TWM244994U - Structure of spot welding machine - Google Patents

Description

M244994 V. Creation Instructions (1) [Technical Field to which the New Type belongs] This creation relates to a type of spot welding for welding two wavy wires on three long wires arranged horizontally in a triangle to form a three-dimensional reinforced building material. Machine structural person, especially a kind of spot welding machine structure that can greatly save manpower, improve work efficiency and have higher precision. [Prior art]

According to the general knowledge, the reinforced building material structure in the reinforced concrete floor slab is mainly composed of a plurality of long strips of steel that are vertically staggered and combined into a flat mesh network of steel bars; however, due to the anti-deflection of the long steel bars Generally, the degree will decrease with the increase of the length. Therefore, the reinforced mesh frame formed by it at the center can easily be deformed due to the relationship of gravity, and therefore affect the overall structural strength of the floor slab. As a result, the floor slab cannot withstand greater pressure. In view of this, the creator of this case invented a three-dimensional reinforced building material that can provide better structural strength to the floor slab. As shown in the first figure, the structure is mainly composed of three long strips of wire (A). It is parallel to each other and is in the shape of an isosceles triangle, and then a wavy wire (B) is welded between the two long wires (A) of the two sleeves to become a three-dimensional reinforced building material. Therefore, it can use the wavy wire (B) to evenly share the pressure on the upper elongated wire (A) to the two lower elongated wires (A), so that it can withstand greater pressure, and It can also greatly enhance its structure due to its three-dimensional state, so that there will still be no bending deformation at the center when the two ends are fixed. Therefore, when a plurality of three-dimensional steel building materials are arranged horizontally, When a plurality of connecting reinforcing bars are straddled and welded at a vertical interval above to stagger to form a reinforcing bar, the steel

Page 5 M244994 Construction of the use of the opposite to make it stronger and better structure 2) Yes / (V Cheng (said N 糸 Zuo < Chuang Wu Wu Jin method of making the system is often and knowledgeable General ο A strong, reinforced steel structure with a large steel structure. The structure of the upper layer and the upper floor of the building are supported by the wire A and the wire B is connected to the shape of the wire rod. After the long wave, when the two are suitable, the bar and the top three,} shape A with angle C sandwich three materials and waistline workers, etc. into a bar, use the long rows of rows to complete the two lines} in the welding Partial β-it mouth grain wave. The line and the shape form a strip and the long peak swells} Three of the A will} C type B material square 丨 The shape of the line is shaped like a human wave, Λ—y A / | \ is set on both sides of the work and is fixed by workers} _ and B and () 、) State A shape C material shape line angle three waist length and other components are set on the side 'Welding power · Do not spend time and share the cost of Gu Changbo but not. Department of the Department, the peak Wave} of A \) y Γ \ Β material C wire shape linear long wave on both sides of the two waves will be two in the linear or emotional factors as stable people do not connect due to the quality of the product often made and time Regarding it, the shaper changes again and again, and Wen Yi's high efficiency can not be achieved through joint welding, but the quality of the work system should be low, and the workmanship should be low. The degree has a strong structure, and the method. There are many missing materials in the square point, the construction of the reinforcement and other steel, and the steel is stable, and the good material is used for the research and development of the steel. I think that the Shang Shang has a deeper understanding of the situation, and there are many cases of failure to create wounds. The best is to guide all the production of the guide to create a copy of the original creation. In the new model, the new t can improve the people's provinces. The festival structure structure can be welded a little for the machine to improve the density of the high-density, more important to have the master tool and the efficiency of the work

Page 6 M244994 V. Creation Instructions (3) Specifically, it is mainly used for welding two wavy wires on three long horizontal wires arranged in a triangle to form a three-dimensional reinforced building material. The structure includes a track provided on the machine for sliding displacement of the wire, and a lower pole seat for abutting against the bottom of the wire in the track; a plurality of pitch pressure rods are arranged on both sides of the track. And can be used to control a driving cylinder to swing forward an angle to control the wave pitch of the wavy wire; the two high welding devices are fixed on both sides of the road with a high boom, and the high welding device can be controlled by An adjusting device adjusts it to an appropriate angle to be suitable for connecting wavy wires of various sizes. In addition, the high welding device is provided with a retractable upper electrode block. The crest portions of the wavy wire are respectively welded on the upper strip wire, and a guide groove is provided on the high arm frame to extend above the holding channel. The guide groove can be used to wave the waves on both sides. The wave crest of the wire rod is guided on the upper wire rod; the two low welding devices are fixed on both sides of the road by a low boom, and the low welding device can be adjusted to an appropriate level by an adjusting device. Angle so that it can be used for welding corrugated wires In the difference of the long wire > connection position, the low welding device is also provided with a retractable lower electrode block, which can be used for welding the trough portions of the two wavy wires to the lower ones respectively. On two long strip wires. In this way, the wave-shaped wire can be pressed by the pitch pressing rod, so that the wave pitch will not be changed due to welding, so that it has better accuracy and can greatly improve the quality of the product. High welding equipment and low welding equipment can be used to achieve the goal of consistent automatic welding, which can greatly save manpower and improve work efficiency. [Embodiment]

M244994 V. Creation Instructions (4) Please refer to the second to eighth pictures, which is a spot welder structure, which is mainly used to weld two wavy wires (B) on three horizontal strips arranged in a triangle. Shaped wire (A) to form a three-dimensional reinforced building material. The structure includes: a machine (1), which is provided with an execution channel (1 0), and a chute (1 0 0) is formed between the execution channel ^ (1 0) for a long wire ( A) and the lower end of the trough of the wavy wire (B) are slidingly displaced thereon, and a lower pole base (1 0 1) and a lower pole base (1 0) are provided at the middle section of the execution path (1 0). 1) It is for abutting against the bottom of the wavy wire (B). In addition, a plurality of support blocks (102 φ) are convexly arranged in the middle of the execution path (10). The top surface of the support block (102) is It can be used to set the upper strip wire (B) at an appropriate height, and bevels can be formed on both sides of the upper part of the support block (102), which can be used for the wave wire (B) on both sides. A plurality of pitch pressure rods (2) are arranged on the rotating rods (2 0) on both sides of the road (1 0), and the two sides of the pitch pressure rods (2) are fitted with wavy wires The trough of (B) is provided with two pressure slopes (2 1), and a plurality of swing rods (2 2) are arranged on the rotating rod (2 0). A driving cylinder (2 3) so that it can be controlled by the driving cylinder (2 3) The swing lever (2 2) is controlled to swing, and therefore the pitch pressure lever (2) is pivoted forward through an angle through the rotation lever (20), so that the pressure inclined surface of the pitch pressure lever (2) ( 2 1) Pressed on the wave valley of the wave-shaped wire (B) to control the wave pitch; The two high welding devices (3) use a gate-shaped high boom (3 0

Page 8 M244994 V. Creation instructions (5)) Fix it on both sides of the track (1 0), and the bottom end of the high boom (30) is fixed on both sides of the machine (1) An adjustment seat (32) is pivotally provided on each side of the high arm frame (30) with a shaft (31), and the adjustment seat (32) is provided for the high welding device (3). It is fixed and can be controlled to swing at an angle by an adjustment device (3 3). The adjustment device (3 3) includes a sleeve (3 3 0) and two right-hand screw holes (3 3 1) ) And a left-handed screw hole (3 3 2), and an upper screw (3 3 3) is provided in the right-handed screw hole (3 3 1), and the other end of the upper screw (3 3 3) is pivoted On the adjustment base (3 2)

In addition, the left-hand screw hole (3 3 2) is provided with a lower screw (3 3 4), and the other end of the lower screw (3 3 4) is pivoted on a high boom (3 0).

An upper electrode block (34) is also provided on the high welding device (3), and the upper electrode block (3 4) can be controlled by a telescopic cylinder (3 40) to perform displacement operation so that the upper electrode The block (3 4) can be matched with the lower pole base (1 0 1) for welding the crest part of the wavy wire (B) on the upper long wire (A) and the high arm frame. (30) A guide groove (3 5) and a pressing wheel (3 6) are extended on the upper part of the track (1 0), wherein the guide groove (3 5) can be used to wavy the sides The wave crest of the wire rod (B) is guided on the upper strip wire (A), and the pressing wheel (3 6) is used to press the upper strip wire (A) on the support block (1). 0 2) the top; two low welding devices (4), which are fixed on the sides of the gangway (1 〇) by a gate-shaped low boom (40), the low boom (4 0) The bottom end is fixed on both sides of the machine (1) and on the low boom

Page 9 M244994 V. The two sides of the creative description (6) (4 0) are each pivoted with a shaft (4 1) with an adjustment seat (4 2). The adjustment seat (4 2) is available for the The low welding device (4) is fixed and can be controlled to swing at an angle on the low boom (40) by an adjusting device (4 3). The adjusting device (4 3) includes a sleeve (4 3 0). The two ends of the middle are respectively provided with a right-handed screw hole (4 3 1) and a left-handed screw hole (4 3 2), and an upper screw (4 3 3) is provided in the right-handed screw hole (4 3 1). And the other end of the upper screw (4 3 3) is pivotally arranged on the adjusting seat (4 2), and the left screw hole (4 3 2) is provided with a lower screw (4 3 4), and the lower screw ( 4 3 4)

The lower electrode block (4 4) is pivotally arranged on the high boom (40), and the lower welding device (4) is provided by a telescopic cylinder (4). 4 0) control its displacement action so that the lower electrode block (4 4) can cooperate with the lower electrode base (1 0 1) for welding the trough portions of the two wavy wires (B) to the two long strips below Shaped wire (A). Please refer to the ninth figure. When the driving cylinder (2 3) controls the swing lever (2 2) to swing upward, it will drive the rotation lever (2 0) to rotate

At the same time, the pitch pressing rod (2) on the rotating rod (2 0) will also swing downward by an angle, so that the pressing slope (2 1) of the pitch pressing rod (2) is pressed on In the wave valley of the wavy wire (B), so when the wavy wire (B) and the long wire (A) are welded, the wave pitch of the wavy wire (B) can be prevented from being welded. Influence of pressure and temperature. Please refer to the sixth figure. When a higher solid steel building material is to be welded, the sleeve (330) needs to be rotated in order to make the upper screw (

Page 10 M244994 V. Creation instructions (7) 3 3 3) and the lower screw (3 3 4) are driven outward by the right-hand screw hole (3 3 1) and the left-hand screw hole (3 3 2) Extend, so that the adjustment seat (3 2) is tilted upward at an angle, so that the electrode block (3 4) above the high welding device (3) can be made by the telescopic cylinder (3 4 0). It can be set at the welding point of the wavy wire (B) and the upper strip wire (A), so as to achieve the purpose of welding higher-shaped three-dimensional reinforced wire. Please refer to the tenth figure. When the lower three-dimensional reinforced building materials are to be welded, the sleeve (3 0) needs to be rotated in the reverse direction so that the upper screw (3 3 3) and the lower screw ( 3 3 4) Driven by the right-hand screw hole (3 3 1) and the left-hand screw hole (33 2), it is retracted inward, so that the adjustment base (3 2) is swung downward by an angle, so The electrode block (3 4) above the high welding device (3) can be pressed by the telescopic cylinder (3 4 0) to the crest of the wavy wire (B) and the upper strip wire (A). ), And the purpose of welding the lower-shaped three-dimensional steel wire. Please refer to the eighth figure, when the bottom end of the corrugated wire (B) is to be welded on the long strip wire (A) below, the sleeve (430) needs to be rotated in the reverse direction to The upper screw (4 3 3) and the lower screw (4 3 4) are driven by the right-hand screw hole (4 3 1) and the left-hand screw hole (4 3 2) to be retracted inward to make the adjustment. The seat (42) is therefore swung downward by an angle, so that the electrode block (4 4) above the high welding device (4) can be pressed into a wave shape by the telescopic cylinder (4 4 0). Welding place of the lower part of the trough of the wire (B) and the strip wire (A) below

M244994 5. Creation instructions (8), and the purpose of welding the lower end of the wavy wire (B) to the long strip wire (A) below. Please refer to the eleventh figure. When the central part of the wavy wire (B) is to be welded on the long strip wire (A) below, the sleeve (4 3 0) needs to be rotated in the forward direction. So that the upper screw (4 3 3) and the lower screw (4 3 4) are driven outward by the right-hand screw hole (4 3 1) and the left-hand screw hole (4 3 2), so that The adjusting seat (4 2) is thus swung upward by an angle, so that the electrode block (4 4) above the high welding device (4) can be press-fitted by the telescopic cylinder (4 4 0). The central portion of the wavy wire (B) is welded to the lower long wire (A), and the central part of the wavy wire (B) is welded to the lower long wire (A). Since this creation can be pressed in the valley of the wave-shaped wire (B) by the pitch rod (2) first during welding, the wave pitch can be prevented from changing due to welding, so it can be greatly improved. The quality of the product makes the three-dimensional reinforced building materials that have been completed welded have better accuracy. In addition, the high mechanical welding device and low welding device such as the creative mechanical structure can be used to achieve the purpose of consistent automatic welding, which makes it possible to Significantly save manpower and improve work efficiency. In summary, because this creation has the above advantages and practical value, and there are no similar products or publications in similar products, it has already met the application requirements of the new patent.

M244994 Brief description of the drawings [Illustration of the drawings] The first picture is the second picture of the three-dimensional reinforced building materials, the third picture of the creation, the fourth picture of the creation machine, and the fifth picture of the high welding installation. This is the sixth image of the high welding assembly, the seventh image of the high welding assembly, the eighth image of the low welding assembly, the ninth image of the low welding assembly, and the tenth image of the pitch pressure. This is the eleventh picture of the high welding installation of this creation, which is the low welding of this creation. [Illustration of the drawing number] (A) Long wire (Γ) machine (1 0 0) chute (1 0 2) support block (2 ) A three-dimensional appearance view of the adjusting device of the pitch pressure rod (2 1) and the inclined surface (2 3) driving the cylinder (3) and the high welding device (3 1) and the shaft rod (3 3). Appearance. Perspective view. Positioned perspective view (front side). Positioned perspective view (rear side). Schematic cross-section view. Place a perspective view. Schematic cross-section view. Schematic diagram of the action of the rod. Schematic diagram of the action. Schematic diagram of the operation of the device. (B) Corrugated wire (1 0), the way (1 0 1), the lower electrode holder (2 0), the rotating rod (2 2), the swing rod (3 0), the high boom (3 2), and the adjusting seat (3 3 0). Sleeve

Page 13 M244994 Brief description of the diagram (3 3 1) Right-hand screw hole (3 3 3) Upper screw (3 4) Upper electrode block (3 5) Guide groove (4) Low welding device (4 1) Shaft rod ( 4 3) Adjusting device (4 3 1) Right-hand screw hole (4 3 3) Upper screw (4 4) Lower electrode block 4 4 4 0) 4 2) 4 3 0 4 3 2 (434 (440) Left-hand screw hole ) Lower screw) Telescopic cylinder pressure roller low boom adjustment seat) Sleeve) Left-hand screw hole) Lower screw) Telescopic cylinder

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Claims (1)

M244994 6. Scope of patent application 1. A spot welder structure is mainly used for welding two wave-shaped wires on three long strip wires arranged horizontally in a triangle to form a three-dimensional steel building material. Its structure includes : A machine with a track on which the wire can slide and displace, and a lower pole seat in the track for abutting against the bottom of the wire; a plurality of pitch pressure rods are arranged on the track Side, and can be driven by a driving cylinder to swing forward an angle to press on the track; two high welding devices are fixed on both sides of the track by a high boom, and the high welding device can be adjusted by a The device adjusts it to an appropriate angle. In addition, the high welding device is provided with a retractable upper electrode block for welding the upper end of the wavy wire and the long strip wire above. Two low welding devices use one. The low boom is fixed on both sides of the holding channel, and the low welding device can be adjusted to an appropriate angle by an adjustment device, and the low welding device is provided with a retractable lower electrode block for wave Bottom and bottom The two elongated wire welding set. 2. According to the spot welder structure described in item 1 of the scope of patent application, the support system is provided with a plurality of support blocks, and the top surface of the support block can be used to set the upper strip wire above. Height, and slopes are formed on both sides of the upper part of the support block, which can be used for wave-shaped wires on both sides. 3. According to the spot welder structure described in item 1 of the scope of patent application, the pitch rod is arranged on a rotating rod, and two troughs with wave-shaped wire rods on both sides of one end of the pitch rod are provided with two The inclined surface is pressed, and a plurality of swing rods are arranged on the rotating rod. One end of the swing rod is pivotally arranged on a driving cylinder, and the swinging can be driven by the driving cylinder. Page 15 M244994 VI. Patent application scope 4. The spot welder structure as described in item 1 of the patent application scope. Both sides of the high-arm frame are pivotally provided with an adjustment seat by a shaft. The adjustment seat can be It is used for fixing the high welding device, and its swinging angle can be controlled by an adjusting device. 5. The spot welding machine structure as described in item 4 of the scope of patent application, the adjusting device includes a right-handed screw hole and a left-handed screw hole at both ends of a sleeve, and the right-handed screw hole An upper screw is provided on the screw, and the other end of the upper screw is pivoted on the adjusting seat. Another left screw is provided with a lower screw, and the other end of the lower screw is pivoted on a high boom. 6. According to the spot welder structure described in item 1 of the scope of the patent application, both sides of the low-arm frame are pivotally provided with an adjusting seat, which can be fixed by a high welding device and can be fixed by An adjustment device controls its swing by an angle. 7. The spot welding machine structure as described in item 6 of the scope of the patent application, the adjusting device includes a set of right-hand screw holes and a left-hand screw hole at both ends of the set, and in the right-hand screw hole The screw is provided with an upper screw, and the other end of the upper screw is pivoted on the adjusting seat, and the left-hand screw hole is screwed with a lower screw, and the other end of the lower screw is pivoted on a low boom. 8. According to the spot welder structure described in item 1 of the scope of patent application, the high-arm support is provided with a guide groove extending above the gangway, and the guide groove can be used to guide the wave peaks of the wavy wire on both sides. Leaning on the long wire. 9. According to the spot welder structure described in item 1 of the scope of patent application, the high boom is provided with a pressing wheel extending above the gangway, and the pressing wheel system can be pressed on the top of the upper strip wire. Page 16