KR200170617Y1 - a bamboo type plastic air bladder pipe to laver bed is moulding system - Google Patents

Abstract

The present invention relates to a floating type molding device made of bamboo-type synthetic resin laver seaweed, the ordinary float is also referred to as a cradle, a supporter for the support, and the float is fixed with a rope made of Styrofoam buoy used in the laver farm. Bamboo and lumber are less susceptible to escape from ropes that hold the ball, but bamboo has the disadvantages of being freezed by frequent waves and cold weather or flooding, and lumber is also flooded There was a disadvantage in that the buoyancy of the float is increased, and the synthetic resin floats used therein have no tendency to lose weight or increase durability due to flooding, but there is a tendency for men rope to deviate from the float such as lumber or bamboo. Therefore, according to the size and spacing of the ball, single or double type The constant region deterioration (熱火) hanhu apparatus is cooled to contract a one piece molded synthetic resin for molding a floating knot ridge portion.

Description

Bamboo type plastic air bladder pipe to laver bed is molding system}

The present invention relates to a bamboo type synthetic resin-made floating large forming device, the normal floating zone is also called as a cradle, a support stand.

The floating float is used to fix the seaweed nets near the surface of the sea by fixing them with a rope made of Styrofoam.

Previously used floats were made of bamboo, lumber, or synthetic resins made of PE, PPC, and PE.

Bamboo or lumber is less likely to break off the rope fixing the ball, but bamboo has the disadvantage of freezing due to frequent waves and cold weather, or flooded, and lumber is also submerged to increase the weight and decrease the buoyancy of the ball There was this.

The floating belt made of synthetic resin made of PE, PPC, and crosslinked PE is submerged, so there is no drawback that durability is lowered or submerged and weight is increased. Tended to deviate.

The present invention, in consideration of the above-mentioned point to produce a floating band made of synthetic resin of PE, PPC, cross-linking (PE), in accordance with the specifications and spacing of the wealth, single or double, such as bamboo It is an object of the present invention to provide a device for molding a synthetic resin float having a knot of a type.

Generally, the pipe made of synthetic resin that is extruded in the continuous length direction cannot be injected in the continuous length direction by the knot of the bamboo, and the present invention is the second process of molding the pipe extruded into a flat pattern to randomly knot like bamboo. It relates to a device that can be formed.

1 is a front assembly view of the present invention

2 is an overall assembly plan view of the present invention

Figure 3 is an overall assembly side view of the subject innovation

4 is a side assembly view of the supply roller and the position detector which is a main part of the present invention;

5 a) is a front assembly view of the crimping clamp and the fixed clamp portion, which is the main part of the present invention, b) is a cross-sectional view taken along line A-A of the crimping clamp and the fixed clamp portion.

Figure 6 a) is a partial excerpt reference cross-sectional view of the double knot type clamping and fixing clamp portion according to the present invention, b) is a partial excerpt reference cross-sectional view of a single knot type pressing and fixing clamp portion of another embodiment according to the present invention.

Figure 7 a) is a cross-section and a reference front view of the preheating prevention cover according to the present invention, b) is a partial excerpt reference cross-sectional view of only one row of the preheating prevention cover.

Figure 8 a) is a cross-sectional assembly of the heating heater unit of the double knot type according to the present invention, b) is a cross-sectional view of the heating heater unit assembly of a single knot type according to another embodiment of the present invention, c) heating according to the present invention Assembly front view of the heater

9 is an operation block diagram of one embodiment of the present invention

※ Explanation of code for main part of drawing

1: Crimp Clamp Part 2: Fixed Clamp Part

3: Coolant nozzle 4: Supply roller

5: Guide roller 6: Pipe supply hole

7: Fixed die 8: Driving motor

9: Position detection encoder 10: Clamp mold upper cylinder

11: Clamp die cylinder fixing die 12: Clamp die mounting die feed rod

13: Clamp die cylinder fixed die feed rod

14: Clamp mold upper cylinder mounting die 15: Upper clamp mounting die

16: lower clamp mold 17: fixed clamp transfer bed

18: Crimp transfer cylinder 19: Crimp transfer cylinder

20: lower clamp mold fixing die 21: fixing jig

22: cooling water nozzle 23: floating

24: knot ridge 25: clamping

26: Heat prevention coolant jacket 27: Preheating prevention socket

28: Preheating socket fixing die 29: Heater heating part

30: Heater fixing case 31: Heater fixing die

32: cooling water discharge hopper 33: frame

34: Floating Center Induction Hall 35: Floating Middle Center

36: floating bag discharge pipe 37: double type knot molding intermediate member

38: transfer bed support

In consideration of such a point, one embodiment configuration and operation of the present invention will be described with reference to the accompanying drawings.

As shown, the pressing clamp portion 1 and the fixed clamp portion 2 is placed on the frame 33 of a predetermined standard, and two sets of heater heating portions 29 adjacent to the fixed clamp portion 2 side. And a preheating prevention socket 27 is formed on the heater fixing die 31, and the supply roller 4 and the guide roller 5 of silicon material are placed on the fixing die 7 on the upper side of the frame 33 adjacent thereto. A pipe supply hole 6 is formed close to each other, and a drive motor 8 and a position detection encoder 9 are formed on each lower shaft of the fixed die 7 on which the supply roller 4 and the guide roller 5 are installed. The floating guide frame 34 is formed upward, and the supply rollers 4 are formed on one side of the frame 33 on which the floating clamp intermediate pipe 35 is formed. ) And guide rollers 5 are formed in close proximity to each other to form a pipe supply hole 6, and a drive shaft is provided on each lower shaft of the fixed die 7 on which the supply rollers 4 and the guide rollers 5 are installed. A total of six sets having a row of floating discharge pipes 36 provided on the upper side of the extension formed with the rotor 8 and the position detection encoder 9 may be formed.

As described above, the crimping clamp part 1 and the fixed clamping part 2 are compressed conveying cylinders formed on the conveying bed support pieces 38 provided at regular intervals on both ends of the upper side of the frame 33 ( 18) is fixed to the upper piece and the upper side of the clamping transfer cylinder rod 19, the fixed clamp transfer bed (17) is formed on one side of each lower clamp mold fixing die 20 formed across the upper end of the frame 33 6 sets of lower clamp molds (16) are formed on the upper parts of the lower clamp mold fixing dies (20) in which the clamp mold mounting die feed rods (12) are fixed to both upper ends of the clamp mold upper cylinder fixing dies (11). Clamp mold upper cylinder (10) and clamp mold upper cylinder fixing die feed rod (13) are formed at the upper two places where the clamp mold mounting die (14) to which the upper clamp mold (15) is attached to the upper part is installed. That's it.

Meanwhile, as shown in FIG. 6, coolant nozzles 22 are formed at the upper ends of the upper mold clamps 15 of the crimping clamp part 1 and the fixed clamping part 2, and the lower compression cylinder rod ( 19, a fixing jig 21 is installed, and a heating preventing cooling jacket ring 26 is formed on the same line of the clamp lining 25 formed in each of the upper and lower clamp molds 15 and 16.

One embodiment of the present invention configured as described above will be described with reference to the accompanying drawings.

1 to 2 and 9 as shown in one embodiment of the operation block diagram, PE (P), PC (PPC), cross-linked (PE) made of a flat pattern synthetic resin pipe made of a certain length, for example, by the present invention Describes the reference action to form a four-type knot with a double type.

First, when the float 23 of a predetermined length is inserted through the float guide frame 34 at the rear end of the frame 33, as shown in FIG. 4, the driving motor (on the same line as the end of the float guide frame 34). The float 23 is introduced by the feed roller 4 to which 8 is attached.

On the other hand, while the roller of the guide roller (5) attached to the position detector encoder 9 attached to the lower side of the body formed on the same line as the supply roller (4) is rotated to form a double-type knot ridge (24) The heater heating part 29 provided on the left and right sides of the heat-prevention cooling water jacket 26 is heated as a double type by introducing a proper section (23) and passing through each of the preheating prevention sockets 27 installed on the preheating prevention socket fixing die 28. .

Certain nodes of the float 23 are stacked in the heating prevention cooling water jacket 26 and are not heated, but both sides thereof are exposed to the heater heating portion 29 for a predetermined time so that the float 23 is deteriorated to a double type. Engaged in the clamp lining 25 in the upper clamp mold (15) and the lower clamp mold (16), it is installed in the compression transfer cylinder (19) on the portion that is not deteriorated by the heat-resistant cooling water jacket (26). The upper and lower clamps 15 and 16 formed on the fixed clamp transfer bed 17 are positioned on the double type knot-forming intermediate member 37 formed on the fixed jig 21 and are compressed by the hydraulic force of the compression transfer cylinder 18. After the rod 19 is pulled and contracted, the deteriorated portion of the double type is inflated and cooled, the upper and lower clamps 15 and 16 are released, and the above process is repeated for forming the double type knot in the next section. .

Repeated as described above, after the four-type double knot is molded, the device to take out the product through the floating intermediate pipe (35) and the floating discharge pipe (36) to form a bamboo-type synthetic resin crafted floating bag of bamboo type It is about.

One embodiment effect of the present invention, which is configured as described above, is a synthetic resin float made of synthetic resin made of PE, PPC, crosslinked PE, and double type at regular intervals, such as bamboo. As a device capable of shaping the knotted ridges 24 of the device, a single type or double type knotted ridges 24 can be arbitrarily formed according to the needs of the user, thereby reinforcing the binding force of the rope for fixing the ball or the like. The effect is that it can protect the laver farms from frequent waves.

In this way, the floating belt 23 formed of synthetic resin has a very outer shape, such as bamboo, so that the rope can be securely fixed to the buoy and used as a foothold very satisfactorily.

On the other hand, the synthetic resin float 23 such that there is no disadvantage that the durability is reduced or submerged in seawater due to the weight is increased or submerged in buoyancy of the buoyancy is not reduced.

In this way, even when used as a pillar used to vertically install the farm for farming, the single type or double type knot ridges 24 can be formed in an arbitrary part. It is a useful device for forming a double or single type knot ridge 24 that can be fixed to a suitable prop height.

Claims (3)

The clamping clamp part 1 and the fixed clamp part 2 are placed on the upper side of the frame 33 of a predetermined size, and two sets of heater heating parts 29 and a preheating prevention socket are disposed on the upper part adjacent to the fixed clamp part 2 side. 27 is formed in the heater fixing die 31, and the supply roller 4 and the guide roller 5 made of silicon are formed on the fixed die 7 on the upper side of the frame 33 adjacent to the pipe fixing hole. (6), and the lower side of each of the fixed shaft (7) in which the supply roller (4) and the guide roller (5) is installed, the drive motor (8) and the position detection encoder (9) is floating upward A guide frame 34 is formed, and the supply roller 4 and the guide roller of the silicon material are also provided at one end of the frame 33 on which the floating clamp tube 1 is formed adjacent to the pressing clamp part 1 side. 5) are formed close to each other to form a pipe supply hole 6, and the drive motor 8 and the position detection are detected on the lower shafts of the fixed die 7 on which the supply roller 4 and the guide roller 5 are installed. Coder bamboo-type synthetic resin gimyangsik enteric floating against molding apparatus characterized in that the (9) form a whole extending sangpyeon 6 provided with a first column with a discharge pipe for floating 36, to form a. According to claim 1, The pressing clamp portion 1 and the fixed clamp portion 2 and the upper piece on which the compression transfer cylinder 18 formed on the transfer bed support piece 38 provided at regular intervals on both sides of the upper side of the frame 33 is fixed. The upper portion of the clamping cylinder rod 19 having a fixed clamp transfer bed 17 formed on one axis thereof has a clamp die-shaped mounting die transported on both upper sides of the lower clamp mold fixing dies 20 formed across the upper end of the frame 33. Six sets of lower clamp molds (16) are formed on the upper portion of the lower clamp mold fixing dies (20) in which the rod (12) is fixed to both upper ends of the clamp mold upper cylinder fixing dies (11), and the upper clamp molds (15) ) Bamboo-type synthetic resin, characterized in that the clamp mold upper cylinder (10) and the clamp mold upper cylinder fixed die transfer rod (13) are formed in the upper two places where the clamp mold attaching die (14) having six sets is mounted thereon. Floating molding machine for papermaking. According to claim 1 and claim 2, Cooling nozzle 22 is formed at the upper end of both the upper clamp clamp 15 of the pressing clamp portion 1 and the fixed clamp portion 2, the pressure transfer cylinder rod ( 19) a fixing jig 21 is installed, and a bamboo-type synthetic resin weaving style, characterized in that the heat-resistant cooling water jacket 26 is formed on the same line of the clamp lining 25 formed in the upper and lower clamp molds 15 and 16, respectively. Enteric floating molding device.