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CN-115540608-B - On-line automatic cleaning industrial television structure and glass melting furnace with same

CN115540608BCN 115540608 BCN115540608 BCN 115540608BCN-115540608-B

Abstract

The invention discloses an on-line automatic cleaning industrial television structure and a glass melting furnace with the same, comprising: the installation brick group is internally provided with an installation channel communicated with the inner side and the outer side of the melting furnace body, and an industrial television arranged along the length direction of the installation channel is arranged in the installation channel. The installation channel is internally provided with a cooling cleaning device sleeved on the outer circle of the industrial television along the length direction, the cooling cleaning device is internally provided with a flushing waterway and a cooling waterway, and the flushing waterway is also connected with a flushing control loop so that an external flushing water is pumped into the flushing waterway to flush an observation lens arranged at the embedded end of the industrial television. The cooling water path is also connected with a cooling control loop so that external cooling water is pumped into the cooling water path to cool the industrial television and the cooling cleaning device. The invention automatically cleans the industrial television structure on line, has high automation degree, simple cleaning and cooling operation, and can not cause any influence on furnace pressure, thereby ensuring normal production and stability of product quality.

Inventors

  • LANG YUANGUI
  • HE LONGTING

Assignees

  • 湖南特种玻璃研究院有限公司
  • 湖南特玻智造科技有限公司

Dates

Publication Date
20260508
Application Date
20221012

Claims (9)

  1. 1. An on-line automatic cleaning industrial television structure, comprising: The installation brick set (10) is used for being built in an installation opening formed in the melting furnace body, an installation channel communicated with the inner side and the outer side of the melting furnace body is arranged in the installation brick set (10), and an industrial television (20) arranged along the length direction of the installation channel is arranged in the installation channel so as to enable staff outside the melting furnace to observe the condition in the melting furnace through the industrial television (20); the installation channel is internally provided with a cooling cleaning device sleeved on the outer circle of the industrial television (20) along the length direction, the cooling cleaning device is internally provided with a flushing waterway (3) and a cooling waterway (5), the flushing waterway (3) is also connected with a flushing control loop, so that external flushing water is pumped into the flushing waterway (3) under the action of the flushing control loop to flush an observation lens arranged at the embedded end of the industrial television (20), and the flushed waste water is discharged out of the cooling cleaning device; The cooling water channel (5) is also connected with a cooling control loop, so that external cooling water is pumped into the cooling water channel (5) to cool the industrial television (20) and the cooling cleaning device under the action of the cooling control loop, and the cooled backwater water is discharged out of the cooling cleaning device; the installation brick group (10) comprises a lower support brick (11) fixed with a furnace body brick in an installation opening on a melting furnace body, an installation brick (12) limited on the lower support brick (11) and an upper support brick (13) limited on the installation brick (12), wherein a positioning inclined plane (121) which is obliquely arranged to limit the installation angle of the industrial television (20) is arranged on the outer side wall of the installation brick (12), and the installation channel vertical positioning inclined plane (121) penetrates through the installation brick (12); the installation channel comprises a vertical positioning inclined surface (121), an inclined straight hole (122) extending obliquely inwards, an inclined square hole (123) positioned below the inclined straight hole (122) and communicated with the inclined straight hole (122), and a conical hole (124) extending inwards from the inner side wall of the installation brick (12) in a concave manner and having a conical shape; The cooling and cleaning device comprises a flushing waterway barrel part (30), a waste water collecting component (40) and a cooling waterway barrel part (50) for assembling to form a cooling waterway (5); The flushing waterway barrel (30) comprises a first annular disc (31) which is annular and provided with an inner annular cavity, a first cylindrical column (32) which is hollow and provided with an inner annular cavity, and a first water inlet pipe (33) which is used for communicating with a flushing control loop, wherein the connecting end of the first cylindrical column (32) is fixed with the first side end of the first annular disc (31), a flushing annular opening (320) which is annular and is communicated with the inner annular cavity is arranged at the embedded end of the first cylindrical column (32), the first water inlet pipe (33) is communicated with the second side end of the first annular disc (31), and after the first cylindrical column (32) is filled into the inclined straight hole (122) from the side of the positioning inclined plane (121), the first side end of the first annular disc (31) abuts against the positioning inclined plane (121) to limit, the inner annular hole of the first annular disc (31) and the inner annular hole of the first cylindrical column (32) are communicated to form an inner channel for installing the cooling waterway barrel (50), and the inner annular cavity of the first annular disc (31) and the inner annular cavity of the first cylindrical column (32) are communicated with the inner annular cavity of the first cylindrical column (32) to form a part of the flushing waterway structure (3).
  2. 2. The on-line automatic cleaning industrial television structure of claim 1, wherein, The top of the lower support brick (11) is concave downwards to form a first limiting step (111), the inner side wall of the lower support brick (11) is inclined towards the first limiting step (111) to form a guide inclined plane (112), and the mounting brick (12) is supported on the first limiting step (111) in a limiting way; the bottom of the upper support brick (13) is concaved upwards to form a second limiting step (131) which is obliquely arranged so as to level the top of the installation brick group (10), and the upper support brick (13) is limited and supported at the top of the installation brick (12) through the second limiting step (131).
  3. 3. The on-line automatic cleaning industrial television structure of claim 2, wherein, The industrial television (20) is positioned in the inclined straight hole (122), and the cooling and cleaning device is arranged in the inclined straight hole (122) and the inclined square hole (123); The necking end of the taper hole (124) is coaxially communicated with the inclined straight hole (122).
  4. 4. The on-line automatic cleaning industrial television structure of claim 3, wherein, The flushing waterway barrel part (30) is hollow and cylindrical, an inclined straight hole (122) is arranged on the side of the positioning inclined plane (121), the waste water collecting component (40) is arranged on the inclined square hole (123), and the embedded end of the flushing waterway barrel part (30) is communicated with the waste water collecting component (40) to form a flushing waterway (3); the cooling water channel barrel (50) is hollow and cylindrical, an inner channel of the flushing water channel barrel (30) is arranged at the side of the positioning inclined plane (121), and the industrial television (20) is axially arranged in the inner channel of the cooling water channel barrel (50).
  5. 5. The on-line auto-cleaning industrial television architecture of claim 4, wherein, The first cylinder (32) comprises an inner cylinder body (321) and an outer cylinder body (322) which are sleeved inside and outside, and a heat conducting plate (323) connected between the inner cylinder body (321) and the outer cylinder body (322) and used for conducting heat; the embedded end of the inner cylinder body (321) is folded inwards to form an end plate (3210), the embedded end of the outer cylinder body (322) is folded inwards to form a cone cylinder (3220), and an axial gap between the cone cylinder (3220) and the end plate (3210) forms a flushing ring opening (320).
  6. 6. The on-line auto-cleaning industrial television architecture of claim 4, wherein, The waste water collecting member (40) comprises a waste water collecting tank (41) for collecting falling waste water, and a first water outlet pipe (42) for leading out waste water in the waste water collecting tank (41); The waste water collecting tank (41) is arranged in the inclined square hole (123) and is communicated with the downward inclined embedded end of the first cylindrical column (32); The first water outlet pipe (42) is positioned in the inclined square hole (123), one end of the first water outlet pipe is communicated with the wastewater collection tank (41), the opposite other end of the first water outlet pipe extends outwards along the inclined square hole (123) and is connected with a flushing control loop, and the first water inlet pipe (33), the inner annular cavity of the first annular disc (31), the inner annular cavity of the first cylindrical column (32), the wastewater collection tank (41) and the first water outlet pipe (42) are communicated to form a flushing waterway (3).
  7. 7. The on-line automatic cleaning industrial television structure of claim 3, wherein, The cooling water channel barrel (50) comprises a second annular disc (51) which is annular and provided with an inner annular cavity, a second cylindrical column (52) which is hollow and provided with an inner annular cavity, a second water inlet pipe (53) and a second water outlet pipe (54) which are respectively connected with a cooling control loop; The connecting end of the second cylindrical column (52) is fixed with the second side end of the second annular disc (51), the inner cylinder cavity of the second cylindrical column (52) is closed at the embedded end of the second cylindrical column, the second water inlet pipe (53) and the second water outlet pipe (54) are respectively communicated with the second side end of the second annular disc (51), and after the second cylindrical column (52) is installed into the inner channel of the flushing waterway cylinder (30) from the side of the positioning inclined plane (121), the second side end of the second annular disc (51) is propped against the outer side end of the flushing waterway cylinder (30) to limit; The inner annular hole of the second annular disc (51) is communicated with the inner axial hole of the second cylindrical column (52) to form an inner channel for installing the industrial television (20), and the second water inlet pipe (53), the inner annular cavity of the second annular disc (51), the inner cylindrical cavity of the second cylindrical column (52) and the second water outlet pipe (54) are communicated to form a cooling water channel (5).
  8. 8. The on-line auto-cleaning industrial television architecture of claim 7, wherein, A first guide plate (55) is further arranged in the inner ring cavity of the second annular disc (51) and used for dividing the inner ring cavity into two isolated semi-ring cavities, and a second water inlet pipe (53) and a second water outlet pipe (54) are respectively communicated with the two semi-ring cavities; Two second guide plates (56) which are oppositely arranged are further arranged in the inner cylinder cavity of the second cylinder (52), one ends of the two second guide plates (56) are respectively aligned with the connecting ends of the second cylinder (52), the second ends which are opposite extend towards the embedded ends of the second cylinder (52) so as to divide the inner cylinder cavity into two half cylinder cavities which are only communicated with the embedded ends of the second cylinder (52), and the two half cylinder cavities are respectively communicated with the two half ring cavities.
  9. 9. A glass melting furnace, comprising: a melting furnace body, a mounting opening is formed in the melting furnace body, and an online automatic cleaning industrial television structure as set forth in any one of claims 1-8 is arranged in the mounting opening.

Description

On-line automatic cleaning industrial television structure and glass melting furnace with same Technical Field The invention relates to the field of industrial television flushing on a melting furnace, in particular to an online automatic cleaning industrial television structure. In addition, the invention also relates to a glass melting furnace with an on-line automatic cleaning industrial television structure. Background The glass melting furnace is a high-temperature and high-voltage sealed melting furnace, and in order to facilitate the observation of the conditions in the glass melting furnace, such as the conditions of a material mountain, a glass liquid level, a furnace top and the like, an industrial television is required to be installed on the furnace body for observing the change of the environment in the melting furnace in the production process. The front end of the industrial television lens is fuzzy and the industrial television cannot be used due to volatilization of glass raw materials in the melting furnace, erosion of liquid in the melting furnace body and the like. The existing method can only be used normally after the industrial television is taken down regularly and cleaned manually and then reinstalled. Because the industrial television is arranged at the top of the tank furnace and is in a high-temperature and high-voltage environment, the treatment method is time-consuming, labor-consuming and high in cleaning difficulty, and the glass melting furnace is not sealed after the industrial television is taken down, so that the parameters such as furnace pressure, temperature and production line glass flow of the melting furnace are unstable, normal production is influenced, and the quality of products is unstable. Disclosure of Invention The invention provides an on-line automatic cleaning industrial television structure and a glass melting furnace with the same, which are used for solving the technical problems of time and labor waste, high cleaning difficulty, unstable parameters such as furnace pressure, temperature and glass flow of a production line of the melting furnace, and the like, thereby influencing normal production and causing unstable product quality when an industrial television is manually cleaned. The technical scheme adopted by the invention is as follows: An on-line automatic cleaning industrial television structure comprises a mounting brick set which is used for being built in a mounting opening formed in a melting furnace body, wherein a mounting channel which is communicated with the inner side and the outer side of the melting furnace body is arranged in the mounting brick set, an industrial television which is arranged along the length direction of the mounting channel is arranged in the mounting channel so as to enable staff outside the melting furnace to observe the inner condition of the melting furnace through the industrial television, a cooling cleaning device which is sleeved on the outer circle of the industrial television along the length direction is also arranged in the mounting channel, a flushing waterway and a cooling waterway are arranged in the cooling cleaning device, the flushing waterway is also connected with a flushing control loop so as to enable external flushing water to be pumped into the flushing waterway to flush an observation lens arranged at the embedded end of the industrial television under the action of the flushing control loop, and the flushed waste water is discharged outwards out of the cooling cleaning device, and the cooling waterway is also connected with a cooling control loop so as to enable external cooling water to be pumped into the cooling waterway to cool the industrial television and the cooling cleaning device under the action of the cooling control loop, and the cooled backwater water is discharged outwards out of the cooling cleaning device. The installation brick group comprises a lower support brick fixed with a furnace body brick in an installation opening on a melting furnace body, an installation brick limited on the lower support brick and an upper support brick limited on the installation brick, wherein the top of the lower support brick is concave downwards to form a first limiting step, the inner side wall of the lower support brick is inclined towards the side of the first limiting step to form a guide inclined plane, the installation brick is limited and supported on the first limiting step, the outer side wall of the installation brick is provided with a positioning inclined plane which is inclined to limit the installation angle of the industrial television, the installation channel vertical positioning inclined plane penetrates through the installation brick, the bottom of the upper support brick is concave upwards to form a second limiting step which is inclined to level the top of the installation brick group, and the upper support brick is limited and supported on the top of the installation b