CN208671760U - A kind of energy-saving cement outbound cooling device - Google Patents

Abstract

The utility model discloses a kind of energy-saving cement outbound cooling devices, including tubing string, two upper side of tubing string connects mounting blocks, bolt is embedded with inside its mounting blocks, and cement holding chamber is connected below tubing string, and condensation pipe is installed inside cement holding chamber, void layer is embedded with inside the condensation pipe, arc plate is equipped with inside its void layer, and strainer is embedded on the inside of arc plate, and the second strainer is equipped with inside arc plate, cement holding chamber bottom end is equipped with the second discharge port, and is equipped with baffle on the outside of the second discharge port.The energy-saving cement outbound cooling device, which cools down its cement by the coolant liquid in condensation pipe, cools down to its cement, cement is solved in outbound after processed, temperature is excessively high, if cement temperatures cross higher position use, it will cause cement setting time to shift to an earlier date, when continuing operation, the problem of the plasticity of cement can be destroyed, influence intensity.

Description

A kind of energy-saving cement outbound cooling device

Technical field

The utility model relates to cooling device technical field, specially a kind of energy-saving cement outbound cooling device.

Background technique

For cement in outbound after processed, temperature is excessively high, if cement temperatures cross higher position use, will cause cement setting Time advance can destroy the plasticity of cement, influence intensity, therefore, this technology existing defects needs to improve when continuing operation.

Utility model content

The purpose of this utility model is to provide a kind of energy-saving cement outbound cooling devices, to solve above-mentioned background technique For the cement of middle proposition in outbound after processed, temperature is excessively high, if cement temperatures cross higher position use, will cause cement setting Time advance, when continuing operation, the problem of the plasticity of cement can be destroyed, influence intensity.

To achieve the above object, the utility model provides the following technical solutions: a kind of energy-saving cement outbound cooling device, Including tubing string, two upper side of tubing string connects mounting blocks, bolt is embedded with inside mounting blocks, and connection cement is put below tubing string Room is set, and condensation pipe is installed inside cement holding chamber, is embedded with void layer inside the condensation pipe, inside void layer Equipped with arc plate, and it is embedded with strainer on the inside of arc plate, and is equipped with the second strainer inside arc plate, connects below second strainer Conveying air piping is connect, and conveys bottom end below air piping and connects exhaust fan, cement holding chamber bottom end is equipped with the second discharge port, And second is equipped with baffle on the outside of discharge port, bottom end is equipped with infusion port below the condensation pipe, and infusion port lower outer is pacified Equipped with closure plate, the conveying air piping two sides connect air outlet, and are equipped with third strainer on the outside of air outlet.

Preferably, the cement holding chamber and condensation pipe are font structure, and cement holding chamber and condensation pipe bottom Portion is hatch frame.

Preferably, the baffle is the type of falling Qian structure, and the length of its baffle is greater than the length of the second discharge port.

Preferably, the arc plate be circular configuration, arc plate be hatch frame, and its arc plate opening direction to Under, and strainer is evenly distributed on inside arc plate.

Preferably, the air outlet is half arcuate structure, and air outlet is symmetrical structure, and third strainer is solid by welding It is scheduled on the outside of air outlet, and the shape and structure and condensation pipe and cement holding chamber bottom shape phase of air outlet and third strainer It coincide.

Compared with prior art, the utility model has the beneficial effects that the energy-saving cement outbound cooling device is by cold Coolant liquid in solidifying pipeline carries out cooling and its condensation pipe is blowed by exhaust fan to its cement, accelerates cooling liquid stream It is dynamic, cool down to its cement, solve cement in outbound after processed, temperature is excessively high, crosses higher position such as cement temperatures and uses If, it will cause cement setting time and shift to an earlier date, when continuing operation, the problem of the plasticity of cement can be destroyed, influence intensity.The device Cement holding chamber and condensation pipe be font structure, and cement holding chamber and condensation pipe bottom are hatch frame, should When in use, because cement holding chamber and condensation pipe are font structure, and cement holding chamber and condensation pipe bottom are equal for device For hatch frame, so coolant liquid can be placed on to condensation pipe and then to cement before to the cooling of its cement in the device Holding chamber transmit cement, can be cooled down by condensation pipe to it while transmitting cement, and hatch frame can be used as in Conveying coolant liquid and cement cooling after cement handle away, and font structure condensation pipe it is reflowable work back and forth, Reach the advantages of saving resource, the baffle of the device is the type of falling Qian structure, and the length of its baffle is greater than the length of the second discharge port Degree, the device when in use, after cement places indoor cement by condensation pipe cooling, go out by the second of the device When material mouth discharges, its second discharge port can be blocked by the baffle of Qian type structure, cement is avoided disorderly to fly, pollute environment, The arc plate of the device is circular configuration, and arc plate is hatch frame, and its arc plate opening direction is downward, and strainer is equal Even to be distributed in inside arc plate, when in use, because arc plate is circular configuration, arc plate is hatch frame to the device, and its Arc plate opening direction is downward, and strainer is evenly distributed on inside arc plate, places indoor cement in cement and passes through condensation When the coolant liquid cooling of pipeline, exhaust fan is dried by arc plate and strainer of the conveying air piping to its device, accelerates cooling The transmission temperature of liquid, and the uniform placement of strainer can make the abatement of wind, avoid the damage of condensation pipe, the air outlet of the device is Half arcuate structure, air outlet is symmetrical structure, and third strainer is fixed by welding on the outside of air outlet, and air outlet with The shape and structure of third strainer matches with condensation pipe and cement holding chamber bottom shape, the device when in use, because of outlet air Mouth is half arcuate structure, and air outlet is symmetrical structure, and third strainer is fixed by welding on the outside of air outlet, and outlet air Mouth matches with the shape and structure of third strainer with condensation pipe and cement holding chamber bottom shape, air outlet can be made to pass through third When strainer transmits air quantity, the identical transmission for easily facilitating wind-force of shape, and the effect of its third strainer, wind-force and resistance can be reduced The entrance for hindering a small amount of rubbish, the damage for avoiding condensation pipe and the transmission for accelerating condensation pipe temperature subtract when cooling down to its cement Few working time.

Detailed description of the invention

Fig. 1 is the utility model positive structure schematic；

Fig. 2 is the utility model void layer part overlooking structure diagram；

Fig. 3 is that the utility model conveys air piping design of part schematic diagram.

In figure: 1, tubing string, 2, cement holding chamber, 3, condensation pipe, 4, void layer, 5, closure plate, 6, baffle, 7, strainer, 8, Arc plate, the 9, second strainer, 10, air outlet, 11, third strainer, 12, conveying air piping, 13, exhaust fan, 14, bolt, 15, Mounting blocks, 16, infusion port, the 17, second discharge port.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of energy-saving cement outbound cooling device, packet Tubing string 1 is included, 1 liang of upper side of tubing string connects mounting blocks 15, is embedded with bolt 14 inside mounting blocks 15, and connect water below tubing string 1 Mud holding chamber 2, and condensation pipe 3 is installed inside cement holding chamber 2, cement holding chamber 2 and condensation pipe 3 are 8 fonts Structure, and cement holding chamber 2 and 3 bottom of condensation pipe are hatch frame, the device when in use, because cement holding chamber 2 with Condensation pipe 3 is 8 font structures, and cement holding chamber 2 and 3 bottom of condensation pipe are hatch frame, so in the device Before to the cooling of its cement, coolant liquid can be placed on to condensation pipe 3 and then cement is transmitted to cement holding chamber 2, transmitted It can be cooled down by condensation pipe 3 to it while cement, and hatch frame can be used as in conveying coolant liquid and cement cooling Cement afterwards is handled away, and 8 font structures condensation pipe 3 it is reflowable work back and forth, reach save resource the advantages of, It is embedded with void layer 4 inside condensation pipe 3, is equipped with arc plate 8 inside void layer 4, and be embedded with strainer 7 on the inside of arc plate 8, and The second strainer 9 is equipped with inside arc plate 8, arc plate 8 is circular configuration, and arc plate 8 is hatch frame, and its arc plate 8 is opened Mouthful direction is downward, and strainer 7 is evenly distributed on inside arc plate 8, the device when in use, because arc plate 8 is circular configuration, Its arc plate 8 is hatch frame, and its 8 opening direction of arc plate is downward, and strainer 7 is evenly distributed on inside arc plate 8, When cement in cement holding chamber 2 is cooled down by the coolant liquid of condensation pipe 3, exhaust fan 13 is by conveying air piping 12 to it The arc plate 8 and strainer 7 of the device are dried, and accelerate the transmission temperature of coolant liquid, and the uniform placement of strainer 7 can be such that wind-force subtracts It is weak, the damage of condensation pipe 3 is avoided, connection conveying air piping 12 below the second strainer 9, and convey 12 lower section bottom end of air piping and connect Exhaust fan 13 is connect, 2 bottom end of cement holding chamber is equipped with the second discharge port 17, and is equipped with baffle 6, baffle on the outside of the second discharge port 17 6 be the type of falling Qian structure, and the length of its baffle 6 greater than the second discharge port 17 length, the device when in use, cement holding chamber After cement in 2 is cooled down by condensation pipe 3, when discharging by the second discharge port 17 of the device, Qian type knot can be passed through The baffle 6 of structure blocks its second discharge port 17, and cement is avoided disorderly to fly, and pollutes environment, 3 lower section bottom end of condensation pipe is equipped with Infusion port 16, and 16 lower outer of infusion port is equipped with closure plate 5, conveying 12 two sides of air piping connect air outlet 10, and air outlet 10 outsides are equipped with third strainer 11, and air outlet 10 is half arcuate structure, and air outlet 10 is symmetrical structure, and third strainer 11 It is fixed by welding in 10 outside of air outlet, and the shape and structure and condensation pipe 3 and water of air outlet 10 and third strainer 11 2 bottom shape of mud holding chamber matches, and when in use, because air outlet 10 is half arcuate structure, air outlet 10 is pair to the device Claim structure, and third strainer 11 is fixed by welding in 10 outside of air outlet, and the shape of air outlet 10 and third strainer 11 Structure matches with condensation pipe 3 and 2 bottom shape of cement holding chamber, and air outlet 10 can be made to transmit wind by third strainer 11 When amount, the identical transmission for easily facilitating wind-force of shape, and the effect of its third strainer 11, wind-force can be reduced and hinder a small amount of rubbish The entrance of rubbish avoids the damage of condensation pipe 3 and accelerates the transmission of 3 temperature of condensation pipe, when cooling down to its cement, reduces work Time.

Working principle: when using the energy-saving cement outbound cooling device, energy-saving cement outbound drop is first checked for Whether warm each components of device are complete, avoid that installation is caused to go wrong due to the defect of part during the installation process, check It works after errorless, which when in use, can be mounted on the tubing string 1 of the device and mounting blocks 15 outbound after cement processing When machine exit position on, then its device and cement are processed to machine exit when outbound by the bolt 14 of the device On position it is fixed after, need the cement of outbound from the cement of outbound after the entrance of cement holding chamber 2 cement holding chamber 2 pipe It is slided, at the same time, closure plate 5 is opened, the coolant liquid for manually needing condensation pipe 3 is carried out from infusion port 16 inside road It transports in condensation pipe 3, condensation pipe 3 circulates the cement of its 2 pipeline of cement holding chamber, carries out to its cement The exhaust fan 13 of the device can be opened before cement enters the device, be inhaled its air by exhaust fan 13 by cooling treatment It receives, be then transported in the second strainer 9 by conveying air piping 12 and then this is entered by the strainer 7 inside arc plate 8 Its condensation pipe 3 is blowed in the void layer 4 of device, reaches and cools to the acceleration of its cement, and conveys air piping 12 It is transported to after the top of condensation pipe 3 of the device, wind direction can also enter in air outlet 10, pass through the of 10 outside of air outlet Three strainers 11 carry out acceleration running to the liquid of its condensation pipe 3, inside the cement holding chamber 2 for making its 3 outside of condensation pipe After cement carries out cooling work, and cement cools down in cement holding chamber 2, it can be gone out by the second discharge port of the device Material, then carries out next follow-up work, here it is the use processes of the energy-saving cement outbound cooling device.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (5)

1. a kind of energy-saving cement outbound cooling device, including tubing string (1), it is characterised in that: (1) two upper side of tubing string connects It connects mounting blocks (15), is embedded with bolt (14) inside mounting blocks (15), and connect cement holding chamber (2) below tubing string (1), and It is equipped with condensation pipe (3) inside cement holding chamber (2), is embedded with void layer (4) inside the condensation pipe (3), void layer (4) internal to be equipped with arc plate (8), and strainer (7) are embedded on the inside of arc plate (8), and the second strainer is equipped with inside arc plate (8) (9), connection conveying air piping (12) below second strainer (9), and convey bottom end below air piping (12) and connect exhaust fan (13), cement holding chamber (2) bottom end is equipped with the second discharge port (17), and is equipped with baffle on the outside of the second discharge port (17) (6), bottom end is equipped with infusion port (16) below the condensation pipe (3), and infusion port (16) lower outer is equipped with closure plate (5), The conveying air piping (12) two sides connect air outlet (10), and are equipped with third strainer (11) on the outside of air outlet (10).

2. a kind of energy-saving cement outbound cooling device according to claim 1, it is characterised in that: the cement holding chamber It (2) is 8 font structures with condensation pipe (3), and cement holding chamber (2) and condensation pipe (3) bottom are hatch frame.

3. a kind of energy-saving cement outbound cooling device according to claim 1, it is characterised in that: the baffle (6) is The type of falling Qian structure, and the length of its baffle (6) is greater than the length of the second discharge port (17).

4. a kind of energy-saving cement outbound cooling device according to claim 1, it is characterised in that: the arc plate (8) For circular configuration, arc plate (8) is hatch frame, and its arc plate (8) opening direction is downward, and strainer (7) uniformly divides Cloth is internal in arc plate (8).

5. a kind of energy-saving cement outbound cooling device according to claim 1, it is characterised in that: the air outlet (10) For half arcuate structure, air outlet (10) is symmetrical structure, and third strainer (11) is fixed by welding in air outlet (10) outside Side, and the shape and structure and condensation pipe (3) and cement holding chamber (2) bottom shape of air outlet (10) and third strainer (11) It matches.