CN111713977A

CN111713977A - Ward water dispenser module equipment belt

Info

Publication number: CN111713977A
Application number: CN201910200758.2A
Authority: CN
Inventors: 黄发云
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-03-18
Filing date: 2019-03-18
Publication date: 2020-09-29

Abstract

A modular equipment belt for water dispenser in ward is composed of pure water system, pipeline system, equipment belt system, water storage system, heating system, water socket and plug system, water valve and control system. The equipment belt can be installed in the open or the dark, can be hung on the wall, can be used in a ward and can be used for families, the installation strength and the construction difficulty are effectively reduced, the installation process is simplified, and the working efficiency is greatly improved.

Description

Ward water dispenser module equipment belt

Technical Field

The invention relates to a module equipment belt of a water dispenser in a ward, which belongs to the technical field of medical instruments and can obviously improve the life quality of patients.

Background

Medical pure water supply is an indispensable part in the construction of hospitals at all levels, and several kinds of modes such as bottled water supply and running water supply are supplied for the pure water supply mode, and domestic most hospitals generally adopt bottled water supply mode at present, are to send bottled pure water to after each ward, by staff partial shipment to the ward again. Although the problems of long water intake and poor service and environment in the past are solved, the water does not reach the places where the patient can reach the hands, and the cold and hot drinking of the patient is still very inconvenient. In the aspect of gas utilization in hospitals, various gas utilization devices are increasingly healthy, treatment devices are improved day by day, but the integrated patient utilization and the easy utilization in the aspect of water utilization do not provide a protocol, which brings certain defects to the construction and the development of hospitals. In daily life of people, residents are generally equipped with barreled water dispensers at home, and high-quality drinking water brings happiness to people and obviously increases health indexes of people. However, the barreled water has the problems that part of people are daunting in price and inconvenient to fill every time, so that some people with insufficient economic margins are cautious to use the barreled water. In order to solve the problem of the water source of the barreled water, people invent a small and miniature water purifier, but the water purifier does not have a good channel to enter the water dispenser of the barreled water, and then a household appliance which is irrelevant to the water purifier is formed. In addition, the two occupy the space of a family room, and the obvious disadvantage is that sewage and water leakage affect the environmental sanitation, and water stain spots are obvious at a barreled water dispenser and a small micro water purifier.

Disclosure of Invention

The invention aims to perfectly integrate a barreled water dispenser and a small micro water purifier aiming at the defects of the prior art, the water purifier is used for providing water source to provide high-quality cold and hot purified water for patients and families, and the arrangement of water leakage and water drainage is properly considered during installation, so that the water purifier not only is convenient for people to study, live and work, but also is clean in environment and free from stain and spot.

The invention realizes the purpose through the following technical scheme:

this ward water dispenser module equipment area is the medical equipment area that simplifies the equipment area installation and go away after numerous equipment loads, by pure water system, pipe-line system, equipment area system, water storage system, heating system, water socket and water plug system, water valve and control system constitute its characterized in that: the pure water system is connected with the equipment belt through a pipeline, so that cold water enters the equipment belt to store water or a water storage system, the cold water directly enters a cold water socket, and hot water needs another path of cold water to enter a water heater to be heated, and then enters a hot water seat after being boiled. When drinking cold and hot water, the drinking water is obtained by opening the cold and hot water valve.

The equipment belt of the invention consists of a base plate, a cover plate and a side plate, and drinking equipment is fixed on the cover plate or the base plate.

The heating system of the invention is composed of a water inlet pipe, a water outlet pipe, a heating body, a heating tank, a steam exhaust pipe and the like, can be arranged in an internal cavity of an equipment belt, can also be externally arranged on the equipment belt, is integrated into a whole, and is connected with a water plug through a water socket.

The water heating furnace shell can be round, square, rectangular or other related thin-wall shapes, and the thickness is about 50 mm as the best.

The water socket and the water plug can be vertically or horizontally arranged on the equipment belt, wherein the water socket comprises a water base cover, a water base plug-in opening, a spring base plug, a pagoda spring, a base copper core, a water base body, a base cover, a bayonet fixing spring, a telescopic clamping needle, a bayonet spring, a water inlet and the like, and the water plug comprises an ejector rod, a connecting pipe, a water nozzle and the like. When the head of the water plug ejector rod is contacted with the water seat plug, the water seat is in a normally closed state; when the head of the ejector rod of the water plug further moves forward to push against the plug on the water base, purified water passes through the plug through the hole on the plug and reaches the plug of the water base, and the positioning bolt on the water base reaches the annular positioning groove on the plug to lock the water plug on the plug at a fixed position, so that the water keeps an open state.

The built-in heating system provided by the invention is characterized in that after purified water enters an equipment belt, the purified water enters a water storage tank through a one-way valve and then enters a heating tank through a water inlet of the heating tank, after water is boiled, steam returns to the water storage tank through a steam outlet, and hot water reaches a hot water seat through a hot water outlet and then reaches a valve nozzle of a water nozzle through a water plug for use by people.

The external heating system consists of a water plug, a heating system and a water nozzle, and when purified water reaches the equipment belt, the purified water is locked on the equipment belt through the water plug. After the water plug is inserted into the water socket, the purified water channel is opened, the purified water flows through the one-way valve and enters the water storage tank, then enters the heating tank through the water inlet of the heating tank, after the water is boiled, the steam returns to the water storage tank through the steam outlet, and the hot water reaches the valve nozzle through the hot water outlet.

The invention relates to a horizontal push wall type water dispenser, which is an external water dispenser, but is clamped in an equipment belt to form a whole with the equipment belt, and consists of a power socket, a call, a negative pressure seat, an oxygen seat, a purified water seat, a water outlet, a normally closed water plug, a steam pipe, a one-way valve, a heating body, a heater, a sewer pipe, a water collecting tray, a water tank, a water inlet pipe and the like. When the water dispenser is pushed into the upper mounting position of the equipment belt through the circular groove, the horizontal pushing spherical ejector rod moves upwards to push against the plug on the water socket, and water reaches the water tank of the water dispenser; when the water is boiled, hot water flows out of the hot water nozzle; when cold water is needed to be drunk, the cold water which is not heated flows out by pressing the cold water nozzle.

Drawings

Figure 1 is a device with a built-in water dispenser module.

Fig. 2 is an exploded view of a water outlet.

Fig. 3 is a sectional view of a water nozzle with a water plug.

Fig. 4 is a front view of the device with the water dispenser assembly shown removed.

Fig. 5 is a sectional view showing the assembly of a water plug of a normally closed water outlet.

Fig. 6 is an external clamp-in type water dispenser module.

FIG. 7 is a rear view of the mixing module with a water purifier and a boiler.

FIG. 8 is a square furnace body, wherein 8a is a front view of the square furnace body, 8b is a cross-sectional view of the square furnace body in the direction A, and 8c is a top view of the square furnace body.

In the figure: 1-1 cold water seat, 1-2 hot water seat, 1-3 water tank, 1-4 steam pipe, 1-5 hot water outlet pipe, 1-6 water inlet pipe, 1-7 boiling water furnace, 1-8 cover plate and 1-9 water outlet tray; 2-1. a water seat cover, 2-2. a water seat plug-in opening, 2-3. a spring seat plug, 2-4. a pagoda spring, 2-5. a matrix copper core, and 2-6. a water seat matrix; 3-1, a key, 3-2, a key fixing pin, 3-3, a key base, 3-4, a hot water outlet, 3-5, a water nozzle body, 3-6, a positioning pin and a water nozzle, 3-7, a water nozzle plug head positioning disc, 3-8, a plug head positioning pin and 3-9, a water nozzle plug head; 4-1 paging, 4-2 negative pressure seat, 4-3 oxygen seat, 4-4 water socket cover, 4-5 hot water outlet, 4-6 water tank water inlet one-way valve, 4-7 plug normally closed spherical ejector rod, 4-8 steam pipe, 4-9 heating element, 4-10 heater shell, 4-11 sewer pipe, 4-12 filter screen, 4-13 boiling water furnace water inlet pipe, 4-14 boiling water furnace water inlet one-way valve, 4-15 water tank, 4-16 power socket; 5-1, a horizontal push type ball head ejector rod, 5-2, a water socket cover, 5-3, a normally closed spring, 5-4, a water socket water inlet, 5-5, a pagoda spring, 5-6, a plug, 5-7, a water socket locking clamp, 5-8, a water plug ball head and 5-9, a water plug water outlet hole; 6-1, arc guide groove, 6-2, water inlet of horizontal push type drinking machine module; 7-1 hot water socket, 7-2 cold water socket, 7-3 purified water outlet pipe, 7-4 tap water inlet, 7-5 purified water machine, 7-6 purified water machine drain outlet, 7-7 sewer tray, 7-8 sewer pipe, 7-9 boiling water furnace water inlet pipe, 7-10 heating furnace; 8-1, a sewage outlet, 8-2, a binding post, 8-3 water outlets, 8-4, a steam outlet, 8-5 water inlets and 8-6, a heating body.

Detailed Description

The modular equipment belt 1 of the water dispenser for the ward consists of a purified water system 7-5, a pipeline, an equipment belt system 1-8, a water storage system 1-3, a heating system 4-9, a water socket 7-1, a water plug 3-9 system and a water valve and control system 3-5.

The pure water system 7-5 is connected with the equipment belt through a pipeline, enters the equipment belt water storage or water storage system 1-3, cold water directly enters the cold water socket 1-1, hot water needs to enter the water heater shell 4-10 for heating, enters the hot water socket 7-1 after boiling, and is obtained by pressing the related water valve key 3-1 during drinking.

The equipment belt 4 of the invention consists of a base plate, cover plates 1-8 and side plates, and drinking equipment is fixed on the cover plates 1-8 or the base plate, as shown in figure 4.

The heating system of the invention is composed of a water inlet pipe 4-13, a water outlet pipe 4-5, a heating body 4-9, a heating tank 4-10, a steam exhaust pipe 4-8 and the like, can be arranged in an internal cavity of the equipment belt, can also be arranged outside the equipment belt, and is connected with interfaces of a water plug 3-9 and the like through a water socket 7-1.

The water socket 2 and the water plug 3-9 can be vertically installed or horizontally installed on an equipment belt, wherein the water socket 7-1 is composed of a water base cover 2-1, a water base plug opening 2-2, a spring base plug 2-3, a pagoda spring 2-4, a base copper core 2-5, a water base 2-6, a base cover 2-1, a bayonet fixing spring 5-3, a water inlet 5-4 and the like, and the water plug 3-9 is composed of a mandril 5-1, a connecting pipe, a water nozzle 3-5 and the like; when the head of the ejector rod of the water plug 3-9 is contacted with the water seat plug 5-6, the water seat 7-2 is in a normally closed state; the head of the ejector rod of the water plug 3-9 further moves forwards, when the plug 5-6 on the water base is pushed open, the purified water passes through the plug through the hole on the plug and reaches the plug 3-9 of the water base, at the moment, the positioning bolt 3-8 on the water base reaches the annular positioning groove on the plug, the water plug 3-9 is locked, and the water is in an open state, as shown in fig. 2 and fig. 3.

The built-in heating system is characterized in that after a water outlet 7-5 of a purifier enters an equipment belt, the purified water enters a water storage tank 1-3 through a one-way valve 4-6 and enters a heating tank 4-10 through a water inlet 4-13 of the heating tank, after water is boiled, steam returns to the water storage tank 1-3 through a steam outlet 4-8, hot water reaches a hot water socket 1-2 through a hot water outlet 4-5 and reaches a valve nozzle 3-9 of a water nozzle through a water plug 3-9, and the water nozzle is shown in figure 1.

The external heating system consists of a water plug 3-9, a heating system 1-7 and a water nozzle 3-5, wherein purified water 7-5 is locked on an equipment belt through the water plug 3-5 after reaching the equipment belt; after the water plug 3-9 is inserted into the water socket 1-2, the purified water channel is opened, the purified water flows through the one-way valve 4-6 and enters the water storage tank 4-15, enters the heating tank 1-7 through the heating tank water inlet one-way valve 4-14 and the heating tank water inlet 4-13, after the water is boiled, the steam returns to the water storage tank 4-15 through the steam outlet 4-8, and the hot water reaches the valve nozzle 3-5, as shown in fig. 6.

The shell of the heater 1-7 can be round, square 8, rectangle or other related thin-wall shapes, the thickness is about 50 mm as the best, as shown in figure 8.

The invention relates to a horizontal push wall type water dispenser module, which is externally arranged in an equipment belt and is embedded in the equipment belt. Wherein, the equipment belt consists of a power socket 4-16, a pager 4-1, a negative pressure seat 4-2, an oxygen seat 4-3, a purified water seat 1-1, a normally closed water plug 3-9, a base plate and a cover plate 1-8; the module comprises 4-8 steam pipes, 4-6 one-way valves and 4-14 one-way valves, 4-9 heating bodies, 1-7 heaters, 4-11 sewer pipes, a water collecting tray, 4-15 water tanks, 4-13 water inlet pipes and the like. The module is pushed into an installation position of the equipment belt through an arc guide groove 6-1, a horizontal push spherical ejector pin plug 4-7 is hermetically connected with a horizontal push type water dispenser module water inlet hole 6-2, the horizontal push spherical ejector pin plug 4-7 moves upwards to push open a water socket upper plug 5-6, and water reaches a module water tank 4-15 through the horizontal push type water dispenser module water inlet hole 6-2; after the water is boiled, the water flows out from the hot water nozzle 3-5; when cold water is needed, the cold water which is not heated flows out by pressing the cold water nozzle, as shown in fig. 4, 5 and 6.

The invention relates to a built-in purified water and water dispenser mixing module 7 which comprises a purified water machine 7-5, a hot water socket 7-1, a cold water socket 7-2, a purified water outlet pipe 7-3, a tap water inlet 7-4, a sewage outlet 7-6, a filter screen 7-7, a sewage outlet 7-8, a boiling water furnace 1-7, a water inlet pipe 7-9 and the like, wherein after tap water is treated by the purified water machine 7-5, part of the purified water enters the cold water socket 7-2, and part of the purified water enters the boiling water furnace 1-7 to be heated and boiled, and reaches the hot water socket 7-1 from the outlet of the boiling water furnace, as shown in figure 7.

Compared with the prior art, the invention has the beneficial effects that: the module equipment belt of the water dispenser for the ward can be externally arranged and internally arranged; not only can be arranged in a naked way, but also can be arranged in a hidden way; the utility model can be used not only in sickroom hospitals, but also in family daily life; particularly, after the module equipment belt of the water dispenser in the ward is combined with the water socket and the water plug, the use difficulty and the installation strength of hospitals and families can be effectively reduced, the construction difficulty can be greatly reduced in the purified water drinking engineering of the hospitals, the installation process is simplified, and the working efficiency is greatly improved. The invention can be extended and widened for application in families, is an equipment belt type pure water dispenser, can be hung on a wall, can be hidden in the wall, does not occupy the household space, changes the dirty, messy and poor scenes near the existing household water dispenser, and has very wide application prospect in families besides hospital engineering.

While the foregoing is directed to embodiments of the present invention, other and further embodiments of the invention may be devised without departing from the basic scope thereof, and the scope thereof is determined by the claims that follow.

Claims

1. A ward water dispenser module equipment belt comprises a purified water system 7-5, a water dispenser module 1, an equipment belt 4, a water socket 2, a water plug 3, a water valve 3-5 and the like, and is characterized in that: the drinking machine module 1 can be arranged in or out of the equipment belt 4, wherein the inner part is connected with purified water 7-5 through a connecting pipe, and hot water is heated by a boiling water furnace 4-10 and then is sent to the equipment belt hot water seat 1-2; the external part is connected with the normally closed water socket 1-1 on the equipment belt through the water inlet of the module 6 and is integrated with the equipment belt 4.

2. The modular equipment belt for water dispensers in wards as claimed in claim 1, wherein: the ward water dispenser module 1 is connected with an equipment belt through a pipeline by a purified water system 7-5, enters into an equipment belt water storage or water storage system 1-3, cold water directly enters into a cold water socket 1-1, hot water needs to enter into a water heater shell 4-10 for heating, enters into a hot water socket 7-1 after boiling, and is obtained by pressing a related water valve key 3-1 during drinking; the equipment belt 4 consists of a base plate, cover plates 1-8 and side plates, and the drinking equipment is fixed on the cover plates 1-8 or the base plate.

3. The modular equipment belt for water dispensers in wards as claimed in claim 1, wherein: the heating system consists of a water inlet pipe 4-13, a water outlet pipe 4-5, a heating body 4-9, a heating tank 4-10, a steam exhaust pipe 4-8 and the like, can be arranged in a cavity inside the equipment belt or outside the equipment belt, and is connected with a water plug 3-9 through a water socket 7-1.

4. The modular equipment belt for water dispensers in wards as claimed in claim 1, wherein: the water socket 7-1 and the water plug 3-9 can be vertically installed or horizontally installed on the equipment belt, wherein the water socket 7-1 is composed of a water base cover 2-1, a water base plug opening 2-2, a spring base plug 2-3, a pagoda spring 2-4, a base copper core 2-5, a water base body 2-6, a base cover 2-1, a bayonet fixing spring 5-3, a water inlet 5-4 and the like, and the water plug 3-9 is composed of a push rod 5-1, a connecting pipe, a water nozzle 3-5 and the like; when the head of the ejector rod of the water plug 3-9 is contacted with the water seat plug 5-6, the water seat 7-2 is in a normally closed state; the head of the ejector rod of the water plug 3-9 is further moved forwards, when the plug 5-6 on the water base is pushed open, the purified water passes through the plug through the hole on the plug and reaches the plug 3-9 of the water base, at the moment, the positioning bolt 3-8 on the water base reaches the annular positioning groove on the plug, the water plug 3-9 is locked, and the water is in an open state.

5. The modular equipment belt for water dispensers in wards as claimed in claim 1, wherein: the built-in heating system is characterized in that after a water outlet 7-5 of the purifier enters the equipment belt 4, the purified water enters the water storage tank 1-3 through the one-way valve 4-6 and enters the heating tank 4-10 through a water inlet 4-13 of the heating tank, after water is boiled, steam returns to the water storage tank 1-3 through a steam outlet 4-8, and hot water reaches a hot water socket 1-2 through a hot water outlet 4-5 and reaches a valve nozzle 3-5 of a water nozzle through a water plug 3-9.

6. The modular equipment belt for water dispensers in wards as claimed in claim 1, wherein: the external heating system consists of a water plug 3-9, a heating system 1-7 and a water nozzle 3-5, and the purified water 7-5 is locked on the equipment belt through the water plug 3-5 after reaching the equipment belt; after the water plug 3-9 is inserted into the water socket 1-2, the purified water channel is opened, the purified water flows through the one-way valve 4-6 and enters the water storage tank 4-15, enters the heating tank 1-7 through the heating tank water inlet one-way valve 4-14 and the heating tank water inlet 4-13, after the water is boiled, the steam returns to the water storage tank 4-15 through the steam outlet 4-8, and the hot water reaches the valve nozzle 3-5.

7. The modular equipment belt for water dispensers in wards as claimed in claim 1, wherein: the horizontal pushing wall type water dispenser module 6 can be externally arranged on an equipment belt or clamped in the equipment belt; wherein, the equipment belt consists of a power socket 4-16, a pager 4-1, a negative pressure seat 4-2, an oxygen seat 4-3, a purified water seat 1-1, a normally closed water plug 3-9, a base plate and a cover plate 1-8; the module comprises 4-8 steam pipes, 4-6 one-way valves and 4-14 one-way valves, 4-9 heating bodies, 1-7 heaters, 4-11 sewer pipes, a water collecting tray, 4-15 water tanks, 4-13 water inlet pipes and the like; the module is pushed into an installation position of the equipment belt through an arc guide groove 6-1, a horizontal push spherical ejector pin plug 4-7 is hermetically connected with a horizontal push type water dispenser module water inlet hole 6-2, the horizontal push spherical ejector pin plug 4-7 moves upwards to push open a water socket upper plug 5-6, and water reaches a module water tank 4-15 through the horizontal push type water dispenser module water inlet hole 6-2; after the water is boiled, the water flows out from the hot water nozzle 3-5; when cold water is needed, the cold water which is not heated flows out by pressing the cold water nozzle.

8. The modular equipment belt for water dispensers in wards as claimed in claim 1, wherein: the built-in purified water and water dispenser mixing module 7 comprises a purified water dispenser 7-5, a hot water socket 7-1, a cold water socket 7-2, a purified water outlet pipe 7-3, a tap water inlet 7-4, a sewage outlet 7-6, a filter screen 7-7, sewage 7-8, a boiling water boiler 1-7, a water inlet pipe 7-9 and the like, wherein after tap water is treated by the purified water dispenser 7-5, part of purified water enters the cold water socket 7-2, and part of purified water enters the boiling water boiler 1-7 to be heated and boiled and reaches the hot water socket 7-1 from an outlet of the boiling water boiler.

9. The modular equipment belt for water dispensers in wards as claimed in claim 1, wherein: the shell of the heater 1-7 can be round, square, rectangle 8 or other related thin-wall shapes, and the thickness is about 50 mm as the best.