KR100533803B1 - Air bladder removable apparatus for apartment house boiler - Google Patents

Abstract

The present invention relates to a boiler air scavenging device for a multi-unit housing used to remove the air of the boiler through a distributor installed under the kitchen sink of the apartment house, the air bleed valve installed in the distributor 34 of the boiler through the inlet hose (36) The hot water inlet 55 connected to the 35 is formed at the bottom and the hot water outlet 57 for discharging hot water from the hot water inlet chamber 53 having an open front surface, and the kitchen water sink 30. A socket ring 40 having an upper branch pipe 41 connected to the discharge hose 42 connected to the hot water discharge port 57 formed in the main body 50 and installed in the middle of the drain hose 32 installed at the bottom, and A flange 54a is formed on the front surface of the main body 50, and the turbidity confirmation lens 54 for checking the turbidity of the hot water passing through the main body 50, and between the turbidity confirmation lens 54 and the main body 50 The packing 56 interposed therebetween and the turbidity checking lens 54 The lens fixing frame 58 having a fastening hole 58a through which the turbidity checking lens 54 is pressed against the front surface of the main body 50 and the screw 60 coupled to the main body 50 passes through the flange 54a. And an opening / closing valve 62 for opening and closing the flow path in which the hot water flows vertically installed at the lower end of the main body 50, and a supporter 72 for supporting the main body 50 from the bottom surface 70.

Description

Air Bladder Removable Apparatus for Apartment House Boiler}

The present invention relates to a boiler deaerator for a multi-family house, and more particularly to a boiler deaerator for a multi-unit house used to remove the air of the boiler through a distributor installed under the kitchen sink of the multi-unit house.

In general, under the kitchen sink of the apartment house, the distributor of the boiler is installed to easily open and close the hot water valve leading to the living room and each room, and to release the air remaining in the hot water pipe during the summer stop. I put it.

Conventionally, to remove the air from the boiler, connect a relatively long transparent hose to the air bleed valve, and then raise the other end of the transparent hose to the upper side, place it in the kitchen sink, and open the hot water valve installed in the distributor one by one to discharge the hot water into the transparent hose. When clear water was discharged while checking the turbidity of the water, air was drained by repeating the process of closing the hot water valve and opening another hot water valve.

However, such a conventional air bleeding structure has the inconvenience of having to hold the transparent hose by hand so that the middle of the transparent hose is not folded when placing the transparent hose by bending the transparent hose, when the middle of the transparent hose is folded by the water pressure There was a problem that the kitchen was contaminated by hot water as the transparent hose connected to the air bleed valve was pulled out, and since there was no lighting inside the kitchen sink, the head must be placed in the kitchen sink while holding the transparent hose to observe the drained hot water. There was a problem.

In addition, since the transparent hose is placed in the kitchen sink, there was a problem that dirty hot water contaminated the kitchen sink or splashed water to contaminate the kitchen, and after removing the air, the transparent hose was removed to remove the hot water remaining in the transparent hose. There was an inconvenience to put the remaining hot water in a separate container underneath.

In addition, since the air bleed valve installed in the distributor has a relatively small size, it is not only inconvenient to use, but also inconvenient to operate by hand, so there is a problem that the user feels pain when used for a long time, and the transparent hose has a small diameter. Therefore, it was difficult to observe the turbidity of hot water through the transparent hose.

The present invention has been made to solve the above problems, the purpose is to simplify the boiler air drain operation using a distributor located under the sink for kitchen while at the same time to prevent contamination of the kitchen by the hot water discharged It is to provide a boiler deaerator for a house.

In order to achieve the object of the present invention, the hot water inlet is connected to the air bleed valve installed in the distributor of the boiler through the inlet hose is formed at the bottom and the hot water outlet for discharging hot water from the hot water inlet chamber is opened at the top A socket ring having a main body, an upstream pipe installed in the middle of the drain hose installed at the bottom of the kitchen sink and connected to the discharge hose connected to the hot water outlet formed in the main body, and a hot water passing through the main body with a flange formed at the edge and installed in front of the main body. Transparent turbidity checking lens for checking turbidity, packing interposed between the turbidity checking lens and the main body, and close to the flange formed on the turbidity checking lens to press the turbidity checking lens to the front of the main body and penetrates the screw Lens fixing frame with fastening hole and vertically installed at the bottom of main body The opening and closing valve for opening and closing the flow path, and the supporter for supporting the main body from the bottom surface is provided with a boiler air scavenging device for the apartment house.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIGS. 1 to 3, the hot water inlet 55 connected to the air bleed valve 35 installed in the distributor 34 of the boiler through the inlet hose 36 is formed at the bottom and the front is opened. The hot water discharge port 57 for discharging hot water from the hot water inlet chamber 53 is provided in the upper portion of the main body 50 and the drain hose 32 installed at the bottom of the kitchen water sink 30 and formed in the main body 50. A socket ring 40 having an upward branch pipe 41 connected to the discharge hose 42 connected to the hot water discharge port 57, and a flange 54a formed at an edge thereof, are installed in front of the main body 50, and thus the main body 50. A transparent turbidity checking lens 54 for checking turbidity of hot water passing through the packing, a packing 56 interposed between the turbidity checking lens 54 and the main body 50, and a flange formed on the turbidity checking lens 54 ( 54a) in close contact with the main body 50 to press the turbidity checking lens 54 to the main body 50, A lens fixing frame 58 having a fastening hole 58a formed therethrough, and a vertically mounted at the lower end of the main body 50, an opening / closing valve 62 for opening and closing a flow path through which hot water flows, and a main body 50 having a bottom surface ( The supporter 72 for supporting from 70 is comprised.

Here, the supporter 70 may be configured using, for example, a square pipe, the lower fixing plate 74 is welded to the lower end thereof, and the anchor bolt 76 is fixed to the bottom surface 70, and the rear of the main body 50 is at the upper end. Install the horizontal bar (78) fixed to.

An arc-shaped light diffusing lens 51 is disposed on the rear surface of the hot water inlet chamber 53 in the main body 50, and a plurality of high luminance light emitting diodes D1, D2,... , Dn is installed, and a reflective paper 51a such as silver foil is attached to the rear surface of the light diffusing lens 51 for condensing.

In addition, by forming a groove (53a) along the corner portion of the hot water inlet chamber 53 inside the main body 50 so that the packing 56 can be placed.

Then, the operation panel 52 is provided on the side of the main body 50, and a push button switch SW is installed on the front of the operation panel 52 to illuminate the hot water inlet chamber 53. It is possible to control the lighting of D2, ..., Dn, to adjust the brightness of the high brightness light emitting diodes D1, D2, ..., Dn, and to display the power supply on the front of the operation panel 52 ( Install LP.

Reference numerals V1, V2, V3,... , Vn represents the hot water valve from the distributor 34 to each room.

On the other hand, as shown in FIG. 4, the high brightness light emitting diodes D1, D2, ..., Dn are connected to the output ports OP2, OP3, ..., OPn of the control unit 20 via the driving unit 24. In addition, a push button switch SW is installed in the input port IP of the control unit 20 to count the number of pushes of the push button switch SW with the counter 22, and a plurality of high brightness light emitting diodes are provided in proportion to the count times. (D1, D2, ..., Dn) by controlling the number of lights to be configured to adjust the brightness of the hot water inlet chamber 53 inside the main body 50.

Here, the driving unit 24 includes a plurality of transistors Q1, Q2, ..., Qn connected to the output ports OP2, OP3, ..., OPn of the control unit 20 through the base resistors R12, R13, ..., R1n. The high brightness light emitting diodes D1, D2, ..., Dn are connected to the output terminals of the transistors Q1, Q2, ..., Qn via current limiting resistors R4, R5, ..., Rn. do.

In the drawings, reference numeral R1 denotes a pull-up resistor connected to the power source between the pushbutton switch SW and the input port IP of the controller 20, and R3 denotes a current supplied to the power lamp LP. It shows the current limiting resistor for limiting.

Hereinafter, the operation according to the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIGS. 1 to 4, a plurality of hot water valves V1, V2, V3,... Are provided in the distributor 34 to open and close the flow paths of the hot water pipes leading to the rooms. Of the hot water valves (V1, V2, V3, ..., Vn) connected to the hot water pipe to remove air, and the remaining hot water valves (V1, V2, V3, ..., Vn) are closed. When opening the bleed valve 35 and then open and close the valve 62, the open hot water valve (V1, V2, V3, ..., Vn), the distributor 34 and the air bleed valve (35) leading to the corresponding hot water pipe The hot water is discharged through the hot water flows into the hot water inlet chamber 53 inside the main body 50 through the inlet hose 36, the opening and closing valve 62 and the hot water inlet 55.

At this time, if the push button switch SW installed on the front of the operation panel 52 next to the main body 50 is pressed, the contact of the push button switch SW is closed and the push button switch SW is pushed through the pull-up resistor R1. As the current flows, the voltage of the input port IP of the controller 20 drops to a low potential (digital signal "0").

Thereafter, the control unit 20 periodically detects the state of the input port IP to switch the high brightness light emitting diodes D1, D2, ..., Dn into an "ON" or "OFF" state, where the input port IP Since the state of is changed to a low potential, the control unit 20 first turns on by driving the power lamp LP through the output port OP1, and through the other output ports OP2, OP3, ..., OPn. 24, a signal for turning on the high luminance light emitting diodes D1, D2, ..., Dn is outputted to light the high luminance light emitting diodes D1, D2, ..., Dn.

That is, when the high potential (digital signal "1") is output through the output ports OP2, OP3, ..., OPn of the control unit 20, the transistors Q1, R1, R13, ..., R1n are outputted. As the current flows through the base terminals of Q2, ..., Qn, transistors Q1, Q2, ..., Qn are turned on to drive current from the collector terminals of transistors Q1, Q2, ..., Qn to the emitter terminals. The driving current output through the emitter terminals of the transistors Q1, Q2, ..., Qn flows to the high luminance light emitting diodes D1, D2, ..., Dn through the current limiting resistors R4, R5, ..., Rn. When the high luminance light emitting diodes D1, D2, ..., Dn are turned on, and the lights are turned off, when the low potential (digital signal "0") is output through the output ports OP2, OP3, ..., OPn of the control unit 20, Q1, Q2, ..., Qn are turned off to turn off the high luminance light emitting diodes D1, D2, ..., Dn.

At this time, the light is introduced from both sides of the light diffusion lens 51 installed in the back of the hot water inlet chamber 53 inside the main body 50, the turbidity check lens 54 by the reflector 51a formed on the back of the light diffusion lens 51 The light is evenly diffused toward the hot water introduced into the hot water inlet chamber 53.

In this process, the turbidity check lens 54 serves to observe the hot water more precisely by enlarging the hot water introduced into the hot water inlet chamber 53 so that the turbidity can be accurately measured.

In this case, if the push button switch SW is repeatedly pressed, the controller 20 counts the number of pushes through the counter 22 to adjust the brightness of the high brightness light emitting diodes D1, D2, ..., Dn.

For example, each time the pushbutton switch SW is pressed, one of the plurality of high luminance light emitting diodes D1, D2, ..., Dn is additionally turned on, and the push is switched on. If the number of times the button switch SW is pressed is more than once the number of the high luminance light emitting diodes D1, D2, ..., Dn, the control unit 20 stores the command and data to be regarded as unlit and then initializes the temporarily stored data. When the push button switch (SW) is pressed, it is possible to turn off and control the brightness.

Since the hot water introduced into the hot water inlet chamber 53 in the main body 50 is the drain hose 32 of the kitchen sink 30 through the hot water outlet 57 and the discharge hose 42 installed on the top of the main body 50 It is discharged to the drain hose 32 through the upward branch pipe 41 of the socket ring 40 installed in the middle to prevent hot water from splashing over the kitchen sink 30.

On the other hand, if you want to clean the hot water inlet chamber 53 and turbidity check lens 54 inside the main body 50, if the lens fixing frame 58 is removed from the main body 50 by loosening the screw 60, the main body 50 Since the turbidity check lens 54 and the packing 56 installed on the front surface can be separated from the main body 50, the separated turbidity check lens 54 and the packing 56 can be washed with water, and the main body 50 The inside of the hot water inlet chamber 53 is also opened to facilitate the cleaning.

As described above, the present invention has the effect of removing the inconvenience of having to hold the transparent hose carefully as before when removing the boiler air, thereby making the boiler air bleeding more convenient. Because it is configured to observe hot water in a greatly enlarged state, not only can the measurement accuracy be improved, but it is also easy to identify people who have poor eyesight, and furthermore, a high-brightness light emitting diode and light diffusion inside the main body for turbidity checking. Since a lens is installed, the turbidity of hot water can be checked under a dark kitchen sink.

Furthermore, since the turbidity check lens can be freely separated from the main body, the present invention facilitates cleaning of the inside of the main body, the turbidity check lens, and the packing, and controls the brightness of the plurality of high brightness light emitting diodes. And because it is configured to be controlled arbitrarily in the drive unit consisting of a plurality of transistors, it can be set to a brightness suitable for the room brightness, there is an effect that can more accurately check the turbidity.

On the other hand, in the case of reflecting the configuration of the present invention during the boiler design work, it is possible to improve the user's convenience of use and to improve the satisfaction of users by improving the structure of the air bleeding apparatus through the supervision work according to the design. Can provide.

1 is a front view showing a boiler air scavenging device for a multi-unit house according to the invention,

Figure 2 is an exploded perspective view showing a boiler air vent device for a multi-unit house according to the invention,

3 is a plan sectional view showing a boiler air scavenging device for a multi-unit house according to the present invention;

Figure 4 is a block diagram showing the circuit configuration of the boiler air vent device for a multi-unit house according to the invention,

<Explanation of Signs of Major Parts of Drawings>

20: control unit 22: counter

24: drive unit D1, D2,... , Dn: High brightness LED

SW: Push Button Switch 30: Kitchen Sink

32: drain hose 34: distributor

35: air bleed valve 36: inlet hose

40: socket ring 41: up branch

42: discharge hose 50: main body

51: light diffusion lens 53: hot water inlet room

54: Turbidity Check Lens 54a: Flange

55: hot water inlet 56: packing

57: hot water outlet 58: lens fixing frame

58a: fastener 60: screw

62: on-off valve 70: bottom

72: supporter

Claims (2)

The hot water inlet 55 connected to the air bleed valve 35 installed in the distributor 34 of the boiler through the inlet hose 36 is formed at the bottom, to discharge hot water from the hot water inlet chamber 53 with the front open A main body 50 having a hot water discharge port 57 formed thereon; A socket ring having an upward branch pipe 41 installed in the middle of the drain hose 32 installed at the bottom of the kitchen sink 30 and connected to the discharge hose 42 connected to the hot water discharge port 57 formed at the main body 50. 40; A flange 54a is formed at an edge and is installed in front of the main body 50 so as to check the turbidity of the hot water passing through the main body 50; A packing 56 interposed between the turbidity checking lens 54 and the main body 50; The fastening hole 58a in close contact with the flange 54a formed in the turbidity checking lens 54 to press the turbidity checking lens 54 toward the front of the main body 50 and through which the screw 60 coupled to the main body 50 passes. A lens fixing frame 58 formed with; An opening / closing valve 62 installed vertically at a lower end of the main body 50 to open and close a flow path through which hot water flows; Boiler air scavenging device for the apartment house, characterized in that composed of a supporter (72) for supporting the main body (50) from the bottom surface (70). The method of claim 1, An arc-shaped light diffusing lens 51 is disposed on the rear surface of the hot water inlet chamber 53 in the main body 50, and a plurality of high luminance light emitting diodes D1, D2,... , Dn, and the high brightness light emitting diodes D1, D2, ..., Dn are connected to the output port of the control unit 20 via the driving unit 24, and the push button switch SW is connected to the input port of the control unit 20. ), The number of pushes of the push button switch SW is counted by the counter 22, and the number of lights of the plurality of high brightness light emitting diodes D1, D2, ..., Dn is controlled to control the number of lights. Room 53 The boiler air scavenging device for a apartment, characterized in that configured to adjust the brightness.