CN209032935U - Bedside drinks waterworks - Google Patents
Bedside drinks waterworks Download PDFInfo
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- CN209032935U CN209032935U CN201820213110.XU CN201820213110U CN209032935U CN 209032935 U CN209032935 U CN 209032935U CN 201820213110 U CN201820213110 U CN 201820213110U CN 209032935 U CN209032935 U CN 209032935U
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- water
- drinking
- waterworks
- insulation construction
- drinks
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Abstract
The utility model bedside drinks waterworks, hook rail structure is constituted containing chassis and support rod, coiled pipe is equipped with by the first connector on support rod, being equipped with insulation construction, the coiled pipe and insulation construction by the second connector can be slided up and down by adjusting knob on support rod；In insulation construction be equipped with warm-water bottle, the mouth end of warm-water bottle be equipped with containing bottle stopper, gas-guide tube, hose coupling, drinking-water intubation and respiratory siphon control valve, drinking-water intubation and respiratory siphon in be respectively equipped with pressure tongue structure；Hose is socketed on hose coupling, the pipe shaft of hose can be attached on coiled pipe and arbitrarily twist together with coiled pipe.The adjustable structure of the utility model, drinking-water can be kept the temperature, and not only patient be facilitated arbitrarily to drink water, but also the workload of reduction entourage, and use cost is low, and patient is easily accepted by and is used for a long time, can clinically with promoted and applied in residential care.
Description
Technical field
The utility model belongs to medical treatment and nursing articles field, specifically, being the bedside drink of convenient characteristic patient a kind of
Use waterworks.
Background technique
Current hospital increasingly payes attention to the management of disease slow in clinical position.Some patient's Clear consciousness swallow energy
Power, but it is in life cannot take care of oneself, long-term bed or high paraplegia, their have a meal, drink water, taking medicine etc. all need that entourage's is auxiliary
Helping could complete, and cannot timely meet sometimes, this not only accompanies and attends at high cost, and nursing work load is big, also influence patient's
Life quality.Entourage is because long-term single nursery work will appear carelessness phenomenon unavoidably, and attending family etc. has oneself
Social work, thus will form contradiction sometimes with self demand of patient.Drinking-water is the demand of patient Chang You.The patient because
It is clearly, always to lie in bed and feel bad rather, therefore always want to move to realize, wants that drink water " can usually move as one frequently
Make ".Existing bedside drinking device need to generally manually control, the trouble that is not suitable for upper limb non-activity ability, can't take care of oneself
Person.And the program-controlled product of High-end intelligent, because of economic cost height, it is difficult to universal.And the drinking-water demand of sufferer cannot solve in time,
This is unfavorable for the management of chronic patients.
Utility model content
Purpose of the utility model is to solve the above problems and provide a kind of bedside to drink waterworks, and branch is utilized in it
Strut configuration simultaneously uses coiled pipe, insulation construction, warm-water bottle, control valve and hose, has not only facilitated the heat preservation of drinking water, but also side
Just the random adjustment of bubbler, and it is easy to use, facilitate the drinking-water needs of long-term bed, the patient that cannot be taken care of oneself frequently.
In addition, the waterworks of drinking are easily manufactured, use cost is not high, can clinically promote and apply.
To achieve the above object, the utility model takes following technical scheme.
A kind of bedside drinks waterworks, and containing chassis, support rod, coiled pipe, the chassis and support rod constitute hanging rod
Structure；It is characterized in that, the coiled pipe is arranged by the first connector on the support rod, first connector passes through
First adjusting knob can sliding up and down in the support rod；It is set on the support rod above the coiled pipe by the second connector
There is insulation construction, second connector can sliding up and down in the support rod by the second adjusting knob；It is tied in the heat preservation
One warm-water bottle is set in structure, is equipped with control valve at the mouth end of the warm-water bottle；The control valve contains bottle stopper, gas-guide tube, soft
Pipe fitting and drinking-water intubation；Hose is socketed on the hose coupling of the control valve, the pipe shaft of the hose is tight by first
On the coiled pipe, the hose can arbitrarily be twisted with the coiled pipe for stopper and the second tight beam fastening beam.
Further, the insulation construction is heating wire warm keeping structure, heating wire is arranged in the interlayer of insulation construction, in institute
The setting electric control gear on one side of insulation construction is stated, the electric control gear contains temperature control tube, potential device and electromotion pilot lamp, can incite somebody to action
The temperature of heating wire is controlled at 50~60 DEG C.
Further, the exothermic material of " warmer " is set in the heat preservation mantle cavity of the insulation construction, makes the heat preservation
Structure not power consumption can also continue to keep the temperature.
Further, gas-guide tube, drinking-water intubation and respiratory siphon are equipped on the bottle stopper of the control valve.
Further, tongue, the first small protrusion and the first little spring, institute are pressed in the intracavitary drinking-water that is equipped with of the bottle stopper of the drinking-water intubation
The side for stating drinking-water pressure tongue is connected to the intracavitary side of the bottle stopper, and the other side can be movable, but is limited by first little spring
On a bulge-structure, therefore, the drinking-water pressure tongue can only be dug outward without energy under the action of first little spring
Inwardly overturning.
Further, intracavitary equipped with ventilation pressure tongue, the second little spring and the second small protrusion in the bottle stopper of the respiratory siphon, it is described
The side of ventilation pressure tongue is connected to the intracavitary side of the bottle stopper, and the other side can be movable, but is limited in by second little spring
On one bulge-structure, therefore, ventilation pressure tongue can only inwardly be overturn under the action of second little spring and cannot be to
It digs outside.
Further, silica gel suction nozzle is equipped on the top of the hose.
Further, the warm-water bottle or use stainless steel water bottle.
The good effect that the utility model bedside drinks waterworks is:
(1) support frame structure is utilized and uses coiled pipe, insulation construction, warm-water bottle, control valve and hose, both helped
In the heat preservation of drinking water, and facilitate the random adjustment of bubbler, structure is simple, and stability is good, and patient is without changing position
On demand drinking-water, and will not cause feed water it is excessive and cause choke cough asphyxia etc., securely and reliably.
(2) easy to use, facilitate the needs of long-term bed, the patient that cannot be taken care of oneself drinking-water (or other liquid beverages)；
Also the cost of accompanying and attending to of medical worker and family members can be reduced, it is time saving and energy saving, social economical burden is reduced, the existence matter of crowd is improved
Amount.
(3) easily manufactured, use cost is cheap, and patient is easily accepted by and is used for a long time, and can above push away in clinical and residential care
Wide application.
Detailed description of the invention
Fig. 1 is the structural schematic diagram that the utility model bedside drinks waterworks.
Fig. 2 is the structural schematic diagram of control valve.
Label in figure is respectively as follows:
1, chassis；2, support rod；
3, coiled pipe；4, the first connector；
5, the first adjusting knob；6, insulation construction；
7, the second connector；8, the second adjusting knob；
9, warm-water bottle；10, control valve；
11, electric control gear；12, hose；
13, the first tight beam button；14, the second tight beam button；
15, bottle stopper；16, gas-guide tube；
17, hose coupling；18, drinking-water intubation；
19, drinking-water pressure tongue；20, the first small protrusion；
21, the first little spring；22, respiratory siphon；
23, ventilation pressure tongue；24, the second little spring；
25, the second small protrusion.
Specific embodiment
The specific embodiment that the utility model bedside drinks waterworks is provided below in conjunction with attached drawing, but should be referred to
Out, the implementation of the utility model embodiment not limited to the following.
Referring to Fig. 1.A kind of bedside drinks waterworks, contains chassis 1, support rod 2, coiled pipe 3, the first connector 4,
One adjusting knob 5, insulation construction 6, the second connector 7, the second adjusting knob 8, warm-water bottle 9, control valve 10, electric control gear 11, hose
12, the first tight beam button 13 and the second tight beam button 14.
The common hook rail structure of hospital can be used in the chassis 1 and support rod 2.The bottom of pulley can be used in the chassis 1
Dish structure, but had to brake gear.Multiduty structural member can also be used in the support rod 2, can multi-use.
The coiled pipe 3 can be used existing market have the body of rod of supply it is thinner that because support colloid hose 12 do not have
Necessity uses thick coiled pipe, both unsightly or has expended big.In the first connector of the rear end of the coiled pipe 3 setting clamp shape
4 and first adjusting knob 5.The coiled pipe 3 can be connected on the support rod 2 by first connector 4 and by described
First adjusting knob 5 can slide up and down on the support rod 2.
Chamber cystic structures can be used in the insulation construction 6, there is shell and sandwich-type liner；The warming knot of heating wire can be made into
Structure: a small amount of heating wire (because only heat preservation does not need to boil) is set in the sandwich-type liner of insulation construction 6, in the guarantor
One electric control gear 11 of setting on one side and plug of warm 6 shell of structure.The electric control gear 11 contains temperature control tube, small-sized transformation
Device and electromotion pilot lamp, the temperature control tube can control the temperature of heating wire at 50~60 DEG C.Can have on the electric control gear 11
The display of water temperature is more preferable.The way of small display is not difficult, and has ready-made technology, but cost can be risen.
Alternatively, structure of the insulation construction 6 using not power consumption: engineering plastic structure can be used in the shell of insulation construction 6
Several sandwich-type inner cavities are arranged in part, the inside.The exothermic material of several packed " warmers " can be placed in sandwich-type inner cavity,
The insulation construction 6 is set to continue to keep the temperature within a certain period of time.
In the second connector 7 and the second adjusting knob 8 of the side of the insulation construction 6 setting clamp shape.Described second connects
Engineering plastic structure part (being conducive to keep the temperature) can be used in connector 7, is connect in a manner of being spirally connected with the side of the insulation construction 6.
The insulation construction 6 can be connected on the support rod 2 by second connector 7 and by 8 energy of the second adjusting knob
It is slided up and down on the support rod 2.One warm-water bottle 9 is set in the insulation construction 6, and salt can be used in the warm-water bottle 9
Water bottle or stainless steel water bottle (enclosuring structure is not only hygienic but also is conducive to heat preservation).
From the point of view of being conducive to drinking-water, the insulation construction 6 and warm-water bottle 9 should be arranged on the coiled pipe 3
On the support rod 2 of side.
Referring to fig. 2.At the mouth end of the warm-water bottle 9, one control valve 10 is set.The control valve 10 contains bottle stopper 15, leads
Tracheae 16, hose coupling 17 and drinking-water intubation 18.Gas-guide tube 16, drinking-water intubation are set on the bottle stopper 15 of the control valve 10
18.The setting of the gas-guide tube 16 primarily in warm-water bottle 9 air-flow flowing, facilitate people to pass through the drink of drinking-water intubation 18
Water.In the intracavitary settable drinking-water pressure tongue 19, first small raised 20 of the bottle stopper of the drinking-water intubation 18 and the first little spring 21: described
The side of drinking-water pressure tongue 19 is connected to the intracavitary side of bottle stopper, and the other side can activity；First little spring 21 is connected to institute
It states between first small raised 20 and drinking-water pressure tongue 19, therefore, the drinking-water pressure tongue 19 is limited in one by first little spring 21
On a bulge-structure, drinking-water pressure tongue 19 can only be dug outward without can be to varus under the action of the first little spring 21
Turn.
It is better for using effect, a respiratory siphon 22 can be also set again on the bottle stopper 15 of the control valve 10 with convenient
Feeling elated and exultant when patient drinks water.The structure of the respiratory siphon 22, which may is that, is arranged respiratory siphon 22 in the side of drinking-water intubation 18, in institute
Intracavitary one ventilation of setting of bottle stopper for stating respiratory siphon 22 presses tongue 23 and the second little spring 24, second small by raised 25, the ventilation pressure
The side of tongue 23 is connected to the intracavitary side of the bottle stopper, and the other side can activity；Second little spring 24 is connected to described
Between second small raised 25 and ventilation pressure tongue 23, therefore, the ventilation pressure tongue 23 is limited in one by second little spring 24
On bulge-structure, under the action of the second little spring 24 ventilation pressure tongue 23 can only inwardly overturn and cannot be turned-out
It rises.
The hose 12 of a colloid, length is socketed on the hose coupling 17 of the control valve 10.By the pipe of the hose 12
Body is attached on the coiled pipe 3, with the first tight beam button 13 and the second tight beam button 14 by tight beam on coiled pipe 3, it is therefore, described
The top of hose 12 can be adjusted the position in patient's oral area convenient for drinking-water with the arbitrarily twisting of coiled pipe 3 by hose 12.
In implementation, can the top of the hose 12 be arranged a silica gel suction nozzle to facilitate patient to drink water more comfortablely,
Conducive to the control to drinking-water flow direction.
The utility model bedside drinks the usage mode of waterworks are as follows:
(1) bedside of the utility model is drunk into the patient bedside that waterworks move on to needs, regulates insulation construction 6
With position of the coiled pipe 3 on support rod 2.
(2) medicinal beverage into warm water or warm is filled in warm-water bottle 9, and the power supply of insulation construction 6 is plugged or " will be warmed up
The muff that the exothermic material of baby " puts insulation construction 6 into is intracavitary.
(3) top of hose 12 is adjusted to convenient for the position of drinking-water by patient's oral area by coiled pipe 3.
When patient drinks water, under act of sucking, drinking-water pressure tongue 19 is lifted (the first little spring 21 is compressed), and diet is from temperature
The inner outflow of water bottle 9.When patient stops drinking-water, because not having act of sucking, 21 restoration of the first little spring is opened, and drinking-water pressure tongue 19 returns
Multiple occlusion locations.
Patient it is venting one's pent-up feelings when, under airflow function, ventilation pressure tongue 23 opened (the second little spring 24 is compressed), feel elated and exultant from
Respiratory siphon 22 flows out.When patient stops feeling elated and exultant, because not having airflow function, 24 restoration of the second little spring is opened, ventilation pressure tongue 23
Reply occlusion locations.
(4) according to the drinking habit of the patient, nursing staff or family members can compartment time checks once in warm-water bottle 9
Water simultaneously checks water temperature, adds water or heating in time (insulation construction 6 of electronic type should be constant temperature).
(5) hose 12 should be replaced after a period of use and cleans control valve 10.
Claims (8)
1. a kind of bedside drinks waterworks, containing chassis (1), support rod (2), coiled pipe (3), the chassis (1) and support
Bar (2) constitutes hook rail structure；It is characterized in that, the coiled pipe is arranged by the first connector (4) on the support rod (2)
(3), first connector (4) can sliding up and down in the support rod (2) by the first adjusting knob (5)；Described snakelike
It manages and is equipped with insulation construction (6) by the second connector (7) on the support rod (2) above (3), second connector (7) passes through
Second adjusting knob (8) can sliding up and down in the support rod (2)；One warm-water bottle is set in the insulation construction (6)
(9), control valve (10) are equipped at the mouth end of the warm-water bottle (9)；The control valve (10) contains bottle stopper (15), gas-guide tube
(16), hose coupling (17) and drinking-water intubation (18)；Hose is socketed on the hose coupling (17) of the control valve (10)
(12), the pipe shaft of the hose (12) buckles (13) by the first tight beam and the second tight beam buckles (14) energy tight beam in the coiled pipe
(3) on, the hose (12) can arbitrarily twist with the coiled pipe (3).
2. bedside according to claim 1 drinks waterworks, which is characterized in that the insulation construction (6) is heating wire
Heating wire is arranged, in the setting electric control gear on one side of the insulation construction (6) in warm keeping structure in the interlayer of insulation construction (6)
(11), the electric control gear (11) contains temperature control tube, potential device and electromotion pilot lamp, can control the temperature of heating wire 50
~60 DEG C.
3. bedside according to claim 1 drinks waterworks, which is characterized in that the heat preservation in the insulation construction (6)
The exothermic material of " warmer " is set in mantle cavity, makes the insulation construction (6) not power consumption that can also continue to keep the temperature.
4. bedside according to claim 1 drinks waterworks, which is characterized in that the bottle stopper in the control valve (10)
(15) gas-guide tube (16), drinking-water intubation (18) and respiratory siphon (22) are equipped with.
5. bedside according to claim 4 drinks waterworks, which is characterized in that in the bottle stopper of the drinking-water intubation (18)
Intracavitary drinking-water pressure tongue (19), first small raised (20) and the first little spring (21), the side of drinking-water pressure tongue (19) of being equipped with connects
The side intracavitary in the bottle stopper is connect, the other side can be movable, but is limited in a bulge-structure by first little spring (21)
On, therefore, drinking-water pressure tongue (19) can only be dug under the action of the first little spring (21) outward without can be to varus
Turn.
6. bedside according to claim 4 drinks waterworks, which is characterized in that in the bottle stopper chamber of the respiratory siphon (22)
It is interior to be equipped with ventilation pressure tongue (23), the second little spring (24) and second small raised (25), the side connection of ventilation pressure tongue (23)
In the intracavitary side of the bottle stopper, the other side can be movable, but is limited on a bulge-structure by second little spring (24),
Therefore, ventilation pressure tongue (23) can only inwardly be overturn under the action of the second little spring (24) and cannot be turned-out.
7. bedside according to claim 1 drinks waterworks, which is characterized in that be equipped on the top of the hose (12)
Silica gel suction nozzle.
8. bedside according to claim 1 drinks waterworks, which is characterized in that the warm-water bottle (9) uses stainless
Molten steel bottle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820213110.XU CN209032935U (en) | 2018-02-07 | 2018-02-07 | Bedside drinks waterworks |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820213110.XU CN209032935U (en) | 2018-02-07 | 2018-02-07 | Bedside drinks waterworks |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209032935U true CN209032935U (en) | 2019-06-28 |
Family
ID=67027660
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820213110.XU Active CN209032935U (en) | 2018-02-07 | 2018-02-07 | Bedside drinks waterworks |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209032935U (en) |
-
2018
- 2018-02-07 CN CN201820213110.XU patent/CN209032935U/en active Active
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