KR101461516B1 - Manufacturing method and assembling apparatus for airless pump of vessel of foundation - Google Patents

Abstract

The present invention relates to a method for manufacturing a method for manufacturing an airless pump of an inner container containing a foundation cosmetic, and to an apparatus for assembling the same pump. The apparatus (10) includes an inner container supplying unit (130); an inner container sensing unit (140); a check valve supplying unit (170); a check valve pressurizing unit (180); a content guide member supplying unit (200); a enclosing piston supplying unit (220); an enclosing piston pressurizing unit (230); a vertically moving member supplying unit (250); a vertically moving member hitting unit (260); and a product discharging unit (280). According to the method, components of the airless pump can be automatically assembled; mass production of the airless pumps is possible; and defect rate of the product can be reduced.

Description

Technical Field [0001] The present invention relates to an airless pump manufacturing method and an assembling apparatus for a foundation cosmetic,

The present invention relates to a method and an apparatus for manufacturing an airless pump in a container in which foundation cosmetics are accommodated. More particularly, the present invention relates to an airless pump manufacturing method and an assembling apparatus, And more particularly to an airless pump manufacturing method and an assembling apparatus for a contents-type air conditioner in which a poured cosmetic product is accommodated.

In general, a container for housing a foundation cosmetic is generally divided into a general shape having a simple structure composed of a container for accommodating the cosmetic and a lid, and an airless pump for allowing a certain amount of cosmetic to flow out by pressing a button provided on the content container containing the cosmetic contents. do.

Here, the airless pump has a dispenser structure in which a pumping operation is performed each time a user presses a specific part, thereby discharging cosmetics to the outside. The components of the airless pump include a button for providing a pressing part, A spring for applying a restoring force to the pressing operation, a piston which is pressed by a pressing operation, and a valve mechanism for applying a drawing force to the cosmetic of the content machine by the pressing operation of the piston, and the like.

However, as described above, a large number of components applied to the airless pump of the present invention have been assembled by manual production so far, which makes it impossible to mass-produce the product and to meet the consumer's demand. There is a problem that can not be avoided.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an airless pump which can automatically assemble component parts of an airless pump for allowing contents to be discharged in a predetermined amount by pumping action And an assembling device.

According to an aspect of the present invention, there is provided a method for assembling parts of an airless pump coupled to an inner container, comprising the steps of: (S10) supplying a content container containing contents; A content sensing step S20 for confirming whether or not it is seated in the holder H provided in the content table T;

A check valve supply step (S30) for placing a check valve on the upper end of the check valve housing of the airless pump unit provided in the content container; A check valve pressing step (S40) for pressing the check valve located at the upper end of the check valve housing and inserting the check valve into the check valve housing; A contents guide member feeding step (S50) for allowing the contents guide member to be placed on top of the check valve housing;

A sealing piston supplying step (S60) for placing a sealing piston on the top of the closed piston housing; A hermetic piston pressing step (S70) in which the hermetic piston located on the upper end of the hermetic piston housing is pressurized to pass through the undercut of the hermetic piston housing to the lower end of the hermetic piston housing; A lifting and lowering member supply means (S80) for allowing the lifting and lowering member to be positioned on the upper end of the hermetic piston housing; (S90): an airless pump unit of the contents machine is provided with a check valve, a contents guide member, a hermetic piston, and an ascending / descending member capable of hitting an ascending and descending member located at the upper end of the hermetic piston housing, And a product discharging step (S100) for discharging the completed product to another process by sequentially assembling the components.

The assembly device 10 of the airless pump coupled to the container of the present invention is provided with a contents transfer unit 120 for transferring the contents container 110 housing the foundation cosmetics, A contents supplying unit 130 for allowing the contents container 110 to be placed on the contents container holder H provided in the table T;

A content detector unit 140 for detecting the content container 110 seated on the content container holder H;

A check valve transfer unit 160 for transferring the check valve 151 accommodated in the airless pump unit 150 provided in the container 110 and the check valve 151 transferred by the check valve transfer unit 160 A check valve supply unit (170) which is adapted to be accommodated in the airless pump unit (150);

A check valve pressurizing unit 180 for pressurizing the check valve 151 accommodated in the airless pump unit 150 and inserting the check valve 151 into the check valve housing 152; A contents guide member transfer unit 190 for transferring the contents guide member 153 accommodated in the airless pump unit 150 and a contents guide member 153 transferred by the contents guide member transfer unit 190 are inserted into the check valve housing A contents guide member supply unit 200 for allowing the user to sit on the top of the container 152; A hermetic piston transferring unit 210 for transferring a hermetic piston 154 accommodated in the airless pump unit 150 and a hermetic piston 154 transferred by the hermetic piston transferring unit 210 to the upper end of the hermetic piston housing 156 A sealing piston supplying unit 220 for placing the sealing piston in a predetermined position; A hermetic piston pressurizing unit 230 that pressurizes the hermetic piston 154 located at the upper end of the hermetic piston housing 156 and presses the hermetic piston housing 156 into the hermetic piston housing 156 to the lower end of the hermetic piston housing 156; An ascending and descending member transfer unit 240 for transferring the ascending and descending member 157 accommodated in the airless pump unit 150 and an ascending and descending member 157 transferred by the ascending and descending member transfer unit 240, A lifting and lowering member supply unit 250 for allowing the lifting member 156 to be placed on the upper end of the housing 156; Descent member striking unit 260 capable of striking a lifting member 157 located at the upper end of the hermetic piston housing 156 and entering the peripheral edge of the lifting member housing 158. The lifting member striking unit 260 includes: A product discharge unit for discharging the finished product to another process by sequentially assembling and assembling the check valve 151, the contents guide member 153, the hermetic piston 154 and the ascending and descending member 157 to the pump unit 150 sequentially, (280).

The present invention relates to an airless pump for automatically assembling components of an airless pump capable of discharging a certain amount of contents by a pumping action to a container in which foundation cosmetics are accommodated, And the defective rate of the product can be lowered in terms of quality.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing the manufacturing steps of a foundation cosmetic container of the present invention. FIG.
2 is a plan view of an assembling apparatus for a foundation cosmetics content container according to the present invention.
3 is a side view of the content transfer unit and the content supplying unit of the present invention.
4 is an enlarged view of a portion of Fig. 3
5A and 5B are explanatory enlarged views of the working state of the contents-transferring unit and the contents-supplying unit of the present invention.
6 is a plan view of the oxygen sensor of the present invention.
7 is a side view of the check valve transfer unit and check valve supply unit of the present invention.
8 is an enlarged view of the check valve supply unit of the present invention.
9 is an enlarged view of a portion b in Fig.
10a and 10b are operational state plan views of the check valve supply unit of the present invention.
11a 11b is an operational state view of the check valve pressurizing unit of the present invention.
12 is a side view of the contents guide member transfer unit and the contents guide member supply unit of the present invention.
13 is an enlarged view of a portion c in Fig.
14 is an enlarged view of the contents guide member feeding unit of the present invention.
15A and 15B are operation state plan views of the contents guide member feeding unit of the present invention.
16 is a side view of the closed piston transport unit and the closed piston supply unit of the present invention.
17a 17b is an operational state side view of the closed piston supply unit of the present invention.
18A and 18B are operational state plan views of the closed piston transfer unit and the closed piston supply unit of the present invention.
19A and 19B are operational side elevation views of the closed piston pressurizing unit of the present invention.
20 is a side view of the lifting member feeding unit and the lifting member feeding unit of the present invention.
21A, 21B and 21C are operational side view side views of the lifting member feeding unit and the lifting member feeding unit of the present invention.
22A and 22B are operation state plan views of the lifting member feeding unit and the lifting member feeding unit of the present invention.
23 is a state before the action of the lifting unit striking unit of the present invention.
Fig. 24 is an enlarged view of Fig. 23D. Fig.
Fig. 25 is a state after the action of the lifting unit striking unit of the present invention. Fig.
26A, 26B and 26C are operation side view side views of the article discharging unit of the present invention,
27 is an exploded perspective view of the components of the air conditioner and the airless pump by the airless pump assembling device of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

In the present invention, as shown in FIG. 1, the component assembling process of the airless pump coupled to the container is provided with a contents supplying step (S10) for supplying a contents container accommodating the contents; A content sensing step S20 for confirming whether or not it is seated in the holder H provided in the content table T;

A check valve supply step (S30) for placing a check valve on the upper end of the check valve housing of the airless pump unit provided in the content container; A check valve pressing step (S40) for pressing the check valve located at the upper end of the check valve housing and inserting the check valve into the check valve housing; A contents guide member feeding step (S50) for allowing the contents guide member to be placed on top of the check valve housing;

A sealing piston supplying step (S60) for placing a sealing piston on the top of the closed piston housing; A hermetic piston pressing step (S70) in which the hermetic piston located on the upper end of the hermetic piston housing is pressurized to pass through the undercut of the hermetic piston housing to the lower end of the hermetic piston housing; A lifting and lowering member supply means (S80) for allowing the lifting and lowering member to be positioned on the upper end of the hermetic piston housing; (S90): an airless pump unit of the contents machine is provided with a check valve, a contents guide member, a hermetic piston, and an ascending / descending member capable of hitting an ascending and descending member located at the upper end of the hermetic piston housing, And a product discharging step (S100) for discharging the completed product to another process by sequentially assembling the components.

2, a component assembling apparatus 10 for an airless pump coupled to a contents container includes a contents transfer unit 120 for transferring a contents container 110 containing foundation cosmetics, And a contents supplying unit 130 for allowing the contents container 110 transferred by the container holder 120 to be placed on the contents container holder H provided in the table T. [

And a content detector unit 140 for detecting the content container 110 mounted on the content container holder H.

A check valve transfer unit 160 for transferring the check valve 151 accommodated in the airless pump unit 150 provided in the container 110 and the check valve 151 transferred by the check valve transfer unit 160 And a check valve supply unit (170) for allowing the gas to be accommodated in the airless pump unit (150).

And a check valve pressurizing unit 180 for pressurizing the check valve 151 accommodated in the airless pump unit 150 and inserting the check valve 151 into the check valve housing 152.

A contents guide member transfer unit 190 for transferring the contents guide member 153 accommodated in the airless pump unit 150 and a contents guide member 153 transferred by the contents guide member transfer unit 190 are inserted into the check valve housing And a contents guide member supply unit 200 for allowing the user to sit on the upper end of the body guide member 152.

A hermetic piston transferring unit 210 for transferring a hermetic piston 154 accommodated in the airless pump unit 150 and a hermetic piston 154 transferred by the hermetic piston transferring unit 210 to the upper end of the hermetic piston housing 156 And a hermetic piston supply unit 220 for allowing the hermetic piston to be seated on the piston. And a hermetic piston pressing unit 230 that presses the hermetic piston 154 located at the upper end of the hermetic piston housing 156 and presses the hermetic piston housing 156 into the hermetic piston housing 156 to the lower end of the hermetic piston housing 156 .

An ascending and descending member transfer unit 240 for transferring the ascending and descending member 157 accommodated in the airless pump unit 150 and an ascending and descending member 157 transferred by the ascending and descending member transfer unit 240, And a lifting / lowering member supply unit 250 for allowing the lifting member 150 to be placed on the upper end of the housing 156.

Descent member striking unit 260 capable of striking up-and-down member 157 located at the upper end of the closed piston housing 156 and entering the peripheral edge of the up-down member housing 158.

A check valve 151, a contents guide member 153, a hermetic piston 154 and an ascending and descending member 157 are sequentially supplied and assembled to the airless pump unit 150 of the container 110, And a product discharging unit 280 for discharging to the process.

3 to 4, the contents transfer unit 120 is provided with a contents transfer line 121 for transferring the contents unit 110 to a plurality of lines, and the contents transfer line 121 are provided with vibrating pieces 122 so that the contents container 110 can be transported by vibrations.

In addition, at the end of the contents transfer line 121, there is provided a content container stopper 124 having a content container accommodating groove 123 having the same size as the outer periphery of the container 110 as shown in FIGS. 5A to 5B .

The contents machine supply unit 130 is provided with a contents machine gripper 132 capable of gripping the contents machine 110 in the contents machine housing groove 123 by being descended by the rising and falling ingot steel pistons 131, ).

4, the inner peripheral portion of the air piston housing unit 156 of the airless pump unit 150 is pinched by the action of the pivoting cylinder 132a, (132b) are extended and closely contacted to grip the container (110).

5B, the content container unit 130 is provided with a contents container horizontal piston (not shown) for allowing the contents container holder 132 to move horizontally to stop at the contents container holder H on the table T 133 are provided.

As shown in FIG. 6, the frame 141 on the upper side of the content detector 140 is provided with a content sensor 142 for detecting the content container 110.

The content detection sensor 142 can be installed in proportion to the content holder H provided on the table T. [

As shown in FIGS. 7, 8, 9, 10A and 10B, the check valve transfer unit 160 is provided with a check valve transfer line 161 for transferring the check valve 151 to a plurality of lines, And a vibration piece 162 may be provided under the check valve transfer line 161 so that the check valve 151 can be transmitted by vibration.

A check valve stopper 164 having a check valve receiving groove 163 having the same size as the outer peripheral edge of the check valve 151 may be provided at an end of the check valve transfer line 161.

A check valve 151 is accommodated in the lower portion of the check valve stopper 164 by means of a reciprocating unit (not shown), and is moved to block the progress of the next check valve 151.

The check valve supply unit 170 is lowered by the ascending / descending check valve lifting piston 171 to check whether the check valve 151 in the check valve receiving recess 163 can be attracted and lifted by vacuum And a valve adsorption rod 172 is provided.

The check valve supply unit 170 is also provided with a check valve horizontal piston 170 for horizontally moving the check valve adsorption rod 172 to stop the airless pump unit 150 of the container 110 on the table T, (Not shown).

A movement prevention unit 175 is provided at an end of the frame 174 extending from the center of the table T to the check valve supply unit 170 so as to prevent movement of the stopped contents container 110.

The movement preventive unit 175 is provided with a movement preventive lifting cylinder 175a for lifting and lowering and a reservoir pressurizing member 175b for pressing the upper side of the content storage unit 110 at the lower end of the movement preventive lifting cylinder 175a. Respectively.

11 (a) and 11 (b), the check valve pressing member 182 is lowered by the check valve lifting piston 181 ascending and descending to the check valve pressing unit 180, The check valve 151 at the upper end is inserted into the check valve housing 152.

As shown in FIGS. 12, 13, 14, 15A and 15B, the contents guide member transfer unit 190 is provided with a contents guide member (not shown) And a vibrating piece 192 may be provided below the contents guide member transfer line 191 so that the contents guide member 153 can be transferred by vibration.

At the end of the contents guide member transfer line 191, a contents guide member stopper 194 having a content guide member receiving groove 193 having the same size as the outer periphery of the content guide member 153 may be provided.

The lower part of the contents guide member stopper 194 has means for accommodating the contents guide member 153 by a reciprocating unit (not shown) and blocking the proceeding of the next contents guide member 153.

The contents guide member supply unit 200 is lowered by the lifting and lowering guide member lifting piston 201 to grip and guide the contents guide member 153 in the contents guide member receiving groove 193 A contents guide member tongue 202 is provided.

The contents guide member tongue 202 is provided with a gripper cylinder 202b having a tongue 202a which can be gripped by both sides of the contents guide member 153 by being lowered by the guide member lifting piston 201. [

The contents guide member supply unit 200 is provided with a guide member for allowing the contents guide member tongue 202 to move horizontally to stop at the check valve housing 152 of the airless pump unit 150 on the table T, A horizontal piston 203 is provided.

As shown in FIGS. 16, 17A, 17B, 18A and 18B, the hermetic piston transfer unit 210 is provided with a hermetic piston transfer line 211 for transferring the hermetic piston 154 to a plurality of lines, And a vibration piece 212 is provided under the closed piston transfer line 211 so that the hermetic piston 154 can be transferred by vibration.

The hermetic piston transfer line 211 may be provided with a hermetic piston stopper 214 having a hermetic piston receiving groove 213 of the same size as the outer circumferential edge of the hermetic piston 156.

The lower part of the hermetic piston stopper 214 has a means for accommodating the hermetic piston 154 by a reciprocating unit (not shown) and blocking the progress of the next hermetic piston 154.

The closed piston lifting piston 221 is lifted and lowered by the lifting and lowering piston of the hermetic piston 220 so that the hermetic piston 154 in the closed piston receiving groove 213 can be lifted and lowered by vacuum suction. A suction member 222 is provided.

According to the closed piston suction member 222, the vacuum adsorption rod 222a which is lowered by the closed lifting piston 221 and capable of adsorbing the hermetic piston 154 in vacuum can be attached to the vacuum piston And a piston separating housing 222b separable from the piston 222a.

The hermetic piston supply unit 220 is provided with a closed horizontal piston (not shown) which horizontally moves the vacuum adsorption rod 222a to stop at the hermetic piston housing 156 of the airless pump unit 150 on the table T 223 are provided.

As shown in FIGS. 19A and 19B, the closed piston pushing unit 230 is lowered by the lifting and lowering piston 231 to press the hermetic piston 154 at the upper end of the hermetic piston housing 156, A piston urging member 233 including a cushioning member 232 for relieving an impact when the sealing piston 156 is pressed is provided on the upper side of the piston housing 156.

As shown in FIGS. 20, 21A, 21B, 21C, 22A and 22B, the lifting and lowering member transfer unit 240 is provided with a lifting / lowering member 157, And a vibration piece 242 may be provided under the up / down member transfer line 241 so that the up / down member 157 can be transferred by vibration.

A lifting member stopper 244 having a lifting member receiving groove 243 having the same size as the outer peripheral edge of the lifting member 157 may be provided at the end of the lifting member transfer line 241.

The lower portion of the lifting member stopper 244 has a means for accommodating the lifting member 157 by a reciprocating unit (not shown) and shutting off the progress of the next lifting member 157.

The lifting and lowering member supply unit 250 is lowered by the ascending and descending member lifting piston 251 to lift and lift the lifting member 157 in the lifting member receiving groove 243 Descending member clamp 252 is provided.

According to the ascending / descending member tongue 252, the tongue 252a which is lowered by the ascending / descending member ascending / descending piston 251 and spreads to the both sides is lifted by grasping both sides of the ascending / descending member 157 by the clamping piston 252b .

The lifting member clamp 252 is horizontally moved in the lifting member feeding unit 250 so as to be stopped at the closing piston housing 156 of the airless pump unit 150 on the table T A descending member horizontal piston 253 is provided.

As shown in FIGS. 23 to 25, the up-down member striking unit 260 is pressed into the lower end of the up-down member housing 158 by pressing the up-down member 157 located at the upper end of the closed piston housing 156, A descending member striking member 261 is provided.

As shown in FIGS. 26A to 26C, the product discharging unit 280 is provided with a vacuum tube 282 which is lowered by the ascending and descending product ascending and descending piston 281 and capable of vacuuming the content container 110, And a product horizontal piston 284 which horizontally moves the vacuum tube 282 and stops at the swash plate 283.

The operation of the present invention configured as described above is as follows.

2 to 5B, when a plurality of contents machines 110 are placed on the machine body conveying line 121, the workpiece is conveyed by the vibrating element 122 provided at the lower end of the contents machine conveying line 121, (110) moves in the direction of the table (T).

When the content container 110 is moved to the content container transfer line 121 and the content container 110 is inserted into the content container slot 122 of the content container stopper 123 at the end of the content container transfer line 121 The contents lifting and lowering piston 131 provided in the contents supply unit 130 descends and the forceps 132b of the contents forceps 132 provided at the lower end of the forceps 132 abuts on the forceps 132b So that it is brought into close contact with the inner periphery of the closed piston housing 156 of the airless pump unit 150 to hold the container 110.

After the container 110 is gripped by the gripper 132b, the container is lifted by the container lifting piston 131 and then horizontally moved by the container horizontal piston 133, The contents lifting and lowering piston 131 descends to seat the contents container 110 held by the clips 132b in the contents container holder H.

On the other hand, the table T allows the driving motor M provided at the center of the table T to rotate at a constant interval by a control unit (not shown).

That is, when the contents machine 110 is placed on the contents machine holder H by the contents machine unit 130, the driving motor M is driven to rotate the table T.

2 and 6, the container 110 placed on the container holder H is moved by the rotating table T and then stopped in the container detecting unit 140. At this time, the sensing sensor 142 provided on the upper side senses the presence or absence of the container 110 seated on the container holder H, and when the container 110 is confirmed, the table T rotates and the container 110 ) To the next check valve supply unit 170. [

2 and 7, before the container 110, which is seated on the container holder H, reaches the check valve supply unit 170, a check valve stopper (not shown) provided at the end of the check valve transfer line 161, The check valve 151 is received in the check valve receiving groove 163 of the check valve accommodating groove 163 and is in a waiting state and the container 110 seated in the container holder H is connected to the check valve supply unit 170 The movement preventive lifting cylinder 175a provided in the movement preventing unit 174 moves down and the content medium pressing member 175b at the end of the movement preventive lifting cylinder 175a presses the upper side of the content container 110, Thereby preventing the machine 110 from moving.

The check valve lifting piston 171 is lowered so that the check valve attracting member 172 vacuum-sucks the check valve 151 into the check valve receiving groove 163 while the check valve lifting piston 171 ascends, When the check valve adsorption member 172 moves horizontally by the horizontal piston 173 and is in the same position as the check valve adsorption member 172 to the airless pump unit 150 of the container 110, the check valve horizontal piston 173 ) Is stopped.

At this time, the check valve stopper 164 moves to the right in a state in which the check valve 151 in the check valve transfer line 161 is blocked as shown in FIG. 10, and the check valve 151 So that the next check valve adsorption member 172 can adsorb the check valve 151. [

On the other hand, when the check valve 151 is located at the upper end of the check valve housing 152 by the check valve lifting piston 171, the vacuum is released to check the check valve housing 152 The valve 151 is placed.

When the check valve 151 is placed on the check valve housing 152 as described above, the table T rotates to move the container 110 to the check valve pressurizing unit 180 as shown in FIG. And is lowered by the valve-lifting piston 181 of the check valve pressurizing unit 180 so that the check valve urging member 182 at the end of the check valve 151 enters the undercut of the check valve housing 152 So that the check valve 151 can not be released.

When the check valve 151 is inserted into the check valve housing 152 as described above, the table T rotates and the contents are guided by the following contents guide member supply unit 200 as shown in FIGS. 2 and 12 to 15B Thereby moving the machine 110.

When the contents container 110 reaches the contents guide member supply unit 200, the contents guide member 153 in the contents guide member receiving groove 193 of the contents guide member stopper 194 is moved to the guide member lifting piston 201 The tongue 202a at the lower end is lowered and the tongue 202a which has been spread to both sides by the tongue cylinder 202b is moved to the center to grip the contents guide member 153,

The guide member lifting piston 201 is lifted and the tongue 202a moves horizontally by the action of the guide member horizontal piston 203 so that the check valve housing 152 of the airless pump unit 150 and the tongue 202a The operation of the guide member horizontal piston 203 is stopped.

At this time, the contents guide member stopper 194 moves the contents guide member 153 to the moving contents guide member receiving groove 193 to the right side in a state where the progress of the contents guide member 153 in the contents guide member transfer line 191 is blocked, So that the tongue 202a can grip the contents guide member 153 next.

On the other hand, the tongue 202a is lowered by the guide member lifting piston 201 to seat the content guide member 153 at the upper end of the check valve housing 152 and to act on the tongue cylinder 202b, The guide member lifting piston 201 is lifted.

When the contents guide member 153 is seated on the check valve housing 152 in the contents guide member supply unit 200 and the guide member lifting piston 201 is lifted up, the table T rotates to rotate the container 110 ) To the next hermetic piston supply unit (220).

2 and 16 to 18B, in the closed piston supply unit 220, the closed lifting piston 221, which is lifted and lowered before reaching the container 110, is lowered, and the vacuum adsorption rod 222a to suck the hermetic piston 154 accommodated in the hermetic piston receiving groove 213 and at the same time the inner cylinder 110 reaches the hermetic piston supply unit 220 and stops.

And then moved up by the closed lifting piston 221 and horizontally moved by the closed horizontal piston 223 to place the closed piston 154 in the closed piston housing 156 of the airless pump unit 150. When the closed horizontal piston 223 And the hermetically-closed lifting piston 221 is lowered to place the hermetic piston 154 in the hermetic piston housing 156 at the upper end of the hermetic piston housing 156. At this time, when the closed lifting piston 221 further descends, the piston separating housing 222b moves downward, and the soft sealing piston 154 is coupled to the inner periphery of the closed piston housing 156.

The container 110 having the hermetic piston 154 coupled to the hermetic piston housing 156 moves to the next hermetic piston pressing unit 230 by the rotation of the table T. [

When the container 110 reaches and stops at the hermetic piston pressurizing unit 230 as shown in Figs. 2 and 19A and 19B, the pressurization lifting piston 231 is lowered, and at the same time, the piston pressurizing member 232, Pressurizes the hermetic piston 154 to enter the lower end of the hermetic piston housing 156.

At this time, the cushioning member 232 is provided on the upper side of the piston pressing member 233 to alleviate the impact when the sealing piston 154 is pressed.

The container 110 having the sealing piston 154 assembled up to the lower end of the hermetic piston housing 156 moves to the next rising and falling member supply unit 250 by the rotation of the table T. [

As shown in Figs. 2 and 21A to 22B, in the lifting member feeding unit 250, the lifting member clamp 252 grasps the lifting member 157 until the content container 110 reaches, specifically, Descending member lift pin 251 is lowered by the ascending and descending member ascending and descending piston 251 ascending and descending and reaches the gripping position of the ascending and descending member 157, The two tongues 252a opened at both sides by the tongue piston 252b are gathered at the center and grip the lifting member 157.

When the tongue 252a grips the lifting member 157, the container 110 reaches the lifting and lowering member supply unit 250 and stops. In addition, the tongue 252a lifts up the lifting member 251 And then the elevating member horizontal piston 253 is stopped when the clamp 252a horizontally moves to reach the position where the center of the container 110 is positioned by the elevating member horizontal piston 253 .

When the lifting member 157 is located at the center position of the container 110 as described above, the lifting piston 251 of the lifting / descending member descends to move up and down the upper end of the sealing piston housing 156 provided in the airless pump unit 150 The member 157 is seated.

The table T moves the container 110 to the next ascending and descending member pressurizing unit 260 when the ascending and descending member 157 is seated in the ascending and descending member supplying unit 250 at the upper end of the hermetically closed piston housing 156 .

When the content container 110 reaches and stops at the lifting member pressing unit 260 as shown in FIGS. 2 and 23 to 25, the lifting member 157 located at the upper end of the closing piston housing 156 is lifted and lowered When the member 261 is hit several times, the lifting member 157 is advanced and fixed to the lower end of the lifting member housing 158.

As described above, the container 110, in which the check valve 151, the contents guide member 153, the closing piston 154 and the lifting member 157 are sequentially assembled to the airless pump unit 150, To the next product discharging unit 280 by the rotation of the product discharging unit 280.

When the container 110 reaches and stops at the product discharging unit 280 as shown in FIG. 2 and FIGS. 26A to 26C, the ascending and descending product ascending / descending piston 281 descends and the vacuum tube 282 at the end thereof descends. When the product lifting piston 281 is lifted and then moved horizontally by the product horizontal piston 284 and the vacuum tube 282 is positioned on the swash plate 283, The horizontal piston 284 is stopped and the vacuum tube 282 releases the vacuum so that the container 110 is dropped onto the swash plate 283 and transferred to the next process.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It is to be understood that various modifications may be made by anyone, and such modifications are within the scope of the claims.

10: airless pump assembling machine 110:
120: content transfer unit 130: content supply unit
H; Content holder 140: Content detector unit
150: Airless pump unit 151: Check valve
160: Check valve feed unit 170: Check valve feed unit
180: Check valve pressurizing unit 190: Contents guide member transfer unit
200: contents guide member supply unit 210: hermetic piston transfer unit
220: Closed piston supply unit 230: Closed piston pressure unit
240; Up and down member transfer unit 250; The ascending / descending member supply unit
260; Ascending / descending member striking unit 280: product discharging unit

Claims (23)

The component assembling process of the airless pump coupled to the contents container includes a contents container supplying step (S10) for supplying the contents container in which the contents are accommodated;
A content sensing step S20 for confirming whether or not it is seated in the holder H provided in the content table T;
A check valve supply step (S30) for placing a check valve on the upper end of the check valve housing of the airless pump unit provided in the content container;
A check valve pressing step (S40) for pressing the check valve located at the upper end of the check valve housing and inserting the check valve into the check valve housing;
A contents guide member feeding step (S50) for allowing the contents guide member to be placed on top of the check valve housing;
A sealing piston supplying step (S60) for placing a sealing piston on the top of the closed piston housing;
A hermetic piston pressing step (S70) in which the hermetic piston located on the upper end of the hermetic piston housing is pressurized to pass through the undercut of the hermetic piston housing to the lower end of the hermetic piston housing;
A lifting and lowering member supply means (S80) for allowing the lifting and lowering member to be positioned on the upper end of the hermetic piston housing;
(S90) of hitting the lifting member located at the upper end of the hermetic piston housing and allowing the lifting member to enter into the lifting member housing;
And a product discharging step (S100) for assembling the check valve, the contents guide member, the hermetic piston, and the ascending and descending member to the airless pump unit of the contents machine in order and discharging the finished product to another process. A method of manufacturing an airless pump in a containment vessel. The assembly device 10 of the airless pump coupled to the contents container includes a contents transfer unit 120 for transferring the contents container 110 containing foundation cosmetics and a container 110 conveyed by the contents container transfer unit 120, A content container unit 130 for placing the contents container holder H in the container holder H provided in the table T;
A content detector unit 140 for detecting the content container 110 seated on the content container holder H;
A check valve transfer unit 160 for transferring the check valve 151 accommodated in the airless pump unit 150 provided in the container 110 and the check valve 151 transferred by the check valve transfer unit 160 A check valve supply unit (170) which is adapted to be accommodated in the airless pump unit (150);
A check valve pressurizing unit 180 for pressurizing the check valve 151 accommodated in the airless pump unit 150 and inserting the check valve 151 into the check valve housing 152;
A contents guide member transfer unit 190 for transferring the contents guide member 153 accommodated in the airless pump unit 150 and a contents guide member 153 transferred by the contents guide member transfer unit 190 are inserted into the check valve housing A contents guide member supply unit 200 for allowing the user to sit on the top of the container 152;
A hermetic piston transferring unit 210 for transferring a hermetic piston 154 accommodated in the airless pump unit 150 and a hermetic piston 154 transferred by the hermetic piston transferring unit 210 to the upper end of the hermetic piston housing 156 A sealing piston supplying unit 220 for placing the sealing piston in a predetermined position;
A hermetic piston pressurizing unit 230 that pressurizes the hermetic piston 154 located at the upper end of the hermetic piston housing 156 and presses the hermetic piston housing 156 into the hermetic piston housing 156 to the lower end of the hermetic piston housing 156;
An ascending and descending member transfer unit 240 for transferring the ascending and descending member 157 accommodated in the airless pump unit 150 and an ascending and descending member 157 transferred by the ascending and descending member transfer unit 240, A lifting and lowering member supply unit 250 for allowing the lifting member 156 to be placed on the upper end of the housing 156;
A descending member striking unit 260 capable of striking an ascending / descending member 157 located at an upper end of the hermetically closed piston housing 156 and entering a peripheral portion of the ascending and descending member housing 158;
A check valve 151, a contents guide member 153, a hermetic piston 154 and an ascending and descending member 157 are successively assembled to the airless pump unit 150 of the container 110, And a product discharging unit (280) for discharging the cosmetic product to the outside.

3. The method of claim 2,
In the above-described content transfer unit 120,
A content transfer line 121 is provided so as to transfer the content container 110 to a plurality of lines,
Wherein a content base stopper (124) is provided at an end of the content transferring line (121) and having a content container receiving groove (123) of the same size as the outer peripheral edge of the content container (110) Airless pump assembling device of the. The method of claim 3,
Characterized in that a vibration piece (122) is further provided at a lower portion of the contents transfer unit (120) so that the contents container (110) can be transferred by vibration. 3. The method of claim 2,
The contents-supplying unit 130 includes
A contents grasping device 132 which can descend and ascend the contents container 110 in the contents container receiving groove 123 by descending by the ascending and descending intrusion steel piston 131;
A gripper cylinder 132a for allowing the gripper 132b to expand or contract;
Characterized in that a content container horizontal piston (133) for horizontally moving the contents container holder (132) and stopping the contents container holder (H) on the table (T) is provided Of the airless pump. 3. The method of claim 2,
The content detector unit 140
Wherein the foundation frame (141) is provided with a sensor (142) for sensing the content container (110). 3. The method of claim 2,
The check valve transfer unit 160 is provided with a check valve transfer line 161 for transferring the check valve 151;
And a check valve stopper 164 having a check valve receiving groove 163 having the same size as the outer peripheral edge of the check valve 151 is provided at an end of the check valve transfer line 161. [ Airless pump assembling device of contents machine. 8. The method of claim 7,
Characterized in that a vibration piece (162) is further provided under the check valve transfer line (161) so that the check valve (151) can be transmitted by vibration. 3. The method of claim 2,
In the check valve supply unit 170
A check valve adsorption rod 172 descending by the ascending and descending check valve lifting piston 171 and capable of ascending and descending the check valve 151 in the check valve receiving groove 163 by vacuum suction;
The check valve supply unit 170 is provided with a check valve horizontal piston 170 for horizontally moving the check valve adsorption rod 172 to stop at the airless pump unit 150 of the container 110 on the table T, (173);
And a movement preventing unit 175 is provided at an end of the frame 174 extended to the check valve supply unit 170 so that the container 110 is prevented from moving. . 10. The method of claim 9,
In the movement preventing unit 175,
Lifting cylinder 175a for lifting and lowering the lifting cylinder 175a and a container pressurizing member 175b for pressing the upper side of the container 110 at the lower end of the lifting cylinder 175a. The airless pump assembling apparatus of the present invention. 3. The method of claim 2,
In the check valve pressurizing unit 180,
The check valve pressing member 182 is lowered by the ascending and descending check valve lifting piston 181 so that the check valve 151 at the upper end of the check valve housing 152 can be inserted into the check valve housing 152 Which is characterized in that the foundation cosmetic is accommodated. The method of claim 2,
In the contents guide member transfer unit 190,
A contents guide member transfer line 191 for transferring the contents guide member 153;
And a content guiding member stopper 194 having a content guiding member receiving groove 193 having the same size as the outer circumferential edge of the content guiding member 153 is provided at the end of the content guiding member transfer line 191. [ The airless pump assembling apparatus of the present invention. 13. The method of claim 12,
Characterized in that a vibration piece (192) is further provided under the contents guide member transfer line (191) so that the contents guide member (153) can be transferred by vibration. 3. The method of claim 2,
In the contents guide member supply unit 200,
A contents guide member tongue 202 descending by the guide member lifting piston 201 which is lifted and lowered and can grip and lift the contents guide member 153 in the contents guide member receiving groove 193;
The tongue 202a can be expanded or contracted in the contents guide member tongue 202
A clamping cylinder (202b) for holding the clamping cylinder (202b);
The contents guide member supply unit 200 is provided with a guide member horizontal piston 203 for stopping the contents guide member 153 at the position of the check valve housing 152 of the airless pump unit 150 on the table T, Wherein the foundation cosmetics are accommodated in the space. 3. The method of claim 2,
In the closed piston transfer unit 210,
A hermetic piston transfer line 211 for transferring the hermetic piston 154;
And a hermetic piston stopper 214 having a hermetic piston receiving groove 213 of the same size as the outer peripheral edge of the hermetic piston 154 is provided at an end of the hermetic piston transfer line 211. [ Of the airless pump.
16. The method of claim 15,
Wherein a vibration piece (212) is further provided under the closed piston transfer line (211) so that the hermetic piston (154) can be transferred by vibration. 3. The method of claim 2,
In the hermetic piston supply unit 220,
A hermetic piston suction member 222 which is lowered by a hermetically-moving lifting piston 221 which is lifted and lowered and is able to attract and lift the hermetic piston 154 in the hermetic piston receiving recess 213 by vacuum;
The closed piston suction member (222)
A piston separating housing 222b for separating the vacuum adsorption rod 222a capable of adsorbing the hermetic piston 154 by vacuum and the hermetic piston 154 adsorbed from the vacuum adsorption rod 222a;
The closed piston supply unit 220 is provided with a closed horizontal piston (not shown) which horizontally moves the vacuum adsorption rod 222a to stop at the closed piston housing 156 of the airless pump unit 150 on the table T 223) are provided on the inner surface of the inner surface of the inner surface of the inner surface of the outer surface of the foundation cosmetic.
The method of claim 2,
In the hermetic piston pressing unit 230,
Descending piston 231 to press the hermetic piston 154 at the upper end of the hermetic piston housing 156 to reach the lower end of the hermetic piston housing 156 and to close the hermetic piston 154 at the upper side, Is provided with a piston urging member (233) which includes a cushioning member (232) for relieving an impact when the piston is pressed. The method of claim 2,
The ascending / descending member transfer unit 240
A lifting member transfer line 241 for transferring the lifting member 157;
And an ascending and descending member stopper 244 having an ascending and descending member receiving groove 243 having the same size as the outer peripheral edge of the ascending and descending member 157 is provided at the end of the ascending and descending member transfer line 241. [ The airless pump assembling device of the accommodating machine. 20. The method of claim 19,
Wherein an oscillating piece (242) is further provided below the lifting member transfer line (241) so that the lifting member (157) can be transferred by vibration. The method of claim 2,
The rising and falling member supply unit 250
Descending member tongue 252 descending by the ascending and descending member lifting piston 251 that can ascend and descend and can lift and lift the lifting member 157 in the lifting member receiving groove 243;
The lifting member clamp 252 includes a clamping piston 252b for expanding or contracting the clamp 252a;
The lifting member clamping unit 252 is horizontally moved in the lifting and lowering member supplying unit 250 so as to be stopped at the closing piston housing 156 of the airless pump unit 150 on the table T And a lowering member horizontal piston (253) is provided on the upper surface of the lowering member horizontal piston (253). 3. The method of claim 2,
The ascending / descending member striking unit 260
And a lifting member striking member (261) capable of pressing the lifting member (157) located at the upper end of the closed piston housing (156) to enter the lower end of the lifting member housing (158) Airless pump assembling device of contents machine. 3. The method of claim 2,
The product discharge unit 280
A product lifting piston 281 for lifting and lowering;
A vacuum tube 282 capable of vacuum-adsorbing the content container 110;
And a product horizontal piston (284) for moving the vacuum tube (282) horizontally to stop the swash plate (283).

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