KR101675394B1 - Bond type handles apparatus manufacturer - Google Patents

Abstract

The present invention relates to a handle manufacturing apparatus. In a state in which an attachment metal is supplied to a handle body supplied by a series of sequential processes, a binding member inside the handle body is fastened to each other by a thing which fixes the handle body such that an object of the present invention is to increase productivity of an attaching type handle by making a bonding between the both quickly and firmly without a separate high-frequency bonding step.

Description

Technical Field [0001] The present invention relates to a Bond type handles apparatus manufacturer,

The present invention relates to a handle manufacturing apparatus, and more particularly, to a handle manufacturing apparatus which can rapidly and conveniently mass-produce a handle attached integrally to a metal body, minimizes damage to the product, automatically selects a defective product Thereby reducing the manufacturing cost of the handle, the labor cost, and the productivity.

In general, a container of a large size that can be carried by a person, for example, a paint container, a cooking oil container or a lubricating oil container, is integrally mounted on the upper surface of the container body, It is possible.

As described above, the handle attached and used integrally with the upper surface of the container is composed of an attachment metal attached to the container, and a handle made of a synthetic resin material, which is attached to the attachment metal and functions as an actual handle gripped by the hand. In the conventional body-attachment type knob, when the handle body and the attachment bar are engaged, one side of the attachment bar is adhered to the opening part by momentary ultrasonic bonding in a state where the knob is held and the handle is attached to one side of the bar, .

However, as described above, since the coupling between the hanger and the grip body is completed only when high frequency bonding is performed on the outer surface of the gripped gripper portion, not the self-mechanical coupling in the state where the grip body is held by the grip, There is a problem that the productivity of the handle is increased due to an increase in the airflow, and the productivity is disadvantageously deteriorated. At the same time, since the coupling between the hanger and the handle is made by high frequency bonding regardless of the mechanical structure, There is a problem that a safety accident may occur and the container itself can not be operated because the nip portion of the handle body is separated from the attaching iron while the nip portion of the handle is opened during use.

In order to solve such a problem, there is a patent application No. 10-0337464 which is a prior invention of the present applicant. This is because, as shown in FIGS. 11A and 11B, a plurality of knobs 1 supplied from the hopper h, A first operating means 4 for transferring the conveyed manual knob body 2 to the guide portion 10 side of the second operating means 5 in front of the conveying belt 3 for conveying the knob body 2 to the first operating means 4 side, A second actuating means 5 for guiding the opening of one side of the conveyed pull body 2 to the nipping means 9 while being guided by the guide portion 10, A third operating means (6) for positioning the engaging portion (21) of the engaging means (2) in the handle body (1) transferred to the holding means (9) Fourth and fifth operating means 7 (7 (7) and 7 (5)) respectively provided in the holding means 9 for pressing the tip end of the pull body 1 in the up- ) It is configured to include,

A plurality of knob bodies (1) which are contained in a hopper (h) and descend naturally on the material supply rails and are sequentially transported are fed one step at a time by the driving of the conveyance belt (3) 4 to the operation port 41 side,

The pull body 1 which has been transferred to the operation opening 41 side of the first operating means 4 has an axis which intersects horizontally with the axis of the first operating means 4 by the operation of the first operating means 4, The second operating means 5 having the first operating portion 5 and the second operating portion 5 is moved in a state in which the one opening portion is in close contact with the guide portion 10 on the operating portion 51 side,

The handle 1 is placed in the holding means 9 and at the same time the magazine 8 is moved from the magazine 8 in a stacked state by its own weight to the holding means 9, The hinge 2 which is naturally lowered is pushed to the holding means 9 side by the operating means 61 in accordance with the operation of the third operating means 6 and the engaging portion 21 of the one side is moved by the holding means 9, which is located in the seat groove 11 in the handle body 1,

In this process, as shown in Fig. 11 (b), a plurality of elastic balls 9a resiliently supported by the spring 9b are provided on the inner surface of the nipping means 9, so that the elastic balls 9a are transferred to the nipping means 9 When the handle 2 is fed to the handle body 1 to be positioned and is conveyed and placed inside the handle body 1, the tip end of the handle body 1 is moved in the up and down direction by the fourth and fifth actuating means 7 and 7 ' So that the coupling between both the handle body 1 and the hanger 2 is completed, thereby completing the manufacture of one finished product.

However, such a first invention of the applicant of the present invention is that the plurality of knobs 1 contained in the hopper h are sequentially conveyed by the continuous driving of the conveyor belt 3 in a state of being arranged in a line and conveyed to the first operating means 4 At this time, while the handle 1 transferred to the first operating means 4 undergoes the next process, the next gripping body 1 is engaged with the first operating means 4 by the continuous drive of the conveying belt 3 There is a problem that the product is damaged.

If the handle 1 is insufficient or not in the hopper h, the worker has to fill the handle 1 in the hopper h, thereby reducing the efficiency of the work.

When the hanger 2 is transferred and positioned inside the handle 1, the distal end of the handle 1 is pushed by the fourth and fifth actuating means 7, 7 'in the vertical direction, At this time, the pressing speeds of the fourth and fifth actuating means 7, 7 'do not exactly coincide with each other, so that the pull body 1 is twisted in one direction and the quality is deteriorated.

In addition, since the worker has to visually check the final product for which the knob has been manufactured, the defective product must be selected and the efficiency of the work is lowered.

Korean Patent Registration No. 0337464 has been registered.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the problems of the prior art as described above, and it is an object of the present invention to provide a method of manufacturing a handle, So that the fastening members inside the pull body are fastened to each other so that the fastening and fastening of the fastening and fastening are facilitated without a separate high-frequency bonding step, so that the productivity of the fastening handle can be increased.

Another object of the present invention is to prevent the scratches from being generated on the handle body because the handle body is guided by the guide rails and dropped by the magnetic force, thereby improving the quality of the product.

It is a further object of the present invention to provide a vibrator in a storage container for storing and discharging a large number of pull tabs, and a water quantity sensing part provided inside the first part feeder, The vibrator is driven so that the knob body, which is stored in a large quantity in the storage body, is automatically discharged due to vibration of the vibrator, so that the knob body is filled in the first part feeder so that the operator can easily remove the knob body 1 parts feeder, and the work efficiency is improved.

It is a further object of the present invention to provide an apparatus and a method for attaching the handle to the holding groove of the holding means by inserting the handle into the insertion groove of the holding means, So that it is possible to prevent the deterioration of the quality of the knob body due to the detachment of the knob body in any one direction as well as to precisely mass-produce the product.

Another object of the present invention is to automatically select defective products for finished products, thereby eliminating the need for the operator to identify defective products with naked eyes and select them, thereby enhancing the efficiency of the work.

In order to achieve the above object, according to one aspect of the present invention, there is provided a storage container comprising: a storage unit having a storage unit storing a large number of knobs; First transfer means for receiving the handle body discharged from the storage case and aligning the handle body and sequentially transferring the handle body to the second transfer means; A second conveying means provided with a first operating means for conveying the pull body conveyed through the first conveying means to the guide portion in front of the third conveying means; A third conveying means provided with a second actuating means for guiding the opening formed at one side of the pull body conveyed through the second conveying means to the holding means while being guided by the guide portion; A holding means for holding a lower end of the pull body is formed at a lower side of the insertion groove, and a holding means for holding a lower end of the pull body is formed on the lower side of the holding groove; A fourth conveying means provided with a third actuating means for positioning the engaging portion of the hanger guided and guided by the magazine within the handle body conveyed to the holding means; A pressing means having a fourth actuating member located on the upper side of the holding means and pressing the tip end of the pull body placed in the insertion groove downward; And a defective part selection means for automatically receiving rejected articles after receiving the finished product after the process of the pressing means.

According to the present invention, since the handle is supplied to the grip body supplied by a series of sequential processes, the grip is fixed to the grip body so that the fasteners inside the grip body are bound to each other, It is possible to increase the productivity of the attaching handle by making the overlap between the both fast and rigid.

In addition, since the handle is guided by the guide rail and is supplied by being dropped by the magnetic force, scratches are prevented from being generated on the handle, thereby improving the quality of the product.

In addition, the present invention provides a vibrator in a storage case for storing and discharging a large number of pull tabs, and a water amount sensing part is provided in a receiving part of the feed hopper to detect the amount of water in the handle, The vibrator is driven by the vibration of the vibrator. Therefore, the knob body stored in a large quantity in the storage body is automatically discharged by being shaken by vibration, so that the knob body is filled in the accommodating portion, thereby eliminating the inconvenience that the operator has to fill in the handle portion Thereby improving the efficiency of the work.

In addition, according to the present invention, when the handle is inserted into the insertion groove of the holding means and the lower end of the handle is supported by the receiving jaw and is positioned, the tip of the handle is pressurized only in the upper direction, As the leading end of the pull body is pressed in the vertical direction, the pull body is prevented from being deteriorated due to the detachment of the pull body in any one direction, and the precision product can be mass-produced.

In addition, since the defective product is automatically selected for the finished product, the present invention eliminates the troubles that the operator has previously had to identify and sort out defective products with the naked eye, thereby improving the efficiency of the work.

1 to 5 are explanatory views schematically showing an operation state and a manufacturing process of the handle manufacturing apparatus according to the present invention.
6 is an explanatory view schematically showing an operating state of the fourth conveying means and the pressing means of the present invention.
FIG. 7 is an explanatory view schematically showing a state in which one side of the pull-tab is opened by the guide portion guide projection of the present invention and inserted and inserted into the insertion groove; FIG.
FIG. 8 is a side view schematically showing a storage body and a first transfer part of the present invention. FIG.
9 is a perspective view of a handle manufactured by the handle manufacturing apparatus according to the present invention.
10 is a sectional view of a handle manufactured by the handle manufacturing apparatus according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unnecessary.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention as claimed.

Also, the size and thickness of each component shown in the drawings are arbitrarily shown for convenience of explanation, and the present invention is not necessarily limited to those shown in the drawings.

First of all, the present invention can quickly produce a large number of knobs integrally attached to a main body of a metal container, minimizes damage to the product, and automatically selects defective products for the finished product, thereby lowering the manufacturing cost and labor cost of the knob, 1 to 5, the handle manufacturing apparatus 100 includes a storage 110, a first conveying unit 120, a second conveying unit 120, The third conveying means 140, the nipping means 150, the fourth conveying means 160, the pressurizing means 170 and the defective-material selecting means 180.

Before the description is made, the structure of the handle manufactured by the handle manufacturing apparatus 100 of the present invention is such that the engaging portion 21 of the hanger 20 is located in the seating groove 11 inside the handle 10, The binding member 12 formed on one side of the mounting groove 11 is forcibly fitted in the binding groove 13 so that the connecting member 10 and the connecting member 20 are firmly engaged with each other, It will be a handle.

The storage case 110 is provided with a storage unit 111 in which a large amount of the handle body 10 is stored.

A discharge part 112 through which the pull tab 10 stored is stored is formed at a lower side of the storage part 111.

The storage box 110 further includes a vibrator 113 driven by receiving a signal from a volume sensor 124 for sensing the volume of the handle 10 filled in the first part feeder 121.

The discharge unit 112 is disposed at a lower portion of the discharge unit 112 so as to discharge the handle 10 due to vibration of the vibrator 113 driven by the vibration of the handle unit 10 stored in the storage unit 111 in a mass- And is preferably provided at a predetermined angle.

The first transfer means 120 receives the handle 10 discharged from the storage container 110 and sequentially aligns the handle 10 and transfers the handle 10 to the second transfer means 130, The transfer means 120 receives the handle 10 discharged from the storage container 110 and transfers the handle 10 accommodated by the vibration along the spiral first transfer path 122 formed on the inner wall A first part feeder 121 is provided.

Here, the first part feeder 121 is widely used for supplying various materials, and a detailed description thereof will be omitted.

One end of the first transfer path 122 is connected to the end of the first transfer path 122 so as to transfer the handle 10 transferred along the first transfer path 122 of the first part feeder 121 to the second transfer means 130. [ And the other end thereof is provided with a guide rail 123 located at a front side of the second conveying means 130.

At this time, the guide rails 123 are inclined with a predetermined height so that the pull body 10 is dropped by the magnetic force as a whole and smoothly fed.

The handle body 10 freely falling under the guidance of the guide rail 123 is engaged with the outer surface of the holding means 150 and is held in contact with the front surface of the first operating mechanism 131 of the second conveying means 130 .

The second conveying means 130 conveys the pull body 10 to be conveyed through the first conveying means 120 to the guide portion 153 in front of the third conveying means 140, And a first actuating part 131 which moves forward and backward to push forward.

The third conveying unit 140 guides the opening portion of the handle 10 which is conveyed through the second conveying unit 130 to the holding unit 150 while being guided by the guide unit 153, And a second actuating member 141 which moves forward and backward to push the pull holding body 10 forward.

The gripping means 150 is formed with an insertion groove 151 through which the handle 10 transferred through the third transfer means is inserted and seated and the lower end of the insertion groove 151 is engaged with the lower end A supporting jaw 152 is formed to support the supporting base 152. [

A guide portion 153 having protruding guide protrusions 154 at both ends of the opening portion is formed on the front surface of the insertion groove 151 so as to be inserted into the insertion groove 151 with the open portion of the pull- .

The fourth conveying means 160 places the engaging portion 21 of the hanger 20 guided and supplied by the magazine 161 into the gripper body 10 transferred to the gripper means 150 , And a third operating member (161) moving forward and backward to push the hanger (20) forward.

The pushing means 170 pushes the tip end of the pull body 10 placed on the upper side of the clamping means 150 and seated in the insertion groove 151 downward to push down the tip of the pull body 10 And a fourth operating member 171 for moving up and down.

The second conveying means 130, the third conveying means 140, the fourth conveying means 160 and the pressurizing means 170 are provided with respective actuators 131, 141, 161 and 171 ), But it is not limited to a pneumatic cylinder, and a hydraulic cylinder may be used.

131, 141, 161, and 171 are provided on one side of each of the second conveying unit 130, the third conveying unit 140, the fourth conveying unit 160, and the pressing unit 170, Second, third, and fourth sensing sensors 132, 142, 162, and 172 for receiving and transmitting operation signals to sequentially operate each of the actuators according to a manufacturing process, Respectively.

That is, when the first sensing sensor 132 senses the operation of the first actuating part 131 and simultaneously transmits the actuating signal to the second sensing sensor 142, the second actuating part 141 is actuated, The second detection sensor 142 senses the operation of the second operation member 141 and simultaneously transmits the operation signal to the third detection sensor 162. The third operation member 161 is activated, The fourth actuating member 171 is actuated and the fourth actuating member 172 is actuated as the actuating member 162 senses the actuation of the third actuating member 161 and simultaneously transmits the actuating signal to the fourth actuating sensor 172, The operation of the first actuating part 131 is repeated by sensing the operation of the fourth actuating part 171 and simultaneously transmitting an actuating signal to the first sensing part 132. [

The defective-product selecting means 180 is a means for automatically selecting defective products by receiving the finished products discharged through the process of the pressing means 170. The defective-product selecting means 180 is a means for sorting the finished products accommodated by the vibration into spiral- And a second part feeder 181 for feeding the second part feeder 182 along the second feed path 182.

 A guide bar 183 is connected to the end of the second conveying path 182 of the second part feeder 181 for selecting a defective product from the finished product conveyed along the second conveying path 182.

At this time, a first opening 184 for discharging defective products is formed at one end of the guide base 183, and a second opening 185 for discharging the finished product is formed at the other end.

The width of the first opening 184 is narrower than the width of the finished product and wider than the width of the defective product, and the width of the second opening 185 is larger than the width of the finished product.

That is, the defective product means a state in which the handle 10 and the attachment 20 are not joined together and are separated, and the finished product is a state in which the handle 10 and the attachment 20 are integrally joined, Is discharged to the first opening portion 184, and the finished product is discharged to the second opening portion 185 through the first opening portion 184.

Hereinafter, the operating relationship and operation effects of the knob manufacturing apparatus of the present invention constructed as described above will be described.

First, as shown in FIG. 1, when the pull body 10 is dropped by the magnetic force and guided by the guide rail 123 of the first conveying means 120, and is in close contact with the outer surface of the clamping means 150 Is positioned on the front surface of the first operating member 131 of the second conveying unit 130.

As shown in FIG. 2, the handle 10 positioned on the front surface of the first operating member 131 is moved in the horizontal direction with the second conveying unit 130 while the first operating member 130 is moved forward. The opening portion is closely contacted with one end of the second actuating member 141 of the third conveying means 140 having the axis that is the axis of rotation.

3 and 8, the pull body 10 is inserted into the insertion groove 151 of the holding means 150 by the forward movement of the second operating member 141, The handle body 10 is inserted into the protruding guide protrusion 154 of the guide portion 153 provided on the front surface of the insertion groove 151. In this state, So that the opening portion is seated in a state in which the opening portion is sufficiently opened.

As shown in FIGS. 4 and 5, the handle 10 is placed in the holding means 150, and at the same time, the holding claw 20, which is naturally lowered and supplied from the magazine 30 in its stacked state by its own weight, The fourth operating means 161 of the fourth conveying means 160 is pushed toward the holding means 150 by the forward movement and the engaging portion 21 of the one side is moved to the holding body 10 As shown in Fig.

7 and 8, the fourth actuating part 171 of the pressing means 170 is moved downward to press the front end of the pull body 10, so that the opening part of the pull body 10 The product is instantly released from the protrusion 154 and pressed to complete the product.

The finished product finished with the pressing means 170 is inserted into the insertion groove 151 of the next handle 10 and discharged into the second part feeder 181 of the defective product sorting means 180, The defective product is discharged to the first opening portion 184 of the guide base 183 and the finished product passes through the first opening portion 184 and the second transfer passage 182 of the second part feeder 181, 2 openings 185 to be sorted.

That is, the handle manufacturing apparatus 100 according to the present invention is configured to allow the handle 10 to be nipped and fixed in a state in which the handle 20 is supplied to the handle 10 supplied by a series of sequential steps So that the fasteners 12 on the inside of the handle 10 are fastened to each other so that the fastening and fastening of the fasteners 12 to each other can be achieved without a separate high-frequency bonding step, so that the productivity of the fastening handle can be increased.

According to the present invention, since the handle 10 is guided by the guide rail 123 and is supplied by being dropped by the magnetic force, scratches are prevented from being generated in the handle 10, thereby improving the quality of the product.

In addition, the present invention is characterized in that a vibrator 113 is provided in a storage container 110 for storing and discharging a large amount of the handle 10, and a volume sensor 124 is provided inside the first part feeder 121 If the amount of water in the handle body 10 accommodated in the first part feeder 121 is insufficient and a small amount of water is supplied to the vibrator 113 to drive the vibrator 113, The stored knob body 10 is automatically discharged and filled in the first part feeder 121, thereby eliminating the inconvenience that the operator has to fill in the knob body 10. Thus, the efficiency of the work is improved .

The present invention is characterized in that the handle 10 is inserted into the insertion groove 151 of the holding means 150 and the lower end of the handle is supported by the receiving step 152, 20 are located, the front end of the pull body 10 is pushed in only the upper direction so that the pull body 10 is pushed in the up and down directions, It is possible to prevent the deterioration of quality and mass production of precise products.

In addition, since the defective product is automatically selected for the finished product, the present invention eliminates the troubles that the operator had to identify and sort the defective product with naked eyes, thereby improving the efficiency of the work.

The technical idea of the apparatus for manufacturing a knob of the present invention is that the same results can be repeatedly practiced. Especially, by implementing the present invention as described above, it is possible to contribute to industrial development by promoting technological development,

10: Handle body 20: Attachment 30: Magazine
100: Handle manufacturing apparatus
110: storage enclosure
111: storage part 112: discharge part 113: vibrator
120: first conveying means
121: first part feeder 122: first feed path 123: guide rail
124:
130: second conveying means
131: first operation port 132: first detection sensor
140: Third conveying means
141: second operating member 142: second sensing sensor
150: nipping means
151: insertion groove 152: support base 153: guide portion
154: guide projection
160: Fourth conveying means
161: Third operating element 162: Third sensing sensor
170: Pressurizing means
171: Fourth operation port 172: Fourth detection sensor
180: Defective material selection means
181: second part feeder 182: second feed path 183:
184: first opening 185: second opening

Claims (5)

A storage compartment in which a large number of pull tabs are stored, and a discharge port through which the pull tab is stored;
First transfer means for receiving the handle body discharged from the storage case and aligning the handle body and sequentially transferring the handle body to the second transfer means;
A second conveying means provided with a first operating means for conveying the pull body conveyed through the first conveying means to the guide portion in front of the third conveying means;
A third conveying means provided with a second actuating means for guiding the opening formed at one side of the pull body conveyed through the second conveying means to the holding means while being guided by the guide portion;
A holding means for holding a lower end of the pull body is formed at a lower side of the insertion groove, and a holding means for holding a lower end of the pull body is formed on the lower side of the holding groove;
A fourth conveying means provided with a third actuating means for positioning the engaging portion of the hanger guided and guided by the magazine within the handle body conveyed to the holding means;
A pressing means having a fourth actuating member located on the upper side of the holding means and pressing the tip end of the pull body placed in the insertion groove downward; And
And a defective part selection means for accepting the finished product after the process of the pressing means and automatically selecting a defective product.
The method according to claim 1,
The first conveying means is provided with a first part feeder for receiving a pull body discharged from a storage case and conveying the pull body accommodated by vibration along a spiral first conveying path formed on the inner wall,
A guide rail which is connected to an end of the first conveyance path and has one end at a front side of the second conveyance means so as to convey the pull body conveyed along the first conveyance path of the first part feeder to the second conveyance means, Respectively,
Wherein the guide rail is inclined at a predetermined height so as to be smoothly transferred by being dropped by the magnetic force as a whole.
3. The method of claim 2,
A water amount sensing unit for sensing a quantity of the handle body and transmitting a driving signal to the vibrator is provided inside the first part feeder,
Wherein the storage enclosure is provided with a vibrator that vibrates when receiving a drive signal from the volume sensor.
The method according to claim 1,
The first and second conveying means, the third conveying means, the fourth conveying means, and the pressurizing means are provided at one side thereof with a first, second and third conveying means for receiving and transmitting an actuating signal so as to sequentially actuate the actuating means according to the manufacturing process, Second, third, and fourth sensor units, respectively.
The method according to claim 1,
The defective-
And a second part feeder for receiving the finished product discharged through the process of the pressurizing unit and transporting the finished product accommodated by the vibration along the second conveying path formed on the inner wall,
A guide bar for separating defective products from the finished products conveyed along the second conveyance path is connected to the end of the second conveyance path of the second part feeder,
Wherein a first opening portion through which a defective item is discharged is formed at one end of the guide base, and a second opening portion through which the finished product is discharged is formed at the other end thereof.

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