A heating device for silicate production

Abstract

The present invention discloses a heating device for silicate production, which relates to the field of silicate heating technology; it comprises a mounting support, an expansion adjusting member is mounted on the mounting support, a wall-adhering inspection member is mounted on the mounting support; the wall-adhering inspection member is used to test the safety of the inner lining of the mounting support; a horizontal mixing member is mounted on the mounting support; the horizontal mixing member is used to mix silicate raw materials; an anti-collapse auxiliary member is mounted on the horizontal mixing member; the device can be used to detect the degree of fit between the inner lining tiles and the inner side of the rotary kiln drum, and the timeliness of the safety inspection of the inner lining tiles by this structure can be improved, prompts can be given in time, adjustments can be made in time, and potential safety hazards can be reduced; the problem that the current heating device for silicate production is not convenient for anti-collapse protection, and is also not convenient for assisting in tile gap compensation without stopping the machine when the tiles are loose is solved.

Description

Technical Field

[0001] The invention relates to the technical field of silicate heating, in particular to a heating device for silicate production. Background Art

[0002] In the actual silicate manufacturing work, the raw materials need to be heated to react, and a rotary kiln is usually used for heating treatment. The raw materials for the preparation of silicate are usually quartz sand, silica, etc., which can be heated by adding auxiliary raw materials such as co-solvents. Because the raw materials themselves are heavy, they will cause wear on the lining of the rotary kiln. The lining of the rotary kiln is usually protected by lining tiles or bricks. The current heating device for silicate production is not convenient for real-time testing of lining tile loosening. Loosening of lining tiles can easily cause collapse, resulting in economic losses and inconvenient for anti-collapse protection. At the same time, it is not convenient to assist in non-stop tile gap compensation when tiles are loose. The safety is poor and it will also delay production. At the same time, it is not convenient for real-time testing of tile wear and then repairing it. Long-term excessive wear can easily leave residual silicate raw materials, causing problems such as excessive heating.

[0003] To this end, we propose a heating device for silicate production. Summary of the Invention

[0004] The purpose of the present invention is to provide a heating device for silicate production to solve the problem raised in the above background technology that the current heating device for silicate production is not convenient for anti-collapse protection, and is also not convenient for assisting in tile gap compensation without stopping the machine when the tiles are loose.

[0005] To achieve the above-mentioned objectives, the present invention provides the following technical solutions: A heating device for silicate production, comprising a mounting support, an expansion adjusting member mounted on the mounting support, a wall-adhering inspection member mounted on the mounting support; the wall-adhering inspection member is used to test the safety of the inner lining of the mounting support; a horizontal mixing member is mounted on the mounting support; the horizontal mixing member is used to mix silicate raw materials; an anti-collapse auxiliary member is mounted on the horizontal mixing member; the anti-collapse auxiliary member is located above the inner side of the mounting support; a brick joint test member is mounted on the side of the anti-collapse auxiliary member; the brick joint test member is used to test the damage to the inner wall of the mounting support; a discharging device is mounted on the mounting support; the discharging device is used to discharge silicate raw materials; the mounting support comprises: a rotary kiln drum; the expansion adjusting member comprises: an expansion bolt, a row of expansion bolts are threadedly connected to the rotary kiln drum, and a row of expansion bolts respectively pass through the side walls of the rotary kiln drum; the expansion bolts are provided with hexagonal holes.

[0006] Preferably, the mounting support also includes: detection grooves, limit rings and lining tiles, annular grooves are provided on both sides of the rotary kiln drum; two raised rings for rolling on the supporting wheels are provided on the rotary kiln drum; twenty-four rows of detection grooves are opened on the inner side of the rotary kiln drum; twenty-four rows of lining tiles are installed on the wall of the inner side of the rotary kiln drum, and the twenty-four rows of lining tiles are fitted together; the outer sides of the twenty-four rows of lining tiles are respectively attached to the inner side of the rotary kiln drum; two limit rings are fixedly installed on the inner side of the rotary kiln drum, and the inner sides of the two limit rings are attached to the twenty-four rows of lining tiles.

[0007] Preferably, the expansion adjusting part includes: expansion strips, a row of expansion bolts are respectively located between two lining tiles on the same side, and the inner sides of the lining tiles on both sides of a row of expansion bolts are respectively inclined structures; expansion strips are respectively rotatably installed on the bottom of a row of expansion bolts, and both sides of a row of expansion strips are respectively inclined structures; a row of expansion strips are respectively attached to the inner inclined surfaces of two lining tiles on the same side; a row of expansion strips are respectively used to squeeze a circle of lining tiles on the same side to fit together.

[0008] Preferably, the wall-attached inspection piece includes: a wall-attached spring piece and a power connection piece, the wall-attached spring piece is fixedly installed in the detection groove; the wall-attached spring piece is an elastic bending structure; the power connection piece is fixedly installed inside the detection groove; the wall-attached spring piece elastically adheres to the lining tiles on the same side, and the end of the wall-attached spring piece is attached to the power connection piece; the wall-attached spring piece is used to detect the fit between the lining tiles and the inner side of the rotary kiln tube.

[0009] Preferably, the horizontal mixing element includes: a horizontal holding arm, a connecting pipe, a discharge box and a counterweight. There are two horizontal holding arms, and rollers are respectively provided at both ends of the two horizontal holding arms; the two horizontal holding arms respectively roll and fit in the annular grooves on both sides of the rotary kiln tube using the rollers at both ends; a connecting pipe is fixedly installed on the front horizontal holding arm; a discharge box is fixedly installed between the two horizontal holding arms, and the discharge box is connected to the connecting pipe; a row of notches is provided at the bottom of the discharge box; counterweights are respectively fixedly installed on the two horizontal holding arms; the two counterweights are used to vertically pull the two horizontal holding arms to keep them horizontal; the connecting pipe is externally connected to an electric fan.

[0010] Preferably, the anti-collapse auxiliary component includes: a support arm and a connecting frame, wherein the two horizontal retaining arms are respectively fixedly mounted with a support arm; and the connecting frame is fixedly mounted between the two support arms.

[0011] Preferably, the anti-collapse auxiliary component also includes: an arc-shaped baffle and a smearing auxiliary plate, the arc-shaped baffle is fixedly mounted on the two horizontal retaining arms; the arc-shaped baffle is fixedly mounted on the connecting frame; three rows of through grooves are provided on the arc-shaped baffle; a smearing auxiliary plate is fixedly mounted on the side of the arc-shaped baffle, and the smearing auxiliary plate is installed obliquely; the smearing auxiliary plate is attached to the lining tiles.

[0012] Preferably, the brick joint test piece includes: a fixed plate and a fitting spring sheet, the fixed plate is fixedly mounted on the side of the arc-shaped baffle; a row of fitting spring sheets is fixedly mounted on the fixed plate, and a row of fitting spring sheets respectively corresponds to a row of lining tiles on the same side; and there is a gap between a row of fitting spring sheets.

[0013] Preferably, the brick joint test piece further comprises: electrical conductive sheets, a row of which is fixedly mounted on the fixed plate; a row of the electrical conductive sheets is respectively attached to a row of attached spring sheets.

[0014] Preferably, the discharge device includes: a discharge shell, a guide piece and an indicator light, the discharge shell is rotatably sleeved on the rotary kiln drum; a discharge port is provided at the bottom of the discharge shell; a counterweight protrusion is provided at the bottom of the discharge shell; a guide piece is fixedly installed on the inner side of the discharge shell, and the guide piece is located on the inner side of the limiting ring on the same side; a through hole is provided on the discharge shell; two indicator lights are fixedly installed on the discharge shell; the bonding spring piece, the power conductive piece and the lamp beads in the upper indicator light are connected in series with a power supply; the wall-attached spring piece, the power connection piece and the lamp beads in the lower indicator light are connected in series with a power supply.

[0015] Compared with the prior art, the present invention has the following beneficial effects:

[0016] The present invention adopts a wall-attached inspection piece to detect the fit between the lining tiles and the inner side of the rotary kiln tube, thereby improving the timeliness of the safety inspection of the lining tiles by this structure, providing timely prompts and adjustments, and reducing safety hazards. The expansion adjustment piece can be used to perform expansion compensation work in time when large gaps or hollows appear in the lining tiles, thereby improving the fit tightness between a circle of lining tiles and compensating for wear gaps. The expansion and tightening work can be carried out without stopping the machine, thereby reducing overall safety hazards. The operation is simple, and the continuous heating work of the structure is not affected, thereby ensuring heating efficiency.

[0017] The use of horizontal mixing pieces can be used to control the anti-collapse auxiliary parts to remain at the top of the inner side of the rotary kiln tube in real time, ensuring that the lining tiles can be continuously prevented from collapsing while keeping the surface of the lining tiles below unobstructed in real time. Even if the gaps between the lining tiles are large, curved baffles can be used for shielding and protection to ensure the safety of the structure. The use of smearing auxiliary plates makes it easy for staff to simply repair the worn gaps inside the lining tiles and facilitate the application of cement and other fillers.

[0018] The brick joint test piece can be used to simply and intuitively detect the degree of wear of the lining tiles, so as to avoid excessive wear going undetected. It is also convenient for the staff to make timely adjustments when excessive wear is found, and the joints can be filled by applying auxiliary plates to avoid further expansion of wear. The detection of this structure is simple and direct, which can ensure the quality of the lining and kiln body, improve the quality of silicate heating, and reduce the residue of silicate raw materials between the lining tiles. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 This is a schematic diagram of the overall structure of a heating device for silicate production according to the present invention;

[0020] Figure 2 This is a schematic diagram of the bottom structure of a heating device for silicate production according to the present invention;

[0021] Figure 3 This is a cross-sectional view of the internal structure of a heating device for silicate production according to the present invention;

[0022] Figure 4 This is a cross-sectional view of the mounting support structure of the present invention;

[0023] Figure 5 For the present invention Figure 4 A magnified view of the structure of the middle C region;

[0024] Figure 6 For the present invention Figure 3 A magnified view of the structure of the middle D region;

[0025] Figure 7 This is a schematic diagram of the structure of the horizontal mixing element of the present invention;

[0026] Figure 8 This is a schematic structural diagram of the anti-collapse auxiliary component of the present invention;

[0027] Figure 9 For the present invention Figure 4 A magnified view of the structure of the middle E region;

[0028] Figure 10 For the present invention Figure 4 A magnified view of the structure of the middle F region;

[0029] Figure 11 It is a schematic structural diagram of the discharge device of the present invention.

[0030] In the figure: 1. Installation support; 101. Rotary kiln drum; 1011. Inspection groove; 1012. Limiting ring; 102. Lining tile; 2. Expansion adjustment member; 201. Expansion bolt; 202. Expansion pull rod; 3. Wall inspection member; 301. Wall spring; 302. Power connection plate; 4. Horizontal mixing member; 401. Horizontal holding arm; 402. Connecting pipe; 403. Discharge box; 404. Counterweight; 5. Anti-collapse auxiliary member; 501. Support arm; 502. Connecting frame; 503. Arc baffle; 504. Coating auxiliary plate; 6. Brick joint test member; 601. Fixing plate; 602. Fitting spring; 603. Power connection plate; 7. Discharge device; 701. Discharge shell; 7011. Guide plate; 702. Indicator light. DETAILED DESCRIPTION

[0031] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0032] Example 1: Please refer to Figures 1 to 11 As shown:

[0033] The present invention provides a technical solution: a heating device for silicate production, comprising a mounting support 1, an expansion adjusting member 2 being mounted on the mounting support 1, and a wall-adhering inspection member 3 being mounted on the mounting support 1; the wall-adhering inspection member 3 being used to test the safety of the inner lining of the mounting support 1; a horizontal mixing member 4 being mounted on the mounting support 1; the horizontal mixing member 4 being used to mix silicate raw materials; an anti-collapse auxiliary member 5 being mounted on the horizontal mixing member 4; the anti-collapse auxiliary member 5 being located above the inner side of the mounting support 1; a brick joint test member 6 being mounted on the side of the anti-collapse auxiliary member 5; the brick joint test member 6 being used to test damage to the inner wall of the mounting support 1; a discharging device 7 being mounted on the mounting support 1; the discharging device 7 being used to discharge the silicate raw materials; the mounting support 1 comprising: a rotary kiln drum 101; the expansion adjusting member 2 comprising: an expansion bolt 201, a row of expansion bolts 201 being threadedly connected to the rotary kiln drum 101, and the row of expansion bolts 201 respectively passing through the side walls of the rotary kiln drum 101; and an inner hexagonal hole being provided on the expansion bolt 201.

[0034] The mounting support 1 further includes: a detection groove 1011, a limiting ring 1012 and a lining tile 102. Annular grooves are provided on both sides of the rotary kiln drum 101; two raised rings for rolling on the supporting wheels are provided on the rotary kiln drum 101; twenty-four rows of detection grooves 1011 are opened on the inner side of the rotary kiln drum 101; twenty-four rows of lining tiles 102 are installed on the inner side of the rotary kiln drum 101, and the twenty-four rows of lining tiles 102 are attached to each other; the outer sides of the twenty-four rows of lining tiles 102 are respectively attached to the inner side of the rotary kiln drum 101; and the inner side of the rotary kiln drum 101 is fixedly installed with Two limiting rings 1012, and the inner sides of the two limiting rings 1012 are attached to the twenty-four rows of lining tiles 102; the expansion adjusting member 2 includes: expansion strips 202, a row of expansion bolts 201 are respectively located between the two lining tiles 102 on the same side, and the inner sides of the lining tiles 102 on both sides of the row of expansion bolts 201 are respectively inclined structures; the bottom of the row of expansion bolts 201 is respectively rotatably installed with expansion strips 202, and the two sides of the row of expansion strips 202 are respectively inclined structures; a row of expansion strips 202 are respectively attached to the inner sides of the two lining tiles 102 on the same side At the side slope; a row of expansion strips 202 are respectively used to squeeze a circle of lining tiles 102 on the same side to fit together; the expansion adjustment member 2 can be used to timely perform expansion compensation work when a large gap or hollowing occurs in the lining tiles 102, which can improve the fit tightness between a circle of lining tiles 102 and compensate for wear gaps. Bricks with wear gaps or hollows are not tightly combined with the base layer and are easily affected by external impact and wear, thereby accelerating the damage of the bricks. Long-term wear may cause more bricks to become hollow and fall off, further shortening the overall service life of the rotary kiln. ‌, this structure is easy to operate. At the same time, this structure can realize expansion and tightening work without stopping the machine, which can reduce the overall safety hazards. It is easy to operate and does not affect the continuous heating work of this structure, ensuring the heating efficiency. When the rotary kiln drum 101 is driven to rotate by the supporting wheel, the expansion bolt 201 can be directly driven to rotate by using the hexagonal wrench to drive the expansion pull rod 202. The lining tiles 102 on both sides are squeezed by the inclined surfaces on both sides, so that the lining tiles 102 can be controlled to move and squeeze to both sides, so as to promote a circle of lining tiles 102 to fit tightly and prevent collapse. The operation is simple.

[0035] The wall-attached inspection piece 3 includes: a wall-attached spring piece 301 and a power connection piece 302. The wall-attached spring piece 301 is fixedly installed in the detection groove 1011; the wall-attached spring piece 301 is an elastic bending structure; the power connection piece 302 is fixedly installed inside the detection groove 1011; the wall-attached spring piece 301 elastically adheres to the lining tile 102 on the same side, and the end of the wall-attached spring piece 301 is attached to the power connection piece 302; the wall-attached spring piece 301 is used to detect the fit between the lining tile 102 and the inner side of the rotary kiln tube 101. The wall-attached inspection piece 3 can be used to detect the fit between the lining tile 102 and the inner side of the rotary kiln tube 101, which can improve the safety detection time efficiency of the structure for the lining tile 102 The hollowing of the brick layer may destroy the flatness of the interior of the rotary kiln, thereby affecting the uniform heating and flow of the material and reducing production efficiency. In addition, the hollowing may also cause vibration and noise, interfering with the stable operation of the rotary kiln. The comprehensive detection of this structure can avoid omissions and facilitate timely adjustment. Once the local lining tile 102 is hollow and no longer fits the rotary kiln tube 101, the lining tile 102 no longer squeezes the wall spring piece 301 to fit the power connection piece 302, and the lamp bead corresponding to the indicator light 702 below can be turned off to give a prompt.

[0036] Among them, the horizontal mixing element 4 includes: a horizontal holding arm 401, a connecting pipe 402, a discharge box 403 and a counterweight 404. There are two horizontal holding arms 401, and rollers are respectively provided at both ends of the two horizontal holding arms 401; the two horizontal holding arms 401 respectively use the rollers at both ends to roll and fit in the annular grooves on both sides of the rotary kiln tube 101; a connecting pipe 402 is fixedly installed on the front horizontal holding arm 401; a discharge box 403 is fixedly installed between the two horizontal holding arms 401, and the discharge box 403 is connected to the connecting pipe 402; a row of notches is provided at the bottom of the discharge box 403; counterweights 404 are respectively fixedly installed on the two horizontal holding arms 401; the two counterweights 404 are used to vertically pull the two horizontal holding arms 401 to keep the water Flat; connecting pipe 402 is externally connected to an electric fan; the anti-collapse auxiliary component 5 includes: a support arm 501 and a connecting frame 502, and the support arms 501 are fixedly installed on the two horizontal holding arms 401 respectively; a connecting frame 502 is fixedly installed between the two support arms 501; the anti-collapse auxiliary component 5 also includes: an arc-shaped baffle 503 and a smearing auxiliary plate 504, the arc-shaped baffle 503 is fixedly installed on the two horizontal holding arms 401; the arc-shaped baffle 503 is fixedly installed on the connecting frame 502; three rows of through grooves are provided on the arc-shaped baffle 503; a smearing auxiliary plate 504 is fixedly installed on the side of the arc-shaped baffle 503, and the smearing auxiliary plate 504 is installed obliquely; the smearing auxiliary plate 504 and the lining tile 102 are attached to each other, and the horizontal mixing piece 4 can be used to control the anti-collapse The auxiliary part 5 is kept at the top of the inner side of the rotary kiln tube 101 in real time, ensuring that the lining tiles 102 can be continuously prevented from collapsing, and the surface of the lining tiles 102 below can be kept free of obstruction in real time. The shape of the arc baffle 503 can effectively prevent the lining tiles 102 from collapsing. Even if the gaps between the lining tiles 102 are large, the arc baffle 503 can be used for shielding and protection to ensure the safety of the structure. Under the traction of the counterweight block 404, the horizontal holding arm 401 uses the rollers on both sides to reduce resistance and roll on the rotary kiln tube 101, and keeps it horizontal in real time. At this time, the arc baffle 503 is supported by the horizontal holding arm 401, and the arc baffle 503 can always be on the lining tiles 102 above. The bottom is protected, and even if the upper lining tile 102 falls, it will be blocked by the arc baffle 503. As the fallen lining tile 102 rotates, when the fallen lining tile 102 is not blocked by the arc baffle 503, the fallen lining tile 102 also moves to the lower half of the rotary kiln tube 101. At this time, the lining tile 102 will not fall off due to gravity, avoiding the lining tile 102 from falling and being damaged, ensuring the safety of the structure. The use of the smearing auxiliary plate 504 can make it easier for the staff to simply repair the worn gaps inside the lining tile 102, and facilitate the application of cement and other fillers. The structure is more reasonable, and the mud can be filled into the gaps between the lining tiles 102 when it is smeared and leveled by the smearing auxiliary plate 504.

[0037] Example 2, based on Example 1, the brick joint test piece 6 includes: a fixed plate 601 and a bonding spring piece 602, the fixed plate 601 is fixedly mounted on the side of the arc baffle 503; a row of bonding spring pieces 602 are fixedly mounted on the fixed plate 601, and a row of bonding spring pieces 602 correspond to a row of lining tiles 102 on the same side; a row of bonding spring pieces 602 are spaced apart; the brick joint test piece 6 also includes: an electrical conductive piece 603, a row of electrical conductive pieces 603 are fixedly mounted on the fixed plate 601; a row of electrical conductive pieces 603 are respectively bonded to a row of bonding spring pieces 602; the discharge device 7 includes: a discharge device Shell 701, guide piece 7011 and indicator light 702, the discharge shell 701 is rotatably sleeved on the rotary kiln tube 101; a discharge port is provided at the bottom of the discharge shell 701; a counterweight protrusion is provided at the bottom of the discharge shell 701; a guide piece 7011 is fixedly installed on the inner side of the discharge shell 701, and the guide piece 7011 is located on the inner side of the limiting ring 1012 on the same side; a through hole is provided on the discharge shell 701; two indicator lights 702 are fixedly installed on the discharge shell 701; the light beads in the bonding spring piece 602, the power conducting piece 603 and the upper indicator light 702 are connected in series with the power supply; the wall-bonded spring piece 301, the power connecting piece 302 and the lower indicator light 7 02, the lamp beads are connected in series with the power supply, and the brick seam test piece 6 can be used to simply and intuitively detect the degree of wear at the contact point of the lining tiles 102, so as to avoid excessive wear without being discovered. It is also convenient for the staff to make timely adjustments when excessive wear is found. The seams are filled by applying the auxiliary plate 504 to avoid further expansion of wear. The detection of this structure is simple and direct, which can ensure the quality of the lining, improve the quality of silicate heating, and reduce the residue of silicate raw materials between the lining tiles 102. The wear of the brick edge will accelerate the overall damage of the refractory brick. Since the worn part is susceptible to further erosion and peeling, the use of the refractory brick The service life will be significantly shortened, and more frequent replacement is required, which increases maintenance costs. The wear of the edges of the bricks will also cause the flatness of the inside of the kiln body to be destroyed. Under long-term wear, the kiln body is prone to deformation, such as increased ovality, which further aggravates the damage of the refractory bricks. The wear of the edges of the bricks will also affect the heat transfer and material flow inside the rotary kiln, resulting in a decrease in production efficiency. Once there is wear on the adjacent parts of the lining tiles 102, the fitting spring piece 602 will also fit elastically. Because the worn part is concave, the fitting spring piece 602 can be separated from the power conductive piece 603, and the lamp bead corresponding to the indicator light 702 above will go out as a prompt.

[0038] The working principle of this embodiment is as follows: first, the raised ring on the rotary kiln drum 101 is placed on the supporting wheel on the rotary kiln base to drive the rotary kiln drum 101 to rotate. The rotary kiln drum 101 is installed at an angle, and the tail end is docked with the silicate raw material feed hopper. Once the local lining tile 102 is hollow and no longer fits the rotary kiln drum 101, the lining tile 102 no longer squeezes the wall-attached spring piece 301 to fit the electrical piece 302. The wall-attached spring piece 301 will elastically fit the lining tile 102. At this time, the lamp bead corresponding to the indicator light 702 below can be turned off to give a prompt. When the staff finds that the lining tile 102 is loose and hollow, they can When the rotary kiln drum 101 is driven to rotate by the supporting wheel, the expansion bolt 201 can be directly driven to rotate by using the hexagonal wrench, driving the expansion pull rod 202, and using the inclined surfaces on both sides to squeeze the lining tiles 102 on both sides, so as to control the lining tiles 102 to move and squeeze to both sides, so as to promote a circle of lining tiles 102 to fit tightly and prevent collapse. When the rotary kiln drum 101 rotates, the rotary kiln drum 101 can drive the lining tiles 102 to rotate together. During the process, under the traction of the counterweight block 404, the horizontal holding arm 401 uses the rollers on both sides to reduce resistance and rolls on the rotary kiln drum 101, and keeps it horizontal in real time. At this time, the arc baffle 5 03 Under the support of the horizontal holding arm 401, the arc baffle 503 can always be protected under the lining tile 102 at the top. Even if the upper lining tile 102 falls, it will be blocked by the arc baffle 503. As the falling lining tile 102 rotates, when the falling lining tile 102 is not blocked by the arc baffle 503, the falling lining tile 102 will also move to the lower half of the rotary kiln tube 101. At this time, the lining tile 102 in the lower half of the rotary kiln tube 101 will not fall off under the action of gravity, ensuring the safety of the structure. The connecting pipe 402 is externally connected to the electric fan to The discharge box 403 supplies air to accelerate the combustion of silicate. At the same time, the structure adopts the coating auxiliary plate 504, which can make it easier for workers to simply repair the worn gaps inside the lining tiles 102 and apply cement and other fillers. The structure is more reasonable. Mud or soil is placed between the lining tiles 102 and the coating auxiliary plate 504. With the characteristic of the rotary kiln drum 101 being installed tilted, the mud can be drained to a lower place. During the process, the rotation of the rotary kiln drum 101 can drive the rotation of the lining tiles 102. The mud can be filled into the gaps between the lining tiles 102 under the coating and leveling of the coating auxiliary plate 504.As the lining tile 102 rotates, the bonding spring 602 adheres to the surface of the lining tile 102 in real time. If the adjacent lining tile 102 is worn, the bonding spring 602 will elastically adhere to it. Because the worn area is concave, the bonding spring 602 can now be separated from the electrical conductive piece 603. The corresponding light bead of the indicator light 702 above will go out as a prompt, facilitating timely adjustments by the staff. A flamethrower is inserted into the through hole of the discharge shell 701 to spray flames. As the silicate material is heated, it is guided by the guide piece 7011 and discharged from the bottom of the discharge shell 701.

[0039] It should be noted that, in this document, relational terms such as first and second, etc., are used only to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any actual relationship or order between these entities or operations. Moreover, the terms "comprises," "comprising," or any other variations thereof are intended to cover non-exclusive inclusion, such that a process, method, article, or apparatus that includes a list of elements includes not only those elements but also other elements not explicitly listed, or elements inherent to such process, method, article, or apparatus.

[0040] While embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions, and variations may be made to these embodiments without departing from the principles and spirit of the invention, and that the scope of the invention is defined by the appended claims and their equivalents.

Claims

1. A heating device for silicate production, comprising a mounting support (1), an expansion adjustment member (2) mounted on the mounting support (1), characterized in that: A wall adhesion inspection piece (3) is installed on the installation support (1); the wall adhesion inspection piece (3) is used to test the safety of the inner lining of the installation support (1); A horizontal mixing element (4) is installed on the installation support (1); the horizontal mixing element (4) is used to mix silicate raw materials; An anti-collapse auxiliary component (5) is installed on the horizontal mixing component (4); the anti-collapse auxiliary component (5) is located above the inner side of the installation support component (1); A brick joint test piece (6) is installed on the side of the anti-collapse auxiliary piece (5); the brick joint test piece (6) is used to test the damage of the inner wall of the installation support (1); a discharge device (7) is installed on the installation support (1); the discharge device (7) is used to discharge silicate raw materials; The mounting support member (1) comprises: a rotary kiln drum (101), a detection groove (1011), a limiting ring (1012) and a lining tile (102), and an annular groove is provided on both sides of the rotary kiln drum (101); the expansion adjusting member (2) comprises: an expansion bolt (201), a row of expansion bolts (201) is threadedly connected to the rotary kiln drum (101), and the row of expansion bolts (201) respectively passes through the side wall of the rotary kiln drum (101); and the expansion bolts (201) are provided with hexagonal holes; The wall-adhering inspection piece (3) comprises: a wall-adhering spring piece (301) and a power connection piece (302); the wall-adhering spring piece (301) is fixedly installed in the detection groove (1011); the wall-adhering spring piece (301) is an elastic bending structure; the power connection piece (302) is fixedly installed inside the detection groove (1011); the wall-adhering spring piece (301) elastically adheres to the inner lining tile (102) on the same side, and the end of the wall-adhering spring piece (301) adheres to the power connection piece (302); the wall-adhering spring piece (301) is used to detect the degree of adhesion between the inner lining tile (102) and the inner side of the rotary kiln drum (101); The horizontal mixing element (4) comprises: a horizontal holding arm (401), a connecting pipe (402), a discharge box (403) and a counterweight (404). The horizontal holding arms (401) are provided with two, and rollers are provided at both ends of the two horizontal holding arms (401). The two horizontal holding arms (401) are respectively rolled and fitted into the annular grooves on both sides of the rotary kiln drum (101) by using the rollers at both ends. The connecting pipe (402) is fixedly installed on the front horizontal holding arm (401). A discharge box (403) is fixedly installed between the two horizontal holding arms (401), and the discharge box (403) is connected to the connecting pipe (402). A row of notches is provided at the bottom of the discharge box (403). Counterweights (404) are respectively fixedly installed on the two horizontal holding arms (401). The two counterweights (404) are used to vertically pull the two horizontal holding arms (401) to maintain horizontality. The connecting pipe (402) is externally connected to an electric fan.

2. A heating device for silicate production according to claim 1, characterized in that: The rotary kiln drum (101) is provided with two raised rings for rolling on supporting wheels; the inner side of the rotary kiln drum (101) is provided with twenty-four rows of detection grooves (1011); the inner side of the rotary kiln drum (101) is provided with twenty-four rows of lining tiles (102) attached to the wall, and the twenty-four rows of lining tiles (102) are attached to each other; the outer sides of the twenty-four rows of lining tiles (102) are respectively attached to the inner side of the rotary kiln drum (101); two limiting rings (1012) are fixedly installed on the inner side of the rotary kiln drum (101), and the inner sides of the two limiting rings (1012) are attached to the twenty-four rows of lining tiles (102).

3. A heating device for silicate production according to claim 2, characterized in that: The expansion adjusting member (2) comprises: an expansion strip (202); a row of expansion bolts (201) are respectively located between two lining tiles (102) on the same side, and the inner sides of the lining tiles (102) on both sides of the row of expansion bolts (201) are respectively inclined structures; the bottom of a row of expansion bolts (201) is respectively rotatably mounted with an expansion strip (202), and both sides of a row of expansion strips (202) are respectively inclined structures; a row of expansion strips (202) are respectively attached to the inner inclined surfaces of two lining tiles (102) on the same side; a row of expansion strips (202) are respectively used to squeeze a circle of lining tiles (102) on the same side to fit together.

4. A heating device for silicate production according to claim 1, characterized in that: The anti-collapse auxiliary component (5) comprises: a support arm (501) and a connecting frame (502); the support arms (501) are respectively fixedly mounted on the two horizontal holding arms (401); and the connecting frame (502) is fixedly mounted between the two support arms (501).

5. A heating device for silicate production according to claim 4, characterized in that: The anti-collapse auxiliary component (5) further comprises: an arc-shaped baffle (503) and a smearing auxiliary plate (504), wherein the arc-shaped baffle (503) is fixedly mounted on the two horizontal retaining arms (401); the arc-shaped baffle (503) is fixedly mounted on the connecting frame (502); three rows of through grooves are provided on the arc-shaped baffle (503); a smearing auxiliary plate (504) is fixedly mounted on the side of the arc-shaped baffle (503), and the smearing auxiliary plate (504) is installed obliquely; the smearing auxiliary plate (504) is in contact with the lining tile (102).

6. A heating device for silicate production according to claim 5, characterized in that: The brick joint test piece (6) comprises: a fixing plate (601) and a bonding spring sheet (602); the fixing plate (601) is fixedly mounted on the side of the arc-shaped baffle (503); a row of bonding spring sheets (602) is fixedly mounted on the fixing plate (601), and each row of bonding spring sheets (602) corresponds to a row of lining tiles (102) bonded on the same side; and intervals are provided between the rows of bonding spring sheets (602).

7. A heating device for silicate production according to claim 6, characterized in that: The brick joint test piece (6) further comprises: electrical conductive sheets (603), a row of which is fixedly mounted on the fixing plate (601); and a row of the electrical conductive sheets (603) is respectively attached to a row of attached spring sheets (602).

8. A heating device for silicate production according to claim 7, characterized in that: The discharge device (7) comprises: a discharge shell (701), a guide piece (7011) and an indicator light (702), wherein the discharge shell (701) is rotatably sleeved on the rotary kiln drum (101); a discharge port is provided at the bottom of the discharge shell (701); a counterweight protrusion is provided at the bottom of the discharge shell (701); a guide piece (7011) is fixedly installed on the inner side of the discharge shell (701), and the guide piece (7011) is located on the inner side of the limiting ring (1012) on the same side; a through hole is provided on the discharge shell (701); two indicator lights (702) are fixedly installed on the discharge shell (701); the lamp beads in the bonding spring piece (602), the power connection conductive piece (603) and the upper indicator light (702) are connected in series with a power supply; the lamp beads in the wall-attached spring piece (301), the power connection piece (302) and the lower indicator light (702) are connected in series with a power supply.

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