CN109237958A - A kind of reclamation of condensate water processing unit and application method - Google Patents

Abstract

The invention discloses a kind of reclamation of condensate water processing units, including main body, storage chamber is equipped in the main body, condensation chamber is equipped in the main body on the upside of the storage chamber, condenser is equipped in the condensation chamber, water collection chamber is equipped in the main body on the left of the condensation chamber, it is connected between the water collection chamber and the condensation chamber equipped with the first intercommunicating pore, the first sliding chamber is equipped in the main body on the downside of the water collection chamber, described first sliding chamber is located at the left side relative position of the storage chamber, it is connected between described first sliding chamber and the storage chamber equipped with the second intercommunicating pore, first cunning is intracavitary to be slidably connected with the first sliding block, heavy groove is equipped in the top end surface of first sliding block, the third connecting hole being equipped with that is connected with the heavy groove is equipped in the right end face of first sliding block, it is described The communicating pipe for extending downwardly setting is installed between water collection chamber and the first sliding chamber.

Description

A kind of reclamation of condensate water processing unit and application method

Technical field

The present invention relates to condensate water recovery technology field, specially a kind of reclamation of condensate water processing unit and user Method.

Background technique

In the industrial production, steaming that steam has as a kind of energy that purposes is extremely wide and almost all of enterprise can not The connection of segmentation.A large amount of industrial water and the energy based on coal are used to produce steam, the heating power of steam again by with Realize industrial product process procedure, and steam releases the condensed water produced after partial heat energy and is often drained off, condensed water is gathered around There is a large amount of heat, typically constitute from the 20%-30% or so of steam heat total amount, adopts and directly exhaust this processing mode and not only cause water The waste of resource, wherein the thermal energy contained also can direct emission, to cause energy waste, existing reclamation of condensate water dress Set that structure is complicated, processing is expensive, and it is inconvenient to use, considerably increase enterprise operation cost.

Summary of the invention

It is existing for overcoming the purpose of the present invention is to provide a kind of reclamation of condensate water processing unit and application method Drawbacks described above in technology.

A kind of reclamation of condensate water processing unit according to the present invention, including main body, interior be equipped with of the main body store Water cavity is equipped with condensation chamber in the main body on the upside of the storage chamber, is equipped with condenser in the condensation chamber, is located at institute It states and is equipped with water collection chamber in the main body on the left of condensation chamber, be connected between the water collection chamber and the condensation chamber equipped with first Intercommunicating pore is equipped with the first sliding chamber in the main body on the downside of the water collection chamber, and the described first sliding chamber is located at the storage chamber Left side relative position is connected equipped with the second intercommunicating pore between the described first sliding chamber and the storage chamber, and first cunning is intracavitary It is slidably connected with the first sliding block, heavy groove, the right side of first sliding block are equipped in the top end surface of first sliding block The third connecting hole being equipped with that is connected with the heavy groove is equipped in end face, it is fixed between the water collection chamber and the first sliding chamber There is the communicating pipe for extending downwardly setting, the bottom extending end of the communicating pipe is protruded into the heavy groove and is slidably matched therewith Connection is equipped with the first cavity in the main body on the downside of the described first sliding chamber, the institute on the left of first cavity It states and is equipped with the second cavity in main body, be installed with driving motor, the driving between the described first sliding chamber and first cavity The top end of motor has been connected by power that protrude into described first sliding intracavitary and cooperate with the first slider bottom end-face helical and connect The first screw rod connect, the bottom end of the driving motor are connected by power the first cone pulley protruded into first cavity, institute It states and is connected in the right side end wall of the second cavity equipped with the second cunning chamber, second cunning is intracavitary to be slidably connected with the second cunning Block is rotatably assorted between the second sliding chamber and first cavity and is connected with the second extended screw rod of left and right, and described the The left distal end of two screw rods protrude into it is described second sliding intracavitary and be threadedly engaged and connect with the right end face of second sliding block, it is described The right end of second screw rod is installed with second for protruding into first cavity and being cooperatively connected with the first cone pulley power Cone pulley, the left distal end of second sliding block are rotatably assorted the third cone pulley for being connected with and protruding into second cavity, and described It is rotatably assorted in the left side wall of two cavitys and is connected with the extended splined sleeve in left and right, in the right end face of the splined sleeve Be connected by power to the right extended splined shaft, the right end of the splined shaft protrude into first cavity and with institute The left end face secure fit connection of third cone pulley is stated, the left distal end of the splined sleeve stretches out the left-hand end of the main body Outside face, the left distal end of the splined sleeve is installed with manual turntable, in the main body on the downside of second cavity Equipped with third cavity, be equipped with the effluent trough for the setting that is connected with the storage chamber in the bottom end face of the main body, it is described go out Switch slot is equipped in the left side end wall of sink, the switch slot position is in the right side relative position of the third cavity, the switch It is slidably connected with folding sliding block in slot, is equipped with transmission mechanism in the third cavity, in the top end surface of the main body It is installed with display device, temperature detection sensor is equipped in the storage chamber, the temperature detection sensor and the display fill Electric connection is set, the temperature detection sensor is to detect the condensate temperature in the storage chamber and by the display device It has been shown that, facilitates the condensate temperature situation in storage chamber described in operator's accurate observation.

Further technical solution, the top end wall of the condensation chamber is interior equipped with the guide runner for upwardly extending setting, described Slide guide bar is equipped in guide runner, the bottom extending end of the slide guide bar is protruded into the condensation chamber, is equipped in the condensation chamber The float piece connecting with the bottom extending end secure fit of the slide guide bar, is equipped in the top end wall of the guide runner and institute The touch sensor that slide guide bar top end surface is oppositely arranged is stated, the touch sensor electrically connects with the driving motor It connects.

Further technical solution, the transmission mechanism include be rotatably assorted connection setting second cavity with it is described The between the third cavity and the switch slot is arranged in first rotating shaft between third cavity and the connection that is rotatably assorted Three screw rods, the top end of the first rotating shaft are installed with the 4th cone pulley protruded into second cavity, the 4th cone pulley Positioned at the left side relative position of the third cone pulley, the bottom end of the first rotating shaft, which is installed with, to be protruded into the third cavity The 5th cone pulley, the left distal end of the third screw rod be installed with protrude into the third cavity and with the 5th cone pulley power The 6th cone pulley being cooperatively connected, the right end of the third screw rod protrude into the left side in the switch slot and with the folding sliding block Side end face is threadedly engaged connection.

Further technical solution, offer in the end face on front side of the main body be connected with the storage chamber setting and What is be extended up and down opens up slot, and described open up is installed with transparent water level access panel in slot.

Detailed description of the invention

Fig. 1 is main body external structure schematic diagram in the present invention；

Fig. 2 is main body schematic diagram of internal structure in the present invention.

Specific embodiment

Below with reference to Fig. 1-2, the present invention is described in detail.

Referring to Fig.1-2, a kind of reclamation of condensate water processing unit of embodiment according to the present invention, including main body 6, It is equipped with storage chamber 61 in the main body 6, is equipped with condensation chamber 62, institute in the main body 6 of 61 upside of storage chamber It states and is equipped with condenser 621 in condensation chamber 62, be equipped with water collection chamber 63, institute in the main body 6 in 62 left side of condensation chamber It states and is connected between water collection chamber 63 and the condensation chamber 62 equipped with the first intercommunicating pore 631, the master of 63 downside of water collection chamber The first sliding chamber 64 is equipped in body 6, the described first sliding chamber 64 is located at the left side relative position of the storage chamber 61, and described first is sliding It is connected between chamber 64 and the storage chamber 61 equipped with the second intercommunicating pore 615, is slidably connected in the described first sliding chamber 64 First sliding block 641, the top end surface of first sliding block 641 is interior to be equipped with heavy groove 642, the right-hand end of first sliding block 641 The third connecting hole 644 being equipped with that is connected with the heavy groove 642, the water collection chamber 63 and the described first sliding chamber 64 are equipped in face Between be installed with the communicating pipe 643 for extending downwardly setting, the bottom extending end of the communicating pipe 643 protrudes into the heavy groove It is slidably connected in 642 and therewith, is equipped with the first cavity 65 in the main body 6 of the described first sliding 64 downside of chamber, The second cavity 66, the described first sliding chamber 64 and described first are equipped in the main body 6 in 65 left side of the first cavity Driving motor 651 is installed between cavity 65, the top end of the driving motor 651, which has been connected by power, protrudes into first cunning The first screw rod 655 of connection is threadedly engaged in chamber 64 and with 641 bottom end face of the first sliding block, the driving motor 651 Bottom end is connected by power the first cone pulley 652 protruded into first cavity 65, the right side end wall of second cavity 66 Inside it is connected and slides chamber 661 equipped with second, is slidably connected with the second sliding block 662 in the described second sliding chamber 661, described second is sliding It is rotatably assorted between chamber 661 and first cavity 65 and is connected with the second extended screw rod 654 of left and right, second screw rod 654 left distal end is protruded into the described second sliding chamber 661 and is threadedly engaged with the right end face of second sliding block 662 and connect, The right end of second screw rod 654, which is installed with, to protrude into first cavity 65 and matches with 652 power of the first cone pulley The second cone pulley 652 of connection is closed, the left distal end of second sliding block 662, which is rotatably assorted to be connected with, protrudes into second cavity 66 Interior third cone pulley 663 is rotatably assorted in the left side wall of second cavity 66 and is connected with the extended splined sleeve in left and right 664, the right end face internally-powered of the splined sleeve 664 is connected with splined shaft 665 extended to the right, the splined shaft 665 right end is protruded into first cavity 65 and is connect with the left end face secure fit of the third cone pulley 663, institute The left distal end for stating splined sleeve 664 is stretched out outside the left end face of the main body 6, the left distal end of the splined sleeve 664 It is installed with manual turntable 666, is equipped with third cavity 67, the master in the main body 6 of 66 downside of the second cavity The effluent trough 611 for the setting that is connected with the storage chamber 61, the left side of the effluent trough 611 are equipped in the bottom end face of body 6 Switch slot 612 is equipped in end wall, the switch slot 612 is located at the right side relative position of the third cavity 67, the switch slot It is slidably connected with folding sliding block 613 in 612, is equipped with transmission mechanism, the top of the main body 6 in the third cavity 67 It is installed with display device 60 on end face, is equipped with temperature detection sensor 618, the temperature detection sensor in the storage chamber 61 618 are electrically connected with the display device 60, and the temperature detection sensor 618 is to detect the condensation in the storage chamber 61 Coolant-temperature gage is simultaneously shown by the display device 60, facilitates the condensate temperature feelings in storage chamber 61 described in operator's accurate observation Condition.

Valuably or illustratively, it is equipped with the guide runner 68 for upwardly extending setting in the top end wall of the condensation chamber 62, It is equipped with slide guide bar 681 in the guide runner 68, the bottom extending end of the slide guide bar 681 protrudes into the condensation chamber 62, institute State the float piece 632 for being equipped in condensation chamber 62 and connecting with the bottom extending end secure fit of the slide guide bar 681, the slide guide The touch sensor 682 being oppositely arranged with 681 top end surface of slide guide bar, the contact are equipped in the top end wall of slot 68 Formula sensor 682 and the driving motor 651 are electrically connected, and drive the first sliding block to realize and automatically control driving motor 651 641 downward driving work.

Valuably or illustratively, the transmission mechanism includes being rotatably assorted connection setting in second cavity 66 and institute It states the first rotating shaft 673 between third cavity 67 and the connection setting that is rotatably assorted is in the third cavity 67 and the switch slot Third screw rod 614 between 612, the top end of the first rotating shaft 673 are installed with protruded into second cavity 66 Four cone pulleys 674, the 4th cone pulley 674 are located at the left side relative position of the third cone pulley 663, the first rotating shaft 673 Bottom end is installed with the 5th cone pulley 672 protruded into the third cavity 67, and the left distal end of the third screw rod 614 is fixed There are the 6th cone pulley 671 for protruding into and being cooperatively connected in the third cavity 67 and with 672 power of the 5th cone pulley, the third spiral shell The right end of bar 614 is protruded into the switch slot 612 and is threadedly engaged with the left end face of the folding sliding block 613 and connect, To realize that automatically controlling transmission work is connected by power work, and then conveniently by manually controlling the unlatching of folding sliding block 613 With closing work.

Valuably or illustratively, it offers to be connected with the storage chamber 61 in the end face of 6 front side of main body and set It sets and what is be extended up and down opens up slot 616, described open up is installed with transparent water level access panel 617 in slot 616, to facilitate sight Examine the water storage situation in storage chamber 61.

When original state, the first sliding block 641 is located at the lowest position in the first sliding chamber 64, at this point, making communicating pipe 643 Bottom end utmostly protrudes into heavy groove 642 and makes at the bottom end of communicating pipe 643 and the bottom end wall of heavy groove 642 In close fit connection status, meanwhile, so that the third connecting hole 644 in 641 right end face of the first sliding block is utmostly deviateed Two intercommunicating pores 615, at this point, be fully located at the second sliding block 662 in second sliding chamber 661, meanwhile, so that the second sliding block 662 is driven the Three cone pulleys 663 are utmostly far from the 4th cone pulley 674, at this point, the right end for opening and closing sliding block 613 is made utmostly to protrude into water outlet In slot 611, and then realize the closed state of effluent trough 611；

When the work is required, the work of condenser 621 makes to generate condensed water in condensation chamber 62, and the condensed water of generation is through the first intercommunicating pore 631 flow into water collection chamber 63, at this point, the condensed water flowed into water collection chamber 63 drives float piece 632 and slide guide bar 681 towards slide guide Top-direction sliding in slot 68, until the top end of slide guide bar 681 is abutted against with touch sensor 682, at this point, by connecing Touch sensor 682, which sends signal and simultaneously controls driving motor 651, drives the first screw rod 655 and the rotation of the first cone pulley 652, by the One screw rod 655 drives the first sliding block 641 to slide into the lowest position in the first sliding chamber 64, at this point, making the bottom of communicating pipe 643 The top section of Duan Yuchen groove 642 continues to keep mating connection state, meanwhile, make the third connecting hole 644 on the first sliding block 641 Positioned at communicating pipe 643 lower position and the right end in third connecting hole 644 and the second intercommunicating pore 615 is in be connected State, and then the condensed water in water collection chamber 63 is made to flow into storage after communicating pipe 643, third connecting hole 644 and the second intercommunicating pore 615 In water cavity 61, simultaneously as the first cone pulley 652 drives the rotation of the second screw rod 654, the second sliding block is driven by the second screw rod 654 662 left distal end utmostly protrudes into the second sliding chamber 661, at this point, keeping third cone pulley 663 and the 4th cone pulley 674 completely dynamic Then force-fitting connection controls driving motor 651 and stops operating, when needing to continue water storage, the control reversion of driving motor 651 is Can, restore the first sliding block 641 to initial position, the heat losses reduced in storage chamber 61 pass through control when needing to be discharged It manually controls manual turntable 666 and splined sleeve 664 rotates, and then splined shaft 665 and third are driven by splined sleeve 664 Cone pulley 663 rotates, and drives the 4th cone pulley 674 to rotate by third cone pulley 663 at this time, and drives third screw rod by the 4th cone pulley 674 614 rotations rotate control folding sliding block 613 by third screw rod 614 and gradually slip away effluent trough 611, and then realize control effluent trough 611 water yield.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by sending signal by touch sensor And control driving motor and drive the first screw rod and the rotation of the first cone pulley, drive the first sliding block to slide into first by the first screw rod sliding Intracavitary lowest position, at this point, making the bottom stage of communicating pipe and the top section of heavy groove continue to keep mating connection state, together When, so that the third connecting hole on the first sliding block is located at the lower position of communicating pipe and makes the right end in third connecting hole and the Two intercommunicating pores are in the state that is connected, and then make the condensed water in water collection chamber through communicating pipe, third connecting hole and the second intercommunicating pore It flows into storage chamber afterwards, simultaneously as the first cone pulley drives the rotation of the second screw rod, a left side for the second sliding block is driven by the second screw rod It is intracavitary that the second cunning is utmostly protruded into side end, at this point, third cone pulley and the complete power of the 4th cone pulley is made to be cooperatively connected, then controls Driving motor processed stops operating, when needing to continue water storage, control driving motor reversion；To realize that automatic control is catchmented Automatic water-storage and heat insulation work afterwards substantially increase the heat preservation water storage function of condensed water, meanwhile, it is able to achieve automatic control hand The clutch connection work of dynamic control, greatly reduces the convenience used and alleviates manufacturing cost, improve service efficiency.

Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention It is subject to claims appended hereto.

Claims (5)

1. a kind of reclamation of condensate water processing unit, including main body, it is characterised in that: be equipped with water storage in the main body Chamber is equipped with condensation chamber in the main body on the upside of the storage chamber, is equipped with condenser in the condensation chamber, is located at described It is equipped with water collection chamber in the main body on the left of condensation chamber, is connected between the water collection chamber and the condensation chamber and connects equipped with first Through-hole is equipped with the first sliding chamber in the main body on the downside of the water collection chamber, and the described first sliding chamber is located at a left side for the storage chamber Side relative position is connected equipped with the second intercommunicating pore, the described first sliding intracavitary cunning between the described first sliding chamber and the storage chamber It is dynamic to be connected with the first sliding block, heavy groove, the right-hand end of first sliding block are equipped in the top end surface of first sliding block It is equipped with the third connecting hole being equipped with that is connected with the heavy groove in face, is installed between the water collection chamber and the first sliding chamber Extend downwardly the communicating pipe of setting, the bottom extending end of the communicating pipe protrudes into the heavy groove and the company of being slidably matched therewith Connect, be equipped with the first cavity in the main body on the downside of the described first sliding chamber, on the left of first cavity described in It is equipped with the second cavity in main body, driving motor, the driving electricity are installed between the described first sliding chamber and first cavity The top end of machine has been connected by power that protrude into described first sliding intracavitary and be cooperatively connected with the first slider bottom end-face helical The first screw rod, the bottom end of the driving motor is connected by power the first cone pulley protruded into first cavity, described It is connected in the right side end wall of second cavity equipped with the second cunning chamber, second cunning is intracavitary to be slidably connected with the second sliding block, It is rotatably assorted between described second sliding chamber and first cavity and is connected with the second extended screw rod of left and right, second spiral shell The left distal end of bar protrude into it is described second sliding intracavitary and be threadedly engaged and connect with the right end face of second sliding block, described second The right end of screw rod is installed with the second cone pulley for protruding into first cavity and being cooperatively connected with the first cone pulley power, The left distal end of second sliding block is rotatably assorted the third cone pulley for being connected with and protruding into second cavity, second cavity Left side wall in be rotatably assorted and be connected with the extended splined sleeve in left and right, the right end face internally-powered of the splined sleeve connects Be connected to the right extended splined shaft, the right end of the splined shaft protrude into first cavity and with the third The left end face secure fit of cone pulley connects, and the left distal end of the splined sleeve is stretched out outside the left end face of the main body, The left distal end of the splined sleeve is installed with manual turntable, and the is equipped in the main body on the downside of second cavity Three cavitys, the interior effluent trough for being equipped with the setting that is connected with the storage chamber of the bottom end face of the main body, the water outlet Switch slot is equipped in the left side end wall of slot, the switch slot position is in the right side relative position of the third cavity, the switch slot It is inside slidably connected with folding sliding block, transmission mechanism is equipped in the third cavity, is consolidated in the top end surface of the main body Equipped with display device, temperature detection sensor, the temperature detection sensor and the display device are equipped in the storage chamber It is electrically connected, the temperature detection sensor is to detect the condensate temperature in the storage chamber and be shown by the display device Show, facilitates the condensate temperature situation in storage chamber described in operator's accurate observation.

2. a kind of reclamation of condensate water processing unit according to claim 1, it is characterised in that: the top of the condensation chamber It is equipped with the guide runner for upwardly extending setting in portion's end wall, slide guide bar is equipped in the guide runner, the bottom of the slide guide bar extends End is protruded into the condensation chamber, is equipped in the condensation chamber and to be connect with the bottom extending end secure fit of the slide guide bar Float piece, the top end wall of the guide runner is interior to be equipped with the touch sensor being oppositely arranged with the slide guide bar top end surface, The touch sensor and the driving motor are electrically connected.

3. a kind of reclamation of condensate water processing unit according to claim 2, it is characterised in that: the transmission mechanism packet It includes the connection that is rotatably assorted and the first rotating shaft between second cavity and the third cavity is set and the connection that is rotatably assorted Third screw rod between the third cavity and the switch slot is set, and the top end of the first rotating shaft, which is installed with, to be protruded into The 4th cone pulley in second cavity, the 4th cone pulley are located at the left side relative position of the third cone pulley, and described first The bottom end of shaft is installed with the 5th cone pulley protruded into the third cavity, and the left distal end of the third screw rod is installed with The 6th cone pulley for protruding into the third cavity and being cooperatively connected with the 5th cone pulley power, the right side end of the third screw rod End is protruded into the switch slot and is threadedly engaged with the left end face of the folding sliding block and connect.

4. a kind of reclamation of condensate water processing unit according to claim 3, it is characterised in that: on front side of the main body End face in offer be connected with the storage chamber setting and it is extended up and down open up slot, described open up in slot is installed with Transparent water level access panel.

5. a kind of application method of reclamation of condensate water processing unit according to claim 4, this method are as follows: initial shape When state, the first sliding block is located at the first sliding intracavitary lowest position, at this point, it is heavy to protrude into the bottom end of communicating pipe utmostly In groove and the bottom end of communicating pipe and the bottom end wall of heavy groove is made to be in close fit connection status, meanwhile, make first The second intercommunicating pore is utmostly deviateed in third connecting hole in sliding block right end face, at this point, the second sliding block is made to be fully located at second Cunning is intracavitary, meanwhile, make the second sliding block drive third cone pulley utmostly far from the 4th cone pulley, at this point, making the right side for opening and closing sliding block End is utmostly protruded into effluent trough, and then realizes the closed state of effluent trough；When the work is required, condenser working makes cold Intracavitary generation condensed water is coagulated, the condensed water of generation flows into water collection chamber through the first intercommunicating pore, at this point, flowing into the condensation in water collection chamber Water drives float piece and slide guide bar towards the top-direction sliding in guide runner, until the top end and contact of slide guide bar pass Sensor abuts against, and drives the first screw rod and the first cone pulley at this point, sending signal by touch sensor and controlling driving motor Rotation drives the first sliding block to slide into the first sliding intracavitary lowest position, at this point, making the bottom stage of communicating pipe by the first screw rod Continue to keep mating connection state with the top section of heavy groove, meanwhile, so that the third connecting hole on the first sliding block is located at communicating pipe Lower position and so that the right end in third connecting hole and the second intercommunicating pore is in the state that is connected, and then make in water collection chamber Condensed water flowed into storage chamber after communicating pipe, third connecting hole and the second intercommunicating pore, simultaneously as the first cone pulley drives the The rotation of two screw rods, driving the left distal end of the second sliding block by the second screw rod, utmostly to protrude into the second cunning intracavitary, at this point, making the Three cone pulleys and the complete power of the 4th cone pulley are cooperatively connected, and then control driving motor and stop operating, when needing to continue water storage, control Driving motor processed reversion restores the first sliding block to initial position, reduces the heat losses in storage chamber, when needing to be discharged When, manual turntable is manually controlled by control and splined sleeve rotates, and then splined shaft and third are driven by splined sleeve Cone pulley rotation drives the rotation of the 4th cone pulley by third cone pulley at this time, and drives the rotation of third screw rod by the 4th cone pulley, by third spiral shell Bar rotation control folding sliding block gradually slips away effluent trough, and then realizes the water yield of control effluent trough.