KR20000030207A - manufacturing appratus and method for body install type handle - Google Patents

Abstract

PURPOSE: A device and a method are provided to increase productivity of a body attachable handle. CONSTITUTION: A body attachable handle is produced by a first transfer step transferring many handle bodies(1) supplied from a hopper(h) to the side of a first operating device by a transfer belt, a second transfer step transferring the handle bodies to the side of a second operating step(5) by the first operating device, a third transfer step transferring the handle bodies to a supporter(9) by the second operating device, opening the head end, and a fourth transfer step transferring many iron attachments(2) supplied from a magazine(8) to the handle body placed in the supporter by a third operating device(6). Also the method for producing the handle has a pressurizing step pressurizing the handles in the state of placing a combining unit inside the handles by a fourth and fifth operating device, and a product extracting step extracting the pressurized handle by the second operating device. Therefore, the handle keeps the solid combining state of the handle body and the iron attachment without an additional bonding step by high frequency.

Description

Manufacturing apparatus and method for manufacturing the handle attached to the body

The present invention relates to a body-attached handle manufacturing apparatus and a manufacturing method, and more particularly, to manufacture a handle by simplifying the manufacturing process of the handle is integrally attached to the metal container body to make a more robust handle quickly The lower the unit cost, the higher the productivity of the handle.

In general, a handle is attached to the upper surface of a container, which is one of the larger ones, for example, a paint container, an oil container, or various lubricant containers, so that the container can be easily transported and moved. It is possible.

As such, the handle that is integrally attached to the upper surface of the container is used as a handle attached to the container, and the handle is made of a synthetic resin material that serves as a practical handle that is attached to the attachment and is held by the hand. The main body attachment handle of the handle is a coupling between the handle and the clasp, one side of the clasp clamps the opening by instant ultrasonic bonding in a state where the handle is pinched so that the handle is attached to one side of the clasp so that one handle It was to achieve.

However, as described above, the coupling between the clasp and the handle body is completed only by applying high frequency bonding to the outer surface of the nested gripping portion, rather than its own mechanical coupling in a state where the handle clamps the clasp, so that the handle Not only does it increase the manufacturing cost of the handle due to the increase of the labor, but also the productivity is impaired. At the same time, the coupling between the hinge and the handle is made by high frequency bonding, not by the mechanical configuration. Therefore, while the handle is attached to the container, the clamping part of the handle opens and is separated from the clamp, causing a safety accident and a loss of the container itself. Was

Accordingly, an object of the present invention is to solve the problems of the conventional body-attached handle having a coupling between the handle and the body forming the body-attached handle as described above by high frequency adhesion to the handle, In the state where the clasp is supplied with respect to the handle body supplied by a series of sequential processes, the fastening body inside the handle body is tied to each other by clamping one side of the bracket, and a separate high frequency bonding process is performed. The present invention provides a body-attached handle manufacturing apparatus and a method of manufacturing the same that can increase the productivity of the body-attached handle by allowing the coupling between the two to be made quickly and securely without going through it.

1 is a perspective view of a handle produced by the present invention

Figure 2 is a cross-sectional view of the handle produced by the present invention

3 to 7 are explanatory diagrams showing an operating state and a manufacturing process of the apparatus according to the present invention.

8 is an explanatory view showing the operating state and manufacturing process of FIG. 7 as a side view

9 is a partial side view similar to FIG. 8 showing a situation in which one side of the handle body is opened and transported by the apparatus of the present invention.

※ Explanation of code for main part of drawing

1: handle 2: attachment

3: transfer belt 4: first operating means

5: second operating means 6: third operating means

7: fourth operating means 7´: fifth operating means

8 magazine 9

11: seating groove 12: binding sphere

13: binding groove 21: coupling portion

h: hopper

In order to achieve the above object, there is provided a main body attachable handle manufacturing apparatus according to the present invention, a transfer belt (3) for transferring a plurality of handles (1) supplied from the hopper (h) to the first operating means (4) side; ; First operating means (4) for transferring the transferred handle (2) to the guide portion (10) side in front of the second operating means (5); A second operation (5) to allow the opening of one side of the handle (2) to be transferred to the clamping means (9) while being opened by the guide protrusion (10a) of the guide portion (10); Third operating means (6) for positioning the engaging portion (21) of the attachment (2) guided and supplied by the magazine (8) in the handle (1) conveyed to the holding means (9): Fourth and fifth operating means (7) (7 ') which are respectively installed in the upper and lower portions of the means (9) and press the tip of the handle (1) positioned in the clamping means (9) in the vertical direction, respectively; Characterized in that the.

In addition, according to the present invention, the method for manufacturing a main body attached handle (A) sequentially moves a plurality of handles (1) supplied from the hopper (h) by one step toward the first operating means (4) by the transfer belt (3). A first conveying step of conveying; A second conveyance step of conveying the conveyed handle 1 to the second actuating means 5 by the first actuating means 4; A third conveying step of conveying the conveyed handle 1 to the clamping means 9 with its tip opened by the second actuating means 5; A fourth conveyance step of sequentially conveying the plurality of attachments (2) supplied from the magazine (8) by the third actuating means (6) to the handle body (1) located on the sandwiching means (6); Pressurization to press up and down the handle 1 by the 4th and 5th operating means 7 (7 ') with the engagement part 21 of the binding body 2 located inside the handle 1 Steps; A product taking-out step of taking out the pressurized handle A by the second operating means 5; It is characterized by being.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention.

Figure 1 is a perspective view showing the configuration of the handle attached to the body manufactured by the manufacturing apparatus and method of the present invention, Figure 2 is a cross-sectional view showing the configuration of the handle manufactured by the manufacturing apparatus and method of the present invention, the configuration is The engaging portion 21 of the attachment bracket 2 is located in the seating groove 11 inside the handle body 1, and the binding hole 12 on one side of the seating groove 11 is forcibly fitted into the binding groove 13. By being engaged, the handle 1 and the attachment 2 maintain a firm coupling state to form a single body-attached handle A.

3 to 7 are explanatory views showing the operating state and manufacturing process of the main body attached handle manufacturing apparatus according to the present invention, Figure 8 is an explanatory view showing the operating state and manufacturing process of Figure 7 as a side view, Figure 9 It is a partial side view similar to FIG. 8 which shows the state by which the handle 1 is opened and conveyed by the apparatus of this invention.

A plurality of handles (1), which are partially transported in a hopper (h) with one side partially open and sequentially transported by naturally descending on a material supply rail, are driven by a transport belt (3) operated by a predetermined program. By the step by step is fed to the operating port 41 side of the first operating means (4). Thus, the handle 1 conveyed to the operating port 41 side of the first actuating means 4 is an axis line horizontally intersecting with the axis of the first actuating means 4 by the operation of the first actuating means 4. The opening part of one side is brought into close contact with the guide part 10 of the actuation 51 side of the second actuating means 5 having a holding means, and then the clamping means according to the operation of the second actuating means 5 ( 9) is to be sent to the side, in this process, the handle body 1 is transported in a state in which a slightly open opening portion of the one side is fitted in a plurality of guide protrusions 10a protruding tapered in the longitudinal direction of the guide portion 10. Therefore, when substantially positioned in the clamping means 9, the opening can be maintained in a sufficiently widened state, so that the attachment 2 can be easily transported into the handle 1.

In this way, the handle 1 is placed on the clamping means 9 and at the same time, the attachment 2 which is naturally lowered and supplied by the weight from the magazine 8 in the stacked state is operated in accordance with the operation of the third operating means 6. It is pushed toward the clamping means 9 side by the operation tool 61, and the coupling part 21 of one side is located in the seating groove 11 in the handle 1 which is located in the clamping means 9.

In this process, since a plurality of elastic balls (9a) are elastically supported by the spring (9b) on the inner surface of the gripping means (9), the handle body (1) is transferred to the gripping means (9) When the bracket 2 is transferred to the inside, the shock applied to the handle 1 when it is transported and positioned therein can be naturally absorbed, thereby preventing damage to the handle 1 made of synthetic resin and at the same time. The opening part of (1) is momentarily deviated from the guide protrusion 10a of the guide part 10, and the pressing process which is the next process is made.

In this way, the engaging portion 21 formed on one side of the clasp 2 is located in the seating groove 11 in the handle 1, and at the same time, the upper and lower portions of the clamping portion 9 are moved up and down, respectively. In accordance with the operation of the fourth actuating means 7 and the fifth actuating means 7 ', which are installed to be operated, the actuating openings 71, 71' of the tip thereof operate, and the engaging portion 21 of the fitting 2 is therein. ), The binding hole 12 installed inside the handle body 1 is forced to the binding groove 13 by pressing the handle body 1 having one side open (opened) at a predetermined pressure from above and below. By being coupled to each other by the coupling is made between the handle (1) and the attachment (2) is made of the main body-attached handle (A) as a finished product is completed, and then the second operating means (5) It is pushed out by another handle body (1) conveyed by the operation of the final one finished As will be collected, to be shipped.

In the above-described series of handle manufacturing processes, the operation of the conveyance belt 3 for the sequential transfer of the handle 1 and the number of operating means 4, 5, 6, 7, 7 ′ The operation is to be performed in sequence by the program input and set in advance according to the production specifications, and each of the operating means (4) (5) (6) (7) (7 ') are respectively operated at the tip (41) (51) (61) (71) (71 ') is preferably a high pressure cylinder, but is not necessarily limited to pneumatic cylinders. For example, a hydraulic cylinder may be used. to be.

Such a manufacturing apparatus of the present invention and the body-attached handle (A) produced through each process step is a simple crimping without the coupling between the handle (1) and the clasp (2) without going through a separate high-frequency bonding step The solid state can be maintained by the solid state for a long time to extend the service life of the handle (A) as well as to simplify the manufacturing process to lower the production cost of the product.

As described above, although the present invention has been described in the above embodiments, it is not necessarily limited thereto, and various modifications may be made without departing from the scope and spirit of the present invention.

As is apparent from the above description, according to the present invention, the main body attachable handle and the manufacturing method thereof have a handle having a binding groove and a binding groove for self-binding with a seating groove in which one end of the attachment is placed and positioned. The handle is one end of the attachment by forcibly crimping by pressurization while the one end of the attachment is placed in the seating groove inside the handle at the same time while simultaneously opening the opening of one side by a plurality of operating means. By binding to the clamped state, it is possible to simplify the manufacturing process of the handle and at the same time to produce a body-attached handle having a solid binding force, which can provide a good quality product at a low cost. to provide.

Claims (5)

A conveying belt 3 for conveying the plurality of handles 1 supplied from the hopper h to the first operating means 4 side; First actuating means (4) for transferring the conveyed handle (2) to the guide portion (10) side in front of the second actuating means (5); Second operating means (5) for guiding the opening of one side of the conveying handle (2) to the holding means (9) while being guided by the guide part (10); Third actuating means (6) for locating the engaging portion (21) of the clamp (2) guided and supplied by the magazine (8) in the handle (1) conveyed to the clamping means (9); Fourth and fifth actuating means (7) (7 ') installed at the front upper and lower portions of the gripping means (9) to press the tip of the handle (1) located in the gripping means (9), respectively, in the vertical direction. )and; Body-mounted handle manufacturing apparatus characterized in that the. A first conveying step of sequentially conveying the plurality of handles (1) supplied from the hopper (h) by one step to the first actuating means (4) by the conveying belt (3); A second conveyance step of conveying the conveyed handle 1 to the second actuating means 5 by the first actuating means 4; A third conveying step of conveying the conveyed handle 1 to the clamping means 9 with its tip opened by the second actuating means 5; A fourth conveyance step of sequentially conveying the plurality of attachments (2) supplied from the magazine (8) by the third actuating means (6) to the handle body (1) located on the sandwiching means (6); Pressurization to press up and down the handle 1 by the 4th and 5th operating means 7 (7 ') with the engagement part 21 of the binding body 2 located inside the handle 1 Steps; A product taking-out step of taking out the pressurized handle A by the second operating means 5; Body-mounted handle manufacturing method characterized in that the. The method according to claim 1, wherein the handle body (2) of the guide portion (10) body-mounted handle manufacturing method, characterized in that formed by a plurality of guide protrusions (10a) protruding tapered in the longitudinal direction. The apparatus of claim 1, wherein a plurality of elastic balls 9a elastically supported by the springs 9b are provided on the inner surface of the clamping means 9 so as to protrude from a predetermined portion. The pneumatic pressure of claim 1, wherein the actuating means (4) (5) (6) (7) (7 ') have actuating holes (41) (51) (61) (71) (71') at their respective ends. Body-mounted handle manufacturing apparatus, characterized in that the cylinder.