Assembly tool for assembling refractory material cooling brick water-cooling coil pipe

Abstract

The utility model discloses an assembly tool, particularly discloses an assembly tool for assembling a refractory material cooling brick water-cooling coil pipe, and belongs to the technical field of design and manufacturing of precious metal product manufacturing process equipment. The assembly tool for assembling the refractory material cooling brick water-cooling coil pipe is relatively high in production efficiency, and the number of workers needing assembly assistance is relatively small. The assembling tool comprises a supporting assembly, a connecting and adjusting assembly and a profiling press-fitting assembly. The supporting assembly and the profiling press-fitting assembly are movably arranged at the two ends of the connecting and adjusting assembly respectively. In the assembling process of the water-cooling coil pipe, the supporting assembly is connected to the corresponding position of the refractory material cooling brick in a clamped mode, and the water-cooling coil pipe arranged in the circumferential direction is pressed into an assembling groove of the refractory material cooling brick through the profiling press-fitting assembly under the cooperation of input driving force of the connection adjusting assembly.

Description

Technical Field

[0001] This utility model relates to an assembly tooling, and more particularly to an assembly tooling for assembling water-cooled coils for refractory material cooling bricks, belonging to the field of design and manufacturing technology of precious metal product manufacturing process equipment. Background Technology

[0002] In the manufacturing process of optical glass, LCD glass, pharmaceutical glass, and fireproof glass, after the glass powder has been fully heated at high temperatures in the furnace, a platinum or platinum-rhodium alloy connecting tube is usually inserted into the furnace wall. The molten glass is then guided through the connecting tube into the platinum or platinum-rhodium alloy channel for clarification, stirring, and molding. The connecting tube is surrounded by refractory bricks. Due to the high temperature of the molten glass, the connecting tube is radiated and heated, causing the refractory bricks to heat up as well. To reduce the temperature of the refractory bricks, an annular groove is usually cut on the outside of the refractory bricks, and a seamless stainless steel or nickel tube is installed inside the groove and cooled by water. Because the width and depth of the groove in the refractory bricks are 1-3 mm larger than the seamless tube, when the pre-bent seamless tube is installed onto the refractory bricks, the seamless tube often remains exposed on the outside of the refractory bricks and cannot fully or partially fit into the annular groove, severely affecting the cooling effect. Forcibly squeezing the seamless tube into the brick groove can easily cause the bricks to crack. In existing technologies, to prevent bricks from cracking during assembly, seamless tubes are often heated or burned during the assembly process, and then the seamless tubes are squeezed into the bricks using spacers. This assembly method is not only inefficient but also time-consuming and labor-intensive, requiring the assistance of multiple people to complete. Utility Model Content

[0003] The technical problem to be solved by this utility model is to provide an assembly tooling for assembling water-cooled coils of refractory material cooling bricks that has relatively high production efficiency and requires relatively few personnel to assist in assembly.

[0004] The technical solution adopted to solve the above-mentioned technical problems is: an assembly tool for assembling water-cooled coils of refractory cooling bricks. The assembly tool includes a support component, a connecting and adjusting component, and a contour pressing component. The support component and the contour pressing component are respectively movably arranged at both ends of the connecting and adjusting component. During the assembly of the water-cooled coils, the support component is engaged with the corresponding position of the refractory cooling brick, and the water-cooled coils arranged circumferentially are pressed into the assembly grooves of the refractory cooling bricks by the contour pressing component under the cooperation of the driving force input by the connecting and adjusting component.

[0005] Furthermore, the support assembly consists of a contoured support frame with a platinum or platinum-rhodium alloy tube through hole at the geometric center of the refractory cooling brick. The contoured support frame, which is adapted to the shape of the platinum or platinum-rhodium alloy tube through hole, is detachably arranged in the platinum or platinum-rhodium alloy tube through hole, and one end of the connecting adjustment component is hinged to the contoured support frame.

[0006] The preferred embodiment of the above scheme is that the contour support assembly includes three sets of support short plates, each set of support short plates is provided with a contour arc surface, and each set of support short plates is respectively connected to the through hole of the platinum or platinum-rhodium alloy tube through its respective contour arc surface; one end of the connecting adjustment component is respectively hinged to the other end face of each set of support short plates.

[0007] Furthermore, the connection adjustment assembly includes a set of hinged linkages, one end of which is hinged to the support assembly, and the other end of which is detachably and adjustablely fixedly connected to the conformal pressing assembly.

[0008] The preferred embodiment of the above scheme is that the hinged connecting rod assembly includes three inverted L-shaped connecting rods, three sets of hinge bolts, and three sets of mounting and adjusting nuts. Each inverted L-shaped connecting rod has an adjusting thread on its long side and a hinge hole on its short side. Each inverted L-shaped connecting rod is hinged to the corresponding position of the support assembly through the hinge hole on its short side and in cooperation with the sets of hinge bolts. Each inverted L-shaped connecting rod is detachably and adjustablely fixedly connected to the conformal pressing assembly through the adjusting thread on its long side and in cooperation with the sets of mounting and adjusting nuts. During the assembly of the water-cooled coil, the conformal pressing assembly presses the water-cooled coil into the assembly groove of the refractory cooling brick through the inverted L-shaped connecting rods and the sets of mounting and adjusting nuts.

[0009] Furthermore, the conformal pressing assembly includes a conformal pressing installation structure. The conformal pressing installation structure is detachably and adjustablely pressed onto the edge of the refractory cooling brick along the circumference of the refractory cooling brick by means of the long sides of each inverted L-shaped connecting rod in cooperation with each set of installation adjusting nuts.

[0010] The preferred embodiment of the above scheme is that the contour-following clamping installation structure includes three sets of contour-following clamping installation frames. Each set of contour-following clamping installation frames is adjusted along the length direction by the long side of an inverted L-shaped connecting rod in cooperation with a set of installation adjusting nuts to clamp onto the corresponding edge of the refractory cooling brick.

[0011] Furthermore, each set of contour-following clamping mounting brackets includes a contour-following clamping mounting plate and a set of supporting connection mounting sub-frames. Each contour-following clamping mounting plate is detachably arranged on each set of supporting connection mounting sub-frames. A connection hole is provided on the upper part of the supporting connection mounting sub-frame. Each set of supporting connection mounting sub-frames is arranged along the long side of the corresponding inverted L-shaped connecting rod through its respective connection hole and with the corresponding mounting adjusting nut engaged.

[0012] The preferred embodiment of the above scheme is that the conformal clamping mounting plate is a clamping mounting plate with a boss on the clamping surface and a conformal groove on the boss; a connecting mounting groove is provided on the other side of the conformal clamping mounting plate opposite to the boss; the conformal clamping mounting plate is detachably arranged on the supporting connecting mounting sub-frame with the cooperation of the connecting mounting groove; during the assembly of the water-cooled coil, the water-cooled coil that needs to be pressed into the assembly groove of the edge of the refractory cooling brick is pressed into the assembly groove of the edge of the refractory cooling brick through the conformal groove with the cooperation of the conformal clamping mounting plate and the connecting adjustment component.

[0013] Furthermore, the supporting connection mounting sub-frame includes a supporting connection locking block and a connecting locking ring. A mounting protrusion is provided on the supporting connection edge of the supporting connection locking block, and a mounting hole is provided on the supporting connection edge at a position corresponding to the mounting protrusion. The connecting hole is located on the upper part of the supporting connection locking block. The contour-following clamping mounting plate is detachably arranged on the supporting connection edge of the supporting connection locking block through the mounting protrusion and the connecting mounting groove, in cooperation with the connecting locking ring and the mounting hole. The supporting connection locking block is adjustable along its length on the long side of the inverted L-shaped connecting rod through the connecting hole and in cooperation with the mounting adjusting nut.

[0014] The contour-following clamping mounting plate and the support connecting locking block are both arc-shaped or straight-shaped, adapted to the shape of the refractory cooling brick.

[0015] The beneficial effects of this utility model are as follows: The technical solution provided in this application sets up an assembly tooling including a support component, a connecting adjustment component, and a contour pressing component. The support component and the contour pressing component are movably arranged at both ends of the connecting adjustment component. During the assembly of the water-cooled coil, the support component is snapped into the corresponding position of the refractory cooling brick. Then, the circumferentially arranged water-cooled coil is pressed into the installation groove of the refractory cooling brick by the contour pressing component under the input driving force of the connecting adjustment component. Thus, because the assembly tooling of this application fully utilizes the structural characteristics of the refractory cooling brick itself, namely, the through-hole structure, and the pre-fabricated structure of the water-cooled coil, the water-cooled coil can be installed without heating, relying on the through-hole as a support through the contour pressing component and the connecting adjustment component. This not only significantly reduces the number of operators involved but also significantly improves installation efficiency and effectively avoids the cracking of the refractory cooling brick caused by forceful pressing. Attached Figure Description

[0016] Figure 1 This is a three-dimensional structural diagram of the assembly tooling for assembling water-cooled coils of refractory material cooling bricks in the assembly state.

[0017] Figure 2 This is a front view of the assembly tooling for assembling water-cooled coils of refractory material cooling bricks in the assembly state.

[0018] Figure 3 This is a three-dimensional structural diagram of the assembly tooling for assembling water-cooled coils of refractory material cooling bricks, which involves a contoured support frame, a set of hinged connecting rods, and a set of contoured clamping installation structure.

[0019] Figure 4 for Figure 3 The main view;

[0020] Figure 5 , Figure 6 They are respectively Figure 4 Side view and top view.

[0021] The markings in the diagram are as follows: 1. Water-cooled coil; 2. Refractory cooling brick; 3. Assembly groove; 4. Platinum or platinum-rhodium alloy tube through hole; 5. Supporting short plate; 6. Inverted L-shaped connecting rod; 7. Hinge bolt; 8. Mounting adjusting nut; 9. Contour clamping mounting plate; 10. Boss; 11. Contour groove; 12. Connecting mounting groove; 13. Supporting connecting lock block; 14. Connecting lock ring. Detailed Implementation

[0022] like Figures 1-6This invention provides an assembly fixture for assembling water-cooled coils of refractory cooling bricks, which offers relatively high production efficiency and requires fewer personnel for assembly assistance. The assembly fixture includes a support component, a connecting and adjusting component, and a contour pressing component. The support component and the contour pressing component are movably arranged at both ends of the connecting and adjusting component. During the assembly of the water-cooled coil 1, the support component is engaged at the corresponding position on the refractory cooling brick 2, and the circumferentially arranged water-cooled coil 1 is pressed into the assembly groove 3 of the refractory cooling brick 2 by the contour pressing component under the input driving force of the connecting and adjusting component. The technical solution provided in this application involves setting up an assembly fixture including a support component, a connecting and adjusting component, and a contour pressing component; then, the support component and the contour pressing component are movably arranged at both ends of the connecting and adjusting component; and during the assembly of the water-cooled coil, the support component is engaged at the corresponding position on the refractory cooling brick, and then the circumferentially arranged water-cooled coil is pressed into the installation groove of the refractory cooling brick by the contour pressing component under the input driving force of the connecting and adjusting component. Thus, because the assembly fixture of this application fully utilizes the structural characteristics of the refractory cooling brick itself, namely the structural characteristic of having a through hole through the refractory cooling brick, and the characteristic of the water-cooling coil being prefabricated, the water-cooling coil can be installed without heating by using the through hole in the middle as a support through the conformal pressing assembly in cooperation with the connecting adjustment assembly. This not only greatly reduces the number of operators involved, but also significantly improves the installation efficiency, and can also effectively avoid the refractory cooling brick from cracking during forced pressing.

[0023] Accordingly, considering the actual conditions of the production site, and in order to facilitate compatibility with the structure of the refractory cooling bricks and the water-cooled coils to be assembled, while simplifying the structure of each component of the assembly tooling as much as possible to facilitate manufacturing, assembly, and subsequent use, the support assembly of this application consists of a contoured support assembly. A platinum or platinum-rhodium alloy tube through-hole 4 is provided at the geometric center of the refractory cooling brick 2. A contoured support assembly frame, conforming to the shape of the platinum or platinum-rhodium alloy tube through-hole 4, is detachably arranged within this through-hole. One end of the connecting adjustment assembly is hinged to the contoured support assembly frame. The connecting adjustment assembly includes a set of hinged connecting rods. One end of the hinged connecting rods is hinged to the support assembly, and the other end is detachably and adjustablely fixedly connected to the contoured pressing assembly. The contour pressing assembly includes a contour pressing installation structure. This structure, through the long sides of each inverted L-shaped connecting rod 6 and the cooperation of each set of adjusting nuts 8, is detachably and adjustablely pressed against the edge of the refractory cooling brick 2 along its circumference. Preferably, the contour support assembly includes three sets of support short plates 5, each with a contoured arc surface. Each set of support short plates 5 is abutted against the through hole 4 of a platinum or platinum-rhodium alloy tube via its respective contoured arc surface. One end of the connecting adjustment assembly is hinged to the other end face of each set of support short plates 5. The hinged connecting rod assembly includes three inverted L-shaped connecting rods 6, three sets of hinge bolts 7, and three sets of mounting and adjusting nuts 8. Each inverted L-shaped connecting rod has an adjusting thread on its long side and a hinge hole on its short side. Each inverted L-shaped connecting rod 6 is hinged to the corresponding position of the support assembly through the hinge hole on its short side and with the cooperation of each set of hinge bolts 7. Each inverted L-shaped connecting rod 6 is detachably and adjustablely fixedly connected to the conformal pressing assembly through the adjusting thread on its long side and with the cooperation of each set of mounting and adjusting nuts 8. During the assembly of the water-cooled coil 1, the conformal pressing assembly presses the water-cooled coil 1 into the assembly groove 3 of the refractory cooling brick 2 through each inverted L-shaped connecting rod 6 and with the cooperation of each set of mounting and adjusting nuts 8. The aforementioned contour-following clamping installation structure includes three sets of contour-following clamping installation frames. Each set of contour-following clamping installation frames is pressed into the corresponding edge of the refractory material cooling brick 2 along the length direction by the long side of an inverted L-shaped connecting rod 6 in cooperation with a set of installation adjusting nuts 8.

[0024] More specifically, each set of contour clamping mounting brackets includes a contour clamping mounting plate 9 and a set of support connection mounting sub-frames. Each contour clamping mounting plate 9 is detachably arranged on each set of support connection mounting sub-frames. A connection hole is provided on the upper part of the support connection mounting sub-frame. Each set of support connection mounting sub-frames is arranged along the long side of the corresponding inverted L-shaped connecting rod 6 through its respective connection hole and under the engagement of the corresponding mounting adjusting nut 8. The preferred embodiment is that the contoured clamping mounting plate 9 is a clamping plate with a boss 10 on the clamping surface and a contoured groove 11 on the boss 10; a connecting mounting groove 12 is provided on the other side of the contoured clamping mounting plate 9 opposite to the boss 10; the contoured clamping mounting plate 9 is detachably arranged on the supporting connecting mounting sub-frame with the cooperation of the connecting mounting groove 12; during the assembly of the water-cooled coil 1, the water-cooled coil 1 that needs to be pressed into the assembly groove 3 of the edge of the refractory cooling brick is pressed into the assembly groove 3 of the edge of the refractory cooling brick through the contoured groove 11 with the cooperation of the contoured clamping mounting plate 9 and the connecting adjustment component. The supporting connection mounting subframe includes a supporting connection locking block 13 and a connecting locking ring 14. A mounting protrusion is provided on the supporting connection side of the supporting connection locking block 13, and a mounting hole is provided on the supporting connection side at a position corresponding to the mounting protrusion. The connecting hole is located on the upper part of the supporting connection locking block 13. The contour-following clamping mounting plate 9 is detachably arranged on the supporting connection side of the supporting connection locking block through the mounting protrusion and connecting mounting groove, in cooperation with the connecting locking ring and the mounting hole. The supporting connection locking block 13 is adjustable along its length on the long side of the inverted L-shaped connecting rod 6 through the connecting hole in cooperation with the mounting adjusting nut 8. Furthermore, considering the existing refractory cooling brick 2 structure, the contour-following clamping mounting plate 9 and the supporting connection locking block 13 provided in this application are both arc-shaped or straight-shaped, conforming to the shape of the refractory cooling brick 2.

[0025] In summary, the technical solution provided in this application also has the following advantages:

[0026] This assembly fixture is used to assemble seamless tubes with refractory bricks, ensuring that the seamless tubes are efficiently assembled inside the refractory bricks without being exposed on the outside, which can effectively prevent the refractory bricks from cracking. During the assembly process, there is no need to heat the seamless tubes, and only one fixture is needed to complete the assembly, avoiding the low efficiency caused by multiple people assisting.

[0027] The technical solution of this application will be further described below through specific embodiments:

[0028] The purpose of this application is to design an assembly fixture for assembling seamless tubes and refractory bricks, ensuring that the seamless tubes are efficiently assembled inside the refractory bricks without being exposed on the outside, which can effectively prevent the refractory bricks from cracking. During the assembly process, it is not necessary to heat the seamless tubes, and only one fixture is needed to complete the assembly, avoiding the low efficiency caused by multiple people assisting.

[0029] To reduce the overall weight of the device, the supporting plate, i.e., the aforementioned contour-fitting mounting plate, is made of PVC or MC901 nylon. The overall height of the supporting plate is 2-5mm lower than that of the refractory material. The width of the middle step on the left side of the supporting plate is 1-2mm less than the width of the groove in the refractory brick, and the diameter of the step's arc is 1-2mm less than that of the seamless pipe. The depth from the lowest point of the step's arc surface to the root of the step is greater than the groove depth of the refractory brick minus the diameter of the seamless pipe. The arc surface and the step surface are rounded. A groove with a depth of 5-8mm and a width of 20-25mm is cut on the right side of the left side of the supporting plate.

[0030] The support locking block, also known as the aforementioned support connecting locking block, is made of stainless steel or 45 steel with a chrome-plated surface after tempering. One end of the support locking block contacts the surface of the support plate, and its maximum size is 2-5mm smaller than the height of the support plate. A threaded hole is drilled in the middle, and a bolt is attached to one side of the locking ring, matching the threaded hole of the support locking block. The hole diameter is 2-5mm smaller than the width of the support plate (see left side diagram). The other end has a hole and passes through the connecting rod shown in Figure 1-4. The three support pieces have the same length structure. Because they are sequentially fitted onto the connecting rod while ensuring one end contacts the support plate, the thickness at the contact points differs. The thickness of the first support locking block on the connecting rod at the contact point with the support plate is controlled between 10-15mm (t1), and the thickness at the connection point with the connecting rod is controlled between 5-8mm (t2). The thickness of the second support locking block on the connecting rod at the contact point with the support plate is t1 + t2, and the thickness at the connection point with the connecting rod is t2. The thickness of the third support locking block that passes through the connecting rod is t1+t2+t2, and the thickness at the position where it connects with the connecting rod is t2.

[0031] The connecting rod is the aforementioned inverted L-shaped connecting rod. One end of the support locking block can be sequentially threaded onto the connecting rod, and the connecting rod is threaded to fix the three support locking blocks onto the connecting rod. The connecting rod bends towards the bottom and is welded together with the connecting ring.

[0032] The refractory brick has a central opening, through which a platinum or platinum-rhodium alloy tube is inserted. The supporting short plate is made of PVC or MC901 nylon, with the arc diameter of the supporting short plate matching the diameter of the opening in the refractory brick. The thickness of the supporting short plate is controlled between 20 and 25 mm, and the width between 40 and 50 mm. A threaded hole is located at one end of the supporting short plate.

[0033] When installing seamless tubes onto refractory bricks, it is difficult to fully compress the tubes into the groove. Using three sets of clamps, the tubes are fixed from three directions on three sides other than the joint. The long support plate is fitted with the seamless tube, and the short support plate is fitted with the arc surface of the central hole in the refractory brick. The locking blocks are adjusted sequentially to fit the long support plate, and the two locking rings are rotated in sequence. At this point, the locking rings push the locking blocks and the long support plate towards the exposed seamless tube outside the refractory brick. Once the seamless tube is fully inserted into the refractory brick groove, the clamps are held for approximately 2-3 hours. Then, the clamps are removed, and the refractory brick and seamless tube assembly is complete.

[0034] Example 1

[0035] 1. The inner diameter of the refractory brick is 150mm, the height of the refractory material is 100mm, the width of the groove around the perimeter is 25mm, the depth of the groove is 24mm, and the outer diameter of the seamless pipe is 22mm.

[0036] 2. To reduce the overall weight of the device, the support plate is made of MC901 nylon. The overall height of the support plate is 95mm. The width of the middle step on the left side of the support plate is 24mm, the diameter of the step arc is 20mm, and the depth from the lowest point of the step arc to the root of the step is 6mm. The corners of the step arc and the step surface are rounded. A groove with a depth of 6mm and a width of 25mm is cut on the right side of the left side of the support plate.

[0037] 3. The support locking block is made of 45 steel, treated and then chrome-plated. One end of the support locking block contacts the support plate surface, with a maximum size of 90mm. A threaded hole is drilled in the middle, and a bolt is attached to one side of the locking ring, matching the threaded hole of the support locking block. The hole diameter is 5mm smaller than the width of the support plate (see left side diagram), i.e., 20mm. The other end has a hole and passes through the connecting rod. The three support pieces have the same length structure. Because they are sequentially fitted onto the connecting rod while ensuring one end contacts the support plate surface, the thickness at the contact points differs. The thickness of the first support locking block, when in contact with the support plate, is controlled to be around 10mm, and around 5mm at the connection point with the connecting rod. The thickness of the second support locking block, when in contact with the support plate, is 15mm, and around 5mm at the connection point with the connecting rod. The thickness of the third support locking block, when in contact with the support plate, is 20mm, and around 5mm at the connection point with the connecting rod.

[0038] 4. One end of each support locking block can be threaded onto the connecting rod, which is threaded to fix the three support locking blocks to the connecting rod. The connecting rod bends to the bottom and is welded to the connecting ring, which has a hole.

[0039] 5. Support plate, made of MC901 nylon. The diameter of the curved surface of the support plate is the same as the diameter of the opening in the refractory brick, i.e., 150mm. The thickness of the support plate is 25mm, and the width is controlled at 40mm. A threaded hole is opened at one end of the support plate. Bolts are used to lock the support plate onto the connecting ring.

[0040] 6. After the seamless tube is installed in the refractory brickwork, it is difficult to completely compress the seamless tube into the groove. Three sets are used. Figure 1 The clamps are fixed at the joints of the seamless tubes. The long support plate is aligned with the seamless tube, and the short support plate is aligned with the arc surface of the central hole in the refractory brick. The locking blocks are then adjusted to align with the long support plate, and the locking rings are rotated sequentially. The locking rings push the locking blocks and long support plate towards the exposed seamless tube within the refractory brick. Once the seamless tube is fully inserted into the refractory brick groove, the clamps are held for approximately 2 hours. Afterward, the clamps are removed, completing the assembly of the refractory brick and the seamless tube.

Claims

1. A tooling fixture for the assembly of a water cooling coil assembly for a refractory cooling brick, characterised in that: The assembly fixture includes a support component, a connection adjustment component, and a contour pressing component. The support component and the contour pressing component are movably arranged at both ends of the connection adjustment component. During the assembly of the water-cooled coil (1), the support component is snapped into the corresponding position of the refractory cooling brick (2). The water-cooled coil (1) arranged circumferentially is pressed into the assembly groove (3) of the refractory cooling brick (2) by the contour pressing component under the cooperation of the driving force input by the connection adjustment component.

2. The assembly fixture for fire-resistant material cooling brick water-coil assembly according to claim 1, characterized in that: The support assembly consists of a contoured support frame. A platinum or platinum-rhodium alloy tube through hole (4) is provided at the geometric center of the refractory cooling brick (2). The contoured support frame, which is adapted to the shape of the platinum or platinum-rhodium alloy tube through hole (4), is detachably arranged in the platinum or platinum-rhodium alloy tube through hole (4). One end of the connecting adjustment component is hinged to the contoured support frame.

3. The assembly fixture for fire-resistant material cooling brick water-coil assembly of claim 2, wherein: The contour support assembly includes three sets of support short plates (5). Each set of support short plates (5) has a contour arc surface. Each set of support short plates (5) is connected to the through hole (4) of a platinum or platinum-rhodium alloy tube through its respective contour arc surface. One end of the connecting adjustment component is hinged to the other end face of each set of support short plates (5).

4. The assembly tool for fire-resistant material cooling brick water-coil assembly according to claim 1, 2 or 3, characterized in that: The connection adjustment assembly includes a set of hinged linkages, one end of which is hinged to the support assembly, and the other end of which is detachably and adjustablely fixedly connected to the conformal pressing assembly.

5. The assembly tooling for assembling water-cooled coils for refractory material cooling bricks according to claim 4, characterized in that: The hinged linkage assembly includes three inverted L-shaped connecting rods (6), three sets of hinge bolts (7), and three sets of mounting adjustment nuts (8). Each inverted L-shaped connecting rod has an adjustment thread on the free end of its long side and a hinge hole on the free end of its short side. Each inverted L-shaped connecting rod (6) is hinged to the corresponding position of the support assembly through the hinge hole on its short side and with the cooperation of each set of hinge bolts (7). Each inverted L-shaped connecting rod (6) is detachably and adjustablely fixedly connected to the conformal pressing assembly through the adjustment thread on its long side and with the cooperation of each set of mounting adjustment nuts (8). During the assembly of the water-cooled coil (1), the conformal pressing assembly presses the water-cooled coil (1) into the assembly groove (3) of the refractory cooling brick (2) through each inverted L-shaped connecting rod (6) and with the cooperation of each set of mounting adjustment nuts (8).

6. The assembly tool for fire-resistant material cooling brick water-coil assembly according to claim 5, characterized in that: The conformal pressing assembly includes a conformal pressing installation structure. The conformal pressing installation structure is detachably and adjustablely pressed onto the edge of the refractory cooling brick (2) along the circumference of the refractory cooling brick by means of the long sides of each inverted L-shaped connecting rod (6) and with the cooperation of each set of installation adjusting nuts (8).

7. The assembly tool for fire-resistant material cooling brick water-coil assembly according to claim 6, characterized in that: The contour-following clamping installation structure includes three sets of contour-following clamping installation frames. Each set of contour-following clamping installation frames is clamped along the length direction of the corresponding edge of the refractory material cooling brick (2) by the long side of an inverted L-shaped connecting rod (6) in cooperation with a set of installation adjusting nuts (8).

8. The assembly tool for fire-resistant material cooling brick water-coil assembly according to claim 7, characterized in that: Each set of contour clamping mounting brackets includes a contour clamping mounting plate (9) and a set of support connection mounting brackets. Each contour clamping mounting plate (9) is detachably arranged on each set of support connection mounting brackets. A connection hole is provided on the upper part of the support connection mounting bracket. Each set of support connection mounting brackets is arranged along the long side of the corresponding inverted L-shaped connecting rod (6) in an adjustable manner along the length direction through its respective connection hole with the cooperation of the corresponding mounting adjusting nut (8).

9. The assembly tool for fire-resistant material cooling brick water-coil assembly according to claim 8, characterized in that: The contour clamping mounting plate (9) is a clamping plate with a boss (10) on the clamping surface and a contour groove (11) on the boss (10); a connecting mounting groove (12) is provided on the other side of the contour clamping mounting plate (9) opposite to the boss (10); the contour clamping mounting plate (9) is detachably arranged on the supporting connecting mounting sub-frame with the cooperation of the connecting mounting groove (12); during the assembly of the water cooling coil (1), the water cooling coil (1) that needs to be pressed into the mounting groove of the edge of the refractory cooling brick is pressed into the mounting groove (3) of the edge of the refractory cooling brick through the contour groove (11) with the cooperation of the contour clamping mounting plate (9) and the connecting adjustment component.

10. The assembly tool for fire-resistant material cooling brick water-coil assembly according to claim 9, characterized in that: The supporting connection mounting subframe includes a supporting connection locking block (13) and a connecting locking ring (14). A mounting protrusion is provided on the supporting connection side of the supporting connection locking block (13), and a mounting hole is provided on the supporting connection side at a position corresponding to the mounting protrusion. The connecting hole is located on the upper part of the supporting connection locking block (13). The contour-fitting mounting plate (9) is detachably arranged on the supporting connection side of the supporting connection locking block (13) through the mounting protrusion and the connecting mounting groove (12), in cooperation with the connecting locking ring (14) and the mounting hole. The supporting connection locking block (13) is adjustable along its length on the long side of the inverted L-shaped connecting rod (6) through the connecting hole, in cooperation with the mounting adjusting nut (8). The contour-fitting mounting plate (9) and the support connecting locking block (13) are both arc-shaped or straight-shaped to match the shape of the refractory cooling brick (2).

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