TWI625179B - Hand-held metal beam tightening method (2) - Google Patents

Abstract

The manufacturing method of the present invention comprises: (a) feeding processing: inserting one end of a strip-shaped strip of a predetermined width into a mold device on a machine table and then moving to a predetermined initial length; (b) cutting processing: utilizing The mold device on the same machine performs stamping processing on the front portion of the strip to form a joint slope; (c) bending processing: using a mold device of the same machine to bend the portion of the strip in front of the strip to bend The return mode is bent toward the direction of the rear section of the connecting slope until the pressing is at an angle; (d) Pressing processing: the part of the strip is inclined and then pushed forward by using the mold device on the same machine Adjacent to a side of the rear portion of the connecting bevel that is attached to the bundle of strips, and a portion of the portion of the connecting beveled front portion and the side of the rear portion of the connecting bevel is formed to form a nearly closed space region; (e) Feeding processing: After the strip is further moved into the mold device to a predetermined length by using the mold device of the same machine, the bundled strip can be transported in the mold device of the same machine. A predetermined total length is reached; (f) cutting process: the strips of the predetermined total length are cut and cut using the mold device on the same machine; (g) finished product: to be taken from the mold device on the same machine Take out, that is, complete the finished product of the belt;

Description

Hand-held metal beam tightening method (2)

The invention relates to a hand-drawn metal tightening belt; in particular, a mold which is sequentially arranged on the same machine by feeding processing, marking processing, step processing, bending processing, pressing processing, cutting processing and the like The hand-held metal beam tightening method (2) of the device is completed.

According to the conventional hand-held metal strap, the method comprises the following steps: (A) feeding processing: inserting a strip-shaped strip of predetermined width into the first mold on the first machine, and first The movement within the mold has a predetermined total length (including the predetermined length of the head end and the total length of the predetermined length required for the strip size); (B) cutting processing; placing the strip having the predetermined total length delivered In the second mold on the second machine, the cutting can be performed to form a strip and a strip of strips respectively; (C) the processing of the gap: the strip that has been cut into a predetermined total length A part of the length of the front section is inserted into the third mold placed on the third machine, so that the third mold presses a part of the length of the front section of the belt to form a joint slope so that the front section of the belt body has a near-N shape; (D) a bend Folding processing: inserting a part of the front section of the belt body into the fourth mold on the fourth machine table, and using the fourth mold, the part of the front part of the belt body is bent and pressed back toward the rear part of the connecting slope of the belt body. Bending and pushing to an angle; (E) Pressing: Will have been connected A part of the oblique front section and the belt body bent at an angle between the rear section of the connecting slope are placed in the fifth mold on the fifth machine table, and then the fifth mold is used to press the part of the front side of the connecting slope to continue to be pressed to the immediate vicinity. Connecting the side of the strip at the rear of the bevel so that a space between the front of the connecting slope and the rear of the connecting bevel will form a nearly closed space; (F) finished product: to be taken out from the fifth mold, ie Finish a finished product.

Although the prior art can improve the various shortcomings of the previous series, and its creation can achieve its creative purpose, and is deeply loved by consumers, when it is manufactured, it will have the following defects: Since the belt must be fed first and then cut, it is necessary to move the large strip that has been cut to different machines in each machining process when it is necessary to manufacture a large belt with a total length of more than 200 cm. Manufacturing and processing in different molds of the table will cause considerable inconvenience in moving and transporting, and at the same time, it will cause considerable trouble in production.

As mentioned above, it is necessary to manufacture at least five types of machines and five different types of molds. In particular, when producing the length of large belts, it is necessary to have sufficient workshop space for handling and moving. As a result, the processing plant needs more space for placement, which in turn increases the cost of its plant.

Since the surface of the hand-held metal straps of the prior art is flat, so that the consumers can't distinguish between the purchases, it is often purchased from the black-hearted manufacturers to produce the durable goods, which causes consumers. It must be removed first, then carry the product packaging, unbearable supplies and invoices, etc. to the store to identify the return, and cause another major problem for consumers.

In view of the above, the present inventors actively developed research and in order to improve the above-mentioned conventional hand-drawn metal beam tightening method, the inventors have long been engaged in the research and experiment with such products, and after a long period of hard work of research and experiment, finally Developed and designed the hand-held metal strapping method (2) of the present invention, which can benefit all consumers and manufacturers.

The main content of the hand-held metal tightening belt manufacturing method (2) of the present invention is to provide a feeding processing, a sectional processing, a bending processing, a press processing, a refeed processing, and a cutting. The step of cutting and the like is sequentially performed on the hand-held tightening belt of the mold device on the same machine, wherein (a) feeding processing: inserting one end of the strip-shaped strip of predetermined width into the machine table, And moving one end of the strip to the predetermined initial length to the inside of the mold device already located on the machine; (b) Breaking processing: after one end of the strip is placed in the mold device of the same machine, the utility model can be utilized The mold device on the same machine performs press processing on the front portion of the strip to form a joint slope, and the joint slope is used as a height difference between the predetermined initial length and the bundle strip; (c Bending processing: when the strips having the gap formed by the connecting bevels are placed in the mold device on the same machine table, the part of the front side of the strips is bent back by the mold device of the same machine. The method is bent toward the direction of the rear portion of the connecting bevel until the pressing is at an angle; (d) Pressing processing: a strip having an angle formed between a portion of the front portion of the bent connecting portion and a portion of the rear portion of the connecting bevel Placed When the mold device is mounted on a machine table, a part of the front side of the strip of the strip is further pressed and pushed to the rear part of the joint inclined surface of the strip-shaped strip by using the mold device on the same machine table. a side, and a portion of the front portion of the connecting oblique portion and a portion of the rear portion of the connecting inclined surface will surround a space region formed by a near closure; (e) refeed processing: a bundled strip having a near sealed space region With the mold device placed on the same machine, the strip can be further moved into the mold device to the predetermined length again by the mold device of the same machine, so that the bundled strips can be carried on the same machine. The conveying in the mold device reaches a predetermined total length; (f) cutting processing: when the strips having the predetermined total length have been transported in the mold device on the same machine, the predetermined total length of the mold device on the same machine is used. The strips of the degree are cut and cut; (g) the finished product: to be taken out from the mold device on the same machine, that is, the finished product of the belt is completed; the method can be produced by the mold device on the same machine Same work The belt body is so that the equipment of the machine is more simplified, and the space required for the production plant is relatively small, which does reduce the cost of the producer's lease or purchase of the factory. At the same time, it can also reduce the belt at each stage. Handling manpower and operating costs required for body machining, and can be reduced With less space for the placement of the space, and the ability to use the same machine to complete the belt to greatly increase its production yield and capacity, thereby reducing its manufacturing costs and improving its competitiveness and market share is its progressive.

Another object of the hand-held metal lacing tape manufacturing method (2) of the present invention is to increase the marked processing by step (a) feeding processing to step (b), and to process the same machine. The effect is to form a labeling area on the surface of the bundled strip strip to increase the identification of the strip body, so as to reduce the trouble and inconvenience of the consumer to separately discriminate the return due to the neglecting wrong shopping habit. It can also greatly enhance consumers' recognition and trust in brand selection, thereby increasing their competitiveness and market share as another progressive claim.

1’‧‧‧ strips

1‧‧‧Band

10‧‧‧ head end

101‧‧‧Space Zone

11‧‧‧With body

12‧‧‧Link bevel

15‧‧‧marked area

2‧‧‧ cover

22‧‧‧Receiving area

220‧‧‧Base surface

Figure 1 is a schematic view of the processing flow of the present invention.

Figure 2 is a perspective view of the processing flow of Figure 1.

Figure 3 is a schematic diagram of the stereo combination when the second figure is applied.

The invention relates to a hand-held metal beam tightening method (2), which is shown in Figures 1 to 3, and the method comprises the following steps: (a) feeding processing: strips of predetermined width will be bundled One end of the strip 1' is inserted into a mold device (not shown) of a machine table (not shown), and one end of the strip 1' is placed on a mold device (not shown) on the machine table (not shown) ( The inside is moved to a predetermined initial length (ie, the prototype of the head end 10 of the belt body 1, or the length of the head end 10 of the belt body 1, or the length between the belt body 1 to the marking area 15); (b) Marking processing: the strip 1' of the predetermined initial length (ie, the length of the head end 10) in the mold device that has been moved to the same machine is subjected to the addition of the mold device The marking area 15 is formed on the surface of the bundled strip 1'; the processing of the marking area 15 is preferably performed by punching, rolling, laser, etc., and the marking area 15 can be a text. , pattern, number, etc. are the best; (c) Break processing: After the strip 1' having the marked area 15 is placed in the mold device of the same machine, the mold device on the same machine can be used. A joining bevel 12 is formed by press working on the front portion of the marking area 15, and the connecting bevel 12 is used as a predetermined initial length (i.e., the prototype of the head end 10 of the belt 1) and the height of the bundled strip 1' (d) Bending processing: when the strip-shaped belt 1' having the gap formed by the connecting bevel 12 is placed in the mold device on the same machine, the strip is formed by the mold device of the same machine A portion of the front portion of the connecting bevel 12 of the belt 1' is bent in a direction of bending back to the rear portion of the connecting bevel 12 until the pressing is at an angle; and the angle is less than 90 degrees; (e) press processing : connecting a part of the front section of the bent bevel 12 and the part of the rear section of the connecting bevel 12 When the strips 1' forming an angle are placed in the mold device on the same machine, a part of the front portion of the connecting bevel 12 of the strip 1' is further pushed to the immediate vicinity by using the mold device on the same machine table. On the side of the rear portion of the beveled strip 1' connecting the bevel 12, and a portion of the front portion of the connecting bevel 12 and the side of the rear portion of the connecting bevel 12 will surround a space region 101 which forms a nearly closed shape; Re-feeding processing: the bundled strip-shaped strip 1' having the near-sealed space area 101 is placed at the mold device of the same machine, and the strip-like belt 1' is re After continuing to move into the mold device to a predetermined re-length (ie, the prototype of the belt body end 11 of the belt body 1), the bundled strip-like belt 1' can be conveyed in the mold device of the same machine to a predetermined total length; The predetermined total length refers to a predetermined initial length (ie, the prototype of the head end 10 of the belt body 1) and a predetermined re-length (ie, the prototype of the belt body end 11 of the belt body 1). In general, in other words, it is equivalent to the total length of the head end 10 of the belt body 1 and the length of the belt end 11; (g) cutting processing: the strip belt 1' to be conveyed with a predetermined total length is located in the same machine When the mold device is mounted on the table, the strips 1' of the predetermined total length are cut and cut by the mold device on the same machine; (h) the finished product: to be taken out from the mold device on the same machine, That is, the finished product of the belt 1 is completed; the above-mentioned feeding processing, marking processing, differential processing, bending processing, pressing processing, refeed processing, cutting processing and the like are sequentially performed on the mold device on the same machine. The strip body 1 is inserted into the accommodating area 22 of the cover body 2 at the end of the strip end 11 of the strip body 1, and the basal surface 220 of the accommodating area 22 can be located in the space area 101 of the strip body 1. (The upper part of the front side of the connecting inclined surface 12 of the belt body 1 and the lower part of the front side section can be respectively located on the upper and lower sides of the base surface 220 of the accommodating area 22 of the cover body 2, so that the space area 101 formed in the belt body 1 will accommodate the accommodating area 22 The base surface 220 is given a coating limit to move it to form a hand-held metal band (as shown in Figure 3). Therefore, the invention can produce the same function of the belt body by the mold device on the same machine, so that the machine equipment is more simplified, and the space required for the production plant is relatively small, and the production is actually reduced. In addition to the cost of renting or purchasing the factory, the transportation manpower and operating cost required for the belt processing at each stage can be reduced, and the space for placing the belt body can be reduced, and the belt can be completed on the same machine. In order to greatly increase its production yield and capacity, thereby reducing its manufacturing costs and increasing its competitiveness and market share.

Furthermore, the present invention increases the recognition of the belt by marking the processing method, so as to reduce the trouble and inconvenience of the consumer to separately judge the return due to the neglected wrong buying habit, and at the same time, greatly improve the consumption. The selection and trust of the brand will increase their competitiveness and market share.

The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention; therefore, the features and spirits described in the scope of the present application are equally varied or modified. Within the scope of the patent application of the present invention.

Claims (8)

The invention relates to a hand-clamping belt manufacturing method, which comprises: (a) feeding processing: placing a strip-shaped strip of a predetermined width in a bundle to be placed inside a mold device of a machine table and moving to a predetermined initial length; (b) a step processing After the strip in the mold device is located in the mold device of the same machine, the mold device on the same machine can be used for press forming to form a joint slope, and the joint slope is used as the predetermined a first length and a bundle of the gap between the strips; (c) a bending process: the strip having the gap formed by the connecting bevel is located in the mold device on the same machine At the time of using the mold device of the same machine, the predetermined initial length of the strip is bent in a bending and pressing manner toward the direction of the bundle of the strip to be at an angle; (d) Pressing processing: when the predetermined initial length and the strip-shaped strips which are bent at an angle are placed in the mold device on the same machine, the same machine is used The mold device on the part of the strip is predetermined The length is further pushed to be pushed to the side of the strip that is attached to the bundle, and the predetermined initial length and the bundle of the strips are surrounded to form a nearly closed space; (e) Re-feeding processing: placing the strip-shaped strip having a nearly closed space area at the mold device of the same machine, and continuing the strip to the mold by using the mold device of the same machine After the device is moved to the predetermined length again, the strip device having the predetermined total length has been conveyed in the mold device of the same machine; (f) the cutting process: the strip to be conveyed with the predetermined total length Belt is located on the same machine When the mold device is in the upper part, the strip of the predetermined total length is cut and cut by the mold device on the same machine; (g) the finished product: to be taken from the mold device on the same machine table Take out, that is, complete the finished product of the belt; through the feeding processing, the step processing, the bending processing, the pressing processing, the refeed processing, the cutting processing and the like, the steps of the mold device on the same machine are sequentially completed. The tightening belt can reduce the handling manpower and operating cost required for the belt processing at each stage, and can reduce the space for the placement of the belt body, and can complete the belt body on the same machine to greatly improve its production. Rate and capacity, which in turn reduces its manufacturing costs and increases its competitiveness and market share. The method of claim 1 , wherein, in the step (a) feeding processing to the step (b), the differential processing is performed separately, and the marking processing is mainly performed. The predetermined initial length of the strip in the mold apparatus that has been moved to the same machine is processed by the mold apparatus such that a marked area is formed on the surface of the strip. The method of claim 1 or 2, wherein the predetermined initial length refers to the length of the head end of the strip or the length between the strip and the marked area. The hand-held lacing tape method of claim 1 or 2, wherein the predetermined re-length refers to the length of the body end required for the tape body specification. The method of claim 1 or 2, wherein the predetermined total length of the strip refers to the total length of the head end of the strip and the length of the end of the strip. The method of claim 2, wherein the processing of the marking area is performed by punching, and the marking area is text, or a pattern, or a number. The hand-held tightening belt manufacturing method described in claim 2, wherein the marking The processing of the zone is best performed by rolling, and the marking zone is text, or a pattern, or a number. The hand-held tightening belt manufacturing method according to claim 2, wherein the processing of the marking area is performed by laser processing, and the marking area is a character, a pattern, or a number.