left storage plate and the right storage plate via screws or magnets.

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